def onMessage(self, payload, isBinary):
# if isBinary:
# print("Binary message received: {0} bytes".format(len(payload)))
# else:
# print("Text message received: {0}".format(payload.decode('utf8')))
msg = payload.decode('utf8')
ftlog.debug('ws onMessage', msg)
_countProtocolPack(1, self)
self._runTasklet(data=msg)
def onMessage(self, payload, isBinary):
# if isBinary:
# print("Binary message received: {0} bytes".format(len(payload)))
# else:
# print("Text message received: {0}".format(payload.decode('utf8')))
msg = payload.decode('utf8')
ftlog.debug('ws onMessage', msg)
_countProtocolPack(1, self)
self._runTasklet(data=msg)
def lineReceived(self, data):
if performance.PERFORMANCE_NET:
data = performance.linkMsgTime('LR', data)
ftlog.debug('S2AProtocol->lineReceived', FTTasklet.concurrent_task_count, time(), data)
src, dst, query_id, userheader1, userheader2, msg = agentmsg.unpack(data)
if ide_debug():
ide_print_pack("S2AP Recv [%5s]" % src.split("-")[0], json.loads(msg))
if src is None or dst is None:
ftlog.info("ERROR, recive a error format message")
return
if self.peer_id == 0:
self.peer_id = src
ftcon.serverid_protocol_map[self.peer_id] = self
ftlog.info('receive register, agentid=', self.peer_id)
return
_countProtocolPack(1, self)
# send过来的数据
if query_id == '':
self._runTasklet(data=msg, src=src, dst=dst, userheader1=userheader1, userheader2=userheader2,
time_recv=time())
else:
querysrc, _ = query_id.split('.')
server_id = ftcon.global_config["server_id"]
# query本服务的请求
if querysrc != server_id:
self._runTasklet(data=msg, src=src, dst=dst, query_id=query_id, userheader1=userheader1,
userheader2=userheader2, time_recv=time())
# response回来的请求
else:
if userheader1 == 'RQ': # 本进程内, 异步查询本进程的其他消息接口
self._runTasklet(data=msg, src=src, dst=dst, query_id=query_id, userheader1=userheader1,
userheader2=userheader2, time_recv=time())
else:
d, c, t = None, None, 0
# ftlog.debug('lineReceived', query_id, id(_LIVE_MESSAGES), id(self))
if query_id in _LIVE_MESSAGES:
d, c, t = _LIVE_MESSAGES[query_id]
del _LIVE_MESSAGES[query_id]
else:
if query_id in _FAILED_MESSAGES:
del _FAILED_MESSAGES[query_id]
ftlog.warn('QUERY TOO SLOW !!', query_id, msg)
if len(_FAILED_MESSAGES) > 100:
_FAILED_MESSAGES.clear()
else:
ftlog.warn('NOT KNOW of query_id->', query_id, msg)
if d and c:
try:
c.cancel()
d.callback((msg, t, time()))
except:
ftlog.error(msg)
def lineReceived(self, data):
ftlog.debug('S2AProtocol->lineReceived', data)
src, dst, query_id, userheader1, userheader2, msg = agentmsg.unpack(data)
if src == None or dst == None:
ftlog.info("ERROR, recive a error format message")
return
if self.peer_id == 0:
self.peer_id = src
ftcon.serverid_protocol_map[self.peer_id] = self
ftlog.info('receive register, agentid=', self.peer_id)
return
_countProtocolPack(1, self)
# send过来的数据
if query_id == '':
self._runTasklet(data=msg, src=src, dst=dst, userheader1=userheader1, userheader2=userheader2)
else:
querysrc, _ = query_id.split('.')
server_id = ftcon.global_config["server_id"]
# query本服务的请求
if querysrc != server_id:
self._runTasklet(data=msg, src=src, dst=dst, query_id=query_id, userheader1=userheader1,
userheader2=userheader2)
# response回来的请求
else:
if userheader1 == 'RQ': # 本进程内, 异步查询本进程的其他消息接口
self._runTasklet(data=msg, src=src, dst=dst, query_id=query_id, userheader1=userheader1,
userheader2=userheader2)
else:
d, c = None, None
# ftlog.debug('lineReceived', query_id, id(_LIVE_MESSAGES), id(self))
if query_id in _LIVE_MESSAGES:
d, c = _LIVE_MESSAGES[query_id]
del _LIVE_MESSAGES[query_id]
else:
if query_id in _FAILED_MESSAGES:
del _FAILED_MESSAGES[query_id]
ftlog.warn('QUERY TOO SLOW !!', query_id, msg, 'left bad querids=', _FAILED_MESSAGES)
if len(_FAILED_MESSAGES) > 100:
_FAILED_MESSAGES.clear()
else:
ftlog.warn('NOT KNOW of query_id->', query_id, msg)
if d and c:
try:
c.cancel()
d.callback(msg)
except:
ftlog.error(msg)
def lostHandler(self, reason):
'''
TCP链接断开处理
'''
try:
if self in _NEW_PROTOCOLS:
del _NEW_PROTOCOLS[self]
if self.userId > 0:
ftlog.info('TCP lostHandler clientAddress=',
self.clientAddress, 'userId=', self.userId,
'reason=', reason)
# 异步进行用户断开连接的后续处理, 避免阻挡主tasklet
data = '{"cmd":"conn_lost","params":{"userId":%d}}' % (
self.userId)
_countProtocolPack(1, self)
self._runTasklet(data=data)
except:
ftlog.error('lostHandler:')
def lineReceived(self, data):
if performance.PERFORMANCE_NET:
data = performance.linkMsgTime('LR', data)
_countProtocolPack(1, self)
self._runTasklet(data=data, time_recv=time())
def lineReceived(self, data):
data = ftenc.code(self.encry_seed + int(data[:4], 16), data[4:])
data = zlib.decompress(data)
_countProtocolPack(1, self)
self._runTasklet(data=data)
def lineReceived(self, data):
if performance.PERFORMANCE_NET:
data = performance.linkMsgTime('LR', data)
_countProtocolPack(1, self)
self._runTasklet(data=data, time_recv=time())
def lineReceived(self, data):
if performance.PERFORMANCE_NET:
data = performance.linkMsgTime('LR', data)
ftlog.debug('S2AProtocol->lineReceived',
FTTasklet.concurrent_task_count, time(), data)
src, dst, query_id, userheader1, userheader2, msg = agentmsg.unpack(
data)
if ide_debug():
ide_print_pack("S2AP Recv [%5s]" % src.split("-")[0],
json.loads(msg))
if src is None or dst is None:
ftlog.info("ERROR, recive a error format message")
return
if self.peer_id == 0:
self.peer_id = src
ftcon.serverid_protocol_map[self.peer_id] = self
ftlog.info('receive register, agentid=', self.peer_id)
return
_countProtocolPack(1, self)
# send过来的数据
if query_id == '':
self._runTasklet(data=msg,
src=src,
dst=dst,
userheader1=userheader1,
userheader2=userheader2,
time_recv=time())
else:
querysrc, _ = query_id.split('.')
server_id = ftcon.global_config["server_id"]
# query本服务的请求
if querysrc != server_id:
self._runTasklet(data=msg,
src=src,
dst=dst,
query_id=query_id,
userheader1=userheader1,
userheader2=userheader2,
time_recv=time())
# response回来的请求
else:
if userheader1 == 'RQ': # 本进程内, 异步查询本进程的其他消息接口
self._runTasklet(data=msg,
src=src,
dst=dst,
query_id=query_id,
userheader1=userheader1,
userheader2=userheader2,
time_recv=time())
else:
d, c, t = None, None, 0
# ftlog.debug('lineReceived', query_id, id(_LIVE_MESSAGES), id(self))
if query_id in _LIVE_MESSAGES:
d, c, t = _LIVE_MESSAGES[query_id]
del _LIVE_MESSAGES[query_id]
else:
if query_id in _FAILED_MESSAGES:
del _FAILED_MESSAGES[query_id]
ftlog.warn('QUERY TOO SLOW !!', query_id, msg)
if len(_FAILED_MESSAGES) > 100:
_FAILED_MESSAGES.clear()
else:
ftlog.warn('NOT KNOW of query_id->', query_id, msg)
if d and c:
try:
c.cancel()
d.callback((msg, t, time()))
except:
ftlog.error(msg)