def onRecv(self, data):
sockConnect.onRecv(self, data)
self._symmetryConnectMessageBuffer += data
self._connectIsLive = True
_headSize = symmetryConnectServerHandler._headSize
while True:
bufferLen = len(self._symmetryConnectMessageBuffer)
if bufferLen >= _headSize:
symmetryConnectId, dataSize = struct.unpack(
"ih", self._symmetryConnectMessageBuffer[:_headSize])
if dataSize >= 0:
endIndex = dataSize + _headSize
if bufferLen > endIndex:
dataMessage = self._symmetryConnectMessageBuffer[
_headSize:endIndex]
self._symmetryConnectMessageBuffer = self._symmetryConnectMessageBuffer[
endIndex + 1:]
self._onRecvData(symmetryConnectId, dataMessage)
else:
break
else:
self._symmetryConnectMessageBuffer = self._symmetryConnectMessageBuffer[
_headSize + 1:]
self._onRecvOpt(symmetryConnectId, dataSize)
else:
break
def onRecv(self, data): sockConnect.onRecv(self, data) self.sendDataToSymmetryConnect(data) self._symmetryPingLenght += len(data) if(self._symmetryPingLenght>1024*100): self._symmetryPingLenght = 0 self.waitSymmetryPingResponse = True self.sendOptToSymmetryConnect(symmetryConnect.optSymmetryPing)
def onRecv(self,data):
sockConnect.onRecv(self, data)
self._symmetryConnectMessageBuffer += data
while True:
bufferLen = len(self._symmetryConnectMessageBuffer)
_headSize = symmetryConnectServerHandler._headSize
if bufferLen >= _headSize:
symmetryConnectId,dataSize = struct.unpack("ih",self._symmetryConnectMessageBuffer[:_headSize])
if dataSize>=0:
endIndex = dataSize+_headSize
if bufferLen > endIndex:
dataMessage = self._symmetryConnectMessageBuffer[_headSize:endIndex]
self._symmetryConnectMessageBuffer = self._symmetryConnectMessageBuffer[endIndex+1:]
self._onRecvData(symmetryConnectId, dataMessage)
else:
break
else:
self._symmetryConnectMessageBuffer = self._symmetryConnectMessageBuffer[_headSize+1:]
self._onRecvOpt(symmetryConnectId, dataSize)
else:
break
def onRecv(self, data): sockConnect.onRecv(self, data) self.sendDataToSymmetryConnect(data)
