iWARPEM_Multiplexed_Endpoint_t( int aRouterFd = 0,
int aMaxClientCount = IT_API_MULTIPLEX_MAX_PER_SOCKET,
iWARPEM_Object_Accept_t *aListenerCtx = NULL )
: mClientCount(0), mRouterConnFd( aRouterFd ), mMaxClientCount( aMaxClientCount ),
mReceiveDataLen( 0 ), mPendingRequests( 0 ), mNeedsBufferFlush( false )
{
bzero( &mRouterInfo, sizeof( iWARPEM_Router_Info_t ));
mClientEPs = new MultiplexedConnectionType*[ aMaxClientCount ];
bzero( mClientEPs, sizeof( MultiplexedConnectionType*) * aMaxClientCount );
pthread_spin_init( &mAccessLock, PTHREAD_PROCESS_PRIVATE );
mListenerContext = aListenerCtx;
mSendBuffer = new SocketBufferType();
mReceiveBuffer = new ReceiveBufferType();
mReceiveBuffer->ConfigureAsReceiveBuffer();
ResetSendBuffer();
ResetRecvBuffer();
BegLogLine( FXLOG_IT_API_O_SOCKETS_MULTIPLEX_LOG )
<< "Creating multiplexed router endpoint..."
<< " socket: " << mRouterConnFd
<< " maxClients: " << aMaxClientCount
<< " BufferSizes: " << IT_API_MULTIPLEX_SOCKET_BUFFER_SIZE
<< " Recv: @" << (void*)mReceiveBuffer
<< " Send: @" << (void*)mSendBuffer
<< EndLogLine;
#ifdef MULTIPLEX_STATISTICS
mMsgCount = 0;
mFlushCount = 0;
mMsgAvg = 1.0;
#endif
}
void zSocket::BeginReadNewMessage()
{
ResetRecvBuffer();
asio::async_read(socket_,
asio::buffer(recvBuffer_,PH_LEN),
strand_.wrap(boost::bind(
//&zSocket::HandleReadHead, shared_from_this(),
&zSocket::HandleReadHead, this,
asio::placeholders::error)));
}
