bool MightyTCPCompletionPortServer::SendData(const char *pData, int nLen, const string & strLinkNo)
{
PCompletionPortIOObject sendHandle=NULL;
PCompletionPort_BufObj pSendBufRole=NULL;
//map<string,PCompletionPortIOObject>::iterator leftPos,rightPos;
//leftPos=m_ActiveSocketMap.begin();
//rightPos=m_ActiveSocketMap.end();
sendHandle=SearchSocketObj(strLinkNo);
if (sendHandle!=NULL)
{
pSendBufRole=AllocateBuffer(sendHandle,nLen);
if (pSendBufRole)
{
pSendBufRole->nLen = nLen;
memcpy(pSendBufRole->buff,pData, nLen);
PostSend(pSendBufRole);
return true;
}
}
return false;
}
bool IocpTransmitStrategy::HandleSendSuccess(const IocpOperation* iocpOperation
, DWORD byteNumber) {
MZ_ASSERT_TRUE(&m_sendOperation == iocpOperation);
auto& socketBuffer = m_transmitSocket.TheSocketBuffer();
const auto planLength = socketBuffer.m_sendPlan.GetCurLength();
const auto cacheLength = socketBuffer.m_sendCache.GetCurLength();
//NS_SHARE::Log(MZ_LOG_DEBUG, "Socket Send: plan[%d] cache[%d]. [%s:%d]\n", planLength, cacheLength, __FILE__, __LINE__);
if (byteNumber == 0) {
NS_SHARE::Log(MZ_LOG_DEBUG, "Socket Info: socket close. [%s:%d]\n", __FILE__, __LINE__);
m_transmitSocket.Close();
return true;
}
const auto sendData = nullptr;
const auto sendLength = byteNumber;
m_transmitSocket.OnSended(sendData, sendLength);
const auto restLength = socketBuffer.PreserveSendPlan(byteNumber);
MZ_UNUSED_VARIABLE(restLength);
return PostSend();
}
int CNTReader::SendCommand(const byte *sbuff,short slen,unsigned char * rbuff,short *rlen,int timeout)
{
unsigned char sCmd[512]= {0},sResp[512]= {0};
int nCmdLen=0;
if(!IsOpen())
return PORT_NOTOPEN_ERROR;
sCmd[0]=0x02;
sCmd[1]=slen/256;
sCmd[2]=slen%256;
memcpy(sCmd+3,sbuff,slen);
nCmdLen=3+slen;
sCmd[nCmdLen]=XOR(sbuff,slen);
nCmdLen++;
sCmd[nCmdLen]=0x03;
nCmdLen++;
if( !PostSend(sCmd,nCmdLen,timeout))
{
return SEND_DATA_ERROR;
}
//Sleep(80);
if( !PostRecv(sResp,sizeof(sResp),timeout))
{
return RECV_DATA_ERROR;
}
//Resp:数据长度(2字节)+状态码(2字节)+数据
*rlen=sResp[0]*256+sResp[1]-2; //去掉2字节状态码
if(*rlen>256)
*rlen=256;
if(*rlen>0) memcpy(rbuff,sResp+4,*rlen);
return sResp[2]*256+sResp[3];
}
void EasyIocp::PushToDebug(CompTransmitKey *transKey)
{
sockaddr_in serverAddr, clientAddr;
char data[EASYIOCP_MAX_BUFF];
const char *operType;
DWORD len;
transKey->GetBothAddr(&serverAddr, &clientAddr);
EasyIocpBuffer *iocpBuffer = transKey->GetBuffer();
len = iocpBuffer->GetBody(data, EASYIOCP_MAX_BUFF);
data[len] = 0;
if(transKey->GetOperType() == operRecv) {
operType = "recv";
print("%s:%d %s from %s:%d, data: %s",
inet_ntoa(serverAddr.sin_addr), ntohs(serverAddr.sin_port), operType,
inet_ntoa(clientAddr.sin_addr), ntohs(clientAddr.sin_port), data);
PostSend(transKey->GetSocket(), data, len);
}
else if(transKey->GetOperType() == operSend) {
/*operType = "send";
print("%s:%d %s to %s:%d, data:%s",
inet_ntoa(serverAddr.sin_addr), ntohs(serverAddr.sin_port), operType,
inet_ntoa(clientAddr.sin_addr), ntohs(clientAddr.sin_port), data);*/
PostRecv(transKey);
}
else {
print("EasyIocp::PushToDebug: invalid oper.");
}
}
BOOL CIOCPServer::SendText(CIOCPContext *pContext, char *pszText, int nLen)
{
CIOCPBuffer *pBuffer = AllocateBuffer(nLen);
if(pBuffer != NULL)
{
memcpy(pBuffer->buff, pszText, nLen);
return PostSend(pContext, pBuffer);
}
return FALSE;
}
///函数：投递一个send请求。
bool
EasyIocp::PostSend(SOCKET transSock, char *data, int len)
{
CompTransmitKey *transKey = easyClients_.FindClient(transSock);
if(!transKey)
return false;
EasyIocpBuffer *iocpBuffer = transKey->GetBuffer();
iocpBuffer->SetBody(data, len);
return PostSend(transKey);
}
BOOL CIOCPServer::SendText(CIOCPContext *pContext, char *pszText, int nLen)
{
CIOCPBuffer *pBuffer = AllocateBuffer(nLen);
if(pBuffer != NULL)
{
memcpy(pBuffer->buff, pszText, nLen);
if (PostSend(pContext, pBuffer))
return true;
ReleaseBuffer(pBuffer);
}
return false;
}
void Session::EchoBack()
{
size_t len = mRecvBuffer.GetContiguiousBytes();
if (len == 0)
return;
if (false == PostSend(mRecvBuffer.GetBufferStart(), len))
return;
mRecvBuffer.Remove(len);
}
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
/// \brief
/// \param CAsyncTimerEvent * evt
/// \return void
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void CAsyncPlayer::OnTimer(CAsyncTimerEvent* evt)
{
SafeGuard();
if (m_PingTimer == evt)
{
CPacketWriter<PKTEcho> echoPacket;
echoPacket->SetStr(_T("Ping"));
PostSend(echoPacket);
TRACE(_T("Ping send"));
}
}
void
EasyIocp::DoSend(CompTransmitKey *transKey, DWORD transBytes)
{
EasyIocpBuffer *iocpBuffer = transKey->GetBuffer();
iocpBuffer->AddTransBytes(transBytes);
if(iocpBuffer->IsTransComplete()) {
//数据发送完毕
//PushToBusiness(transKey);
PushToDebug(transKey);
}else {
PostSend(transKey); //数据未发送完毕，则继续发送
}
}
bool Session::SendRequest(BasePacket* pPacket)
{
IPacketProtocol* pProtocol = GetPacketProtocol();
if (NULL == pProtocol)
return false;
char* pBuffer = NULL;
int bufferSize;
if (false == pProtocol->Encode(pPacket, &pBuffer, bufferSize))
return false;
PostSend(false, bufferSize, pBuffer);
return true;
}
bool IocpTransmitStrategy::PostOutput() {
if (!m_transmitSocket.IsWorking()) {
return false;
}
if (m_sendOperation.IsBusy()) {
return true;
}
if (!m_transmitSocket.TheSocketBuffer().HasDataToSend()) {
return true;
}
m_sendOperation.SetBusy(true);
return PostSend();
}
void NetSocket::PrepareSend()
{
unsigned int sendPacketSize = 0;
MemoryBlock* buffer = nullptr;
while (!_sendPendingQueue.empty()
&& (_sendQueue.unsafe_size() < MAX_SEND_ARRAY_SIZE)
&& (sendPacketSize < DEF_SOCKET_BUFFER_SIZE))
{
_sendPendingQueue.try_pop(buffer);
_sendQueue.push(buffer);
sendPacketSize += buffer->GetDataLen();
}
if (sendPacketSize > 0)
PostSend();
}
void Server::Echo(Packet* packet)
{
assert(packet);
assert(packet->GetSender());
CritSecLock lock(m_CSForClients);
ClientList::iterator itor = std::find(m_Clients.begin(), m_Clients.end(), packet->GetSender());
if (itor == m_Clients.end())
{
// No client to send it back.
Packet::Destroy(packet);
}
else
{
PostSend(packet->GetSender(), packet);
}
}
void Session::handle_write(const boost::system::error_code& error, size_t bytes_transferred)
{
delete[] m_SendDataQueue.front();
m_SendDataQueue.pop_front();
m_SendDataSizeQueue.pop_front();
if( m_SendDataQueue.empty() == false )
{
m_bCompletedWrite = false;
char* pData = m_SendDataQueue.front();
int nSize = m_SendDataSizeQueue.front();
PostSend(true, nSize, pData);
}
else
{
m_bCompletedWrite = true;
}
}
//接数数据
int CYCTReaderInterface::SendReaderCommand(char *ComPort,unsigned char Cmd,unsigned char *SendData,
unsigned char SendDataLen,unsigned char *RetCode,
unsigned char *RecvData,unsigned char* RecvDataLen)
{
char sCmd[256],sResp[256];
int nCmdLen=0;
memset(sCmd,0,sizeof sCmd);
memset(sResp,0,sizeof sResp);
if( !m_bComStatus )
{
if( !CPU_Open(m_sCom,57600) )
{
RetCode[0]=0x4F;
return 1;
}
}
sCmd[0]=(char)0xBA;
sCmd[1]=(char)(2+SendDataLen);
sCmd[2]=Cmd;
memcpy(sCmd+3,SendData,SendDataLen);
nCmdLen=3+SendDataLen;
sCmd[nCmdLen]=XOR((byte*)sCmd,nCmdLen);
nCmdLen++;
if( !PostSend(sCmd,nCmdLen,2000) )
{
return SEND_DATA_ERROR;
}
Sleep(80);
if( !PostRecv(sResp,sizeof(sResp),2000) )
{
return RECV_DATA_ERROR;
}
*RetCode=sResp[3];
*RecvDataLen=sResp[1]-3;
if(*RecvDataLen>0) memcpy(RecvData,sResp+4,*RecvDataLen);
return 0;
}
BOOL HandleIO(PBUFFER_OBJ pBuffer)
{
PSOCKET_OBJ pSocket = pBuffer->pSocket; // 从BUFFER_OBJ对象中提取SOCKET_OBJ对象指针，为的是方便引用
pSocket->nOutstandingOps --;
DWORD dwTrans; //用于取得实际传输字节的数量
DWORD dwFlags; //用于取得完成状态
// 获取重叠操作结果 true 重叠操作成功 false 套接字上有错误发生
BOOL bRet = ::WSAGetOverlappedResult(pSocket->s, &pBuffer->ol, &dwTrans, FALSE, &dwFlags);
if(!bRet)
{
// 在此套节字上有错误发生，因此，关闭套节字，移除此缓冲区对象。
// 如果没有其它抛出的I/O请求了，释放此缓冲区对象，否则，等待此套节字上的其它I/O也完成
if(pSocket->s != INVALID_SOCKET)
{
::closesocket(pSocket->s);
pSocket->s = INVALID_SOCKET;
}
if(pSocket->nOutstandingOps == 0)
FreeSocketObj(pSocket);
FreeBufferObj(pBuffer);
return FALSE;
}
// 没有错误发生，处理已完成的I/O
switch(pBuffer->nOperation)
{
case OP_ACCEPT: // 接收到一个新的连接，并接收到了对方发来的第一个封包
{
// 为新客户创建一个SOCKET_OBJ对象
PSOCKET_OBJ pClient = GetSocketObj(pBuffer->sAccept);
// 为收发数据创建一个BUFFER_OBJ对象，这个对象会在套节字出错或者关闭时释放
PBUFFER_OBJ pSend = GetBufferObj(pClient, BUFFER_SIZE);
if(pSend == NULL)
{
printf(" Too much connections! \n");
FreeSocketObj(pClient);
return FALSE;
}
SOCKADDR_IN LocalSockAddr;
SOCKADDR_IN RemoteSockAddr;
int nLocalLen, nRmoteLen;
LPSOCKADDR pLocalAddr, pRemoteAddr;
g_pfnGetAcceptExSockaddrs(
pBuffer->buff,
pBuffer->nLen - ((sizeof(sockaddr_in) + 16) * 2),
sizeof(sockaddr_in) + 16,
sizeof(sockaddr_in) + 16,
(SOCKADDR **)&pLocalAddr,
&nLocalLen,
(SOCKADDR **)&pRemoteAddr,
&nRmoteLen);
memcpy(&LocalSockAddr, pLocalAddr, nLocalLen);
memcpy(&RemoteSockAddr, pRemoteAddr, nRmoteLen);
printf("Local Accepted client:%s:%d\n", inet_ntoa(LocalSockAddr.sin_addr), ntohs(LocalSockAddr.sin_port));
printf("Remote Accepted client:%s:%d\n", inet_ntoa(RemoteSockAddr.sin_addr), ntohs(RemoteSockAddr.sin_port));
RebuildArray();
// 将数据复制到发送缓冲区
pSend->nLen = dwTrans;
memcpy(pSend->buff, pBuffer->buff, dwTrans);
// 投递此发送I/O（将数据回显给客户）
if(!PostSend(pSend))
{
// 万一出错的话，释放上面刚申请的两个对象
FreeSocketObj(pSocket);
FreeBufferObj(pSend);
return FALSE;
}
// 继续投递接受I/O
PostAccept(pBuffer);
}
break;
case OP_RECV: // 接收数据完成
{
if(dwTrans > 0)
{
// 创建一个缓冲区，以发送数据。这里就使用原来的缓冲区
PBUFFER_OBJ pSend = pBuffer;
printf("收到:%s\r\n", pBuffer->buff);
pSend->nLen = dwTrans;
// 投递发送I/O（将数据回显给客户）
PostSend(pSend);
}
else // 套节字关闭
{
// 必须先关闭套节字，以便在此套节字上投递的其它I/O也返回
if(pSocket->s != INVALID_SOCKET)
{
::closesocket(pSocket->s);
pSocket->s = INVALID_SOCKET;
}
if(pSocket->nOutstandingOps == 0)
FreeSocketObj(pSocket);
FreeBufferObj(pBuffer);
return FALSE;
}
}
break;
case OP_SEND: // 发送数据完成
{
if(dwTrans > 0)
{
// 继续使用这个缓冲区投递接收数据的请求
pBuffer->nLen = BUFFER_SIZE;
PostRecv(pBuffer);
}
else // 套节字关闭
{
// 同样，要先关闭套节字
if(pSocket->s != INVALID_SOCKET)
{
::closesocket(pSocket->s);
pSocket->s = INVALID_SOCKET;
}
if(pSocket->nOutstandingOps == 0)
FreeSocketObj(pSocket);
FreeBufferObj(pBuffer);
return FALSE;
}
}
break;
}
return TRUE;
}
int Connections::PushPacket(Packet* pPacket)
{
FUNCTION_BEGIN();
if (false == IsStatus(CONNSTATUS_ACTIVE))
{
return 1;//ERR_NET_CONNECTION_STATUS_WRONG
}
if (false == pPacket->IsValidPacket())
{
return 2;//ERR_NET_PACKET_INVALID
}
_mutexSend.Lock();
if (pPacket->GetPacketLen() > GetMaxSendPacketSize())
{
_mutexSend.Unlock();
return 3;//ERR_NET_PACKET_EXCEED_ALLOWED_SIZE
}
if (_sendBuffer.GetPushAvailableSize() <= pPacket->GetUsedSize())
{
if (false == IsSetControlFlag(CONTROL_FLAG_USE_SEND_QUEUE))
{
_mutexSend.Unlock();
return 4;//ERR_NET_SESSION_SEND_BUFFER_OVERFLOW
}
else
{
Packet * QueuedPacket = new Packet(*pPacket);
if (NULL == QueuedPacket)
{
_mutexSend.Unlock();
return 5;//ERR_SYS_MEMORY_ALLOC_FAIL
}
if (false == _sendQueue.PushPacket(QueuedPacket))
{
SAFE_DELETE(QueuedPacket);
_mutexSend.Unlock();
return 6;//ERR_NET_SESSION_SEND_BUFFER_OVERFLOW;
}
_mutexSend.Unlock();
return 0;
}
}
memcpy(_sendBuffer.GetQueuePushPtr(), pPacket->GetPacketBuffer(), pPacket->GetUsedSize());
Packet sendPacket(_sendBuffer.GetQueuePushPtr());
BYTE Sequence = (BYTE)(_PacketSendCount & PACKET_MAX_SEQUENCE);
SetSequence(sendPacket.GetPacketHeader(), Sequence);
int rc = 0;
if (_PacketEncoder)
{
rc = _PacketEncoder->TxEncrypt(sendPacket);
if (0 != rc)
{
_mutexSend.Unlock();
return 7;//ERR_NET_PACKET_ENCRYPT_FAIL
}
}
_sendBuffer.IncreasePushPos(pPacket->GetUsedSize());
IncreasePacketSend();
if (false == _IsSending)
{
rc = PostSend();
if (0 != rc)
{
_mutexSend.Unlock();
return rc;
}
_IsSending = true;
}
_mutexSend.Unlock();
return 0;
}
int Connections::CompleteSend(DWORD TransferedBytes)
{
UNREFERENCED_PARAMETER(TransferedBytes);
FUNCTION_BEGIN();
IncreaseBytesSend(TransferedBytes);
_mutexSend.Lock();
_sendBuffer.IncreasePopPos(TransferedBytes);
int rc = 0;
if (IsSetControlFlag(CONTROL_FLAG_USE_SEND_QUEUE))
{
Packet * SendPacket = _sendQueue.PeekPacket();
while (SendPacket)
{
if (_sendBuffer.GetPushAvailableSize() <= SendPacket->GetUsedSize())
{
break;
}
BYTE Sequence = (BYTE)(_PacketSendCount & PACKET_MAX_SEQUENCE);
SetSequence(SendPacket->GetPacketHeader(), Sequence);
if (_PacketEncoder)
{
rc = _PacketEncoder->TxEncrypt(*SendPacket);
if (0 != rc)
{
_mutexSend.Unlock();
Logger::Log("Session[%X] TxEncrypt Error[%d]\n", this, rc);
return 1; //ERR_NET_PACKET_ENCRYPT_FAIL
}
}
memcpy(_sendBuffer.GetQueuePushPtr(), SendPacket->GetPacketBuffer(), SendPacket->GetUsedSize());
_sendBuffer.IncreasePushPos(SendPacket->GetUsedSize());
IncreasePacketSend();
_sendQueue.PopPacket();
SAFE_DELETE(SendPacket);
SendPacket = _sendQueue.PeekPacket();
}
}
if (_sendBuffer.GetCurSize())
{
rc = PostSend();
if (0 != rc)
{
_IsSending = false;
_mutexSend.Unlock();
Disconnect(false);
Logger::Log("Session[%X] PostSend Error[%d]\n", this, rc);
return 0;
}
}
else
{
_IsSending = false;
}
_mutexSend.Unlock();
return 0;
}
//---------------------------------------------------------------------------------------------------------------------------
//HanelIO()
//---------------------------------------------------------------------------------------------------------------------------
void CIocpServer::HandleIo(SOCKET_OBJ *sock, BUFFER_OBJ *buf,
HANDLE CompPort, DWORD BytesTransfered, DWORD error,
ADOConn *pAdo,bool isClient)
{
#ifdef LOG_STATUS
InterlockedDecrement(&gIoCount);
#endif
switch(buf->operation)
{
case OP_ACCEPT: //处理AcceptEx的返回
LOCK(&sock->cs);//加锁
{
if(error == 0)
{
SOCKET_OBJ *clientobj = GetSocketObj(buf->sclient);//创建一个客户端sockobj
HANDLE hrc = CreateIoCompletionPort( //将sockobj添加到完成端口处理列表
(HANDLE)buf->sclient,
CompPort,
(ULONG_PTR)clientobj,
0
);
if (hrc != NULL)
{
//读取ip地址
SOCKADDR *local=NULL;
SOCKADDR *remote=NULL;
int local_len;
int remote_len;
lpfnGetAcceptExSockaddrs(buf->buf,0,sizeof(SOCKADDR_STORAGE) + 16
,sizeof(SOCKADDR_STORAGE) + 16,
&local,&local_len,&remote,&remote_len);
clientobj->addr = ((SOCKADDR_IN *)remote)->sin_addr;
#ifdef LOG_LEVEL1
Log_Server.Write("--新连接 ip = %s , sock = %d ",GetAddress(clientobj),
clientobj->s);
#endif
BUFFER_OBJ *recvobj = GetBufferObj();
//禁用发送缓冲
#ifdef SEND_BUF_DISABLE
BOOL sndbuf=0;
setsockopt(buf->sclient,SOL_SOCKET,SO_SNDBUF,(char *)&sndbuf,sizeof(sndbuf));
#endif
LOCK(&clientobj->cs);
if(PostRecv(clientobj,recvobj) == 0)
{
#ifdef DEBUG_IOCP
clientobj->sockfd = clientobj->s;
recvobj->sclient = clientobj->s;
#endif
clientobj->recvobj = recvobj;
AddAlive(clientobj,GetTickCount()); //把他添加到心跳列表，如果一个客户端连上来以后不发数据，会被踢掉
}
else
{
FreeBufferObj(recvobj);
closesocket(clientobj->s); //注意关闭句柄，clientobj->s的句柄在PostAccept时候创建
clientobj->s = INVALID_SOCKET;
FreeSocketObj(clientobj);
}
UNLOCK(&clientobj->cs);
}
else
{ //创建完成端口失败,像new失败一样，基本上不会出现
#ifdef LOG_LEVEL2
Log_Server.Write("CreateIoCompletionPort 错误:%d",GetLastError());
#endif
closesocket(clientobj->s);
clientobj->s = INVALID_SOCKET;
FreeSocketObj(clientobj);
}
}
else //如果AcceptEx返回出错，说明有一个客户端连了一半就退了，需要把他的句柄关了.
closesocket(buf->sclient);
InterlockedDecrement(&m_accept_count);
// 一般情况下重新PostAccept
if(m_accept_count < DEFAULT_ACCEPTEX_COUNT *2)
{
if(PostAccept(sock,buf)!=0)
FreeBufferObj(buf);
}
}
UNLOCK(&sock->cs);
break;
case OP_READ: //收到数据了
{
LOCK(&sock->cs); //锁一下
bool bflag = false;
_ASSERTE(buf == sock->recvobj);
if(error == 0 && BytesTransfered > 0 )
{
#ifdef LOG_LEVEL1
char head[256];
sprintf(head,"(%d) :接收",sock->s);
if(isClient)
strcat(head,"CL");
Log_Server.WriteHex(buf->buf+buf->buflen,BytesTransfered,head,(int)strlen(head));
#endif
buf->buflen += BytesTransfered;
int nret = 0;
if(isClient)
{ //调用可以重载的虚函数
//开锁，否则在On系列函数中调用Send(),CloseSock()时候会死锁！
UNLOCK(&sock->cs);
nret = CLOnRead(sock,buf->buf,buf->buflen,sock->flag,pAdo);
LOCK(&sock->cs);
}
else if(sock->flag_accept == 1)
{
UNLOCK(&sock->cs);
nret = OnRead(sock,buf->buf,buf->buflen,pAdo);
LOCK(&sock->cs);
}
else
{
sock->flag_close = 1; //设置允许标志,否则调用Send将会失败
sock->flag_accept = 1; //设置accept标志
#ifndef ENABLE_KEEPALIVE //没有启用KeepAlive
DeleteAlive(sock);
#endif
#ifdef DEBUG_IOCP
sock->freeed = 0;
sock->onclosed = 0;
#endif
UNLOCK(&sock->cs);
nret = OnAccept(sock,buf->buf,buf->buflen,pAdo);
LOCK(&sock->cs);
}
_ASSERTE(nret >= 0 && nret <= buf->buflen);
if(nret < 0 || nret > buf->buflen)
{
#ifdef LOG_LEVEL2
Log_Server.Write("指令处理出错啦\n");
nret = buf->buflen; //强制设置为完全处理
#endif
}
#ifdef ENABLE_KEEPALIVE
sock->timeAlive = GetTickCount(); //设置新的心跳时间
#endif
buf->buflen -= nret;
if(nret > 0 && buf->buflen > 0)
memmove(buf->buf,buf->buf+nret,buf->buflen);
if(PostRecv(sock,buf) == 0) //重新递交一个接收操作
bflag = true;
}
if(!bflag)
{
DeleteClose(sock); //看看是否存在于延时关闭列表中
DeleteAlive(sock); //看看是否存在于心跳列表中
if(sock->s != INVALID_SOCKET) {
closesocket(sock->s);
sock->s = INVALID_SOCKET;
}
sock->flag_close = 0; //设置关闭标志
FreeBufferObj(buf);
if( sock->flag_accept == 1)
{
UNLOCK(&sock->cs);
if(!isClient)
OnClose(sock,pAdo); //调用一次OnClose(),告诉上层的程序,不要再去用这个sock了
else
CLOnClose(sock,sock->flag,pAdo);
LOCK(&sock->cs);
#ifdef DEBUG_IOCP
sock->onclosed = 1; //调试时设置关闭标志,用于检测是否存在逻辑问题
#endif
}
sock->recvobj = NULL;
if(sock->recvobj == NULL && sock->sendobj == NULL)
{
UNLOCK(&sock->cs);
FreeSocketObj(sock); //释放该客户端对应的sockobj对象
return;
}
}
UNLOCK(&sock->cs);
}
break;
case OP_WRITE:
LOCK(&sock->cs);
{
_ASSERTE(buf == sock->sendobj);
bool bflag = false;
BUFFER_OBJ *tmpobj = sock->sendobj;
sock->sendobj = sock->sendobj->next;
if(error == 0 && BytesTransfered > 0) //前一个发送已经完成
{
#ifdef LOG_LEVEL1
char head[256];
sprintf(head,"(%d) :发送",sock->s);
if(isClient)
strcat(head,"CL");
Log_Server.WriteHex(buf->buf,BytesTransfered,head,(int)strlen(head));
#endif
//检查发送队列
if(sock->sendobj == NULL)
bflag = true;
else if(PostSend(sock,sock->sendobj) == 0)
bflag = true;
}
FreeBufferObj(tmpobj);
if(!bflag)
{
sock->flag_close = 0; //设置关闭标志
while(sock->sendobj)
{
tmpobj = sock->sendobj;
sock->sendobj = sock->sendobj->next;
FreeBufferObj(tmpobj);
}
if(sock->recvobj == NULL && sock->sendobj == NULL)
{
UNLOCK(&sock->cs);
FreeSocketObj(sock); //如果OP_READ时,sock->sendobj!=NULL,那么需要在这里释放客户端的SocketOBJ
return;
}
}
}
UNLOCK(&sock->cs);
break;
}
}
//如果发送队列存在,Send()首先尝试将数据添加到队列的最后一个BufferOBJ.如果BufferOBJ的可用空间不足,
//Send()将开辟一个新的BufferOBJ用于发送.当发送队列为空时,Send()将调用PostSend()立即提交一个发送操作
//
int CIocpServer::Send(SOCKET_OBJ *sock,const void * buffer,int len)//发送向客户端数据
{
_ASSERTE(len <= DEFAULT_BUFFER_SIZE*MAX_UNSENDS_COUNT && len > 0);
if(sock == NULL || len > DEFAULT_BUFFER_SIZE*MAX_UNSENDS_COUNT || len <= 0)
return -1;
BUFFER_OBJ * tmpbuf;
int rc=NO_ERROR;
#ifdef DEBUG_IOCP
_ASSERTE(sock->onclosed == 0); //已经调用过OnClose()还发?
_ASSERTE(sock->freeed == 0); //已经free掉了!
#endif
InterlockedIncrement(&sock->sending_count); //为了安全的freeobj
if( ( sock->flag_close == 0 ) || (sock->s == INVALID_SOCKET) )
{
InterlockedDecrement(&sock->sending_count);
return -1;
}
int i=0;
int len2=len;
char *buf2;
if(len2 > DEFAULT_BUFFER_SIZE)
len2 = DEFAULT_BUFFER_SIZE;
LOCK(&sock->cs);
tmpbuf = sock->sendobj;
if(tmpbuf == NULL)
{ //发送队列为空
tmpbuf = GetBufferObj();
#ifdef DEBUG_IOCP
tmpbuf->sclient = sock->s;
#endif
memcpy(tmpbuf->buf,buffer,len2);
tmpbuf->buflen = len2;
rc = PostSend(sock,tmpbuf);
if(rc == 0)
sock->sendobj = tmpbuf;
else
FreeBufferObj(tmpbuf);
}
else
{
while(tmpbuf->next)
{
tmpbuf = tmpbuf->next;
i++;
}
if(i > MAX_UNSENDS_COUNT)
{
rc = -1;
CloseSock(sock);
}
else
{
if(tmpbuf->buflen + len2 > DEFAULT_BUFFER_SIZE)
{
tmpbuf->next = GetBufferObj();
tmpbuf = tmpbuf->next;
}
memcpy(tmpbuf->buf+tmpbuf->buflen,buffer,len2);
tmpbuf->buflen += len2;
}
}
len -= len2;
buf2 = (char *)buffer+len2;
while(rc == 0 && len >0)
{
len2 = len;
if(len2 > DEFAULT_BUFFER_SIZE)
len2 = DEFAULT_BUFFER_SIZE;
tmpbuf->next = GetBufferObj();
tmpbuf = tmpbuf->next;
memcpy(tmpbuf->buf,buf2,len2);
tmpbuf->buflen = len2;
len -= len2;
buf2 += len2;
i++;
if(i > MAX_UNSENDS_COUNT)
{
#ifdef LOG_LEVEL1
Log_Server.Write("Send(): 发送失败(当前用户的发送队列超出 %d!",MAX_UNSENDS_COUNT);
#endif
rc = -1;
break;
}
}
UNLOCK(&sock->cs);
InterlockedDecrement(&sock->sending_count);
return rc;
//注意:在PostSend()里面,buflen被设置为DEFAULT_BUFFER_SIZE,Send()调用时候的数据不会添加到正在发送的BufferObj后面
}
//-----------------------------------------------------------------------------------
// Purpose :
// Return :
//-----------------------------------------------------------------------------------
// Called by App TH, Worker TH ( Send )
//-----------------------------------------------------------------------------------
int CNtlConnection::PushPacket(CNtlPacket * pPacket)
{
FUNCTION_BEGIN();
if( false == IsStatus( STATUS_ACTIVE ) )
{
return NTL_ERR_NET_CONNECTION_STATUS_WRONG;
}
if( false == pPacket->IsValidPacket() )
{
return NTL_ERR_NET_PACKET_INVALID;
}
m_mutexSend.Lock(); // ¹ØÀ¸·Î ³»¸®¸é µ¿±âÈ°¡ ±úÁø´Ù [5/30/2008 SGpro]
if( pPacket->GetPacketLen() > GetMaxSendPacketSize() )
{
m_mutexSend.Unlock();
return NTL_ERR_NET_PACKET_EXCEED_ALLOWED_SIZE;
}
if( m_sendBuffer.GetPushAvailableSize() <= pPacket->GetUsedSize() )
{
if( false == IsSetControlFlag( CONTROL_FLAG_USE_SEND_QUEUE ) )
{
m_mutexSend.Unlock();
return NTL_ERR_NET_SESSION_SEND_BUFFER_OVERFLOW;
}
else
{
CNtlPacket * pQueuedPacket = new CNtlPacket( *pPacket );
if( NULL == pQueuedPacket )
{
m_mutexSend.Unlock();
return NTL_ERR_SYS_MEMORY_ALLOC_FAIL;
}
if( false == m_sendQueue.PushPacket( pQueuedPacket ) )
{
SAFE_DELETE( pQueuedPacket );
m_mutexSend.Unlock();
return NTL_ERR_NET_SESSION_SEND_BUFFER_OVERFLOW;
}
m_mutexSend.Unlock();
return NTL_SUCCESS;
}
}
//m_mutexSend.Lock(); //¿©±â¿¡ µÎ¸é µ¿±âÈ°¡ ±úÁø´Ù [5/30/2008 SGpro]
memcpy( m_sendBuffer.GetQueuePushPtr(), pPacket->GetPacketBuffer(), pPacket->GetUsedSize() );
// [9/10/2007 zeroera] : ¼³¸í : È¿À²¼ºÀ» À§ÇØ ÆÐŶ ¹öÆÛ¿¡ ÀÖ´Â µ¥ÀÌŸ¸¦ °¡Áö°í ¾ÏÈ£È ÇÑ´Ù
CNtlPacket sendPacket( m_sendBuffer.GetQueuePushPtr() );
BYTE bySequence = (BYTE) ( m_dwPacketSendCount & PACKET_MAX_SEQUENCE );
SetSequence( sendPacket.GetPacketHeader(), bySequence );
int rc = NTL_SUCCESS;
#if __SGPRO_BOTSYSTEM_SENDANDRECVTESTCODE__
#else
if( m_pPacketEncoder )
{
rc = m_pPacketEncoder->TxEncrypt( sendPacket );
if( NTL_SUCCESS != rc )
{
m_mutexSend.Unlock();
return NTL_ERR_NET_PACKET_ENCRYPT_FAIL;
}
}
#endif
m_sendBuffer.IncreasePushPos( pPacket->GetUsedSize() );
IncreasePacketSend();
if( false == m_bSending )
{
rc = PostSend();
if( NTL_SUCCESS != rc )
{
m_mutexSend.Unlock();
return rc;
}
m_bSending = true;
}
m_mutexSend.Unlock();
return NTL_SUCCESS;
}
//-----------------------------------------------------------------------------------
// Purpose :
// Return :
//-----------------------------------------------------------------------------------
// Called by Worker TH ( IOCP )
//-----------------------------------------------------------------------------------
int CNtlConnection::CompleteSend(DWORD dwTransferedBytes)
{
UNREFERENCED_PARAMETER( dwTransferedBytes );
FUNCTION_BEGIN();
IncreaseBytesSend( dwTransferedBytes );
m_mutexSend.Lock();
m_sendBuffer.IncreasePopPos( dwTransferedBytes );
int rc = 0;
if( IsSetControlFlag( CONTROL_FLAG_USE_SEND_QUEUE ) )
{
CNtlPacket * pSendPacket = m_sendQueue.PeekPacket();
while( pSendPacket )
{
if( m_sendBuffer.GetPushAvailableSize() <= pSendPacket->GetUsedSize() )
{
break;
}
BYTE bySequence = (BYTE) ( m_dwPacketSendCount & PACKET_MAX_SEQUENCE );
SetSequence( pSendPacket->GetPacketHeader(), bySequence );
#if __SGPRO_BOTSYSTEM_SENDANDRECVTESTCODE__
#else
if( m_pPacketEncoder )
{
rc = m_pPacketEncoder->TxEncrypt( *pSendPacket );
if( NTL_SUCCESS != rc )
{
m_mutexSend.Unlock();
NTL_LOGDL( LOG_NETWORK, "Session[%X] TxEncrypt Error[%d:%s]", this, rc, NtlGetErrorMessage(rc) );
return NTL_ERR_NET_PACKET_ENCRYPT_FAIL;
}
}
#endif
memcpy( m_sendBuffer.GetQueuePushPtr(), pSendPacket->GetPacketBuffer(), pSendPacket->GetUsedSize() );
m_sendBuffer.IncreasePushPos( pSendPacket->GetUsedSize() );
IncreasePacketSend();
m_sendQueue.PopPacket();
SAFE_DELETE( pSendPacket );
pSendPacket = m_sendQueue.PeekPacket();
}
}
if( m_sendBuffer.GetCurSize() )
{
rc = PostSend();
if( NTL_SUCCESS != rc )
{
m_bSending = false;
m_mutexSend.Unlock();
// [1/20/2007 zeroera] : ¼³¸í : Send¿¡ ÀÇÇÑ Close ±â´ÉÀ» ¸·À½. TH1ÀÌ Recv Áß¿¡ TH2 °¡ Send ÇÏ¿© CloseÇÏ°Ô µÇ¸é ¹®Á¦°¡ ¹ß»ý ÇÒ ¼ÒÁö°¡ ÀÖÀ½
//return rc;
Disconnect( false );
NTL_LOGDL( LOG_NETWORK, "Session[%X] PostSend Error[%d:%s]", this, rc, NtlGetErrorMessage(rc) );
return NTL_SUCCESS;
}
}
else
{
m_bSending = false;
}
m_mutexSend.Unlock();
//NTL_PRINT(PRINT_SYSTEM, "Session[%X]\tCompleteSend Complete SendBufferSize[%d] TotalSendBytes[%u]", this, m_sendBuffer.GetCurSize(), m_dwTotalSendSize );
return NTL_SUCCESS;
}