repos_ecs/其他2015后/新建文件夹/SocketImpl/IClientImpl.cpp

#include "StdAfx.h"
#include "IClientImpl.h"
#include <comdef.h>
#include <atlbase.h>
#include "ThreadPool.hpp"

const int AF_IPV4   = 0;
const int AF_IPV6   = 1;
const int SOCK_TCP  = SOCK_STREAM-1;
const int SOCK_UDP  = SOCK_DGRAM-1;

//IClientImpl* IClientImpl::m_pTcpClient[TCPCLIENTNUM] = {NULL};

IClientImpl::IClientImpl():m_nMode(AF_IPV4)
,m_nSockType(SOCK_TCP) 
{
	m_bSocket = FALSE;
	m_bStopbeat = FALSE;
	m_SocketClient.SetInterface(this);
}

IClientImpl::~IClientImpl()
{
	//m_SocketClient.Terminate();
	DisConnectServer();
}

void IClientImpl::GetAddress(const SockAddrIn& addrIn, CString& rString) const
{
	TCHAR szIPAddr[MAX_PATH] = { 0 };
	CSocketHandle::FormatIP(szIPAddr, MAX_PATH, addrIn);
	rString.Format(_T("%s : %d"), szIPAddr, static_cast<int>(static_cast<UINT>(ntohs(addrIn.GetPort()))) );
}

void IClientImpl::AppendText(LPCTSTR lpszFormat, ...)
{
	//	if ( !::IsWindow(m_ctlMsgList.GetSafeHwnd()) ) return;
	//	TCHAR szBuffer[512];
	//	HWND hWnd = m_ctlMsgList.GetSafeHwnd();
	//	DWORD dwResult = 0;
	//	if (SendMessageTimeout(hWnd, WM_GETTEXTLENGTH, 0, 0, SMTO_NORMAL, 500L, &dwResult) != 0)
	//	{
	//		int nLen = (int) dwResult;
	//		if (SendMessageTimeout(hWnd, EM_SETSEL, nLen, nLen, SMTO_NORMAL, 500L, &dwResult) != 0)
	//		{
	//			size_t cb = 0;
	//			va_list args;
	//			va_start(args, lpszFormat);
	//			::StringCchVPrintfEx(szBuffer, 512, NULL, &cb, 0, lpszFormat, args);
	//			va_end(args);
	//			SendMessageTimeout(hWnd, EM_REPLACESEL, FALSE, reinterpret_cast<LPARAM>(szBuffer), SMTO_NORMAL, 500L, &dwResult);
	//		}
	//	}
}

bool IClientImpl::GetDestination(SockAddrIn& addrIn) const
{
	CString strPort;
	int nFamily = (m_nMode == AF_IPV4) ? AF_INET : AF_INET6;
	return addrIn.CreateFrom(NULL, strPort, nFamily);
}

bool IClientImpl::SetupMCAST()
{
	const TCHAR szIPv4MCAST[] = TEXT("239.121.1.2");
	const TCHAR szIPv6MCAST[] = TEXT("FF02:0:0:0:0:0:0:1"); // All Nodes local address
	bool result = false;
	if ( m_nSockType == SOCK_UDP )
	{
		if ( m_nMode == AF_IPV4 ) {
			result = m_SocketClient->AddMembership(szIPv4MCAST, NULL);
		} else {
			result = m_SocketClient->AddMembership(szIPv6MCAST, NULL);
			HRESULT hr = HRESULT_FROM_WIN32(GetLastError());
			hr = hr;
		}
	}
	return result;
}

///////////////////////////////////////////////////////////////////////////////

void IClientImpl::OnThreadBegin(CSocketHandle* pSH)
{
	ASSERT( pSH == m_SocketClient );
	(pSH);
	CString strAddr;
	SockAddrIn sockAddr;
	m_SocketClient->GetSockName(sockAddr);
	GetAddress( sockAddr, strAddr );
	InitializeCriticalSection(&pSH->m_hClient2SrvSection);
}

void IClientImpl::OnThreadExit(CSocketHandle* pSH)
{
	ASSERT( pSH == m_SocketClient );
	DeleteCriticalSection( &pSH->m_hClient2SrvSection );
	(pSH);
}

void IClientImpl::OnConnectionDropped(CSocketHandle* pSH)
{
	ASSERT( pSH == m_SocketClient );
	(pSH);
	AppendText( _T("Connection lost with client.\r\n") );
}

void IClientImpl::OnConnectionError(CSocketHandle* pSH, DWORD dwError)
{
	ASSERT( pSH == m_SocketClient );
	(pSH);
	_com_error err(dwError);
	AppendText( _T("Communication Error:\r\n%s\r\n"), err.ErrorMessage() );
}

void IClientImpl::OnDataReceived(CSocketHandle* pSH, const BYTE* pbData, DWORD dwCount, const SockAddrIn& addr)
{
	ASSERT( pSH == m_SocketClient );
	(pSH);

	if( !m_SocketClient->IsOpen() ) return;

	// 处理接收回来的数据;
	ToprocessRecivebuf(pSH,pbData,dwCount);
}

void IClientImpl::ToprocessRecivebuf(IN CSocketHandle *pSockHandle, IN const BYTE* pReceivebuf, IN DWORD dwReceiveSize)
{
	DWORD dwIndexOfProcessed = 0;		// 当前接收的包被处理的长度;
	DWORD dwOnceProcessedLen = 0;		// 循环一次处理了多少当前包;
	STProtocolheader *pstProtocolheader;

	while( dwIndexOfProcessed < dwReceiveSize)
	{
		pstProtocolheader = NULL;
		dwOnceProcessedLen = 0;

		if ( pSockHandle->m_npendingSize == 0)	//----------------------------------------------// 1.第一次接收或完整组包后接收剩余包;
		{
			//pstProtocolheader = (STProtocolheader *)&((unsigned char *)pReceivebuf)[dwIndexOfProcessed];

			if( dwReceiveSize - dwIndexOfProcessed < sizeof(STProtocolheader) )					// 1.1.第一次接收或剩余数据不足一个包头;
			{
				// 如果第一次接包就没有收够包头，认为是非法包，扔掉，就是说已处理的长度dwOnceProcessedLen = 0;
				pSockHandle->m_npendingSize = dwReceiveSize - dwIndexOfProcessed;
				//memcpy(pSockHandle->m_szpendingbuf, pstProtocolheader, pSockHandle->m_npendingSize);
				memcpy(pSockHandle->m_szpendingbuf, &pReceivebuf[dwIndexOfProcessed], pSockHandle->m_npendingSize);

				dwOnceProcessedLen = dwReceiveSize - dwIndexOfProcessed;
			}
			else																				// 1.2.第一次接收或剩余数据大于一个包头;
			{
				pstProtocolheader = (STProtocolheader *)&((unsigned char *)pReceivebuf)[dwIndexOfProcessed];
				// dwOnceProcessedLen = pstProtocolheader->nDataLen;
				if( (int)pstProtocolheader->nDataLen > dwReceiveSize - dwIndexOfProcessed )		// 1.2.1.第一次接收或剩余数据不足一个完整的协议包;
				{
					//memcpy(pSockHandle->m_szpendingbuf, pstProtocolheader, dwReceiveSize - dwIndexOfProcessed);
					memcpy(pSockHandle->m_szpendingbuf, &pReceivebuf[dwIndexOfProcessed], dwReceiveSize - dwIndexOfProcessed);
					//如果第一次接包，pstProtocolheader->nDataLen大于当前包的总长，认为是非法包，扔掉(不处理这部分，不一定是非法包)
					//if( dwIndexOfProcessed == 0 )   
					//{
						//组包错误，则扔掉当前包
						//LOG4C((LOG_NOTICE, "第一次接包，服务器pstProtocolheader->nDataLen大于当前包的总长，认为是非法包，扔掉\r\n"));
					//}
					pSockHandle->m_npendingSize = dwReceiveSize - dwIndexOfProcessed;
					dwOnceProcessedLen = dwReceiveSize - dwIndexOfProcessed;	// 该次处理的数据长度;
				}
				else	// ---------------------------------------------------------------------// 1.2.2.第一次接收或剩余数据大于一个完整的协议包;
				{
					//LOG4C((LOG_NOTICE, "正常包"));
					pSockHandle->m_npendingSize = 0;
					dwOnceProcessedLen = pstProtocolheader->nDataLen;	// 该次处理的数据长度;
				}
			}
		}
		else	//------------------------------------------------------------------------------// 2.第n+1次接收数据包;
		{
			if( pSockHandle->m_npendingSize < sizeof(STProtocolheader) )	// 2.1.pengingbuf数据小于包头
			{
				DWORD dwRestheader = sizeof(STProtocolheader) - pSockHandle->m_npendingSize;
				if( dwRestheader < dwReceiveSize )							// 2.1.1.当前包大小 > 剩下包头长度,可以组成一个完整包头;	
				{
					// -1.先收完一个完整的包头;
					memcpy( &pSockHandle->m_szpendingbuf[pSockHandle->m_npendingSize], pReceivebuf, dwRestheader);

					// -2.处理剩余数据;
					pstProtocolheader = (STProtocolheader *)pSockHandle->m_szpendingbuf;
					dwOnceProcessedLen = pstProtocolheader->nDataLen - pSockHandle->m_npendingSize;
					if( dwOnceProcessedLen <= dwReceiveSize )  // 可以组成一个完整的协议包;
					{
						memcpy( &pSockHandle->m_szpendingbuf[sizeof(STProtocolheader)],
								&((char *)pReceivebuf)[dwRestheader],
								pstProtocolheader->nDataLen - sizeof(STProtocolheader));

						pSockHandle->m_npendingSize = 0;
					}
					else	// 未能组成一个完整的协议包,断续接收等待;
					{
						//int nTemp = dwReceiveSize - dwRestheader; //除去头剩余部分的长度
						//if ( nTemp > 0 )	//刚好是Header的长度，不用拷贝内存，所以这里加了>0的判断
						//{
							//memcpy( &pSockHandle->m_szpendingbuf[sizeof(STProtocolheader)],&((char *)pReceivebuf)[dwRestheader],nTemp );
						//}
						memcpy( &pSockHandle->m_szpendingbuf[sizeof(STProtocolheader)],&((char *)pReceivebuf)[dwRestheader],dwReceiveSize - dwRestheader);
						pSockHandle->m_npendingSize += dwReceiveSize;
					}
				}
				else //------------------------------------------------------// 2.1.2.当前包大小 <= 剩下包头长度,未能或刚好组成一个完整的包头;
				{
					memcpy( &pSockHandle->m_szpendingbuf[pSockHandle->m_npendingSize], pReceivebuf, dwReceiveSize );
					pSockHandle->m_npendingSize += dwReceiveSize;
					dwOnceProcessedLen = dwReceiveSize;
				}
			}
			else // --------------------------------------------------------// 2.2.pengingbuf数据大于包头;
			{
				pstProtocolheader = (STProtocolheader *)pSockHandle->m_szpendingbuf;
				dwOnceProcessedLen = pstProtocolheader->nDataLen - pSockHandle->m_npendingSize;
				if ( dwOnceProcessedLen <= dwReceiveSize )		// 可以组成一个完整的协议包;
				{
					memcpy( &pSockHandle->m_szpendingbuf[pSockHandle->m_npendingSize], pReceivebuf, dwOnceProcessedLen );
					pSockHandle->m_npendingSize = 0;
				}
				else // 未能组成一个完整协议包;
				{
					memcpy( &pSockHandle->m_szpendingbuf[pSockHandle->m_npendingSize], pReceivebuf, dwReceiveSize );
					pSockHandle->m_npendingSize += dwReceiveSize;
				}
			}
		}

		if ( dwOnceProcessedLen == 0 )
		{
			// 没有收够包头，认为是非法包，扔掉
			LOG4C((LOG_NOTICE, "没有收够包头，认为是非法包，扔掉"));
			break;
		}

		if ( pSockHandle->m_npendingSize == 0 )
		{
			if ( pstProtocolheader->nDataLen > SOCKET_BUFFSIZE )
			{
				// 包长度超过限制,暂时不处理;
				LOG4C((LOG_NOTICE, "pstProtocolheader->nDataLen超过限制"));
			}

			if(-1 == OnIntegrityPacket(pSockHandle, pstProtocolheader))
			{
				LOG4C((LOG_NOTICE, "Error OnIntegrityPacket"));
				break;
			}
		}

		dwIndexOfProcessed += dwOnceProcessedLen;
	}
}

int IClientImpl::OnIntegrityPacket(IN CSocketHandle *pSockHandle, IN void *pIntegrityPacket)
{
	STProtocolheader *pHeader = (STProtocolheader *)pIntegrityPacket;

	if( pHeader == NULL || pHeader->bof != PBOF)
	{
		LOG4C((LOG_NOTICE,"协议头标识错误"));
		return -1;
	}

	if( pHeader->nDataLen < 0 || pHeader->nDataLen > 65535 ) 
	{
		LOG4C((LOG_NOTICE,"协议长度越界错误"));
		return -1;
	}

	unsigned int tmp = VerifyIntegrityPacket(pHeader, pHeader->nDataLen);
	if(tmp != pHeader->nVerify)  
	{	
		LOG4C((LOG_NOTICE,"协议校验值错误:len=%d,%d != %d",pHeader->nDataLen,tmp,pHeader->nVerify));
		return -1;
	}

	switch (pHeader->nCmd)              
	{
	case CMD_HEART:		// 公共命令：心跳包
		{
			// 心跳包,不处理任务事务;
			//LOG4C((LOG_NOTICE,"接收到的心跳包"));
		}
		break;
	case CMD_TOCHAT:	// 公共命令：文字聊天;
		{
			STChatbody *tChatbody = (STChatbody*)pIntegrityPacket;
			//TRACE("------------------");
			//AfxMessageBox(tChatbody->szChat);
			//LOG4C((LOG_NOTICE,"聊天内容：%s",tChatbody->szChat));
		}
		break;
	case CMD_DATABASEINFO:
		{
			// 1.接到服务器返回的数据库连接信息;
			// 2.连接数据库;
			// 同时,此处做为全局开关,只有获取到了数据库信息才断续其他操作;
			// 定义一个全局标识 g_bSuccess;才能启动重连线程的心跳机制等等;
			STDatabaseInfobody *pDatabaseInfobody = (STDatabaseInfobody*)pIntegrityPacket;
			
			LOG4C((LOG_NOTICE,"数据库源：%s;数据库源端口：%s;数据库用户：%s;数据库密码：%s;数据库名称：%s",
				pDatabaseInfobody->szDatabaseServer,
				pDatabaseInfobody->szDatabaseTCPPort,
				pDatabaseInfobody->szDatabaseAccount,
				pDatabaseInfobody->szDatabasePassword,
				pDatabaseInfobody->szDatabaseName));

		}
		break;
	default: 
		return 0;
	}

	return 0;
}

//unsigned int IClientImpl::VerityIntegrityPacket(IN void *pIntegrityPacket,unsigned int nPacketSize)
//{
//	unsigned int checksum = 0;
//	//if ( nPacketSize <= sizeof(STProtocolheader) )
//	//{
//	//	return 0;
//	//}
//	unsigned char *pBody = &((unsigned char*)pIntegrityPacket)[sizeof(STProtocolheader)];
//
//	if( pBody )
//		checksum = crc32( 0, pBody, nPacketSize-sizeof(STProtocolheader) );
//
//	return checksum;
//}


BOOL IClientImpl::Initialize()
{
	TCHAR szIPAddr[MAX_PATH] = { 0 };
	CSocketHandle::GetLocalAddress(szIPAddr, MAX_PATH, AF_INET);
	AppendText(_T("Local Address (IPv4): %s\r\n"), szIPAddr);
	CSocketHandle::GetLocalAddress(szIPAddr, MAX_PATH, AF_INET6);
	AppendText(_T("Local Address (IPv6): %s\r\n"), szIPAddr);

	return TRUE;
}

void IClientImpl::StartReConnectSrvThread()
{
	// Jeff.启用重连服务端线程.-------------------
	m_hRunObject = CreateEvent( NULL, TRUE, FALSE, "ClientThreadRun" );
	if ( m_hRunObject == NULL )	
	{
		LOG4C((LOG_NOTICE,"创建事件失败"));
	}

	m_hReConnectSrvThreadHandle = CreateThread(NULL,0,ReConnectSrvThread,this,0,NULL);
	if ( m_hReConnectSrvThreadHandle == NULL )	
	{
		LOG4C((LOG_NOTICE,"创建线程失败"));
	}
}

BOOL IClientImpl::ConnectServer(LPCTSTR strAddr, LPCTSTR strPort)
{
	int nFamily = (m_nMode == AF_IPV4) ? AF_INET : AF_INET6;
	if ( !m_SocketClient.StartClient(NULL, strAddr, strPort, nFamily, (m_nSockType+1) ) )
	{
		m_bSocket = FALSE;
		LOG4C((LOG_NOTICE, "连接失败 [%s, %s, %d, %d]",strAddr, strPort, nFamily, (m_nSockType+1)));
		return FALSE;
	}
	else
	{
		m_bSocket = TRUE;
		CSocketHandle* pSH = (CSocketHandle *)m_SocketClient;

		pSH->m_npendingSize = 0;
		memset(pSH->m_szpendingbuf, 0, SOCKET_BUFFSIZE);
		SetupMCAST();
		LOG4C((LOG_NOTICE, "连接成功 [%s, %s, %d, %d]",strAddr, strPort, nFamily, (m_nSockType+1)));
		return TRUE;
	}
}

void IClientImpl::DisConnectServer()
{
	if(m_hRunObject) 
		SetEvent(m_hRunObject);

	if( m_hReConnectSrvThreadHandle )
	{
		if (WaitForSingleObject(m_hReConnectSrvThreadHandle,INFINITE) != WAIT_FAILED)
		{
			CloseHandle(m_hReConnectSrvThreadHandle);
			m_hReConnectSrvThreadHandle = NULL;
		}
	}

	CloseHandle( m_hRunObject );
	m_hRunObject = NULL;

	m_SocketClient.Terminate();
}

void IClientImpl::SendMsg(void *pMsg,const int nLen)
{
	if ( m_SocketClient.IsOpen() )
	{
		USES_CONVERSION;
		if (m_nSockType == SOCK_TCP)
		{
			m_SocketClient.Write((const LPBYTE)(pMsg), nLen, NULL);
		}
		else
		{
			SockAddrIn sockAddr;
			GetDestination(sockAddr);
			m_SocketClient.Write((const LPBYTE)(pMsg), nLen, sockAddr);
		}
	}
	else
	{
		AfxMessageBox(_T("Socket is not connected"));
	}
}

// 静态成员函数，提供全局访问的接口
//IClientImpl* IClientImpl::GetInstancePtr( int iTCPIndex )
//{
//	if( NULL == m_pTcpClient[iTCPIndex] )
//	{
//		m_pTcpClient[iTCPIndex] = new IClientImpl();
//	}
//
//	return m_pTcpClient[iTCPIndex];
//}

DWORD WINAPI IClientImpl::ReConnectSrvThread(LPVOID pInstance)
{
	LOG4C((LOG_NOTICE,"重连服务器线程"));
	IClientImpl *pClientImpl = (IClientImpl*)pInstance;

#if 0
	STProtocolheader tProtocolheader;
	tProtocolheader.nCmd = CMD_HEART;
	tProtocolheader.nCmdType = 1;
	tProtocolheader.nDataLen = sizeof(STProtocolheader);
	//tProtocolheader.nVerify = crc32(0, reinterpret_cast<const unsigned char*>(&tProtocolheader), sizeof(STProtocolheader));
	tProtocolheader.nVerify = VerityIntegrityPacket(&tProtocolheader, sizeof(STProtocolheader));
#else
	STChatbody tChatbody;
	tChatbody.tPHeader.nCmd = CMD_TOCHAT;
	tChatbody.tPHeader.nCmdType = 0;
	tChatbody.tPHeader.nDataLen = sizeof(STChatbody);
	memset(tChatbody.szChat,98,MAX_CHATLENGTH-3);
	tChatbody.szChat[MAX_CHATLENGTH-3] = 'C';
	tChatbody.szChat[MAX_CHATLENGTH-2] = 'D';
	tChatbody.szChat[MAX_CHATLENGTH-1] = '\0';
	//tChatbody.tPHeader.nVerify = VerifyIntegrityPacket(&tChatbody, sizeof(STChatbody));
	tChatbody.GetVerify();
#endif
	do 
	{
#if 0	// 心跳包;
		if( !pClientImpl->m_bStopbeat && pClientImpl->m_bSocket )
		{
			//LOG4C((LOG_NOTICE,"发送心跳包"));
			USES_CONVERSION;
			if( pClientImpl->m_SocketClient->Write((const LPBYTE)&tProtocolheader,sizeof(STProtocolheader)) == -1)
				pClientImpl->m_bSocket = FALSE;
		}

#else
		if( !pClientImpl->m_bStopbeat && pClientImpl->m_bSocket )
		{
			//LOG4C((LOG_NOTICE,"发送心跳包"));
			//USES_CONVERSION;
			if( pClientImpl->m_SocketClient->Write((const LPBYTE)&tChatbody,sizeof(STChatbody)) == -1)
			{
				pClientImpl->m_bSocket = FALSE;
				LOG4C((LOG_NOTICE,"发送心跳包失败"));
			}
		}
#endif
		// 检测连接状态;
		if ( pClientImpl->m_bSocket == FALSE )
		{
			if ( pClientImpl->m_SocketClient->IsOpen() == TRUE )
			{
				pClientImpl->m_SocketClient.Terminate();
			}

			if ( FALSE == pClientImpl->ConnectServer(_T(g_szServerIP),_T(g_szCmdPort)))
			{
				LOG4C((LOG_NOTICE,"重连服务器失败"));
				pClientImpl->m_bSocket = FALSE;
			}
			else
			{
				LOG4C((LOG_NOTICE,"重连服务器成功"));
				pClientImpl->m_bSocket = TRUE;
			}
		}

	} while( WaitForSingleObject(pClientImpl->m_hRunObject,200L) == WAIT_TIMEOUT );

	return 0;
}

#if 1
void IClientImpl::SendFile(LPCTSTR lpzFileName,LPCTSTR strPort)
{
	CFile file;
	CFileException e;
	file.Open(lpzFileName, CFile::modeRead|CFile::shareDenyNone, &e);
	if (e.m_cause != 0)	
	{
		LOG4C((LOG_NOTICE,"读取文件失败"));
		file.Close();
		return;
	}

	// 1 发送文件信息;
	LOG4C((LOG_NOTICE,"发送文件信息"));
	STFileInfobody tfInfo;
	GetFileName(lpzFileName,tfInfo.szFileName);
	tfInfo.nFileLength = file.GetLength();
	//tfInfo.tPHeader.nCmd = CMD_FILEINFO_TRANSFER;
	//tfInfo.tPHeader.nCmdType = 1;
	
	CFileStatus FileStatus ;
	if (file.GetStatus(FileStatus) != FALSE)
	{
		tfInfo.tCreateDate = FileStatus.m_ctime.GetTime();
		tfInfo.tModifyDate = FileStatus.m_mtime.GetTime();
	}

	//tfInfo.tPHeader.nDataLen = sizeof(STFileInfobody);// - sizeof(STProtocolheader);
	//tfInfo.tPHeader.nVerify = crc32(0,reinterpret_cast<const unsigned char*>(&tfInfo),sizeof(STFileInfobody));
	//tfInfo.tPHeader.nVerify = VerifyIntegrityPacket(&tfInfo,sizeof(STFileInfobody));
	tfInfo.GetVerify();

	LOG4C((LOG_NOTICE,"文件信息：协议标识:%d,协议命令:%d,协议类型:%d,协议长度:%d,协议校验:%d,文件大小:%d",
		tfInfo.tPHeader.bof,
		tfInfo.tPHeader.nCmd,
		tfInfo.tPHeader.nCmdType,
		tfInfo.tPHeader.nDataLen,
		tfInfo.tPHeader.nVerify,
		tfInfo.nFileLength));

	m_bStopbeat = TRUE;
	if( m_bSocket )
	{
		USES_CONVERSION;
		if ( m_SocketClient->Write((const LPBYTE)&tfInfo,sizeof(STFileInfobody)) == -1)
		{
			LOG4C((LOG_NOTICE,"发送文件信息失败"));
			m_bStopbeat = FALSE;
			return;
		}
	}

	//return ;
	Sleep(100);	// 异步传输时这里的文件传输会出现发包乱序;

	// 2 发送文件数据;
	LOG4C((LOG_NOTICE,"发送文件数据"));
	STFileContextbody tFileContextbody;
	//tFileContextbody.tPHeader.nCmd = CMD_FILECONT_TRANSFER;
	//tFileContextbody.tPHeader.nCmdType = 0;
	//tFileContextbody.tPHeader.nDataLen = sizeof(STFileContextbody);
	
	do 
	{
		USES_CONVERSION;
		//memset(tFileContextbody.szFileContext,0,MAX_FILETRANSFERLENGTH);
		tFileContextbody.nFileContextLen = file.Read(tFileContextbody.szFileContext,MAX_FILETRANSFERLENGTH);
		//tFileContextbody.tPHeader.nVerify = VerifyIntegrityPacket(&tFileContextbody,sizeof(STFileContextbody));
		tFileContextbody.GetVerify();

		LOG4C((LOG_NOTICE,"文件内容：协议标识:%d,协议命令:%d,协议类型:%d,协议长度:%d,协议校验:%d",
			tFileContextbody.tPHeader.bof,
			tFileContextbody.tPHeader.nCmd,
			tFileContextbody.tPHeader.nCmdType,
			tFileContextbody.tPHeader.nDataLen,
			tFileContextbody.tPHeader.nVerify));

		if ( m_SocketClient->Write((const LPBYTE)&tFileContextbody,sizeof(STFileContextbody)) == -1)
		{
			LOG4C((LOG_NOTICE,"文件内容传输出错"));
			break;
		}
		
		if ( tFileContextbody.nFileContextLen < MAX_FILETRANSFERLENGTH )
		{
			break;
		}
		tfInfo.nFileLength -= MAX_FILETRANSFERLENGTH;
		//Sleep(200);

	} while (tfInfo.nFileLength);

	LOG4C((LOG_NOTICE,"发送文件结束"));
	m_bStopbeat = FALSE;
}
#endif