int WinMTRDialog::restart(const char *host_name) {
int rc = 0;
SetHostName(host_name);
#ifdef WIN32
rc = InitMTRNet();
if ( rc == 0 ) {
wmtrnet->DoTrace(traddr, max_att, pingsize, interval);
}
#else
start = !start;
if (start) {
int rc = InitMTRNet();
if ( rc == 0 ) {
//#ifdef linux
#if 1
PingThread(this);
#else
_beginthread(PingThread, 0 , this);
#endif
} else {
start = false;
return rc;
}
}
if (!start) {
Sleep(1000);
}
#endif
return rc;
}
//启动网络服务器
//bMode启动模式,1:以客户端的方式启动,2:以服务器的方式启动
bool CServer::Start(BYTE bMode,CDataBlockAllocator* pDBAllocator,
long nMaxFreeSockOperNum,long nMaxFreeIOOperNum,long lIOOperDataBufNum,
bool bCheck,long lForbidTime,
long lMaxMsgLen,long lMaxConNums,long lTotalClientsNum,
long lPendingWrBufNum,long lPendingRdBufNum,
long lMaxSendSizePerSecond,long lMaxRecvSizePerSecond,
long lMaxBlockSendMsgNum,
long lConPendingWrBufNum,long lConPendingRdBufNum,
long lConMaxSendSizePerSecond,long lConMaxRecvSizePerSecond,
long lConMaxBlockSendMsgNum)
{
m_bMode = bMode;
m_pDBAllocator=pDBAllocator;
m_nMaxFreeSockOperNum = nMaxFreeSockOperNum;
m_nMaxFreeIOOperNum = nMaxFreeIOOperNum;
m_lIOOperDataBufNum = lIOOperDataBufNum;
m_bCheck = bCheck;
m_lForbidTime = lForbidTime;
m_lMaxMessageLength=lMaxMsgLen;
m_lMaxClientConNum = lMaxConNums;
m_lTotalClientsNum = lTotalClientsNum;
m_lPendingWrBufNum = lPendingWrBufNum;
m_lPendingRdBufNum=lPendingRdBufNum;
m_lMaxSendSizePerSecond = lMaxSendSizePerSecond;
m_lMaxRecvSizePerSecond = lMaxRecvSizePerSecond;
m_lMaxBlockSendMsgNum = lMaxBlockSendMsgNum;
m_lConPendingWrBufNum = lConPendingWrBufNum;
m_lConPendingRdBufNum=lConPendingRdBufNum;
m_lConMaxSendSizePerSecond= lConMaxSendSizePerSecond;
m_lConMaxRecvSizePerSecond = lConMaxRecvSizePerSecond;
m_lConMaxBlockSendMsgNum = lConMaxBlockSendMsgNum;
//预分配命令操作结构
InitializeCriticalSection(&m_CSSockOper);
InitializeCriticalSection(&m_CSMsgStat);
uint i = 0;
for(; i<m_nMaxFreeSockOperNum; i++)
{
tagSocketOper* pSockOper = new tagSocketOper();
m_FreeSocketOpers.push_back(pSockOper);
}
//预分配IO操作结构
InitializeCriticalSection(&m_CSIOOper);
i = 0;
for(; i<m_nMaxFreeIOOperNum; i++)
{
PER_IO_OPERATION_DATA* pPerIOData = new PER_IO_OPERATION_DATA(m_lIOOperDataBufNum);
m_FreeListIOOpers.push_back(pPerIOData);
}
//初始化预分配的客户端
InitClients();
//得到CPU的数量
SYSTEM_INFO sysInfo;
GetSystemInfo(&sysInfo);
//根据cpu数量创建完成端口
m_hCompletionPort=CreateIoCompletionPort(INVALID_HANDLE_VALUE,NULL,0,sysInfo.dwNumberOfProcessors);
//创建完成端口失败
if(m_hCompletionPort==NULL)
{
PutErrorString(NET_MODULE,"%-15s %s",__FUNCTION__,"创建完成端口失败!");
return false;
}
//创建网络主线程
bool bRet = CreateNetMainThread();
if(!bRet)
{
PutErrorString(NET_MODULE,"%-15s %s",__FUNCTION__,"创建网络主线程失败!");
return false;
}
//创建在完成端口上等待的工作者线程
bRet=CreateWorkerThreads(sysInfo.dwNumberOfProcessors);
if(!bRet)
{
PutErrorString(NET_MODULE,"%-15s %s",__FUNCTION__,"创建工作线程失败!");
return false;
}
//客户端方式启动
if(bMode&0x1)
{
}
//服务器方式启动
if(bMode&0x2)
{
//Host(dwPort,strIP,nSocketType);
}
//设置本机IP
SetHostName();
return true;
}
IPAddress &
IPAddress::operator=(const char *pcNewHostName)
{
SetHostName(pcNewHostName, false);
return *this;
}
