void SessionManager::DeleteClientSession(ClientSession* client)
{
//TODO: lock으로 보호할 것
FastSpinlockGuard EnterLock(m_Lock);
{
mClientList.erase(client->mSocket);
}
delete client;
}
ClientSession* SessionManager::CreateClientSession(SOCKET sock)
{
ClientSession* client = new ClientSession(sock);
//TODO: lock으로 보호할 것
FastSpinlockGuard EnterLock(m_Lock);
{
mClientList.insert(ClientList::value_type(sock, client));
}
return client;
}
void CThreadsManager::RunTask( CTaskObject* pTaskObject )
{
if (FALSE == EnterLock())
{
return;
}
//float fBusyNum = m_dwBusyNum * 100 / THRESHOLD_VALUE;
if ( m_dwBusyNum<<1 >= m_dwPoolSize )
{
CreateThreads( THREADS_STEP_INC );
}
BOOL32 bFind = FALSE;
// 直接从上一次的下一个开始查找
// ++m_iter;
// for (; m_iter != m_ThreadMap.end(); ++m_iter)
// {
// CThreadInfo* pInfo = m_iter->second;
// if (FALSE == pInfo->HasTask())
// {
// pInfo->SetTask( pTaskObject );
// bFind = TRUE;
// break;
// }
// ++g_FindCount;
// }
// 如果没有找到，则从头开始找
// if (FALSE == bFind)
// {
ThreadMap::iterator iter;
for (iter = m_ThreadMap.begin(); iter != m_ThreadMap.end(); ++iter)
{
CThreadInfo* pInfo = iter->second;
if (FALSE == pInfo->HasTask())
{
pInfo->SetTask( pTaskObject );
break;
}
++g_FindCount;
}
// }
LeaveLock();
++m_dwBusyNum;
}
session * session_manager::GetOneInvalidSession()
{
EnterLock();
std::vector<session *>::iterator it;
for(it = m_invalidsession_list.begin();it!=m_invalidsession_list.end();it++)
{
if(!(*it)->GetInvalidStatus())
{
session * psession = (*it);
psession->SetInvalidStatus(true);
m_invalidsession_list.erase(it);
ExitLock();
return psession;
}
}
ExitLock();
return 0;
}
void session_manager::AddInvalidSession( session * psession )
{
EnterLock();
m_invalidsession_list.push_back(psession);
ExitLock();
}
