void WorkerThread::Run()
{
BOOL ret = FALSE;
DWORD bytesTransferred = 0;
AsyncCompleteOperation* pCompleteOperation = NULL;
void* pCompletionKey = NULL;
while( Runnable() )
{
ret = GetQueuedCompletionStatus(
s_Dispatcher.GetIOCPHandle(),
&bytesTransferred,
(PULONG_PTR)&pCompletionKey,
(LPOVERLAPPED*)&pCompleteOperation,
INFINITE
);
if ( FALSE == ret )
{
LOG_ERROR( logger, __FUNCTION__ << " failed GetQueuedCompletionStatus(), " << FormatErrorMessage( WSAGetLastError() ) );
if ( NULL != pCompletionKey )
{
pCompleteOperation->Close( static_cast<Session*>( pCompletionKey ) );
}
continue;
}
if ( 0 == bytesTransferred )
{
//if NULL == pCompletionKey and NULL == pCompleteOperation,
// it means worker thread is being stopped.
if ( !Runnable() && NULL == pCompletionKey && NULL == pCompleteOperation )
{
break;
}
//if NULL != pCompletionKey, the pCompletionKey points to a Session
//if NULL == pCompletionKey, the asynchronous operation is an accept complete operation,
// we should use Complete operation to accept this new session, not Close
if ( NULL != pCompletionKey )
{
pCompleteOperation->Close( static_cast<Session*>( pCompletionKey ) );
continue;
}
}
pCompleteOperation->Complete( static_cast<Session*>( pCompletionKey ) );
}
LOG_INFO( logger, "exit thread" );
}
void
JobQueue::Worker::Run()
{
while ( Suspended() )
WaitForResume();
while ( Runnable() )
{
while ( Suspended() )
WaitForResume();
if ( m_pJob )
{
Job::Data* pJobData = m_pJob->GetData();
Job::Processor pfnJobProc = m_pJob->GetProcessor();
pfnJobProc( pJobData );
pJobData->SetDoneFlagOn();
m_pJob->~Job();
cntlFreeSystem( m_pJob );
m_pJob = NULL;
}
else
{
if ( m_pJobQueue->Running() )
{
m_pJob = m_pJobQueue->PopJob();
}
else
{
cntl::Thread::Sleep( 1 );
}
}
}
if ( m_pJob )
{
Job::Data* pJobData = m_pJob->GetData();
pJobData->SetDoneFlagOff();
m_pJob->~Job();
cntlFreeSystem( m_pJob );
m_pJob = NULL;
}
}
virtual bool CanRun(uint32_t now) { return Runnable(now); }