// CONSTRUCTOR
//------------------------------------------------------------------------------
JobQueue::JobQueue( uint32_t numWorkerThreads ) :
m_NumLocalJobsActive( 0 ),
m_DistributableAvailableJobs( 1024, true ),
m_DistributableJobsMemoryUsage( 0 ),
m_DistributedJobsRemote( 1204, true ),
m_DistributedJobsLocal( 128, true ),
m_DistributedJobsCancelled( 128, true ),
m_CompletedJobs( 1024, true ),
m_CompletedJobsFailed( 1024, true ),
m_CompletedJobs2( 1024, true ),
m_CompletedJobsFailed2( 1024, true ),
m_Workers( numWorkerThreads, false )
{
WorkerThread::InitTmpDir();
for ( uint32_t i=0; i<numWorkerThreads; ++i )
{
// identify each worker with an id starting from 1
// (the "main" thread is considered 0)
uint32_t threadIndex = ( i + 1 );
WorkerThread * wt = FNEW( WorkerThread( threadIndex ) );
wt->Init();
m_Workers.Append( wt );
}
}
// CONSTRUCTOR
//------------------------------------------------------------------------------
JobQueueRemote::JobQueueRemote( uint32_t numWorkerThreads ) :
m_PendingJobs( 1024, true ),
m_CompletedJobs( 1024, true ),
m_CompletedJobsFailed( 1024, true ),
m_Workers( numWorkerThreads, false )
{
WorkerThread::InitTmpDir( true ); // remote == true
for ( uint32_t i=0; i<numWorkerThreads; ++i )
{
// identify each worker with an id starting from 1
// (the "main" thread is considered 0)
uint32_t threadIndex = ( i + 1001 );
WorkerThread * wt = FNEW( WorkerThreadRemote( threadIndex ) );
wt->Init();
m_Workers.Append( wt );
}
}