public void AttachWorker(IQueryWorker worker)
{
lock (this) {
if (cancelled)
{
return;
}
QueryWorkerClosure qwc;
qwc = new QueryWorkerClosure(worker, this);
// QueryDriver has an enclosing WorkerStart,
// so if we call WorkerStart in this thread,
// all the workers will have a chance
// to start before Finished is called
if (!WorkerStartNoLock(worker))
{
return;
}
// Run our queries serially rather than in
// parallel with threads. Since 98% of the
// time indexes will be stored on the same disk
// we gain nothing by parallelizing, even on
// multiprocessor/multicore systems.
//
// This also reduces memory usage considerably.
//ExceptionHandlingThread.Start (new ThreadStart (qwc.Start));
qwc.Start();
}
}
public void AttachWorker (IQueryWorker worker)
{
lock (this) {
if (cancelled)
return;
QueryWorkerClosure qwc;
qwc = new QueryWorkerClosure (worker, this);
// QueryDriver has an enclosing WorkerStart,
// so if we call WorkerStart in this thread,
// all the workers will have a chance
// to start before Finished is called
if (!WorkerStartNoLock (worker))
return;
// Run our queries serially rather than in
// parallel with threads. Since 98% of the
// time indexes will be stored on the same disk
// we gain nothing by parallelizing, even on
// multiprocessor/multicore systems.
//
// This also reduces memory usage considerably.
//ExceptionHandlingThread.Start (new ThreadStart (qwc.Start));
qwc.Start ();
}
}
public QueryWorkerClosure (IQueryWorker _worker, QueryResult _result)
{
worker = _worker;
result = _result;
}
public QueryWorkerClosure(IQueryWorker _worker, QueryResult _result)
{
worker = _worker;
result = _result;
}
