int main ( int argc, char** argv )
{
const int NoOfThreads = 4 ;
const int NoOfJobs = NoOfThreads * 4 ; // number of jobs for every thread
const int Multiplier = 250; // [0..9]* Multiplier sleep time for each job
ThreadWeaver::setDebugLevel ( true, 4);
QCoreApplication app ( argc, argv );
ThreadWeaver::Weaver weaver;
weaver.setMaximumNumberOfThreads( NoOfThreads );
DummyJob *dummies[ NoOfJobs];
// ----- create a number of dummy jobs:
for ( int count = 0; count < NoOfJobs; ++count )
{
dummies[count] = new DummyJob (0, Multiplier * (count % 10) );
}
// ----- enqueue the jobs:
for ( int count = 0; count < NoOfJobs; ++count )
{
weaver.enqueue( dummies[count] );
}
weaver.finish();
for ( int count = 0; count < NoOfJobs; ++count )
{
delete dummies[count];
}
qDebug() << "main() exits here, the Weaver is destructed when it goes out"
<< " of scope " << endl
<< "... let's see if that works:" << endl;
return 0;
}
void JobTests::DequeSuspendedSequence()
{
ThreadWeaver::Weaver weaver;
weaver.suspend();
weaver.enqueue(new ThreadWeaver::JobSequence(this) );
weaver.dequeue();
// don't crash
}
int main ( int argc, char** argv )
{
QApplication app ( argc, argv );
ThreadWeaver::setDebugLevel ( true, 1 );
ThreadWeaver::Weaver weaver;
weaver.setMaximumNumberOfThreads (8);
SMIV smiv ( & weaver );
smiv.show();
return app.exec();
}
void JobTests::WeaverLazyThreadCreationTest()
{
ThreadWeaver::Weaver weaver;
QString sequence;
QCOMPARE (weaver.currentNumberOfThreads(), 0);
AppendCharacterJob a( QChar('a'), &sequence, this);
weaver.enqueue( & a);
weaver.finish();
QVERIFY(a.isFinished());
QCOMPARE (weaver.currentNumberOfThreads(), 1);
}