static void Main(string[] args)
{
AsParallelAndSelect ap = new AsParallelAndSelect();
//ap.Run();
ForceParallel fpl = new ForceParallel();
//fpl.Run();
Spellchecker s = new Spellchecker();
//s.Run();
ParallelSpellchecker ps = new ParallelSpellchecker();
//ps.Run();
RandomMutiThread rmt = new RandomMutiThread();
//rmt.Run();
ParallelSpellcheckerUsingThreadLocal asu = new ParallelSpellcheckerUsingThreadLocal();
//asu.Run();
FunctionalPurity fp = new FunctionalPurity();
//fp.Run();
MergeOptions mo = new MergeOptions();
//mo.Run();
DegreeOfParallelism iof = new DegreeOfParallelism();
//iof.Run();
Cancellation cl = new Cancellation();
//cl.Run();
//cl.Run2();
OptimizingPLINQ op = new OptimizingPLINQ();
//op.Run();
//op.Run2();
HandleAggregateException hae = new HandleAggregateException();
hae.Run();
hae.Run2();
MeasurePerformance mp = new MeasurePerformance();
//mp.Run();
DoNotUsePLINQ dnup = new DoNotUsePLINQ();
//dnup.Run();
}
static void Main(string[] args)
{
AsParallelAndSelect ap = new AsParallelAndSelect();
//ap.Run();
ForceParallel fpl = new ForceParallel();
//fpl.Run();
Spellchecker s = new Spellchecker();
//s.Run();
ParallelSpellchecker ps = new ParallelSpellchecker();
//ps.Run();
RandomMutiThread rmt = new RandomMutiThread();
//rmt.Run();
ParallelSpellcheckerUsingThreadLocal asu = new ParallelSpellcheckerUsingThreadLocal();
//asu.Run();
FunctionalPurity fp = new FunctionalPurity();
//fp.Run();
MergeOptions mo = new MergeOptions();
//mo.Run();
DegreeOfParallelism iof = new DegreeOfParallelism();
//iof.Run();
Cancellation cl = new Cancellation();
//cl.Run();
//cl.Run2();
OptimizingPLINQ op = new OptimizingPLINQ();
//op.Run();
//op.Run2();
HandleAggregateException hae = new HandleAggregateException();
hae.Run();
hae.Run2();
MeasurePerformance mp = new MeasurePerformance();
//mp.Run();
DoNotUsePLINQ dnup = new DoNotUsePLINQ();
//dnup.Run();
}