public static List <AsyncTask> Foreach <T>(IList <T> upperBound, Action <T, int> action, bool wait = false, ParallelForScheduler scheduler = ParallelForScheduler.Block)
{
Action <int, CancellationTokenSource, int> actionProxy = (i, dummy, id) =>
{
action(upperBound[i], id);
};
switch (scheduler)
{
default:
case ParallelForScheduler.Block: return(new Parallelx().BlockPartitionFor(0, upperBound.Count, actionProxy, null, wait));
case ParallelForScheduler.Cyclic: return(new Parallelx().CyclicPartitionFor(0, upperBound.Count, actionProxy, null, wait));
case ParallelForScheduler.RuntimeLoadBalance: return(new Parallelx().RuntimeLoadBalanceFor(0, upperBound.Count, actionProxy, null, wait));
}
}
public static List <AsyncTask> For(int upperBound, Action <int> action, bool wait = false, ParallelForScheduler scheduler = ParallelForScheduler.Block)
{
switch (scheduler)
{
default:
case ParallelForScheduler.Block: return(new Parallelx().BlockPartitionFor(upperBound, action, wait));
case ParallelForScheduler.Cyclic: return(new Parallelx().CyclicPartitionFor(upperBound, action, wait));
case ParallelForScheduler.RuntimeLoadBalance: return(new Parallelx().RuntimeLoadBalanceFor(upperBound, action, wait));
}
}
