public void DoesParallelTestWork()
{
TimeSpan d1 = default(TimeSpan), d2 = default(TimeSpan);
ParallelTests test = new ParallelTests();
#region Use of LINQ PARALLEL
Action a1 = () => {
var m1 = test.LoopNumbersParallel();
Debug.WriteLine("parallel" + m1);
d1 = m1;
};
Action a2 = () => {
var m2 = test.LoopNumbers();
Debug.WriteLine("single thread" + m2);
d2 = m2;
};
List <Action> tests = new List <Action>()
{
a1, a2
};
var testsParallel = tests.AsParallel();
Debug.WriteLine(DateTime.Now);
testsParallel.ForAll((a) =>
{
a();
});
#endregion
Assert.IsTrue(d2 > d1);
Debug.WriteLine(string.Format("Single:{0},Parallel:{1} ,dif:{2}", d2.Milliseconds, d1.Milliseconds, (d2 - d1).Milliseconds));
}
public static void Main(string [] args)
{
Console.WriteLine("*** COMPOSITE TESTS ***");
SequenceTests.Test();
SelectorTests.Test();
ParallelTests.Test();
Console.WriteLine("*** DECORATOR TESTS ***");
IntegerCompareTests.Test();
RemapTests.Test();
RepeaterTests.Test();
Console.WriteLine("*** LEAF TESTS ***");
AlwaysTests.Test();
IntegerAssignmentTests.Test();
IntegerChangeTests.Test();
SerialisationRoundTripTests.Test();
Console.WriteLine("Done.");
}
