public static InstrumentedOperation Test(Action action, string text, int normalizer = 1, bool dbgWriteLn = true) { var temp = new InstrumentedOperation(action, text, normalizer); return(temp); }
public static InstrumentedOperation <T> Test <T>(Func <T> func, string text, int normalizer = 1, bool dbgWriteLn = true) { var temp = new InstrumentedOperation <T>(func, text, normalizer); return(temp); }
static void Test(int iterations, ulong value) { Console.WriteLine("------------------------"); Console.WriteLine("iterations = {0}, value = {1}", iterations, value); int SIZE = iterations; List <ulong> xs; Lib.Class1 c = new Lib.Class1(); xs = new List <ulong>(SIZE); var t1 = InstrumentedOperation.Test(() => { for (int i = 0; i < SIZE; ++i) { xs.AddRange(c.EnumerateSquaresImpl1(value)); } }, "EnumerateSquaresImpl1"); Console.WriteLine(xs.Count); Console.WriteLine(t1); xs = new List <ulong>(); var t2 = InstrumentedOperation.Test(() => { for (int i = 0; i < SIZE; ++i) { xs.AddRange(c.EnumerateSquaresImpl2(value)); } }, "EnumerateSquaresImpl2"); Console.WriteLine(xs.Count); Console.WriteLine(t2); xs = new List <ulong>(SIZE); var t3 = InstrumentedOperation.Test(() => { for (int i = 0; i < SIZE; ++i) { xs.AddRange(c.EnumerateSquaresImpl3(value)); } }, "EnumerateSquaresImpl3"); Console.WriteLine(xs.Count); Console.WriteLine(t3); xs = new List <ulong>(SIZE); var t4 = InstrumentedOperation.Test(() => { for (int i = 0; i < SIZE; ++i) { xs.AddRange(c.EnumerateSquaresImpl4(value)); } }, "EnumerateSquaresImpl4"); Console.WriteLine(xs.Count); Console.WriteLine(t4); Console.WriteLine("------------------------"); }