How one can inline strategies utilizing MethodImplAttribute in C#

• MethodImplOptions.AggressiveInlining: Use this selection inform the JIT compiler that the tactic must be inlined.
• MethodImplOptions.NoInlining: Use this selection to specify that the tactic shouldn’t be inlined.
• MethodImplOptions.NoOptimization: Use this selection if you don’t want the tactic to be optimized.
• MethodImplOptions.Synchronized: Use this selection to tell the JIT compiler that the tactic must be executed by just one thread at a time.

Benchmarking methodology inlining efficiency in C#

It goes with out saying that you need to by no means deploy an inlined methodology with out first measuring the outcomes. So, let’s try this. We’ll benchmark the efficiency of a computation with and with out inlining.

Take into account the next class named Utility that accommodates two strategies, NoInliningDemo and AggressiveInliningDemo. Each of those strategies carry out the exact same computation, which is calculating the sq. roots of a collection of integers. The supply code of the 2 strategies is equivalent. The one distinction is how they’re executed — one methodology is inlined, whereas the opposite is just not.

     public static class Utility     {         [MethodImpl(MethodImplOptions.NoInlining)]         public static void NoInliningDemo(int[] arr)         {             for (int i = 0; i  

The logic of the 2 strategies is easy. They settle for an integer array as a parameter and generate the sq. root of every integer within the array. The sq. root worth is discarded, i.e., it’s neither processed nor returned from both of those strategies.

The next code snippet exhibits the MethodPerformanceBenchmark class that’s used to benchmark the efficiency of the 2 strategies outlined within the Utility class. Notice the utilization of the Benchmark attribute. This attribute, when used on a technique, signifies that the tactic must be benchmarked.

      [MemoryDiagnoser]     public class MethodPerformanceBenchmark     {         int[] integerArray = { 1, 4, 9, 16, 25, 36, 49, 64, 81, 100 };         int NumberOfItems = 1000;         [Benchmark]         public void NonAggressive_InliningDemo()         {             for (int i = 0; i  

To run the benchmark, execute the next assertion on the Visible Studio Command Immediate.

  dotnet run -p Method_Impl_Example.csproj -c Launch  

Determine 1 under exhibits the outcomes.