Hastlayer-SDK

using Hast.Layer;
using Hast.Samples.FSharpSampleAssembly;
using System.Threading.Tasks;

namespace Hast.Samples.Consumer.SampleRunners
{
    internal class FSharpParallelAlgorithmSampleRunner : ISampleRunner
    {
        public void Configure(HardwareGenerationConfiguration configuration) =>
            configuration.AddHardwareEntryPointType<FSharpParallelAlgorithmContainer.FSharpParallelAlgorithm>();

        public async Task RunAsync(IHastlayer hastlayer, IHardwareRepresentation hardwareRepresentation, IProxyGenerationConfiguration configuration)
        {
            var parallelAlgorithm = await hastlayer.GenerateProxyAsync(
                hardwareRepresentation,
                new FSharpParallelAlgorithmContainer.FSharpParallelAlgorithm(),
                configuration);

            // Three sample outputs.
            _ = parallelAlgorithm.Run(234234, hastlayer, hardwareRepresentation.HardwareGenerationConfiguration);
            _ = parallelAlgorithm.Run(123, hastlayer, hardwareRepresentation.HardwareGenerationConfiguration);
            _ = parallelAlgorithm.Run(9999, hastlayer, hardwareRepresentation.HardwareGenerationConfiguration);

            // Warming up CPU execution (not to have wrong measurements due to JIT compilation).
            _ = new FSharpParallelAlgorithmContainer.FSharpParallelAlgorithm()
                .Run(234234, hastlayer, hardwareRepresentation.HardwareGenerationConfiguration);

            // CPU execution as a benchmark.
            var sw = System.Diagnostics.Stopwatch.StartNew();
            _ = new FSharpParallelAlgorithmContainer.FSharpParallelAlgorithm()
                .Run(234234, hastlayer, hardwareRepresentation.HardwareGenerationConfiguration);
            sw.Stop();
            System.Console.WriteLine("On CPU it took " + sw.ElapsedMilliseconds + "ms.");
        }
    }
}