public void TestPerformance()
{
Action reflectionAction = () => AutoMapper.Build(typeof(Student), typeof(Person));
Action emitAction = () => AutoMapperEmit.Build(typeof(Student), typeof(Person));
long reflection = Benchmark.Bench(reflectionAction, "Reflection - Person");
long emit = Benchmark.Bench(emitAction, "Emit - Person");
Assert.IsTrue(reflection < emit);
}
public override void onConnect()
{
Console.WriteLine("Client successfully connected");
//return;
/*Benchmark bench = new Benchmark();
* while (true)
* {
* bench.Bench(new BenchCallback(onBenchEvent));
*
* if(bench.PastASecond)
* {
* Console.WriteLine("Speed:" + bench.SpeedPerSec);
* }
* }*/
while (false)
{
using (TestSocket testSock2 = new TestSocket(this))
{
testSock2.Connect();
testSock2.Disconnect();
}
//Thread.Sleep(5000);
}
TestSocket testSock = new TestSocket(this);
testSock.Connect();
Stopwatch RuntimeSW = Stopwatch.StartNew();
Benchmark bench = new Benchmark();
while (true)
{
//Thread.Sleep(1);
int size = 0;
bench.Bench(new BenchCallback(() => size = testSock.SendStuff()));
if (bench.PastASecond)
{
ulong Speed = bench.SpeedPerSec * (ulong)testSock.testBytes.Length;
double MegaByteSpeed = Math.Round(((double)Speed / 1000F) / 1000F, 2);
double GigabitSpeed = Math.Round((MegaByteSpeed / 1000F) * 8, 0);
Console.WriteLine("Speed:" + bench.SpeedPerSec + "(" + size + ")\t\t" + MegaByteSpeed + "MBps\t\t" + GigabitSpeed + "Gbps");
Console.Title = "SSP Client - Running for " + RuntimeSW.Elapsed.Hours + ":" + RuntimeSW.Elapsed.Minutes + ":" + RuntimeSW.Elapsed.Seconds;
}
}
}