public static double FuncForOptimization(double[] optVals = null)
{
TestConfiguration config = new TestConfiguration()
{
PoolQueueSize = 1000,
PoolThreadCount = 32,
TaskCount = 50000,
ActiveTaskAvgTime = TimeSpan.Zero,
PassiveTaskAvgTime = TimeSpan.FromMilliseconds(1),
SpawnThreadCount = 4,
SpawnPeriod = TimeSpan.Zero,
SpawnFromPool = false,
UseDeviance = false
};
TestConfiguration config2 = new TestConfiguration()
{
PoolQueueSize = -1,
PoolThreadCount = 2,
TaskCount = 50000,
ActiveTaskAvgTime = TimeSpan.FromMilliseconds(1),
PassiveTaskAvgTime = TimeSpan.Zero,
SpawnThreadCount = 8,
SpawnPeriod = TimeSpan.Zero,
SpawnFromPool = false,
UseDeviance = false
};
TestConfiguration config3 = new TestConfiguration()
{
PoolQueueSize = -1,
PoolThreadCount = 2,
TaskCount = 50000,
ActiveTaskAvgTime = TimeSpan.FromMilliseconds(1),
PassiveTaskAvgTime = TimeSpan.FromMilliseconds(1),
SpawnThreadCount = 8,
SpawnPeriod = TimeSpan.Zero,
SpawnFromPool = false,
UseDeviance = false
};
if (optVals != null)
{
//Qoollo.Turbo.Threading.ThreadPools.ServiceStuff.ExecutionThroughoutTrackerUpDownCorrection.OptimalStateTime = (int)optVals[0];
//Qoollo.Turbo.Threading.ThreadPools.ServiceStuff.ExecutionThroughoutTrackerUpDownCorrection.OptimalStateAverageCaptureLocalFluctuationDiffCoef = optVals[1];
//Qoollo.Turbo.Threading.ThreadPools.ServiceStuff.ExecutionThroughoutTrackerUpDownCorrection.OptimalStateFluctuationDiffCoef = optVals[2];
//Qoollo.Turbo.Threading.ThreadPools.ServiceStuff.ExecutionThroughoutTrackerUpDownCorrection.FindBestDirectionSuggestIncreaseDiff = optVals[3];
//Qoollo.Turbo.Threading.ThreadPools.ServiceStuff.ExecutionThroughoutTrackerUpDownCorrection.FindBestDirectionSuggestDecreaseDiff = optVals[4];
//Qoollo.Turbo.Threading.ThreadPools.ServiceStuff.ExecutionThroughoutTrackerUpDownCorrection.IncreaseDirectionLocGoodDiff = optVals[5];
//Qoollo.Turbo.Threading.ThreadPools.ServiceStuff.ExecutionThroughoutTrackerUpDownCorrection.IncreaseDirectionAvgGoodDiff = optVals[6];
//Qoollo.Turbo.Threading.ThreadPools.ServiceStuff.ExecutionThroughoutTrackerUpDownCorrection.IncreaseDirectionLocDropDiff = optVals[7];
//Qoollo.Turbo.Threading.ThreadPools.ServiceStuff.ExecutionThroughoutTrackerUpDownCorrection.IncreaseDirectionAvgDropDiff = optVals[8];
//Qoollo.Turbo.Threading.ThreadPools.ServiceStuff.ExecutionThroughoutTrackerUpDownCorrection.DecreaseDirectionLocDropDiff = optVals[9];
//Qoollo.Turbo.Threading.ThreadPools.ServiceStuff.ExecutionThroughoutTrackerUpDownCorrection.DecreaseDirectionAvgDropDiff = optVals[10];
//Qoollo.Turbo.Threading.ThreadPools.ServiceStuff.ExecutionThroughoutTrackerUpDownCorrection.DecreaseDirectionLocFluctuationNearBaselineCoef = optVals[11];
//Qoollo.Turbo.Threading.ThreadPools.ServiceStuff.ExecutionThroughoutTrackerUpDownCorrection.DecreaseDirectionAvgFluctuationNearBaselineCoef = optVals[12];
}
double[] measures = new double[5];
for (int measureId = 0; measureId < measures.Length; measureId++)
{
Stopwatch sw = Stopwatch.StartNew();
Qoollo.Turbo.Threading.ThreadPools.DynamicThreadPool.DisableCritical = true;
Qoollo.Turbo.Threading.ThreadPools.DynamicThreadPool pool = new Threading.ThreadPools.DynamicThreadPool(0, 80, 2000, "name");
for (int i = 0; i < 2; i++)
{
RunOnDynamicThreadPoolNew(config, pool, true);
RunOnDynamicThreadPoolNew(config3, pool, true);
RunOnDynamicThreadPoolNew(config2, pool, true);
RunOnDynamicThreadPoolNew(config3, pool, true);
}
pool.Dispose(true, true, false);
sw.Stop();
measures[measureId] = sw.ElapsedMilliseconds / 1000;
}
Array.Sort(measures);
double elapsed = measures.Skip(1).Take(measures.Length - 2).Average();
string printString = "ELAPSED = " + elapsed.ToString("0.00") + "s";
if (optVals != null)
{
printString += ", values = [";
for (int i = 0; i < optVals.Length; i++)
{
printString += (optVals[i].ToString() + ", ");
}
printString += "]";
}
Console.WriteLine(printString);
Console.WriteLine();
return((int)elapsed);
}
public static void RunCompareTest()
{
TestConfiguration config = new TestConfiguration()
{
PoolQueueSize = 1000,
PoolThreadCount = 32,
TaskCount = 100000,
ActiveTaskAvgTime = TimeSpan.Zero,
PassiveTaskAvgTime = TimeSpan.FromMilliseconds(1),
SpawnThreadCount = 4,
SpawnPeriod = TimeSpan.Zero,
SpawnFromPool = false,
UseDeviance = false
};
TestConfiguration config2 = new TestConfiguration()
{
PoolQueueSize = -1,
PoolThreadCount = 2,
TaskCount = 100000,
ActiveTaskAvgTime = TimeSpan.FromMilliseconds(1), //TimeSpan.FromMilliseconds(1),
PassiveTaskAvgTime = TimeSpan.Zero,
SpawnThreadCount = 8,
SpawnPeriod = TimeSpan.Zero, //TimeSpan.FromMilliseconds(1),
SpawnFromPool = false,
UseDeviance = false
};
TestConfiguration config3 = new TestConfiguration()
{
PoolQueueSize = -1,
PoolThreadCount = 2,
TaskCount = 100000,
ActiveTaskAvgTime = TimeSpan.FromMilliseconds(1),
PassiveTaskAvgTime = TimeSpan.FromMilliseconds(1),
SpawnThreadCount = 8,
SpawnPeriod = TimeSpan.Zero,
SpawnFromPool = false,
UseDeviance = false
};
//RunOnSystemThreadPool(config2);
//RunOnStaticThreadPool(config2);
//RunOnDynamicThreadPool(config);
//Console.WriteLine();
//RunOnSystemThreadPoolNew(config);
//for (int i = 0; i < 3; i++)
//RunOnStaticThreadPoolNew(config2);
//config2.PoolQueueSize = -1;
//RunOnStaticThreadPoolNew(config2);
Stopwatch sw = Stopwatch.StartNew();
for (int i = 0; i < 2; i++)
{
RunOnSystemThreadPoolNew(config);
RunOnSystemThreadPoolNew(config3);
RunOnSystemThreadPoolNew(config2);
RunOnSystemThreadPoolNew(config3);
}
sw.Stop();
Console.WriteLine("=================");
Console.WriteLine("!!!!!!!!!!!!!!!!!!SYSTEM = " + sw.Elapsed.ToString());
Console.WriteLine("=================");
Console.WriteLine();
//Qoollo.Turbo.Threading.ThreadPools.StaticThreadPool staticPool = new Threading.ThreadPools.StaticThreadPool(Environment.ProcessorCount, 4000, "name");
//sw = Stopwatch.StartNew();
//for (int i = 0; i < 2; i++)
//{
// RunOnStaticThreadPoolNew(config, staticPool, true);
// RunOnStaticThreadPoolNew(config3, staticPool, true);
// RunOnStaticThreadPoolNew(config2, staticPool, true);
// RunOnStaticThreadPoolNew(config3, staticPool, true);
//}
//staticPool.Dispose(true, true, false);
//sw.Stop();
//Console.WriteLine("=================");
//Console.WriteLine("!!!!!!!!!!!!!!!!!!STATIC = " + sw.Elapsed.ToString());
//Console.WriteLine("=================");
//Console.WriteLine();
Qoollo.Turbo.Threading.ThreadPools.DynamicThreadPool pool = new Threading.ThreadPools.DynamicThreadPool(0, 128, 10000, "name");
sw = Stopwatch.StartNew();
for (int i = 0; i < 2; i++)
{
//RunOnDynamicThreadPoolNew(config, pool);
//RunOnDynamicThreadPoolNew(config, pool);
//RunOnDynamicThreadPoolNew(config2, pool);
RunOnDynamicThreadPoolNew(config, pool, true);
RunOnDynamicThreadPoolNew(config3, pool, true);
RunOnDynamicThreadPoolNew(config2, pool, true);
RunOnDynamicThreadPoolNew(config3, pool, true);
}
pool.Dispose(true, true, false);
sw.Stop();
Console.WriteLine("=================");
Console.WriteLine("!!!!!!!!!!!!!!!!!!DYNAMIC = " + sw.Elapsed.ToString());
Console.WriteLine("=================");
Console.WriteLine();
}
