public void TestJob(Pooler.Base pool)
{
int i = 0;
lock (this._taskBeginCounterLock) {
i = this._taskBeginCounter;
this._taskBeginCounter++;
}
// some dummy computation to execute
long nthPrime;
// find prime numbers for first time
nthPrime = this.TestJobToFindPrimeNumbers(1000);
// wait for sime time if there is set in pool any
pool.Pause();
if (Main.N_EXCEPTIONS > 1)
{
if (i % 3 == Main.N_EXCEPTIONS)
{
throw new Exception($"Exception modulo " + Main.N_EXCEPTIONS);
}
}
// find prime numbers for second time
nthPrime = this.TestJobToFindPrimeNumbers(1000);
}
private static void _taskDoneHandler(Pooler.Base pool, TaskDoneEventArgs poolerTaskDoneEventArgs)
{
lock (Program._taskDoneCounterLock) {
Program._taskDoneCounter++;
Program._currentlyRunningTasksCounter = poolerTaskDoneEventArgs.RunningTasksCount;
}
}
private void _taskDoneHandler(Pooler.Base pool, TaskDoneEventArgs poolTaskDoneEventArgs)
{
lock (this._taskDoneCounterLock) {
this._taskDoneCounter++;
this._currentlyRunningTasksCounter = poolTaskDoneEventArgs.RunningTasksCount;
}
}
private static void _allDoneHandler(Pooler.Base pool, AllDoneEventArgs poolAllDoneEventArgs)
{
Program._peakThreadsCounter = poolAllDoneEventArgs.PeakThreadsCount;
if (poolAllDoneEventArgs.Exceptions.Count != Program._taskExceptionCounter)
{
throw new Exception("Exceptions counter is wrong!");
}
Program._report();
}
private static void _testTask(Pooler.Base pool)
{
var i = 0;
lock (Program._taskBeginCounterLock) {
i = Program._taskBeginCounter;
Program._taskBeginCounter++;
}
Thread.Sleep(10);
if (i % 3 == 0)
{
throw new Exception($"Exception modulo 3");
}
}
private void _allDoneHandler(Pooler.Base pool, AllDoneEventArgs poolAllDoneEventArgs)
{
this._peakThreadsCounter = poolAllDoneEventArgs.PeakThreadsCount;
if (poolAllDoneEventArgs.Exceptions.Count != this._taskExceptionCounter)
{
throw new Exception("Exceptions counter is wrong!");
}
this._peakThreadsCounter = poolAllDoneEventArgs.PeakThreadsCount;
this._currentlyRunningTasksCounter = 0;
this.BackgroundReporting();
this._reportThread.Abort();
//poolAllDoneEventArgs.ExecutedTasksCount
//poolAllDoneEventArgs.NotExecutedTasksCount
}
private static void _initParallelThreadsPool()
{
Parallel pool = Parallel.CreateNew(Program.RUNNING_THREADS_IN_TEST_SIMULTANEOUSLY);
pool.AllDone += Program._allDoneHandler;
pool.TaskDone += Program._taskDoneHandler;
pool.TaskException += Program._threadExceptionHandler;
for (int i = 0; i < Program.RUNNING_THREADS_IN_TEST_TOTAL; i++)
{
pool.Add(new Pooler.TaskDelegate(Program._testTask), false, ThreadPriority.Lowest);
}
Thread.CurrentThread.Priority = ThreadPriority.Highest;
Program._stopWatch = Stopwatch.StartNew();
Program._reportTimer = new System.Threading.Timer(delegate {
Thread.CurrentThread.Priority = ThreadPriority.Highest;
Program._report();
}, null, 0, 200);
Program._pool = pool;
}
private static void _initRepeaterThreadsPool()
{
Repeater pool = Repeater.CreateNew(
Program.RUNNING_THREADS_IN_TEST_SIMULTANEOUSLY,
Program.RUNNING_THREADS_IN_TEST_TOTAL
);
pool.AllDone += Program._allDoneHandler;
pool.TaskDone += Program._taskDoneHandler;
pool.TaskException += Program._threadExceptionHandler;
pool.Set(new Pooler.TaskDelegate(Program._testTask), false, ThreadPriority.Lowest, false);
Thread.CurrentThread.Priority = ThreadPriority.Highest;
Program._stopWatch = Stopwatch.StartNew();
Program._reportTimer = new System.Threading.Timer(delegate {
Thread.CurrentThread.Priority = ThreadPriority.Highest;
Program._report();
}, null, 0, 200);
Program._pool = pool;
}
private static void _threadExceptionHandler(Pooler.Base pool, ExceptionEventArgs poolThreadExceptionEventArgs)
{
lock (Program._taskExceptionCounterLock) {
Program._taskExceptionCounter++;
}
}
private void _threadExceptionHandler(Pooler.Base pool, ExceptionEventArgs poolThreadExceptionEventArgs)
{
lock (this._taskExceptionCounterLock) {
this._taskExceptionCounter++;
}
}
