public void SimpleLoad(CancellationToken cancelToken)
{
var workerStrategy = new DedicatedThreadWorkerStrategy();
var readPattern = new StaticLoadPattern() { WorkerCount = 5 };
Task t = readPattern.ExecuteAsync(new UnitTest(ConcurrentRead), workerStrategy, cancelToken);
var writePattern = new StaticLoadPattern() { WorkerCount = 1 };
//add a burst of execution
Task t1 = writePattern.ExecuteAsync(new UnitTest(ConcurrentWrite), workerStrategy, cancelToken);
//wait for original workers to complete
Task.WaitAll(t, t1);
}
public void SimpleLoad(CancellationToken cancelToken)
{
var unitTests = new UnitTest[] { new UnitTest(this.Foo), new UnitTest(this.Bar), new UnitTest(this.Shz), new UnitTest(this.Nit) };
var testPattern = new RandomTestPattern();
testPattern.Initialize(0, unitTests);
var workerStrategy = new DedicatedThreadWorkerStrategy();
var loadPattern = new StaticLoadPattern() { WorkerCount = 24 };
Task t = loadPattern.ExecuteAsync(testPattern, workerStrategy, cancelToken);
Task.Delay(3000).GetAwaiter().GetResult();
var rootLoadPattern = new StaticLoadPattern() { WorkerCount = 500 };
//add a burst of execution
rootLoadPattern.Execute(new UnitTest(Root), workerStrategy, new CancellationTokenSource(10000).Token);
//wait for original workers to complete
t.GetAwaiter().GetResult();
}
public void OnlyReaders(CancellationToken cancelToken)
{
var workerStrategy = new DedicatedThreadWorkerStrategy();
//setup dictionary
var readPattern = new StaticLoadPattern() { WorkerCount = 5 };
readPattern.ExecuteAsync(new UnitTest(ConcurrentRead), workerStrategy, cancelToken).Wait();
}