public void ActionTimeTest3()
{
capt = new TestCapture();
ActionTimespan = 500;
capt.imageReciever += testReciever1;
capt.Start();
Thread.Sleep(5000);
capt.Stop();
capt.imageReciever -= testReciever1;
Assert.IsTrue(capt.ActionAverageTimespan <= ActionTimespan + SleepingTolerance && capt.ActionAverageTimespan > ActionTimespan);
}
public void AftercaptureSleepTimeTest1()
{
capt = new TestCapture();
ActionTimespan = 0;
int AfterCaptureSleepTime = 50;
capt.imageReciever += testReciever1;
capt.SetAfterCaptureSleeping(AfterCaptureSleepTime);
capt.Start();
Thread.Sleep(5000);
capt.Stop();
capt.imageReciever -= testReciever1;
Assert.IsTrue(capt.CycleAverageTimespan <= AfterCaptureSleepTime + SleepingTolerance && capt.CycleAverageTimespan > AfterCaptureSleepTime);
}
public void StopTest()
{
count = 0;
capt = new TestCapture();
ActionTimespan = 0;
capt.imageReciever += testReciever1;
capt.Start();
Thread.Sleep(100);
capt.Stop();
int temp = count;
Thread.Sleep(200);
Assert.IsTrue(temp != 0);
capt.imageReciever -= testReciever1;
Assert.AreEqual(temp, count);
count = 0;
}
public void SetAfterCaptureSleepingTest()
{
capt = new TestCapture();
ActionTimespan = 50;
capt.imageReciever += testReciever1;
capt.Start();
Thread.Sleep(5000);
capt.Pause();
Thread.Sleep(200);
Assert.IsTrue(capt.CycleAverageTimespan <= ActionTimespan + SleepingTolerance && capt.CycleAverageTimespan > ActionTimespan);
capt.PauseRelease();
Thread.Sleep(200);
int AfterCaptureSleepTime = 150;
capt.SetAfterCaptureSleeping(AfterCaptureSleepTime);
Thread.Sleep(10000);
capt.Stop();
Assert.IsTrue(capt.CycleAverageTimespan <= AfterCaptureSleepTime + ActionTimespan + SleepingTolerance * 2 &&
Math.Abs(capt.CycleAverageTimespan - (AfterCaptureSleepTime + ActionTimespan)) / (AfterCaptureSleepTime + ActionTimespan) < 0.1);
capt.imageReciever -= testReciever1;
}
