public void TestEventBusSimpleCount5TestSeq()
{
_eb.RegisterEvent(_eventControl);
_eb.RegisterEvent(_eventSound);
_eb.RegisterEvent(_eventControl);
_eb.RegisterEvent(_eventControl);
_eb.RegisterEvent(_eventSound);
_eb.ProcessEventsSequentially();
Assert.That(_simpleEventProcessor.EventCounterControl == 3);
Assert.That(_simpleEventProcessor.EventCounterSound == 2);
}
public void GameLoop()
{
while (win.IsRunning())
{
gameTimer.MeasureTime();
win.PollEvents();
eventBus.ProcessEventsSequentially();
stateMachine.ActiveState.UpdateGameLogic();
if (gameTimer.ShouldRender())
{
win.Clear();
stateMachine.ActiveState.RenderState();
win.SwapBuffers();
}
if (gameTimer.ShouldReset())
{
// 1 second has passed - display last captured ups and fps from the timer
win.Title = "Space Taxi | UPS: " + gameTimer.CapturedUpdates + ", FPS: " +
gameTimer.CapturedFrames;
}
}
}
public void TestSingleEvent(int timeSpan)
{
container.AddTimedEvent(TimeSpanType.Milliseconds, timeSpan, "msg", "par1", "par2");
// elapse timeSpan for events to expire
var startTime = StaticTimer.GetElapsedMilliseconds();
var nowTime = 0.0;
// save some space, because system timers are never 100% precise
while ((nowTime = StaticTimer.GetElapsedMilliseconds()) - startTime < timeSpan + 10)
{
}
container.ProcessTimedEvents();
bus.ProcessEventsSequentially(); // events must be processed on the main thread!
Assert.AreEqual(1, processor.ObservedEvents);
}
