public void FTestQueueSystems()
{
Debug.WriteLine("Initialize EntityWorld: ");
EntityWorld entityWorld = new EntityWorld();
#if !PORTABLE
TestQueueSystemCopy2 testQueueSystem1 = entityWorld.SystemManager.SetSystem(new TestQueueSystemCopy2(10), GameLoopType.Update, 0, ExecutionType.Asynchronous);
#else
TestQueueSystemCopy2 testQueueSystem1 = entityWorld.SystemManager.SetSystem(new TestQueueSystemCopy2(10), GameLoopType.Update);
#endif
entityWorld.InitializeAll();
Debug.WriteLine("OK");
QueueSystemProcessingThreadSafe <DummyPlaceHolder> .SetQueueProcessingLimit(20, testQueueSystem1.Id);
Debug.WriteLine("Fill EntityWorld with first chunk of " + Load + " entities: ");
List <DummyPlaceHolder> entities1 = new List <DummyPlaceHolder>();
for (int index = Load; index >= 0; --index)
{
DummyPlaceHolder dph = new DummyPlaceHolder {
Component = new TestHealthComponent(100)
};
QueueSystemProcessingThreadSafe <DummyPlaceHolder> .AddToQueue(dph, testQueueSystem1.Id);
entities1.Add(dph);
}
Debug.WriteLine("OK");
Debug.WriteLine("Begin down tearing of queues...");
Stopwatch stopwatch = Stopwatch.StartNew();
int loopCount = 0;
while (QueueSystemProcessingThreadSafe <DummyPlaceHolder> .QueueCount(testQueueSystem1.Id) > 0 || QueueSystemProcessingThreadSafe <DummyPlaceHolder> .QueueCount(testQueueSystem1.Id) > 0)
{
entityWorld.Update();
entityWorld.Draw();
++loopCount;
#if DEBUG
Debug.WriteLine("Queue size thread A: {0} ", QueueSystemProcessingThreadSafe <DummyPlaceHolder> .QueueCount(testQueueSystem1.Id));
#endif
}
stopwatch.Stop();
Debug.WriteLine("End OK. Loops: {0} Time: {1}", loopCount, FastDateTime.ToString(stopwatch.Elapsed));
Debug.WriteLine("Test entities 1: ");
const float Expected1 = 90.0f;
foreach (DummyPlaceHolder entity in entities1)
{
TestHealthComponent testHealthComponent = entity.Component as TestHealthComponent;
if (testHealthComponent != null)
{
Assert.AreEqual(Expected1, testHealthComponent.Points);
}
}
Debug.WriteLine("OK");
}
public void TestQueueSystems()
{
Debug.WriteLine("Initialize EntityWorld: ");
EntityWorld entityWorld = new EntityWorld();
#if !PORTABLE
TestQueueSystem testQueueSystem1 = entityWorld.SystemManager.SetSystem(new TestQueueSystem(10), GameLoopType.Update, 0, ExecutionType.Asynchronous);
TestQueueSystem testQueueSystem2 = entityWorld.SystemManager.SetSystem(new TestQueueSystem(10), GameLoopType.Update, 0, ExecutionType.Asynchronous);
TestQueueSystemCopy testQueueSystem3 = entityWorld.SystemManager.SetSystem(new TestQueueSystemCopy(20), GameLoopType.Update, 0, ExecutionType.Asynchronous);
#else
TestQueueSystem testQueueSystem1 = entityWorld.SystemManager.SetSystem(new TestQueueSystem(10), GameLoopType.Update);
TestQueueSystem testQueueSystem2 = entityWorld.SystemManager.SetSystem(new TestQueueSystem(10), GameLoopType.Update);
TestQueueSystemCopy testQueueSystem3 = entityWorld.SystemManager.SetSystem(new TestQueueSystemCopy(20), GameLoopType.Update);
#endif
entityWorld.InitializeAll();
Debug.WriteLine("OK");
QueueSystemProcessingThreadSafe.SetQueueProcessingLimit(20, testQueueSystem2.Id);
int expectedLimit = QueueSystemProcessingThreadSafe.GetQueueProcessingLimit(testQueueSystem2.Id);
Assert.AreEqual(expectedLimit, QueueSystemProcessingThreadSafe.GetQueueProcessingLimit(testQueueSystem1.Id));
Assert.AreNotEqual(expectedLimit, QueueSystemProcessingThreadSafe.GetQueueProcessingLimit(testQueueSystem3.Id));
QueueSystemProcessingThreadSafe.SetQueueProcessingLimit(1024, testQueueSystem1.Id);
QueueSystemProcessingThreadSafe.SetQueueProcessingLimit(4096, testQueueSystem3.Id);
Debug.WriteLine("Fill EntityWorld with first chunk of " + Load + " entities: ");
List <Entity> entities1 = new List <Entity>();
for (int index = Load; index >= 0; --index)
{
Entity entity = TestEntityFactory.CreateTestHealthEntity(entityWorld);
QueueSystemProcessingThreadSafe.AddToQueue(entity, testQueueSystem1.Id);
entities1.Add(entity);
}
Debug.WriteLine("OK");
Debug.WriteLine("Fill EntityWorld with second chunk of " + Load + " entities: ");
List <Entity> entities2 = new List <Entity>();
for (int index = Load; index >= 0; --index)
{
Entity entity = TestEntityFactory.CreateTestHealthEntity(entityWorld);
QueueSystemProcessingThreadSafe.AddToQueue(entity, testQueueSystem3.Id);
entities2.Add(entity);
}
Debug.WriteLine("OK");
Debug.WriteLine("Begin down tearing of queues...");
Stopwatch stopwatch = Stopwatch.StartNew();
int loopCount = 0;
while (QueueSystemProcessingThreadSafe.QueueCount(testQueueSystem1.Id) > 0 || QueueSystemProcessingThreadSafe.QueueCount(testQueueSystem3.Id) > 0)
{
entityWorld.Update();
entityWorld.Draw();
++loopCount;
#if DEBUG
Debug.WriteLine("Queue size thread A: {0} B: {1}", QueueSystemProcessingThreadSafe.QueueCount(testQueueSystem1.Id), QueueSystemProcessingThreadSafe.QueueCount(testQueueSystem3.Id));
#endif
}
stopwatch.Stop();
Debug.WriteLine("End OK. Loops: {0} Time: {1}", loopCount, FastDateTime.ToString(stopwatch.Elapsed));
Debug.WriteLine("Test entities 1: ");
const float Expected1 = 90.0f;
foreach (Entity entity in entities1)
{
Assert.AreEqual(Expected1, entity.GetComponent <TestHealthComponent>().Points);
}
Debug.WriteLine("OK");
Debug.WriteLine("Test entities 2: ");
const float Expected2 = 80.0f;
foreach (Entity entity in entities2)
{
Assert.AreEqual(Expected2, entity.GetComponent <TestHealthComponent>().Points);
}
Debug.WriteLine("OK");
}
