public ServiceTest()
{
Scheduler = new ThreadedGameLoop(null, "TestThread1");
PrimaryScheduler = new ThreadedGameLoop(null, "TestThread2");
Module = new TestModule(null, Scheduler);
Settings = Module.GetSettings(PrimaryScheduler) as TestService;
}
/// <summary>
/// Makes a new instance of <see cref="GameHost"/> class.
/// </summary>
public GameHost()
{
// - Initialize environment if not initialized
pEngine.Platform.Environment.Initialize();
// - Make game loops
InputGameLoop = new GameLoop(HandleInput, InputInitialization, "InputThread");
PhysicsGameLoop = new ThreadedGameLoop(HandlePhysics, PhysicsInitialization, "PhysicsThread");
// - Modules
Input = new InputEngine(this, InputGameLoop);
GameTree = new GameTree(this, PhysicsGameLoop);
Windows = new WindowsProvider(this, InputGameLoop);
}
/// <summary>
/// Initialize the pEngine runtime.
/// </summary>
public Runtime()
{
// - Initialize debug manager
Debug.Initialize();
// - Create a game loop on the main thread because this thread is going to talk with the OS
InputGameLoop = new GameLoop(InputFunction, InputInit, "InputGameLoop");
// - Create a threaded update gameloop, we want to run the update in a separate thread
UpdateGameLoop = new ThreadedGameLoop(UpdateFunction, UpdateInit, "UpdateGameLoop");
// - Create a threaded render loop, this thread will manage all GPU settings and actions
GraphicGameLoop = new ThreadedGameLoop(RenderFunction, GraphicInit, "RenderGameLoop");
// - Initialize resource queues
ResourceStash = new List <Resource.IDescriptor>();
// - Initialize graphic buffer
GraphicRenderBuffer = new TripleBuffer <Asset[]>();
}