public void CalculateRandomNumberInBackground()
{
// execute a one-time background operation and call a completion on the main thread
// completion is optional and could be null if desired
EZThread.ExecuteInBackground(CalculateRandomNumberInBackgroundThread, CalculateRandomNumberInBackgroundCompletionOnMainThread);
// ExecuteInBackground can be called with a single void function if you don't care about completion or the return result, i.e.
// EZThread.ExecuteInBackground(() => DoBackgroundStuff());
}
public void CalculateRandomNumberInBackground()
{
// execute a one-time background operation and call a completion on the main thread
//执行一次后台操作,在主线程调用完成
// completion is optional and could be null if desired
//可选，如果需要为空的情况
EZThread.ExecuteInBackground(CalculateRandomNumberInBackgroundThread, CalculateRandomNumberInBackgroundCompletionOnMainThread);
// ExecuteInBackground can be called with a single void function if you don't care about completion or the return result, i.e.
//这可以被称为一个void函数如果你不关心完成或返回的结果
// EZThread.ExecuteInBackground(() => DoBackgroundStuff());
}
private void Start()
{
// start scaling the circle where the background thread runs in sync with the Update method
// this would be great for something like pathfinding where the path needs to update every frame in the background
circleSyncScale = CircleSync.transform.localScale;
EZThread.BeginThread(ScaleSyncThread, true);
// start scaling the circle where the background thread runs as fast as possible
// this could be useful for something like network calls or other external resource loading
// you will notice this circle appears to randomly change size, that is because
// the background thread is scaling the circle super fast so when the update method
// executes to set the actual scale, it will essentially be a random value.
circleNonSyncScale = CircleNonSync.transform.localScale;
EZThread.BeginThread(ScaleNonSyncThread, false);
}
private static void EnsureCreated()
{
if (singleton != null)
{
return;
}
singletonObject = new GameObject("EZTHREAD");
singletonObject.hideFlags = HideFlags.HideAndDontSave;
singleton = singletonObject.AddComponent <EZThread>();
GameObject.DontDestroyOnLoad(singleton);
#if !TASK_AVAILABLE
System.Threading.ThreadPool.SetMinThreads(Environment.ProcessorCount, Environment.ProcessorCount);
System.Threading.ThreadPool.SetMaxThreads(Environment.ProcessorCount, Environment.ProcessorCount);
#endif
}
private void Start()
{
// start scaling the circle where the background thread runs in sync with the Update method
//后台线程运行同步更新方法
// this would be great for something like pathfinding where the path needs to update every frame in the background
//这将是伟大的东西像寻路的道路需要在后台更新每一帧
circleSyncScale = CircleSync.transform.localScale;
EZThread.BeginThread(ScaleSyncThread, true);
//bool值表示是否与统一同步更新功能。通常你希望这是真的。
// start scaling the circle where the background thread runs as fast as possible
//后台线程运行尽可能快
// this could be useful for something like network calls or other external resource loading
//这可能是有用的网络调用或其他外部资源加载
// you will notice this circle appears to randomly change size, that is because
//你会注意到这个圆似乎随机改变大小,这是因为
// the background thread is scaling the circle super fast so when the update method
//后台线程扩展圈非常快所以当更新方法
// executes to set the actual scale, it will essentially be a random value.
//实际执行设置规模,它基本上是一个随机值。
circleNonSyncScale = CircleNonSync.transform.localScale;
EZThread.BeginThread(ScaleNonSyncThread, false);
}
