private void preprocess() // do action && update families
//
// The way we are dequeuing the actions allows trick with On**** unity callback
// and Actions.perform function.
// ->
// If we add an action with FYFY functions in OnDestroy unity callback, this new
// action is added to the queue and will be treated during the same dequeue loop
// of the remove action at the origin of the OnDestroy calling.
// Same principle inside Actions.perform function.
//
// Load scenes
{
if (lastFrameSceneLoaded != -1 && lastFrameSceneLoaded == Time.frameCount - 1)
{
foreach (int sceneId in loadedSceneById)
{
GameObject[] roots = SceneManager.GetSceneByBuildIndex(sceneId).GetRootGameObjects();
foreach (GameObject root in roots)
{
GameObjectManager.bind(root);
}
}
foreach (string sceneName in loadedSceneByName)
{
GameObject[] roots = SceneManager.GetSceneByName(sceneName).GetRootGameObjects();
foreach (GameObject root in roots)
{
GameObjectManager.bind(root);
}
}
loadedSceneById.Clear();
loadedSceneByName.Clear();
lastFrameSceneLoaded = -1;
}
while (GameObjectManager._delayedActions.Count != 0)
{
// During the action perform (and so the Unity callbacks), the current action is always present on the queue top.
// This is used in TriggerManager && CollisionManager dlls.
try{
GameObjectManager._delayedActions.Peek().perform();
} catch (System.Exception e) {
UnityEngine.Debug.LogException(e);
}
GameObjectManager._delayedActions.Dequeue();
}
foreach (int gameObjectId in GameObjectManager._unbindedGameObjectIds)
{
FamilyManager.updateAfterGameObjectUnbinded(gameObjectId);
GameObjectManager._modifiedGameObjectIds.Remove(gameObjectId);
}
GameObjectManager._unbindedGameObjectIds.Clear();
// Working on a copy to avoid collection was modified during enumeration
HashSet <int> copy = new HashSet <int>(GameObjectManager._modifiedGameObjectIds);
foreach (int gameObjectId in copy)
{
FamilyManager.updateAfterGameObjectModified(gameObjectId);
}
GameObjectManager._modifiedGameObjectIds.Clear();
++_familiesUpdateCount;
}
private void OnDisable()
{
GameObjectManager.refresh(this.gameObject);
}