public override void Initialize()
{
// use Binding to bind tags to a strong enum type
_sceneTags[SceneTags.Monster] = "Monster";
// bind IPaperdoll interface to a Playerpaperdoll implementation
Injector.BindTransient <IPaperdoll, PlayerPaperdoll>();
// create a new Player and bind it as an injectable singleton to Player implementation
Injector.BindSingleton <Player>(
Factory.Factory.Create <Player>(CreateDefaultPlayer, SceneObjects));
// 3 different ways to create player:
// 1. If you've got a GameObject in the scene with an attached PlayerWorldView component to it we can construct it at runtime:
Factory.Factory.ConstructMonoBehaviour <PlayerWorldView>("PlayerWorldView_AddedInEditor", SceneObjects);
// 2. If you've got a GameObject in the scene without an attached PlayerWorldView component to it we can add it at runtime:
Factory.Factory.AddComponent <PlayerWorldView>("PlayerWorldView_EmptyContainer", SceneObjects);
// 3. We can make a new GameObject in code here at runtime and add the component to it (note this could easily be a prefab):
var playerGameObject = new GameObject("PlayerWorldView_FromCode");
Factory.Factory.AddComponent <PlayerWorldView>(playerGameObject, SceneObjects);
// Important note: Since the Player object is a singleton each PlayerWorldView has a reference to the exact same
// instance of the PlayerData. We've successful encapsulated Player from it's Scene View representation.
// We could easily give this exact same Player to another system, like HUD, Combat, or a Web Service via Injection
// in the same manner.
// re-bind IPaperdoll interface to MonsterPaperdoll now
Injector.BindTransient <IPaperdoll, MonsterPaperdoll>();
// set default constructor for MonsterPaperdolls
Factory.Factory.SetConstructor <MonsterPaperdoll>(CreateDefaultMonsterPaperdoll);
// tell Injector to make new instances of Monster
Injector.BindTransient <Monster>();
// iterate monsters added in the scene by our bound tag
var monsters = GameObject.FindGameObjectsWithTag(_sceneTags[SceneTags.Monster]);
for (var index = 0; index < monsters.Length; index++)
{
var monster = monsters[index];
// construct the MonsterWorldView component pre-attached to the monsters (they pre-exist in the scene)
Factory.Factory.ConstructMonoBehaviour <MonsterWorldView>(monster, SceneObjects, monster.name + "_" + index);
}
// Important note: Even though we only use method 1 here for constructing the MonsterWorldView we could easily be
// instantiating monsters here from a prefab at runtime and constructing those instead.
}
void Awake()
{
CDebug.DisplayMethod = CDebug.ConsoleLogMethod.Selected;
//CDebug.LogThis(typeof(Injector));
if (Instance != this && Instance != null)
{
Destroy(gameObject);
}
else
{
Instance = this;
_commands = new CommandQueue();
// create framework manager objects
_frameworkObjects = new SceneObjectData();
_frameworkObjects.PushObjectAsSingleton(new SceneManager());
Injector.BindTemplate("Framework_UseDiskAccess", _readWriteSettingsConfiguration);
Injector.BindSingleton <EngineOptions>(Factory.Factory.Create <EngineOptions>(_frameworkObjects));
// give App a getter. Get options via:
// Framework.App.Options.<Option>
// Remember to apply options when necessary
// true/false parameter tells App if it can use JSON to write and read default configurations from a HD.
App = _frameworkObjects.PushObjectAsSingleton(Factory.Factory.Create <App>());
_frameworkObjects.InitializeSceneObjects();
Globals = new SceneObjectData();
Globals.InitializeSceneObjects();
// ProcessCommands() executes all commands in a co-routine
StartCoroutine(ProcessCommands());
DontDestroyOnLoad(gameObject);
}
// when Awake() is invoked we've loaded a new scene so we create the new view
SceneManager.CreateSceneView();
}
