RoboStarlegs allows you to use Robotlegs with Starling and any other library based on that, like Feathers, in the same fashion you'd use it with the regular Flash display list or Flex.
This extension provides a bundle of plugins for Robotlegs that are aimed at mimicking the functionalities we all love on a standard Flash/Flex display list when using Starling/Feathers on Stage3D.
Automatic mediator mapping is not something you will want to use extensively on your games, especially if you're focusign on getting the beste possible performances out of it, but it's incredibly useful for kickstarting the game and handle all the UI operations. It also makes it easier to convert your Flex-based rich application into an incredibly fast performancing app thanks to Feathers.
You'll find new versions of the extension in the Releases page of the repository.
From your main class, when you initialize Starling, create a Robotlegs Context and install the StarlingBundle and the ViewProcessMapExtension. You'll to use the right version of the ContextView to pass your Starling instance to the Robotleg's context so mind those imports!
import robotlegs.starling.bundles.mvcs.StarlingBundle;
import robotlegs.starling.extensions.contextView.ContextView;
import robotlegs.starling.extensions.viewProcessorMap.ViewProcessorMapExtension;
...
private var context:IContext;
private var starling:Starling;
...
starling = new Starling(Game, this.stage);
starling.start();
context = new Context()
.install(StarlingBundle, ViewProcessorMapExtension)
.configure(GameConfig, new ContextView(starling))You can now start mapping all your commands and classes like you would in a normal Robotlegs application.
When it comes to views and mediators, there's an extra step to take if you want them to be mapped automatically. The ViewProcessorMap needs to be informed .
In your GameConfig you'll have someting like:
package {
import you.package.views.BaseScreen;
import robotlegs.bender.extensions.matching.TypeMatcher;
import robotlegs.bender.framework.api.IConfig;
import robotlegs.starling.extensions.viewProcessorMap.api.IViewProcessorMap;
public class GameConfig implements IConfig {
...
[Inject]
public var views:IViewProcessorMap;
public function configure():void {
...
views.mapMatcher(new TypeMatcher().allOf(BaseScreen)).toInjection();
...
}
}
}Where BaseScreen is an abstract class that all your views are going to extend.
As I said, processing every instance added or remove from the screen could become an expensive process, so you don't want to process more instances then you need: don't go around creating matchers for starling.display.Sprite or some other very generic class, unless you want it to have a big impact on your game's performances ...
In the gradle folder, make a copy of the user.properties.eg file and call it user.properties
Edit that file to provide values specific to your system
Use the gradlew script to build the project
If you want to contribute to the project refer to the contributing document for guidelines.
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