A jigsaw puzzle mobile/desktop browser game.
- LibGDX
- React
- Both served by a tomcat service
The in-game logic refers to what happens inside the html canvas, including interacting with the puzzle.
To test this out run with the standard libgdx desktop configuration.
The rest of the app, including choosing a puzzle to play with, creating new puzzles, etc.
To test this out, go to the html/react folder and run npm start
The Gwt adapter exists in both javascript and java code
This contains functions that interact with the libgdx code
It exposes a promise onGwtLoadedPromise which is resolved by the gdx code when initialization is complete
It also wraps the methods exposed by the gdx code (gdx attaches functions to the global window) and ensures that the libgdx code has initialized, through the use of the promise.
This contains functions, which are attached to the global window, that are called by the js code. It contains the business logic for these functions.
To generate the service worker for local development:
- Start up gwt superdev as usual
- cd to
html/reactfolder - Open a bash terminal
- Run
BUILD_PATH='../build/gwt/draftOut' npm run build-sw
Note: Recompiling the gdx app will not work with service worker caching. Superdev should be restarted
The code is built to be deployed on AWS, but can be used with any container orchestration service, if modified
The definition is inside docker-builder
Running this image in a container will fetch the latest version of jiggen, build it, and create a new docker image for deploying it.
The definition is inside docker-deploy
Running this image in a container will deploy the version of jiggen installed inside it. It uses tomcat to serve the app
A configuration used for AWS Elastic beanstalk
Uploading this configuration will fetch the latest image created by docker-deploy and launch a container instance using it.