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Starter Project for Phaser 3 with Visual Studio Code, TypeScript, and NodeJS

The following is a starter project to get started with a new game in Phaser 3 and Visual Studio Code, using TypeScript and NodeJS.

If using GitHub, you can use the Use this template button to create a new Phaser 3 project from this starter template.

Get Started

  1. Make sure Node.js is installed.
  2. From a command line, run npm install in the root directory (same place this README.md file is).
  3. Next run npm run start:dev to start an automatically updating instance.
  4. Use the editor of your choice (Visual Studio Code is a great choice) to start writing your game.
  5. Run npm run build to populate the public directory with the final site contents.
  6. Copy the contents of public to the site of your choice.

What This Project Provides

  • src
    • assets
      • This directory can be used to store any assets (images, audio, etcetera) that your game will use.
    • plugins
      • This directory is intended to store any plugins that are used by your game.
    • ts
      • This directory is intended to store your TypeScript files, and includes a .gitignore so that any JavaScript files that are built aren't committed.
      • A possible directory structure, as well as a few starter scenes, have been added for ease, but can be removed without issue.
    • app.css can include any styling necessary for your application.
    • favicon.ico
    • index.html
      • The title and h1 elements should be updated to match the needs of your game.
      • Includes a reference to the minified Phaser library.
      • Also includes a reference to a JavaScript file, which the Visual Studio project is setup to output TypeScript files to, and which should be updated to match your needs.
  • package.json contains the Node packages used by this project.
  • README.md is this file, and should be replaced with whatever content is needed for your game.
  • tsconfig.json
    • This file determines how TypeScript will compile the project.
    • By default all TypeScript files will be compiled into a single app.js file in the root of the project.
  • webpack.config.js
    • This file contains the default webpack configuration.
  • .editorconfig
    • "EditorConfig helps developers define and maintain consistent coding styles between different editors and IDEs." See https://editorconfig.org/
  • .eslintignore
    • This file sets which directories/files should not be parsed by eslint.
  • .eslintrc.js
    • This file contains the starting eslint configurations. Base support for TypeScript is included.
    • See ESLint Rules for more information.
  • .gitlab-ci.yml
  • .vscode/tasks.json
    • Used by Visual Studio Code when running the build task.

How to Build the Site

To build this project you'll need Node.js installed.

Next run npm install in the root directory to install the various dependencies.

Run npm run build after modifying code to populate the public directory with the final site contents. You can instead run npm run build-dev to build the JavaScript in development mode, or npm run start:dev to start an automatically updating instance.

If you'd like to run a simple web server, install http-server via npm install http-server -g, which can then be run from the public directory by running http-server.

If you'd like to lint your TypeScript/JavaScript, run npm run lint.

Upgrading Phaser

To upgrade Phaser 3 run npm upgrade --save phaser.

Upgrading Other Packages

ESLint:

npm upgrade --save eslint @typescript-eslint/eslint-plugin @typescript-eslint/parser

Once done, run npm run lint to verify everything is still working as expected.