Webpack-MPA-TS

Opinionated multiple page application setup with Webpack using SASS, PostCSS, ES2017, TypeScript, PNG & SVG Sprites and more.

This boilerplate is suitable for static web applications, WordPress websites, etc.

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Dependencies

In order to use this setup you need to have installed the following dependencies:

1. Node - min v8.9.4 - LTS recommended
2. NPM - min v5.6.0 or
3. Yarn - min v1.3.2
4. Bash terminal (Default on OSX/Linux, GitBash or similar on Windows)

Default setup

The default setup uses PHP files, but you can easily switch to a file format of your choice.

Also, you can always switch to another file/folder structure if the current one does not suit you.

Just keep in mind that the styles should be located in assets/styles and the scripts should be located in assets/scripts.

Zero config and fast installation

Navigate to your new project's folder and execute the following command:

npx webpack-mpa-ts && npm i && npm start

This will install Webpack-MPA in your project folder and you will be able to start right away.

Download

You can download this setup directly and extract it.

or use NPM or Yarn to install it:

npm i webpack-mpa-ts

or

yarn add webpack-mpa-ts

Then navigate to the webpack-mpa-ts folder and proceed with the rest of the instructions.

Global installation

It is possible to use the CLI tool included in Webpack MPA TS. In order to do this you must install Webpack MPA TS globally:

npm i webpack-mpa-ts -g

or

yarn global add webpack-mpa-ts

The wmpats binary is now available for you to use.

Go to your new project folder and execute

wmpats

Your new project is setup!

Install dependencies

yarn

or

npm i

Develop

yarn start

or

npm start

Build

yarn build

or

npm run build

Details

1. SCSS stylesheets preprocessing

   • SCSS entry point is main.scss file located in assets/styles
   • The whole stylesheets file/folder structure is up to you
   • ITSCSS boilerplate used as a starting point.
   • Glob import in SASS thanks to node-sass-magic-importer

2. PostCSS stylesheets postprocessing including:

   • easy importing of non-sass files
   • url rebase - locates and copies assets from node_modules
   • postcss-utilities - allows usage of utility mixins such as clearfix
   • flexbox bugs - fixes common flexbox issues on Internet Explorer
   • css minification - minifies the bundles stylesheet
   • automatic vendor prefixes

   "Write your CSS rules without vendor prefixes (in fact, forget about them entirely)"

3. PNG Sprite generating using Webpack SpriteSmith The default setup includes retina sprite support which means that you should provide a retina version of each png icon.

   If you do not wish to use the retina sprite, comment the @include retina-sprites($retina-groups); statement in main.scss file.

   In order to use the PNG sprite, you need to do so by adding the relevant icons in your markup:

   <i class="ico-home"></i>

   The class name corresponds to the name of the PNG file.

4. Latest Typescript support

   • Minification of the bundled file
   • Source maps

5. Automatic browser reload using BrowserSync

   • The setup assumes that you have a web server (MAMP, XAMPP, etc) installed.
   • If you wish to use a proxy in browsersync you can do it using the url CLI argument like this:

   yarn start --env url=http://your.app

   or

   npm start --env url=http://your.app

   If you do not have a web server installed, then the files can be served via the browser-sync built-in server. In order to use this you need to pass a new CLI argument server like this.

   yarn start --env server

   or

   npm start --env server

6. SVG Sprite generating using spritesh

   All svg files located in assets/images/svg are merged into a single sprite.svg file in dist directory.

   This action is performed each time the start command is invoked.

   In order to use the SVG sprite you first need to include it in your markup. You can do so in several ways:

   • If you're using PHP files, include it in each of your PHP files: <?php include_once('assets/dist/sprite.svg'); ?>
   • If you're using HTML files, paste the content of the SVG sprite in each of your HTML files.
   • If you're using another templating method (posthtml include, handlebars, ejs, etc) you need to do so according to its documentation.

   It is preferred to include the SVG sprite right after your opening <body> tag

   In order to add an SVG icon in your markup, you can do so by using the SVG <use> tag:

   <svg class="svg-home">
   	<use xlink:href="#svg-home"></use>
   </svg>

7. All front-end assets are stored in an auto-generated dist folder.

Assets

The assets folder contains several folders:

• images - contains several folders too:
  • favicon - contains all icons variations
  • sprite - contains png sprite's parts
  • svg - contains svg sprite's parts
  • temp - contains content images
• scripts - contains the JS modules
• styles - contains the SASS stylesheets

Each start command regenerates the contents of the dist folder.

Supported Browsers

This setup uses Browserslist to target browsers.

The default list of supported browsers is listed in the package.json file:

{
	"browserslist": ["> 1%", "last 2 versions"]
}

This means that supported browsers vary based on current usage data and current browser versions.

In general, this setup supports the two most recent versions of all browsers.

Scripts

There are several scripts defined in the package.json file:

{
	"build": "webpack --mode=production",
	"start": "webpack --watch --mode=development",
	"html": "php index.php > index.html",
	"critical": "critical index.html > assets/dist/critical.css",
	"rm-html": "rm index.html",
	"pwa": "create-pwa --icon=\"./assets/images/favicon/icon.png\"",
	"prod": "yarn build && yarn html && yarn critical && yarn rm-html"
}

Here is a bit more about what each script does:

1. build: Builds the production version of the javascript and css bundles, regenerates PNG and SVG sprites.
2. start: Starts the development sequence, regenerates PNG and SVG sprites, opens your default browser and watches for changes.
3. html: Converts your index.php file to index.html.
4. critical: Using the index.html extracts the critical css and generates a critical.css file in the assets/dist folder which is then inlined in the index.php file.
5. rm-html: Deletes the index.html file.
6. pwa: Generates boilerplate files for a PWA. More info here.
7. prod: Runs 1, 4, 5, 6. (In this exact order).

In order to use the ability to generate critical CSS you must have the php binary exposed in your bash terminal. More about PHP's commandline usage can be found here.

Public vs. private projects

This starter boilerplate is licensed under the MIT open source license and is publicly available.

If you intend to use it to create a private and closed source project, please make sure to delete the license field in the package.json file and add "private": true in the same file.

This will make sure that you don't accidentally use an open source license for your private/closed source project.

LICENSE

MIT

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