@rockpack/compiler v6.0.5

@rockpack/compiler

@rockpack/compiler is React bundler (based on Webpack) using a set of necessary loaders, plugins and using the best practices out of the box.

@rockpack/compiler this module is part of the Rockpack project. See more details on the official site.

@rockpack/compiler can help you with:

• Compile your React application (TS/Babel)
• Compile React Component or VanillaJS UMD library (TS/Babel)
• Nodejs backend (TS/Babel)
• Markup html files
• Compile isomorphic (Server-side rendering) application (TS/Babel)
• Bundle analyze (TS/Babel)

Features:

• Webpack 5+, Webpack-dev-server 4+
• TypeScript support
• Babel 7, Babel-preset-env (> 5%)
• Support build nodejs scripts with nodemon
• Hot Module Replacement for SPA
• Livereload for SSR
• Source maps and Extended dev mode
• Dotenv support and Dotenv safe support
• React optimizations
• Monorepo support
• Write file webpack plugin (in dev mode)
• Copy Webpack Plugin
• ESLint support
• Stylelint support
• Templates: HTML/Jade/Handlebars
• CSS: CSS/SASS (dart-sass)/LESS + Postcss
• PostCSS: autoprefixer, postcss-custom-media, postcss-media-minmax
• CSS Modules support
• Image minification by Sharp
• Formats support: Markdown, Video, Audio, Fonts, SVG, Script, Shaders etc
• SVG + SVGO, SVGR (import SVG like React Component)
• Terser minification
• Generate stats.json (in production mode)
• SEO Optimizations
• Bundle Analyze (webpack-bundle-analyzer, Statoscope)
• Isomorphic compile support (include isomorphic styles, isomorphic dynamic imports - @loadable)
• Vendor array splitting support (You can set dependency libraries to this array to split it on separate vendor.js file)
• MD/MDX support
• GraphQL support (webpack-graphql-loader)
• Сross-env included

Using

create-react-app like bundling example:

1. Installation:

# NPM
npm install @rockpack/compiler --save-dev

# YARN
yarn add @rockpack/compiler --dev

2. Make build.js in the root of project

3. Put the code:

const { frontendCompiler } = require('@rockpack/compiler');

frontendCompiler();

4. Run build.js:

cross-env NODE_ENV=development node build

For production build you need run

cross-env NODE_ENV=production node build

Your app will be built, minified, and optimized for production.

Details:

@rockpack/compiler includes compilers:

const {
  isomorphicCompiler,
  markupCompiler,
  libraryCompiler,
  frontendCompiler,
  backendCompiler,
} = require('@rockpack/compiler');

frontendCompiler(optionsoptional, callbackoptional);

frontendCompiler will build a create-react-app style React app (Babel / TypeScript)

Options - The settings object is the same for each compiler type:

const { frontendCompiler } = require('@rockpack/compiler');

frontendCompiler({
  dist: 'public',
  src: 'src/main.js',
  debug: true,
  html: {
    title: 'New app',
    favicon: './favicon.ico',
    template: './index.ejs' // Supports html, hbs, ejs
  },
  port: 8900
});

Callback - each compiler has the last parameter - callback. This is a function in which you can override the properties of the generated webpack config.

In this example, alias will be extended via a callback function

const { frontendCompiler } = require('@rockpack/compiler');

frontendCompiler({}, webpackConfig => {
  Object.assign(finalConfig.resolve, {
    alias: {
      react: '<path to react>'
    }
  });
});

backendCompiler(optionsoptional, callbackoptional);

Compiles a Node.js application. When you run this compiler with NODE_ENV development, nodemon will be launched to restart the application after changes

const { backendCompiler } = require('@rockpack/compiler');

backendCompiler(options, webpackConfig => {
  Object.assign(finalConfig.resolve, {
    alias: // add some aliases
  });
});

libraryCompiler(libraryNameneeded, optionsoptional, callbackoptional);

Compile React Component or VanillaJS UMD library

const { libraryCompiler } = require('@rockpack/compiler');

libraryCompiler('MyLib', options);

libraryName может принимать объект с дополнительными настройками:

const { libraryCompiler } = require('@rockpack/compiler');

libraryCompiler({
  name: 'MyLib',
  cjs: {
    src: './src',
    dist: './lib/cjs'
  },
  esm: {
    src: './src',
    dist: './lib/esm'
  },
  externals: [
    'react',
     'react-dom'
  ]
}, options);

markupCompiler(pathsneeded, optionsoptional, callbackoptional);

Allows to process HTML files (HTML, handlebars, jade). Useful for markup

const { markupCompiler } = require('rocket-starter');

markupCompiler(
  './src/**/*.{html,hbs,jade,njk}', // Glob format supported
  options,
  webpackConfig => {
    Object.assign(finalConfig.resolve, {
      alias: // add some aliases
    });
  });

isomorphicCompiler(configsneeded);

Compiles an SSR application.

const { isomorphicCompiler, backendCompiler, frontendCompiler } = require('rocket-starter');

isomorphicCompiler(
  frontendCompiler({
    src: 'src/client.jsx',
    dist: 'public',
  }),
  backendCompiler({
    src: 'src/server.jsx',
    dist: 'dist',
  })
);

You can see more examples in "examples" folder - here

Q&A

How do I activate TypeScript?

• *It's enough to put tsconfig.json in the root with @rockpack/compiler*
• tsconfig.json examples

How do I activate Eslint?

• *It's enough to put .eslintrc.js or .eslintrc.development.js for DEV mode or .eslintrc.production.js for PRODUCTION mode in the root with @rockpack/compiler*

How do I activate Stylelint?

• *It's enough to put .stylelintrc or stylelint.config.js in the root with @rockpack/compiler*

How do I extend PostCSS?

• *It's enough to put postcss.config.js in the root with @rockpack/compiler*

Can I extend the webpack.config generated by @rockpack/compiler?

• Sure! This is one of the fundamental differences from create-react-app, out of the box extensibility without eject
• An example to work with Elm:

const { frontendCompiler } = require('@rockpack/compiler');
const WebpackNotifierPlugin = require('webpack-notifier');

frontendCompiler({
  banner: true,
  styles: 'style.css',
  vendor: ['react', 'react-dom', 'core-js']
}, (config, modules, plugins) => {
  config.resolve.extensions = ['.js', '.elm'];

  modules.set('elm', {
    test: /\.elm$/,
    exclude: [/elm-stuff/, /node_modules/],
    use: process.env.NODE_ENV === 'development' ? [
      { loader: 'elm-hot-webpack-loader' },
      {
        loader: 'elm-webpack-loader',
        options: {
          forceWatch: true
        }
      }
    ] : [
      {
        loader: 'elm-webpack-loader',
        options: {
          optimize: true
        }
      }
    ]
  });

  plugins.set('WebpackNotifierPlugin', new WebpackNotifierPlugin());
});

• Example here

How to make Rockpack save changes to HDD on DEV build?

• *Need to add to config write: true*

How do I process the TypeScript library to keep the sources?

• *libraryCompiler takes as the first parameter not only the string-name of the library, but also an object with parameters*

libraryCompiler({
  name: 'Color',
  cjs: {
    src: './src',
    dist: './lib/cjs'
  },
  esm: {
    src: './src',
    dist: './lib/esm'
  }
});

TypeScript sources will be saved in ESM and CJS format at the specified path.

How to work with CSS (SCSS, LESS) Modules?

• You need to rename the file with modular styles to the format filename.module.scss

import * as styles from './App.module.css';

<div className={styles.App}>

CSS Modules support TypeScript with generating definitions - @teamsupercell/typings-for-css-modules-loader

The MIT License

MIT