gulp for es6 -> all-browser-friendly

100%

gulp for es6 -> all-browser-friendly

✓ Published0🌍 Public

Last edited Oct 5, 2016

Created on Oct 4, 2016

This example demonstrates a Gulp workflow that compiles ES6 JavaScript into browser-compatible ES5 code. It uses `gulp.src` to read input files from the `dev` directory, then applies `gulp-sourcemaps` initialization, `gulp-plumber` for error handling, and `gulp-babel` with the `es2015` preset to transpile the code. The processed files are concatenated into `bundle.min.js`, with sourcemaps written, and output to the project root via `gulp.dest`. The task depends on a prior `clean:js` task to remove old builds.

AI-generated description

Similar vizzes

Loading thumbnail…

Simple babel livereload

This example demonstrates a live-reloading development workflow for transpiling JavaScript and serving a web page. The gulpfile defines tasks to convert ES6 source files with Babel, bundle the resulting JavaScript with Browserify, and automatically refresh the browser via `gulp-livereload` whenever source files change. It also sets up a local HTTP server using the `st` library to serve static files on port 8080, integrating all these steps into a single default Gulp task. The visualization shows how build tools can be orchestrated for rapid iteration, but no actual data or graphical output is involved—the code is purely a build configuration.

MMcNull

72% match

Loading thumbnail…

gulp + expressjs + nodemon + browser-sync

This example demonstrates a live-reloading web development workflow that combines an Express server with automated browser synchronization. It shows how Gulp orchestrates three tools: Express serves static files from the `public/` directory on port 5000, while Nodemon monitors `app.js` and restarts the server on changes, and Browser-Sync proxies the localhost server on port 7000, watching `public/**/*.*` to inject CSS or HTML updates into the browser without a manual refresh. The setup uses the `gulp-nodemon` and `browser-sync` APIs, with dummy placeholder HTML and CSS files to verify the sync behavior.

Aamortka

69% match

Loading thumbnail…

Setting up Babel and nodemon

This example demonstrates a practical workflow for setting up a JavaScript development environment with Babel and nodemon. It shows how to configure Babel presets to transpile ES6 code, use nodemon for automatic restarts during development, and build ES5 output from an `src` directory. The setup includes npm scripts for running a Babel-powered Node.js REPL, starting the app in development mode, and compiling code. It also integrates Mocha and Chai for testing, using `babel-register` to compile test files on the fly. The code relies on `babel-cli`, `babel-preset-latest`, `nodemon`, `mocha`, and `chai` as dev dependencies.

Aackuser

67% match

Loading thumbnail…

Gist 11442448

This example shows a Gruntfile configuration that automates JavaScript build tasks using webpack, JSHint, and Mocha. It defines a webpack task with entry point `src/entry.js`, outputting a UMD bundle named `WithGrunt` to `lib/bundle.js`, and includes module resolution for `node_modules` and `bower_components`. The configuration also sets up JSHint linting for source and test files, a Mocha test runner with a spec reporter, and a watch task for continuous linting and testing. The default task chains these steps together, demonstrating a complete build pipeline for a modular JavaScript project.

Aakollegger

67% match

Loading thumbnail…

bundle/index.html for webpack-es6-boilerplate

This example shows a minimal webpack setup for an ES6 project, producing a single-page HTML document that loads a compiled JavaScript bundle. The page contains no visible content or user interface, only an empty body with a script tag referencing `bundle.js`. The code demonstrates the entry-point plumbing of a webpack-built application, where the frontend relies entirely on the bundled output for any rendering or behavior. The files include the `index.html` shell and the webpack configuration source, indicating how a boilerplate project connects its build system to a basic HTML host page.

115Dkatz

66% match

Loading thumbnail…

The correct way to compile ES6 using babel...

This example shows how to configure Babel and Webpack to compile ES6 code into three separate module formats for different consumption contexts. It demonstrates three distinct build targets—Node.js unbundled, Node.js bundled, and browser bundled—each with its own Babel preset and package.json entry point. The code specifies `babel-preset-env` with environment-specific targets like `node: "6.10"` or `browsers: "last 2 versions, ie 10-11"`, and uses the `modules: false` option to enable tree shaking. The accompanying `package.json` and `webpack.config.js` files illustrate how to wire these build scripts together, with Webpack automatically selecting the appropriate entry point (`main`, `module`, or `browser`) based on the `target` setting.

66ewis

65% match

Loading thumbnail…

webpack configuration for webpack-es6-boilerplate

This example shows a minimal webpack configuration for the webpack-es6-boilerplate, defining how JavaScript source files are bundled. It sets the entry point to `babel-polyfill` and `./app/index.js`, outputs a single `bundle.js` to a `build` directory, and uses `babel-loader` to transpile `.js` files while excluding `node_modules`. The configuration also includes a development server on port 3000 serving from `./build` with inline mode enabled. The code directly references the webpack API, including `module.exports`, the `entry`, `output`, `module.loaders`, and `devServer` properties.

115Dkatz

64% match

Loading thumbnail…

Gist 7880143

This example demonstrates a minimal client-side build setup for a web application, showing how Less styles and browser JavaScript are compiled into static bundles. The code uses `catw` with `lessc` to transform `.less` files from `style/` into `static/bundle.css`, and `browserify` to bundle browser code from `browser/` into `static/bundle.js`. A watch mode via `watchify` and `catw` enables live recompilation during development, while a production build generates the final static assets. The example also illustrates npm script orchestration for both watch and build workflows.

Aalessioalex

64% match