So now it’s set up for firebase, just run yarn run deploy-stage or yarn run deploy-production. Set up your favourite static site hosting, I used to run S3 but now I'm all Firebase Hosting. yarn run dev-webpack in one terminal window.This needs to be better, but works for now. Requires ruby with rubygems, node and yarn Static assets should be in _assets, which gets synced over the jekyll’s default assets at build time.Menu helper included to aid in dynamic navigation, something jekyll isn't super good at.No blog by default just add _posts and _drafts folders with.Both css and js end up as static files.Modern, livereload environment both webpack and jekyll will livereload the browser.('./print.Are you like me? Love Jekyll but hate SASS? Here is a little project to get you going with a nice PostCSS webpack build into a simple jekyll static site. + let element = component() // Store the element to re-render on print.js changes To make this work with HMR we need to update that binding to the new printMe function using :ītn.onclick = printMe // onclick event is bind to the original printMe function This is happening because the button's onclick event handler is still bound to the original printMe function. If you go ahead and click the button on the example page, you will realize the console is printing the old printMe function. To show this, let's go back to our working example. If you're using webpack-dev-middleware, check out the webpack-hot-middleware package to enable HMR on your custom dev server. See the full documentation of webpack-dev-server Node.js API. Now let's update the index.js file so that when a change inside print.js is detected we tell webpack to accept the updated module.Ĭonst element = document.createElement('div') Ĭonst btn = document.createElement('button') Įlement.innerHTML = _.join(, ' ') ītn.innerHTML = 'Click me and check the console!' This means that after the initial build, webpack will continue to watch for changes in any of the resolved files. This page explains how to enable this and a couple of tweaks you can make if watching does not work properly for you. You can use the CLI to modify the webpack-dev-server configuration with the following command: webpack serve -hot-only. Webpack can watch files and recompile whenever they change. + new webpack.HotModuleReplacementPlugin(), + client: 'webpack-dev-server/client/index.js?hot=true&live-reload=true', + // Dev server client for web socket transport, hot and live reload logic + // Runtime code for hot module replacement You can also provide manual entry points for HMR: const path = require('path') Ĭonst HtmlWebpackPlugin = require('html-webpack-plugin') If you took the route of using webpack-dev-middleware instead of webpack-dev-server, please use the webpack-hot-middleware package to enable HMR on your custom server or application. Since webpack-dev-server v4.0.0, Hot Module Replacement is enabled by default. We'll also remove the entry point for print.js as it will now be consumed by the index.js module. All we need to do is update our webpack-dev-server configuration, and use webpack's built-in HMR plugin. See the building for production guide for more information. HMR is not intended for use in production, meaning it should only be used in development. This page focuses on implementation while the concepts page gives more details on how it works and why it's useful. It allows all kinds of modules to be updated at runtime without the need for a full refresh. Hot Module Replacement (or HMR) is one of the most useful features offered by webpack. This guide extends on code examples found in the Development guide.
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