If for some reason you want to use a different configuration file depending on certain situations, you can change this via command line by using the -config flag. New to webpack? Check out our guide to some of webpack's core concepts to get started! Use a different configuration file
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Usually, your projects will need to extend this functionality, for this you can create a file in the root folder and webpack will automatically use it.Īll the available configuration options are specified below. Also, it generates an example project based on provided webpack configuration that you can review in your browser and download. It allows you to select various features that will be combined and added to the resulting configuration file. tipĬv is an online tool for creating custom webpack configurations.
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However, it will assume the entry point of your project is src/index.js and will output the result in dist/main.js minified and optimized for production. This approach is our favorite for component-specific JavaScript because it is very explicit and solves the concerns mentioned above.Out of the box, webpack won't require you to use a configuration file. Place a JavaScript file into a “webpack.module” folder within an individual component.It can also cause confusion with server-side JavaScript files that might be placed in the same folder as well. That works fine for small and simple projects but gets messy once your components get more complex and it would make sense to split up your “input.js” file into several files. Let’s say you have an input component folder that has a file “input.html”, then you’d add a file “input.js” next to it. Place a JavaScript file right into the folder of an individual AEM component.How do you make it as easy as possible that the associated JavaScript file or files get copied with the component? How do you make sure that the associated JavaScript file gets removed as well? Also, imagine you want to copy a component from one project to another. However, for component-specific modules, this approach gets messy in the long-term. This approach makes sense for generic JavaScript modules because it’s convenient to access them from one place. No matter what your JavaScript does and which components it affects, the file is dumped into one folder with all other files. Place every JavaScript file into one big folder or tree of folders.Here are the three most common ways for organizing JavaScript in your AEM tree structure.
#How to run webpack on github pages install#
Utility libraries such as Underscore and Lodash are part of this category but you should also write your own generic modules for functionalities that should be available to multiple components. Basically, this config tells Github actions to run a job on every successful push to the branch named main The job consists of 4 tasks namely, Checkout (clones the latest code from the repo), Install (dependencies installation), Build (minified files from Webpack), Deploy (commit the contents of the resulting dist folder of the build operation. Generic modules or libraries of modules get imported into component-specific JavaScript modules when needed. Generic JavaScript is not tied to a specific AEM component. This prevents multiple components from conflicting with each other. You can say the JavaScript is scoped to the HTML of one component. The idea is to write one module per component that does not affect any other component.
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The purpose of a component-specific module is to enhance a specific AEM component, for example by making its HTML interactive in some way. Assuming your JavaScript files follow the module syntax, we differentiate between two types of modules:
#How to run webpack on github pages full#
To take full advantage of Webpack and modern JavaScript features, it’s best practice to organize your JavaScript in modules ( examples ). There are different ways to organize JavaScript files that should be processed by Webpack. Note: If you want your back end developers or DevOps to be able to run Maven without Webpack, you can set up a separate Maven build profile that doesn’t run Webpack. This empowers developers to only run Webpack-specific tasks, for example a task that watches for changes to JavaScript files and then automatically triggers a build. Run Webpack directly from the terminal (and thus independently from Maven).If Webpack is part of the Maven build process, it can be run in two ways: You can see an example of its integration in our pom.xml file. Our go-to solution is Eirik’s frontend-maven-plugin. Just imagine your back end developer pulling the latest code and not seeing the latest CSS changes because he ran Maven but forgot about Webpack.įor that reason, you can run Webpack using Maven. That’s inconvenient and time-consuming, especially for deployment to multiple AEM servers and continuous integration. We’ve seen AEM projects where tools such as Webpack and Grunt are run in addition to Maven only, meaning developers run Webpack to build (mostly) front end code, then run Maven to build the rest of the project.