![]() We recommend using the GitHub plugin template. There are several ways to start building a plugin. You can download IntelliJ IDEA from our website or using the Toolbox App as shown below. If you go with the latter, which is paid, you can use a free 30-day trial version. Both Community and Ultimate editions will work. We can’t use WebStorm for this purpose, since we need JVM support. Now that we’ve decided what plugin we’re going to build, we need to install the IDE that will allow us to do that. Although there’s an existing plugin for this framework, we decided to write the support from scratch because it’s a perfect example of how easy it can be to implement some functionality. We’ll use Alpine.js and implement support for its directives as an example. The IntelliJ Platform lets you change almost every part of the IDE, so the difficulty of such tasks can vary from very simple to extremely difficult. You need to write a parser / lexer and implement basic functionality like code completion. Full language support requires a lot of work. ![]() You need to specify a place for execution of the tool and write simple code to run the tool and parse the results. Usually, integration with external tools isn’t a big deal. If a framework extends some existing functionality, supporting it is relatively easy. Depending on the framework, adding support for it can be similar to supporting a new language. There are different types of plugins that we can build: Let’s get started with building our first plugin. Step 1: Decide on what plugin you want to build Second, Kotlin, which can be also used for writing plugins, is syntactically similar to TypeScript. First, you can build some plugins without writing any code, and we’ll see how in a moment. There’s some good news for those who don’t know Java. If not, then you can try building a plugin. It may be available out of the box or as a plugin in our marketplace. So, where do you start if you’re interested in building a plugin? First of all, double-check whether the functionality you’re looking for already exists. For example, the Import Cost plugin runs the import-cost npm package under the hood. You can use JavaScript-based integrations in plugins, though. Because of this, you can’t build plugins for them using JavaScript or TypeScript. Both the IntelliJ Platform and WebStorm are JVM applications, written mostly in Java and Kotlin. Like all other JetBrains IDEs, WebStorm is built on top of the open source IntelliJ Platform. In part 2 and part 3 of this series, we’ll build more complex things. In this part, we’ll cover some basic concepts for developing plugins for WebStorm and show you how to build a simple plugin without writing any code. Where do you start? How to work through if you don’t know any Java? We’ll try to answer these questions by walking you through the process of building three plugins for WebStorm. There are thousands of open APIs for extending our IDEs and dozens of ways to do one simple task for a plugin.This documentation is written for those who understand basic Java concepts.There’s comprehensive documentation on plugin development, however: Is there a way to setup WebStorm to say 'hey, resolve this for me and let me see what happens!"? I would hope for getting the same behavior when I evaluate element.click().If you’ve ever wondered how to build a plugin for WebStorm or any other JetBrains IDE, you might know it’s not an easy task. I understand there's stuff having to do with the asynchronous nature of Javascript that requires the resolution of the Promise, but I would think this super smart IDE would have resolution stuff built in. I feel like if I do element.getText() in the Evaluate Expression tool I should be able to see what that Promise will evaluate to without having to do a then clause that resolves the Promise. I'm in the middle of debugging a Protractor UI test and I can't look at the result of a getText() without doing a. I was really hoping for a similar experience with WebStorm since it's IntelliJ's answer for Javascript development. I could actively look for elements on a page (searching using CSS selectors for instance) and do a click (or see what the text is), and if my test was in debug mode it would do the click on the page. I could actively do live search and on the fly testing of ideas using IDEA's Evaluate Expression functionality. I used to use IntelliJ's IDEA IDE for automation testing. I'm coming from a Java+Selenium environment, so maybe this is a mismatch of understanding that I'm having with Javascript/Angular/Protractor.
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