![]() The service supports OpenAI and also hosts several smaller models created by JetBrains. The simplest way to do this is to go to the More tool windows icon on the toolbar, select AI Assistant from there, and follow the prompts. To access the AI features, you must be logged in to the JetBrains AI service with your JetBrains Account. Once the maximum capacity is reached, the remaining users will be added to a waiting list. Please note that for now, the service will be available for only a limited number of users. WebStorm 2023.2 EAP #6 includes preview access to our new JetBrains AI service. Please try them out and share your feedback in the comments below or via our issue tracker. Important! WebStorm EAP builds are not fully tested and might be unstable.īelow are the most interesting improvements available in WebStorm 2023.2 EAP #6. You can also manually download EAP builds from our website. The Toolbox App is the easiest way to get the EAP builds and keep both your stable and EAP versions up to date. To catch up on all of the new features in WebStorm 2023.2, check out our previous EAP blog posts. ![]() This build also comes with support for CSS nesting and improved TypeScript type error formatting. It’s the first build to include features leveraging the enormous potential of generative AI and large language models (LLMs). ![]() ![]() If we select the speed variable from our example and press Shift+F6, we can rename this variable and automatically update all references to it.The sixth EAP build for WebStorm 2023.2 is now available, and it’s a big one! Now where’s that class? The Go to class action ( Ctrl+N or Cmd+O on Mac) can be used with TypeScript as well. As you can see from the screenshot below, we get both the typed usages (all usages in other TypeScript code) and dynamic usages (in JavaScript files and compiled TypeScript files). Code completion is available for TypeScript modules and classes.įind Usages ( Alt+F7 both Win and Mac) will show us a list of all references to a given class or variable. What would support for a language be without WebStorm’s familiar features such as completion, navigation and refactoring? WebStorm 6 introduces these concepts for TypeScript. Even though the browser is executing JavaScript code, the sourcemap allows us to debug into our TypeScript code and break on specific lines, inspect variables and so on. For example, we can place breakpoints in a TypeScript file and the debugger will pause at the breakpoint and display the relevant information from that line.īy clicking the debug icon in the toolbar (or pressing Shift+F9 or Ctrl+D on Mac), we can debug our code. WebStorm 6 can leverage the information provided by sourcemaps and use it to debug JavaScript files. The Car.js.map file is a so-called “sourcemap.” Sourcemaps allow us to navigate between our TypeScript code and the JavaScript files that are created after the compilation process. The Car.js file in our example is the generated JavaScript file. As you can see from the following screenshot, the TypeScript file watcher generates both a JavaScript file and a. We can see the generated files from the project pane. The help contains more information on other options available from this dialog.įrom now on, whenever we make a change to our source code, the TypeScript file watcher will automatically compile our code into JavaScript. ts file in our project we have to provide WebStorm with the path to the tsc compiler which transforms TypeScript into plain JavaScript. We can install it from the TypeScript website or using the node.js package manager by invoking npm install -g typescript.įor the first. WebStorm does not bundle the TypeScript compiler. When added, WebStorm will compile our TypeScript file automatically whenever we make a change to it. ts file, WebStorm will detect that we are using a type of file which it can “watch” for us and proposes to add a TypeScript file watcher. WebStorm 6 introduces full support for the TypeScript language through 3 new features: File Watchers, Sourcemaps and general support for working with code. One of the evolutions in JavaScript development is the new TypeScript language, an open-source superset of JavaScript that allows us to write code in a typed language which compiles to JavaScript.Īt JеtВrаins wе wоrk tirеlеssly tо bring аbоut mоrе аnd bеttеr suрроrt fоr this lаnguаgе.
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