![]() In JavaScript this intention can use the information from an argument provided in the JSDoc comment: This intention helps to generate the switch block when a switch argument is an enum. This TypeScript intention allows you to implement properties and members of an interface or an abstract class in classes that directly implement or extend them. Implement interface or abstract class member The Create derived class intention creates a new class in the JavaScript or TypeScript file that extends another class The Implement interface intention works for the TypeScript interfaces and creates a new class that implements this interface. Implement interface and Create derived class To use an intention, press Alt-Enter, select it in the list and press Enter. We’ve added a bunch of new intentions that are available in the TypeScript and partially in JavaScript code. New intentions in JavaScript, TypeScript, and JSON Which is useful if the app root folder on the remote server or the Docker container have a different name to the local root folder. You can now specify the remote paths for the project folders. We have added another Node.js-related improvement in the Attach to Node.js configuration that you can use to attach WebStorm’s debugger to the running node application. Stay tuned! Remote mappings in Attach to Node.js configuration We are now working on support for Node.js on WSL for test runners, linters, and build tools integrated in WebStorm. ![]() This integration is still work in progress. Again, click on the … button next to the path and follow the steps described above. If you want to use Node.js on WSL only in some specific run/debug configuration, instead of changing the project’s node version in Preferences, you can add a new Node.js WSL interpreter in the Node.js configuration. WebStorm will now use this Node.js version when running npm scripts or creating new Node.js run/debug configurations. Now select the Linux distribution you’re using from the drop-down menu and set the path to Node.js and click Save. In Preferences | Languages & Frameworks | Node.js and npm, click … next to the field with the path to Node.js, then click + in the opened dialog and select Add Node.js on WSL. You can select Node.js on WSL as a project’s node version in Preferences | Languages & Frameworks | Node.js and npm or you can configure and use this node version in a Node.js Run/Debug configuration. If you’re using Node.js on WSL, we have some good news for you: you can now run and debug Node.js apps using Node.js on WSL right in WebStorm. Support for Node.js on Windows Subsystem for Linux You can then press Alt-Shift-Enter to apply the fix or Alt-Enter to see the usual pop up with all the available quick fixes and intentions. As you might know, for all the warnings WebStorm will offer quick fixes that you can see if you press Alt-Enter or click on the bulb icon.Īnd to make these quick fixes more discoverable, we now show the first available fix right next to the error description. You see these tooltips when you hover over the warning or errors in the code. Probably the most notable (and definitely the most visible) change in this week’s Early Preview build is the new inspection tooltip. If you’re not yet familiar with our Early Access Programs, or if you want to find out what features were added in WebStorm 2018.2 EAP, check out this page. You can also get notifications right in the IDE when a new EAP build is available: simply go to Preferences | Appearance & Behavior | System Settings | Updates and select “ Automatically check updates for Early Access Program”. ![]() Toolbox App is the easiest way to get EAP builds.
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