For Application, JUnit and TestNG configurations, v2017.3 provides a way to configure the shortener. So the user is left having to make this decision. Unfortunately, that didn’t work either, for some other frameworks.Īnd, sadly, there is no way to predict which kind of shortening would work for the user application. Then, IntelliJ IDEA tried to use a more or less standard way, which was to pack the long classpath into the classpath.jar. But unfortunately, this didn’t work for some frameworks, e.g. Initially, IntelliJ IDEA tried to write the long classpath into the text file (which means an intermediate classloader to the application). There are several approaches to shorten the classpath. In such cases IntelliJ IDEA will try to shorten the classpath. The reason is that most operating systems have a command line length limitation. When the classpath gets too long, or you have many VM arguments, the program cannot be launched. Let’s take a closer look at when and how to use this feature. You can find a list of all addressed issues in the Release notes.In IntelliJ IDEA, it’s possible to configure a command-line shortener. In addition to that we’ve added new icons for. You can now create new Vue components from the New file popup. To see the quick-fix, just press Alt-Enter on the warning and select the suggestion with Enter. WebStorm will now remind you to install them via npm and will update your package.json file. When working with JavaScript libraries in TypeScript, you need to install type declarations for them. Suggestion to install TypeScript type declarations WebStorm can correctly work with configurations that use the browser-sync-webpack-plugin and webpack-dashboard plugins.This will prevent WebStorm from re-indexing these generated files on every update and exclude them from search results. The output folder listed in the webpack configuration is now automatically excluded from the project.WebStorm now understands webpack configuration files that are composed of several parts or have multiple targets.We’ve been improving webpack support that was first introduced in WebStorm 2017.2. To invoke it, use Refactor This ( Ctrl-T on macOS or Ctrl-Alt-Shift-T on Windows and Linux) or the Refactor menu, and then select Pull Members Up… This refactoring is available for JavaScript and TypeScript classes. With the new refactoring you can now move class methods up the class hierarchy – from your current class to its parent class or the interface. Or you can go directly to it from the code by pressing Shift-F1. If the documentation if not available there, WebStorm will fetch and show the summary from the corresponding MDN article.įrom the documentation popup, you can quickly jump to the full documentation on MDN by clicking the arrow icon. Thanks to the transition to the new definition files, WebStorm now provides code completion for Web APIs that were previously unsupported.Īnother good news is that the new definition files have documentation for many methods (which you can see if you press F1). Previously we used and maintained our own definition files. These files are now packaged inside WebStorm and we are going to regularly update them. WebStorm now uses the TypeScript definition files to power its code completion for standard JavaScript objects and methods. Improved code completion and documentation for JavaScript and DOM APIs To learn more about the new features added in earlier WebStorm 2017.3 EAP builds, please see these blog posts. You can update via Toolbox App, or download the build here and install it side by side with your stable WebStorm version. This week the new WebStorm 2017.3 EAP build (173.3188.31) brings improved code completion and documentation for JavaScript and DOM APIs, a new refactoring for JavaScript and TypeScript classes, and improvements in webpack support.
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