![]() Commit files, review changes, and resolve conflicts with a visual diff/merge tool right in the IDE. ![]() Use a simple unified UI to work with Git, GitHub, Mercurial, and other VCS. Immediately see test statuses right in the editor, or in a handy treeview from which you can quickly jump to the test. Run and debug tests with Karma, Mocha, Protractor, and Jest in WebStorm. But any time you need Terminal, it's also available as an IDE tool window. Take advantage of the linters, build tools, test runners, REST client, and other tools, all deeply integrated with the IDE. It should look something like this.Use the full power of the modern JavaScript ecosystem – WebStorm's got you covered! Enjoy the intelligent code completion, on-the-fly error detection, powerful navigation and refactoring for JavaScript, TypeScript, stylesheet languages, and all the most popular frameworks.ĭebug your client-side and Node.js apps with ease in the IDE – put breakpoints right in the source code, explore the call stack and variables, set watches, and use the interactive console. You can now set a break point in your main app/index.js file and you run the WebStorm debugger, you should now see the the IDE break at the link you set the debugger point at. Set the Application parameters to be set to the name of your generator generator-my-app-creator Select Javascript file: to be set to node_modules/yo/lib/clis.js In the dialog make sure the working directory is set to the directory your source code is located in. Inside WebStorm open the the folder where the code for the generator is located.Ĭlick on Run->Edit Configuration menu and in the dialog click on the + to add a new configuration for Node.js The next step is to using npm link to configure a relationship from your development directory and the yo tool. ![]() This is important as it allows you to access the local module to run it in WebStorm. ![]() In the source code directory of the generator you are planning to debug, install yo as a local npm module. The following describes how to configure WebStorm for Local Generator Development and set it up for debugging. I am a big Node.js WebStorm fan, so I like to use this for all my JavaScript coding. Internally to IBM we are using the full range of Dev Ops tools from Travis, Jenkins, Ansible and IDE tools from XCode to IntelliJ and WebStorm, and for simple code editing Visual Studio code. This makes it very easy for a developer to then deploy this app into IBM Kubernetes support and have it managed with IBM Cloud Dev Ops service. For example github This generator adds Kubernetes, Helm Charts and Dev Ops configuration to a polyglot cloud native app. Check out the console.bluemix or console.bluemix So we have a cool Yeoman as a service microservice we can feed generators and out pops fully formed starter projects for working with IBM Cloud. The project I am working on for IBM Cloud is using a lot of Yeoman Generators to help scaffold out Cloud native projects for server side runtimes include Node, Swift, Java and Python, and its helping configure content like Helm charts and Kubernetes configurations.Īt IBM we have worked out that putting stuff in Git is just setting up a maintenance issue, in the fast moving world of Cloud native runtimes and frameworks, and compute platforms, anything dropped into a git repo is going stale withing weeks. After some googling I found a few comments that helped, but nothing that gave the full detail. The first challenge for me at the end of 2017 is around setting up WebStorm to debug your own custom yeomanYeoman Generators. This will mostely be about software but could include DIY or Parenthood. Part of my mission this year is to document all the things I have struggled to find help with on the internet, and I have subsequently found a solution.
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