VS Code processes the output from a task with a problem matcher and we ship with a number of them 'in the box', we'll talk about how to make your own ones soon: Processing Task Output with Problem Matchers The CSS topic provides examples of how to use Tasks to generate CSS files. Automation of the compile step with a file watcher.The Markdown topic provides two examples for compiling Markdown to HTML: The TypeScript topic includes an example that creates a task to transpile TypeScript to JavaScript and observe any related errors from within VS Code. The best way to highlight the power of Tasks is with a few examples of how VS Code can use Tasks to integrate external tools like linters and compilers. It is not available when editing single files. Please note that task support is only available when working on a workspace folder. Given their importance in the development life-cycle, it is very helpful to be able run them and analyze their results from within VS Code. These tools are mostly run from the command line and automate jobs outside the inner software development loop (edit, compile, test and debug). Examples include Make, Ant, Gulp, Jake, Rake and MSBuild. Lots of tools exist to automate tasks like building, packaging, testing or deploying software systems. MetaDescription: Expand your development workflow with task integration in Visual Studio Code (Gulp, Grunt, Jake and more). Mapping Gulp, Grunt and Jake Output to Problem MatchersĬontentId: F5EA1A52-1EF2-4127-ABA6-6CEF5447C608.Autodetecting Gulp, Grunt and Jake Tasks.Processing Task Output with Problem Matchers.Integrate with External Tools via Tasks.
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