#Goland bazel plugin code
Open up the Kubernetes directory with your trusted code editor. If you don't have go installed, follow the instructions on. So go ahead and clone the repo using this command go get -d k8s.io/kubernetes. The package name is actually k8s.io/kubernetes. Usually, the import path for Go code that lives on github is the URL without the scheme ( So you might expect go get -d /kubernetes/kubernetes to work, but that's going to confuse your tools. You could use vim, Goland, or emacs, just so long as you are comfortable with the tool and you can jump between functions effectively, you'll be ready to go. I use VSCode with the typical Go plugins and that fulfills that requirement to my satisfaction. The feature that helps me the most when reading code is jump to definition. One tool every coder needs is a good code editor. If you've got the network chops but don't really do web servers, pick the kube-apiserver. For example, if networking is a weak spot of yours, pick the kube-proxy. If you're having trouble picking a component, one thing I like to do is pick the thing that is farthest outside of my comfort zone. Now that you know what each component does, you can pick a component that sounds interesting to you. Conveniently, all of the code for the components lives in the Kubernetes monorepo. To call something a Kubernetes cluster it needs most of the components listed there running on at least one node. If you are just starting your Kubernetes journey, I would encourage you to read this documentation and get a high level understanding of the major components.
It can be intimidating to get started, but once you get the hang of it, you'll be amazed at how many tickets start to make sense and how you can quickly identify and fix bugs!
#Goland bazel plugin software
Kubernetes is a big piece of software clocking in just shy of 2 million lines of code. Roots for the IntelliJ project structure.Enter fullscreen mode Exit fullscreen mode Output group for dependency analysis, and also sets up the right JDK and source See a list of BlazeSyncPlugins here.įurther processes generated jdeps files from the intellij-resolve-java Total rules: 48, new/changed: 42, removed: 0Īfter the plugin processes TargetData into a TargetMap of configured targetsĪnd aspects, it notifies language sync plugins to do further language-specific INFO: Build completed successfully, 49 total actions The internal project model, writes the necessary IDE metadata files, and commitsĪnalyzing: 4 targets (2 packages loaded, 123 targets configured) The TargetData and BlazeProjectData structures, which the plugin serializesĪfter the build completes, the plugin processes the earlier outputs to generate Intellij-info.txt and JAR files for the project view's targets. In this Java project, the plugin requestsįor the intellij-info-java and intellij-resolve-java output groups byĭefault, which instructs Bazel to run the actions that produces the respective Transitive closure of the specified Bazel targets in the project view file.ĭetermine the set of requested files. Here, the plugin invokes Bazel to apply the plugin output_groups=intellij-info-generic,intellij-info-java,intellij-resolve-java \ It enables features such as semantic code browsing, autocomplete, refactoring, This file contains all language-specific information IntelliJ needs to knowĪbout the target, which can be used to integrate with language plugins directly.
Message TargetIdeInfo kind_string: "java_binary" Let's investigate the components of this directory individually.
#Goland bazel plugin for android
For Android Studio andĬLion, this directory is. Project that bridges Bazel and IntelliJ project models. │ ├── spring_boot_test_autoconfigure_2_1_3_RELEASE_9cfb3ab1.xml │ ├── spring_boot_autoconfigure_2_1_3_RELEASE_77fee7ea.xml
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