Just run one of the following commands in your terminal. The commands will do the following. Once the plugin is successfully installed, connect the plugin to your instance of the JFrog Platform. The plugin currently supports Xray scanning of Maven, Gradle, Go and npm projects. It allows developers to view vulnerability information about the components and their dependencies.
With this information, a developer can make an informed decision on whether to use a component or not before the code is pushed into the source control. The view allows you to filter the scanned results according to the issues severity, licenses or dependencies' scopes.
The editor provides a quick view of the status of all the project dependencies. Clicking on the icon next to a dependency, will highlight the dependency in the tree view inside the JFrog panel. When hovering above a dependency in the editor, the information about it is displayed. You can right-click on a dependency in the tree view and choose Show in project descriptor.
I n Maven projects, you also have the option of excluding a transitive dependency from the pom. This allows developers to keep track of the status of their code, while it is being built, tested and scanned as part of the CI pipeline, regardless of the CI provider used.
This information is stored in Artifactory as part of the build-info, which is published to Artifactory by the CI server. Read more about build-info in the Build Integration documentation page. The release notes are available here. This builds upon the kubectl-foo-bar-baz plugin from the scenario above. Upon not finding that plugin, kubectl then treats the last dash-separated value as an argument arg1 in this case , and attempts to find the next longest possible name, kubectl-foo-bar-baz.
Upon having found a plugin with this name, kubectl then invokes that plugin, passing all args and flags after the plugin's name as arguments to the plugin process. As you can see, your plugin was found based on the kubectl command specified by a user, and all extra arguments and flags were passed as-is to the plugin executable once it was found.
It is possible to have multiple plugins with the same filename in different locations throughout your PATH. A way to resolve this issue is to ensure that the location of the plugin that you wish to use with kubectl always comes first in your PATH. There is another kind of overshadowing that can occur with plugin filenames.
Given two plugins present in a user's PATH : kubectl-foo-bar and kubectl-foo-bar-baz , the kubectl plugin mechanism will always choose the longest possible plugin name for a given user command. Some examples below, clarify this further:. This design choice ensures that plugin sub-commands can be implemented across multiple files, if needed, and that these sub-commands can be nested under a "parent" plugin command:. You can use the aforementioned kubectl plugin list command to ensure that your plugin is visible by kubectl , and verify that there are no warnings preventing it from being called as a kubectl command.
If you're writing a plugin for kubectl and you're using Go, you can make use of the cli-runtime utility libraries. These libraries provide helpers for parsing or updating a user's kubeconfig file, for making REST-style requests to the API server, or to bind flags associated with configuration and printing. If you have developed a plugin for others to use, you should consider how you package it, distribute it and deliver updates to your users.
Krew offers a cross-platform way to package and distribute your plugins. This way, you use a single packaging format for all target platforms Linux, Windows, macOS etc and deliver updates to your users.
Krew also maintains a plugin index so that other people can discover your plugin and install it. Alternatively, you can use traditional package managers such as, apt or yum on Linux, Chocolatey on Windows, and Homebrew on macOS. Any package manager will be suitable if it can place new executables placed somewhere in the user's PATH. As a plugin author, if you pick this option then you also have the burden of updating your kubectl plugin's distribution package across multiple platforms for each release.
Placeholders Search Programmatic control Add, select, or clear items Retrieving selections Methods Events Internationalization Upgrading What's new in 4. Docs maintained by Alexander Weissman. Hosted by NextGI. Documentation license: CC BY 4. Getting Started.
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