Komodor's Crossplane Tool is a project to experiment with visualizing Crossplane resources. The goal is to help Crossplane users to understand the structure of their control plane resources and speed up troubleshooting.

Installation

The primary way of installing komoplane is by installing the corresponding Helm chart:

helm repo add komodorio https://helm-charts.komodor.io \
  && helm repo update komodorio \
  && helm upgrade --install komoplane komodorio/komoplane

After installing, publish port 8090 from komoplane pod and open it in your web browser.

By default, komoplane works on port 8090, you can change that via extraArgs Helm value.

Running Without Installing

It is possible to run komoplane locally as a binary process. To do so, download standalone binary from Releases. Use KUBECONTEXT env variable to point to different context of your kubeconfig.

Support & Community

We have two main channels for supporting the komoplane users: Slack community for general conversations (#komoplane channel) and GitHub issues for real bugs.

If you want to contribute some code to the project, consider looking at roadmap document with some of the ideas for improvements. Also, you may search for TODO and FIXME marks in the source code for smaller technical issues to solve. The GitHub issues list might also have some items for potential contribution.

Contributing doc contains instructions on how to setup dev environment.

More Kubernetes Tooling

The komoplane is an Open Source project founded by Komodor. There are some more k8s-related tools by Komodor for you:

• Helm Dashboard - a GUI-based operations with Helm charts
• validkube - a service to validate Kubernetes manifests for security and best practices
• Kubernetes Operations Platform - freemium all-in-one platform to operate k8s clusters with builtin monitoring & costs analysis