This is where platform team “models” the fleet. This repository is supposed to be human oriented, easy to understand, update, and review. It has branches that represent environment stages.

This repository operates with the abstractions like Cluster Type, Reconciler, Template, Config, Workload, Workload Registration, Deployment Target and Scheduling Policy.

Refer to the full list of abstractions in the Kalypso Scheduler repository.

The Control Plane repository contains two types of data:

• The data that is about to be promoted across environments. It lives in main branch and consists of:
  • Onboarded Workload Registrations
  • Templates
• Environment specific configurations. This data is not promoted as it is specific for each environment. It lives in the corresponding environment branches (e.g. dev, qa, prod) and consists of:
  • Cluster Types included in the environment
  • Configs
  • Scheduling Policies

This branching structure is the only requirement for this repo. The folder structure within the branches is totally open. You can group abstractions and organize them in the folder hierarchies on your own preference.

Kalypso Control Plane repository implements the promotional flow with a chain of GitHub Actions Workflows:

The CI workflow is triggered on a commit to the main branch. It contains a placeholder to perform some quality and security checks and invokes the CD workflow to promote the change to the first environment in the chain (e.g. Dev).

The workflow updates the Git commit status with the result of the CI process.

The CD workflow promotes the change to the environment by saving the main branch commit id to base-repo.yaml file in the environment branch. This event starts the scheduling and transformation flow that ends up with a PR to the GitOps repository.

The workflow updates the Git commit status specifying that the change has been promoted to the environment.

Merging of the PR to the GitOps repository starts the Check Promote workflow in the control plane repository. This workflow polls Azure Resource Graph, waiting until all registered GitOps configurations in the subscription are in compliance with the last PR to the GitOps repository.

If one of the clusters reports failure, the workflow fails. It reports the failure Git commit status and the whole promotion flow stops.

Once all configurations are compliant, the workflow runs a placeholder for the post-deployment activities, such as automated testing and reports to the Git commit status the fact of the successful deployment to the environment.

At the end, the workflow invokes the CD workflow to promote the change in the main branch to the next environment (e.g. Stage). The whole process stops when there is no next environment in the chain.

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