airship/airshipctl
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A CLI for managing declarative infrastructure.
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Kostiantyn Kalynovskyi d588c73e38 [#20] Add kubectl apply wrapper package 
The wrapper is called ApplyAdapter and is a struct, that has Apply(..)
method and some setters that allow to control kubectl apply behaviour

Addapter is expected to be used through Apply(..) function, which takes
slice of document.Document interface objects, writes them out to
temporary file system, from where they are picked up by kubectl Apply
module, and delivered to kubernetes cluster. The decision to use
temporary file system is based on the fact, that in current state
kubectl project currently only works with actual files, and ignores
io.Streams object, that is part of ApplyOptions struct, so it is
currently the only way to use it.

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README.md

airshipctl

What is airshipctl

The airshipctl project is a CLI tool and go-lang library for declaratively managing infrastructure and software.

The goal for the project is to provide a seamless experience to operators wishing to leverage the best of breed opensource options such as the Cluster API, Metal3-io, Kustomize, Kubeadm, and Argo -- into a straight forward and easily approachable tool.

This project is the heart of the effort to produce Airship 2.0, which has three main evolutions from 1.0:

  • Expand our use of Entrenched Upstream Projects.
  • Embrace Kubernetes Custom Resource Definitions (CRD) – Everything becomes an Object in Kubernetes.
  • Make the Airship Control Plane Ephemeral.

To learn more about the Airship 2.0 evolution, please check out the Airship Blog Series.

Contributing

This project is under heavy active development to reach an alpha state.

New developers should read the contributing guide as well as the developer guide in order to get started.

Architecture

The airshipctl tool is designed to work against declarative infrastructure housed in source control and manage the lifecycle of a site.

architecture diagram

Example Usage

In a nutshell, users of airshipctl should be able to do the following:

  1. Create an airshipctl Airship Configuration for their site - sort of like a kubeconfig file.
  2. Create a set of declarative documents representing the infrastructure (baremetal, cloud) and software.
  3. Run airshipctl document pull to clone the document repositories in your Airship Configuration.
  4. When deploying against baremetal infrastructure, run airshipctl bootstrap isogen to generate a self-contained ISO that can be used to boot the first host in the cluster into an ephemeral Kubernetes node.
  5. When deploying against baremetal infrastructure, run airshipctl bootstrap remotedirect to remotely provision the first machine in the cluster using the generated ISO, providing an ephemeral Kubernetes instance that airshipctl can communicate with for subsequent steps. This ephemeral host provides a foothold in the target environment so we can follow the standard cluster-api bootstrap flow.
  6. Run airshipctl cluster initinfra --clustertype=ephemeral to bootstrap the new ephemeral cluster with enough of the chosen cluster-api provider components to provision the target cluster.
  7. Run airshipctl clusterctl to use the ephemeral Kubernetes host to provision at least one node of the target cluster using the cluster-api bootstrap flow.
  8. Run airshipctl cluster initinfra --clustertype=target to bootstrap the new target cluster with any remaining infrastructure necessary to begin running more complex workflows such as Argo.
  9. Run airshipctl workflow submit sitemanage to run the out of the box sitemanage workflow, which will leverage Argo to handle bootstrapping the remaining infrastructure as well as deploying and/or updating software.

As users evolve their sites declaration, whether adding additional infrastructure, or software declarations, they can re-run airshipctl workflow submit sitemanage to introduce those changes to the site.

Project Resources