GitOps topic
GitOps is an operational framework that takes DevOps best practices used for application development such as version control, collaboration, compliance, and CI/CD, and applies them to infrastructure automation. GitOps uses Git repositories as a single source of truth to deliver infrastructure as code.
GitOps delivers:
- A standard workflow for application development
- Increased security for setting application requirements upfront
- Improved reliability with visibility and version control through Git
- Consistency across any cluster, any cloud, and any on-premise environment
Key components of a GitOps workflow
There are four key components to a GitOps workflow, a Git repository, a continuous delivery (CD) pipeline, an application deployment tool, and a monitoring system.
- The Git repository is the source of truth for the application configuration and code.
- The CD pipeline is responsible for building, testing, and deploying the application.
- The deployment tool is used to manage the application resources in the target environment.
- The monitoring system tracks the application performance and provides feedback to the development team.
k8s-gitops
Flux/Gitops managed k8s cluster
infra
:rocket: Персональный кластер Kubernetes. DevOps, GitOps, IaC вот это всё
micro-apps
Microservices in Post-Kubernetes Era. A polyglot monorepo
semantic-release-backmerge
:twisted_rightwards_arrows: semantic-release plugin to back-merge a release into a develop branch
home-infra
A monorepo for managing my home infrastructure using GitOps.
home-cluster
My home Kubernetes cluster managed with flux GitOps tool.
talhelper
A tool to help creating Talos kubernetes cluster
community-ops
Example GitOps pattern for multiple Kubernetes clusters using ArgoCD, sealed-secrets, Helmfile, Kustomize, and python scripts. Implemented in my Kubernetes clusters.
sre-checklist
A checklist of anyone practicing Site Reliability Engineering
fluxctl-action
A GitHub Action to run fluxctl commands