DevOps&SRE Library
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Библиотека статей по теме DevOps и SRE.

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helm-docs

The helm-docs tool generates automatic documentation from helm charts into a markdown file. The resulting file contains metadata about the chart and a table with all of your charts' values, their defaults, and an optional description parsed from comments.

https://github.com/norwoodj/helm-docs
Installing Kubernetes Metrics Server securely

https://www.brightbox.com/blog/2020/09/15/secure-kubernetes-metrics
k8s-diagrams

A collection of diagrams explaining kubernetes

https://github.com/cloudogu/k8s-diagrams
How we moved to Github-based Kubernetes config management

https://segment.com/blog/kubernetes-configuration
kubefs

Mount kubernetes's metadata object store as a file system

https://github.com/configurator/kubefs
What we learned after a year of GitLab.com on Kubernetes

For about a year now, the infrastructure department has been working on migrating all services that run on GitLab.com to Kubernetes. The effort has not been without challenges, not only with moving services to Kubernetes but also managing a hybrid deployment during the transition. We have learned a number of lessons along the way that we will explore in this post.

https://about.gitlab.com/blog/2020/09/16/year-of-kubernetes
Rebuilding Linkerd's continuous integration (CI) with Kubernetes in Docker (kind) and GitHub Actions

In mid-2019, the Linkerd project’s continuous integration (CI) took 45 minutes, all tests were serialized on a single Kubernetes cluster, and multi-hour backups were common. A migration onto one-off Kubernetes in Docker (kind) clusters and GitHub Actions got CI below 10 minutes, and made it parallelizable.

This post will detail Linkerd’s CI journey from a single, persistent Kubernetes cluster to theoretically unlimited one-off kind clusters. This journey includes a few detours on what patterns and tools worked well (and not so well) for Linkerd’s use case.

https://buoyant.io/2020/09/16/linkerds-ci-kubernetes-in-docker-github-actions
Authelia

Authelia is an open-source authentication and authorization server providing 2-factor authentication and single sign-on (SSO) for your applications via a web portal. It acts as a companion of reverse proxies like nginx, Traefik or HAProxy to let them know whether queries should pass through. Unauthenticated user are redirected to Authelia Sign-in portal instead.

https://github.com/authelia/authelia
Cruster

Easily Create and Manage Kubernetes Clusters on Raspberry Pis

https://cruster.io
Arktos

Arktos is an open source project designed for large scale cloud compute infrastructure. It is evolved from the open source project Kubernetes codebase with core design changes.

https://github.com/centaurus-cloud/arktos
Performing a Live CNI Migration

As part of Jetstack’s Subscription offering, the assigned CRE (Customer Reliability Engineer) will carry out Proof of Concepts for validating and developing projects that your team can implement against your Kubernetes Cluster. One of our Subscription customers, Sky Betting and Gaming, tasked us with investigating whether it was possible to migrate the CNI solution for a Kubernetes cluster from Canal to Cilium, live.

In this post we’ll discuss why one might want to change CNIs, what I have learnt developing a solution for live migration, and how it all works.

https://blog.jetstack.io/blog/cni-migration
Kotary

It is an operator that brings a layer of verification and policy to the native ResourceQuotas mechanism.

https://github.com/ca-gip/kotary
Easier Troubleshooting of cert-manager Certificates

This post will explore the newest addition to the kubectl plugin of cert-manager, kubectl cert-manager status certificate, a command designed to make the troubleshooting experience of cert-manager problems easier.

https://blog.jetstack.io/blog/cert-manager-status-cert
kip

Kip is a Virtual Kubelet provider that allows a Kubernetes cluster to transparently launch pods onto their own cloud instances. The kip pod is run on a cluster and will create a virtual Kubernetes node in the cluster. When a pod is scheduled onto the Virtual Kubelet, Kip starts a right-sized cloud instance for the pod’s workload and dispatches the pod onto the instance. When the pod is finished running, the cloud instance is terminated. We call these cloud instances “cells”.

https://github.com/elotl/kip
kVDI

A Kubernetes-native Virtual Desktop Infrastructure

https://github.com/tinyzimmer/kvdi
cml

What is CML? Continuous Machine Learning (CML) is an open-source library for implementing continuous integration & delivery (CI/CD) in machine learning projects. Use it to automate parts of your development workflow, including model training and evaluation, comparing ML experiments across your project history, and monitoring changing datasets.

https://github.com/iterative/cml