1. How to Deploy Jenkins To make the tests below easier, let me first introduce two ways to deploy Jenkins. Here I use the shaowenchen/jenkins:2.277.4 image. In a production environment, you should replace it with the official jenkins/jenkins image or your own custom image. 1.1 Running with docker-compose The docker-compose.yaml file

A Docker mirror can only accelerate images from docker.io, not images from private registries. 1. Why You Need a Private Registry Mirror Rate limiting on the public network Docker Hub pull rate limits Reduce image pull time 2. Create a Registry Image Acceleration Service Generate a configuration file version: 0.

1. What This Article Mainly Discusses Never build a high tower on shifting sand. Business growth and the evolution of business forms both need solid, powerful IT systems to support them. Business content is transparent to the market, but IT systems cannot be built to perfection overnight. In the future, competition between companies will mainly come from competition between their IT systems, and the ability to respond quickly to business requirements will be the key to winning.

In principle, Jenkins can use Podman to build images in any Kubernetes cluster; this article uses Containerd as the example. 1. Dropping Docker Brings New Challenges to CICD In CICD scenarios, we often need to build and push images within a pipeline. In an earlier document, Creating Jenkins Slaves Dynamically on Kubernetes, I described how mounting the /var/run/docker.

This document is mainly meant to demonstrate the dangers of Docker privileged mode, so please proceed with caution. Users without CLI access can copy the example YAML and directly create cluster workloads such as Pod, Job, and DaemonSet to carry out the operations. 1. Directly Deleting All Resources If you can log in to the machine, pack your things, and run the command: