kubernetes deploy docker image

Docker source Analysis (i): Docker architecture, 2014.12.02, http://www.sel.zju.edu.cn/?p=112Docker source Analysis (ii): Docker client creation and command execution, 2014.12.02, http://www.sel.zju.edu.cn/?p=147Docker Source Analysis (iii): Docker daemon boot, 2014.12.02, http://www.sel.zju.edu.cn/?p=158Docker source

78480241First, Background introduction 众所周知，由于国内网络原因，在搭建 Kubernetes 环境时，经常遇到必须的镜像找不到的情况。 到 DockerHub 捡垃圾毕竟不是个好办法，本文就教大家在 DockerHub 搭建自己的镜像仓库。 要求：有 GitHub 账号，有 DockerHub 账号，没有请注册。Ii. Basic Steps2.1 登陆 GitHub，创建代码仓库，比如：googlecontainer2.2 克隆代码（地址换成你的）#git Clone Https://github.com/SataQiu/googlecontainer.git2.3 Writing Dockerfile (take dashboard as an example)[Plain] View plain copy#cd Googlecontainer#mkdir Dashboard#cd Dashboard#vi

time, it will be more mature. Features are simple and limited. KubernetesKubernetes is a Google-led production-Ready, enterprise-class, mature orchestration platform. Its pros and cons are:Advantages: Production-Ready, enterprise-class. It is used by many companies for scale production environments. It is more mature than Docker Swarm. It can be used in many cloud environments such as public cloud, private cloud, hybrid clou

0. Preface Overall architecture directory: ASP. NET core distributed project-Directory k8s Schema Catalog: Kubernetes (K8S) cluster deployment (K8S Enterprise Docker container cluster Management) series catalog 1. Deploy Master Components The components of the master server are: Kube-apiserver, Kube-controller-manager, Kube-scheduler So you need to download k8s

0. PrefaceOverall architecture directory: ASP. NET core distributed project-Directoryk8s Schema Catalog: Kubernetes (K8S) cluster deployment (K8S Enterprise Docker container cluster Management) series catalog1. Deploy Master ComponentsThe components of the master server are: Kube-apiserver, Kube-controller-manager, Kube-schedulerSo you need to download k8s master

previous Chapters Kubernetes All operations we are using command line tools kubectl completed. To provide a richer user experience, Kubernetes also developed a WEB-based Dashboard that enables users to deploy containerized applications with Kubernetes Dashboard, monitor the status of applications, perform troubleshooti

Previous Chapters Kubernetes All operations we are using command line tools kubectl completed. To provide a richer user experience, Kubernetes also developed a WEB-based Dashboard that enables users to deploy containerized applications with Kubernetes Dashboard, monitor the status of applications, perform troubleshooti

Participants : System engineers, software architects, software engineers, operations engineers, and it elites interested in cloud computingCourse Catalogue:First lesson Why you need to learn Dockerlesson two the container Base command series for Docker combatlesson Three the custom container image for Docker combatFourth lesson of the container interconnection of

/repo:tagdeploy:replicas: 5restart_policy:condition: on-failureresources:limits:cpus: "0.1"memory: 50Mports: - "3000:3000"networks: - webnet ?Note that the image inside is best used to publish to the official website tag name, for example: John/get-started:part2, if directly with the host machine image name, virtual machine may not access. Run PowerShell as an administrator, and s

Development Course Edgeservice3-14 ApigatewayzuulChapter 4th Prelude to service arrangementTo prepare for the service orchestration, first we docker all microservices and then use the native Docker-compose to run them in the container and ensure that they can communicate with each other in the container as well. Finally we set up a private warehouse to store our mirrors, using the industry's mainstream-har

--ca-file=ca.pem--cert-file=server.pem--key-file=server-key.pem--endpoints= "https:/ /192.168.161.151:2379,https://192.168.161.152:2379,https://192.168.161.153:2379 "Cluster-healthThe discovery all started successfully. If an error occurs, please check the ETCD log yourself. If you start ETCD when the command has been stuck over there, do not worry, ETCD has been started, directly press CTRL + C. Check the status of Etcd: Ps-ef |grep ETCD12. The TLS certificate and ETCD have been successfully de

Wrote an article about Jenkins integrated Docker very early, using the cloudbees Docker Build and Publish plugin plugin. This article is done directly with the shell script, mainly this time there is a need to detect whether the harbor warehouse is already existing to build the image, if it exists to abandon the build, if not exist then build the

0. Preface Overall architecture directory: ASP. NET core distributed project-Directory k8s Schema Catalog: Kubernetes (K8S) cluster deployment (K8S Enterprise Docker container cluster Management) series catalog 1. Deploy Master Components The components of the master server are: Kube-apiserver, Kube-controller-manager, Kube-scheduler So you need to download k8s

1. Select the base imageDocker Pull Tomcat:7.0-jre82. Generate an HTTPS certificateKeytool-genkey-alias Tomcat-keyalg Rsa-keystore Tomcat.keystore[Email protected]:~/ssl# lsTomcat.keystore3. Launch the Tomcat container and import the certificate[Email protected]:/usr/local/tomcat# ls/tmp/Tomcat.keystore[Email protected]:/usr/local/tomcat# mkdir Keys[Email protected]:/usr/local/tomcat# cp/tmp/tomcat.keystore keys/[Email protected]:/usr/local/tomcat# ls keys/Tomcat.keystore4. CommitDo not exit con

-test Through port 3000 of your boot2docker Virtual Machine (my port is http: // 192.168.59.103: 3000), you can observe your Rails application. (If you do not know your boot2docker virtual address, enter the $ boot2docker ip command .)Use shell scripts for automated deployment The previous article (articles 1 and 2) tells you how to push a newly created image to a private registry and deploy it on the serve

The current program is Gitlab + Jenkins + Docker + Kubernetes.The workflow for the scenario is as follows: First, the developer submits the code code, and then the GITLAB automatically triggers the Jenkins job,jenkins job to build the corresponding image, placed in a kubernetes pod; The Kubernetes pod will include othe

Deploy a spark cluster with a Docker installation to train CNN (with Python instances) This blog is only for the author to record the use of notes, there are many details of the wrong place. Also hope that you crossing can forgive, welcome criticism correct. Blog Although the water, but also Bo master elbow grease also. If you want to reprint, please attach this article link , not very

-dockerIs the image we built, the next step is to run the imagedocker run -p 8080:8080 -t springboot/spring-boot-dockerAfter the boot is complete we use docker ps to view the running image:docker psCONTAINER ID IMAGE COMMAND CREATED STATUS PORTS NAMES049570da86a9