how to install kubernetes

1. Compiling environment Operating system: Ubuntu 16.04 LTS AMD64 git:2.7.4 docker:1.12.6 2. Compile Steps 2.1 Clone Source Code # git clone https://github.com/kubernetes/kubernetes.git # git checkout release-1.7 2.2 To modify the source code is to solve the Gcr.io domestic problems, has been tested, even if ready to gcr.io related mirrors, such as not modify the source code will still be due to network problems caused the compilation failed edit

Kubernetes introduced Kubeadm from 1.3 to try to simplify its complex installation. But Kubeadm is still not stable, and I personally think Kubeadm instead of trouble, rather than directly with the script or other automated tools to install the neat. There are also alternatives to HA for KUBEADM configuration master, such as using highly available cluster software such as keepalived or Corosync. So in this

As we all know, Amazon has EC2 container service, which is the solution that Amazon uses to run Docker containers. But I don't think EC2 container service is very good, so now I'm going to test rancher and Kubernetes on AWS.Kubernetes is an open-source system for automating deployment, scaling, and managing containerized applications. Rancher is a complete container management and runtime platform that can be used within the enterprise, providing ente

Kubernetes v1.10----Deployment Kubernetes-dashboard v1.831. Download Kubernetes-dashboard yaml file#因为文件中的image指定的是谷歌, so you cannot deploy directly using applywget Https://raw.githubusercontent.com/kubernetes/dashboard/master/src/deploy/recommended/kubernetes-dashboard.yaml

-kubeconfig=true --pod-manifest-path=/etc/kubernetes/manifests --allow-privileged=true -- └─13705 journalctl -k -f.... ... With the status output, we see about the Kubelet service having two SYSTEMD service profiles associated with their startup: - /lib/systemd/system/kubelet.serviceDrop-In: /etc/systemd/system/kubelet.service.d └─10-kubeadm.conf /lib/systemd/system/kubelet.service is relatively simple: [Unit]Description=kubelet: T

Kubernetesmaster:192.168.1.50node:192.168.1.117Master:1. Install kubernetes Etcd flannel on MasterYum Install kubernetes etcd flannel-y2. Modify the configuration file/etc/kubernetes/controller-manager#指定key文件, key files can be generated by command: OpenSSL genrsa-out/etc/

allow mirroring to be pulled from the registry.[[email protected] ~]# vim/etc/sysconfig/docker#/etc/sysconfig/docker# Modify These options if you want to change the WA Y the Docker daemon runsoptions= '--selinux-enabled--log-driver=journald--signature-verification=false ' If [-Z ' ${ Docker_cert_path} "]; Then docker_cert_path=/etc/dockerfioptions= '--insecure-registry registry:5000 'Set up boot and turn on services[[email protected] ~]# chkconfig Docker on[[email protected] ~]# service Dock

First, the Environment preparation1. Installing the configuration Docker The v1.11.0 version is recommended for use with Docker v17.03,v1.11,v1.12,v1.13, which may not work properly with the later version of Docker. #移除以前安装的docker，并安装指定的版本[[emailprotected] ~]# yum remove -y docker-ce docker-ce-selinux container-selinux[[emailprotected] ~]# rm -rf /var/lib/docker[[emailprotected] ~]# yum install -y --setopt=obsoletes=0 docker-ce-17.03.1.c

This is a creation in Article, where the information may have evolved or changed. "Editor's word" Jenkins, as the most popular continuous integration tool, in combination with the use of container technology, kubernetes cluster based on how to play a new capacity, in the application of micro-service based on the provision of better CI way, it is worth each of our developers to continue to explore. This share mainly introduces how we use Jenkins Pipeli

-namespacesNAMESPACE NAME cluster-ip external-ip PORT (S) AgeDefault Kubernetes 10.254.0.1 Kube-system kubernetes-dashboard 10.254.141.158 [[Email Protected]_master ~]# kubectl get pod-o wide--all-namespacesNAMESPACE NAME Ready STATUS restarts IP NODEKube-system kubernetes-dashboard-1270457039-t1z15 1/1 Running 0 2m 10.8.43.2 192.168.3.2194, interface view, brows

, kubernetes each component function introductionRole Component FeaturesMaster Apiserver provides pestful interfaceMaster Scheduler is responsible for scheduling, assigning pods to slave nodesMaster Controller-manager is responsible for other functions of masterMaster ETCD Storage configuration information, node information, pod information, etc.Slave Kubelet manages pod, container, and container mirroringSlave Proxy forwards the request for access to

Because scenarios where private clouds are deployed in the enterprise are more prevalent, it is necessary to build a network environment that meets kubernetes requirements before running kubernetes + Docker clusters in a private cloud. In today's open source world, there are many open source components that can help us get through the network between Docker containers and containers, and achieve the

backend pods.Third, package installationCENTOS7 system can be installed by Yum mode. The latest version of the current kubernetes is 1.9, it is not recommended to use the 1.9 version in the production environment, the official website recommended the use of KUBEADM deployment, in order to more simple and more systematic learning kubernetes cluster components, this series of articles using the RPM method of

ObjectiveThis article is a reading note, specific reference to Mr. Nu Bongfei's original "Kubernetes Guide", thank the original author, salute!I. Introduction of BorgBorg is a large-scale cluster management system within Google, which is responsible for the scheduling and management of many core services within Google.The goal of Borg is to enable users to focus on their core business without having to worry about resource management, and to maximize

I. Background INTRODUCTION As we all know, due to the domestic network reasons, in the construction of kubernetes environment, often encountered the need for the mirror can not find the situation. After all, it is not a good idea to pick up rubbish in Dockerhub, this article teaches everyone to build their own mirror warehouse in Dockerhub. Request: Have GitHub account number, have dockerhub account number, do not register. Second, the basic steps 2.1

Here the ETCD cluster is multiplexed with the 3 nodes that we tested, 3 node to install and start, note to modify the configuration file1, TLS certification file distribution: ETCD cluster authentication, in addition to the native, distributed to other node nodesSCP ca.pem KUBERNETES-KEY.PEM Kubernetes.pem [email protected]10.10. 90.106:/etc/kubernetes/SSLSCP ca.

is no difference as to which part of the entire ecosystem you want to install or which git repository you will get the code from. The most important component here is idempotent. The only thing you should specify is the variable that controls the installation process.Here are some of the most effective algorithms I have to solve this problem:Collect images from all dockerfiles (for example, like this)Use the meta-project to deliver these images to