openstack kubernetes

Download the latest version:Https://github.com/kubernetes/kubernetes/releasesDownload kubernetes.tar.gzAfter decompression to the cluster directoryExecutive get-kube-binaries.shExecute directory to control, this script will automatically download the client and server-related files, will be automatically placed in the Kubernetes directoryThe corresponding file ca

Directory Kubernetes Introduction Kubernetes Main Concepts: Kubernetes Overall structure Reference Kubernetes IntroductionKubernetes is a Google Open source container orchestration system for automating deployment, scaling, and management of containerized applications. Run Anywhere: S

First, Kubernetes common resourcesThe following is an object in Kubernetes, which can be configured as an API type in a Yaml file. Category Name Workload-based resource objects Pod replicaset replicationcontroller deployments statefulsets daemonset Job cronjob Service Discovery and load balancing Service Ingress Configuration and St

Kubernetes Storage IssuesPv: A piece of storage in a network store in a cluster, which is an entity resource that is independent of the computing resources, usually we define a networked storage, then draw a network disk from it and mount it on the virtual machine PV belongs to networked storage, Does not belong to any node, but can be accessed on each node NBSP;NBSP;NBSP;PV is not defined on the pod, but is independent of the PVC outside the pod:

I. Introduction ofKubernetesKubernetes is Google open source container cluster management system, based on Docker to build a container scheduling service, providing resource scheduling, balanced disaster recovery, service registration, dynamic expansion capacity and other functional suites, using Kubernetes can easily manage the cross-machine operation of containerized applications. and Kubernetes supports

This is a creation in Article, where the information may have evolved or changed. This period of time in the project group want to introduce Kubernetes, as a second-generation container scheduling engine, so recently in the system learning kubernetes. Organized a number of learning notes, experience, put on the blog, one to record their own learning through, and secondly see whether the need to help student

Google Kubernetes Engine upgrade: regional cluster, new control panel, and security recommendations Google has updated its Kubernetes Engine (GKE) service several times. You can now use GKE on a large scale. In addition to the kubectl command for cluster control and management, it also supports cluster management through the Cloud Console of a Web-side control panel. In addition, GKE can use Google best pra

Kubernetes-initial experience of Google distributed container Technology Kubernetes is an open-source container Cluster Management System of Google. The four features of the distributed service framework written a few days ago mentioned that a good distributed service framework needs to be implemented. Service configuration management. Including service discovery, Server Load balancer, and service dependenc

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

Introduction to OpenStack Architecture analysis written in frontLearning Goals: Understand the logical relationships of OpenStack components; Understand the communication and deployment relationships of the various components of OpenStack; Understand the work flow of OpenStack; Next I will master:

Run the MongoDB microservice on Docker and KubernetesGuideDocker is an open-source application container engine that allows developers to package their applications and dependencies to a portable container and then publish them to any popular Linux machine, you can also achieve virtualization. Containers fully use the sandbox mechanism and do not have any interfaces between them. This article describes how to use Docker and Kubernetes to build a set

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

Kubernetes Cluster Deployment DNS ServiceIn Kubernetes each service will be assigned a virtual IP, each service under normal circumstances will not change for a long time, this is relative to the pod of the indefinite IP, the use of the cluster app is relatively stable.But the service's information injected into the pod is currently using an environment variable, and relies heavily on pod (RC) and service 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

Http://page.factj.com/tor/xoxaHR0cDovL2RvY2tvbmUuaW8vYXJ0aWNsZS8yMzM0Kubernetes is the Google open-source container cluster management system, which is built on Docker technology to provide containerized applications with resource scheduling, deployment operations, service discovery, capacity expansion and other functions of the entire set, using Kubernetes can easily manage the cross-machine operation of containerized applications.Dockone Community t

image source at home, use the image source you uploaded to Ali[[emailprotected] ~]# docker login --username=du11589 registry.cn-shenzhen.aliyuncs.comPassword: Login Succeeded[[emailprotected] ~]# ./kube.sh[[emailprotected] ~]# cat kube.sh #!/bin/bashimages=(kube-proxy-amd64:v1.11.0 kube-scheduler-amd64:v1.11.0 kube-controller-manager-amd64:v1.11.0 kube-apiserver-amd64:v1.11.0 etcd-amd64:3.2.18 coredns:1.1.3 pause-amd64:3.1

Build k8s DashBoardCluster structure: type Host name IP Master K8s_master 192.168.3.216 Node K8s_client1 192.168.3.217 Node K8s_client2 192.168.3.219 The following actions are performed on K8s_master: One, Mirror download [[Emailprotected]_master ~]# Docker Pull docker.io/siriuszg/ kubernetes-dashboard-amd64:v1.5.1 Trying to pull

Environment Configuration CentOS Linux release 7.3.1611 (Core)etcd-v3.2.6 Docker-ce-17.03.2.ce kubernetes-v1.6.9192.168.108.128 Nodes 1192.168.108.129 Nodes 2192.168.108.130 Nodes 3 kubernetes Download Https://github.com/kubernetes/kubernetes/releases/download/v1.6.9/kubernetes.tar.gz Installation ConfigurationPrereq