kubernetes tiller

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

Kubernetes node nodes contain the following components: Kublete Kube-proxy Docker-ce Flanneld Installation configuration Docker-ceuninstall old versionsyum remove docker docker-common docker-selinux docker-engine -yansible k8s-node -a 'yum remove docker docker-common docker-selinux docker-engine -y'Install Docker CE# install required packagesyum install -y yum-utils device-mapper-persistent-data lvm2ansible k8s-node -a 'y

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

This is a creation in Article, where the information may have evolved or changed. "Editor's words" This share is mainly zookeeper, Redis, Kafka, MongoDB and other applications containerized in the Kubernetes platform above practice. The problems of application in integration are analyzed from the aspects of computing, network and storage, and the application of some traditional applications in the process of container design is two times. This paper i

Welcome to an in-depth study of the Kubernetes API Server series, in this series of articles we will delve into the implementation of Kubernetes API server. This series of articles can help you if you are interested in Kubernetes's internal implementation mechanisms or are working on the development of kubernetes projects. Learning to learn the go language will h

Recently, Bocloud Boyun novel formally received the CNCF and Linux Fund certified Kubernetes Service Provider qualification (KCSP), which proves Bocloud Boyun novel activities in the Kubernetes community (including active contribution code), business model supporting enterprise end users , as well as the presence of engineers on the site of the three sides have the corresponding technical strength.The KCSP

This article introduces the use of Docker and kubernetes to build a set of MONGODB services with redundant backup sets, from the container to the CI and CD-initiated changes, discussed the container technology to MONGODB challenges and opportunities, and then how to deploy a stable set of MONGODB services , very dry.IntroducedWant to try to run MongoDB on your laptop? Want to execute a simple command and then have a lightweight, self-organizing sandbo

This is a creation in Article, where the information may have evolved or changed. What is the difference between Apache's Mesos and Google's kubernetes? This article comes from a question on the StackOverflow, mainly discusses the difference between Mesos and kubernetes, I believe many of us also have the question of agreeing. Kubernetes's developer Craig answered the question, while Masi also made an overv

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 document, I will still use the traditional wa

First, kubernetes architectureKubernetes is the Google Open Source container cluster Management system, which provides application deployment, maintenance, extension mechanisms and other functions, using kubernetes can easily manage the cross-machine operation of containerized applications, the main functions are as follows:1) Use Docker for application wrapping (package), instantiation (instantiate), and r

This article describes how to quickly deploy a set of kubernetes clusters, so let's get started quickly! Preparatory work//关闭防火墙systemctl stop firewalld.servicesystemctl disable firewalld.service//关闭selinux,修改/etc/selinux/configSELINUX=disabledMachine Deployment Planning Host IP Deploying Components Master Master Node 192.168.199.206 ETCD, Kube-apiserver, Kube-controller-manager, Kube-sch

Kubernetes components and role distribution component functions: -Etcd a highly available k/v key value to the storage and service discovery system-Flannel The communication of the container network of the boast host-Kube-apiserver provides API calls to Kubernetes clusters-Kube-controller-manager ensure Cluster service-Kube-scheduler dispatch container, assign to Node-Kubelet boot container on node

Configure the dashboard service for a Kubernetes Cluster This article describes how to create and use kube-ui (also called dashboard) based on the previous article. This is essentially an api interface for connecting webui to the master. It obtains information about the k8s cluster through the api and then displays it on the web, which is more friendly to users, it is not very useful. 1. Download image files and integrate them into the local warehouse

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.pem KUB