kubernetes mariadb cluster

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Kubernetes one of the cluster deployments system environment initialization

~]# ssh-copy-id k8s-master[[ Email protected]-master ~]# ssh-copy-id k8s-node-1[[email protected]-master ~]# Ssh-copy-id k8s-node-25. Installing DockerStep one: Use a domestic docker source[Email protected] ~]# cd/etc/yum.repos.d/[[Email protected]-Master yum.repos.d]# wget> https://Mirrors.aliyun.com/docker-ce/linux/centos/docker-ce.repo--2018- to- - -: -: ---HTTPS://Mirrors.aliyun.com/docker-ce/linux/centos/docker-ce.repoResolving mirrors.aliyun.com (mirrors.aliyun.com) ...103.15.99.96,103.1

MySQL Cluster in practice: use MariaDB-Galera integrated version _ MySQL under CentOS6

MySQL Cluster: use MariaDB-Galera integrated version of MariaDBCentOSMysql cluster under CentOS6 BitsCN.com Speaking of mysql clusters, it is estimated that many people will first think of mysql's built-in replication or mysql-mmm. Mysql-mmm is actually based on the built-in replication of mysql, but the encapsulation is better, but it is still difficult to confi

Deploying MariaDB Galera Cluster architecture in CentOS 7.4

Deploying MariaDB Galera Cluster architecture in CentOS 7.4 Mariadb galera Cluster installation:Operating System: CentOS 7.4Number of clusters: 3 nodesHost information: 192.168.153.142 node1 selinux = disabled firewalld disabled192.168.153.143 node2 selinux = disabled firewalld disabled192.168.153.144 node3 selinux = d

Setup of MySQL/MariaDB Galera cluster in Linux

Setup of MySQL/MariaDB Galera cluster in Linux MariaDB Introduction MariaDB is a MySQL Branch maintained by the open-source community. It is developed by MySQL founder Michael Widenius and uses a GPL license. MariaDB is designed to be fully compatible with MySQL, including A

Kubernetes 1.5 + nginxplus Load balancer + Jenkins cluster Combat (i)

/etc/hosts172.18.1.6 k8s-node-1172.18.1.7 k8s-node-2172.18.1.8 k8s-node-3172.18.1.9 k8s-node-42. Installing the ETCD Cluster2.1 K8s-node-1 operation (individual ports can be controlled by themselves)Yum-y Install etcd# Create ETCD Data Modify configuration file,/etc/etcd/etcd.conf need to modify the following parameters: etcd_name=etcd1etcd_listen_peer_urls= "/http 172.18.1.6:2380 "etcd_listen_client_urls=" http://172.18.1.6:2379,http://127.0.0.1:2379 "Etcd_initial_advertise_ peer_urls= "http://

Kubernetes Cluster new node

Kubernetes cluster to add node, first configure SSH password-free login[Email protected]:/etc/ansible# Ssh-copy-id172.18.196.6/usr/bin/ssh-copy-id:info:source of key (s) to BES installed:"/root/.ssh/id_rsa.pub"/usr/bin/ssh-copy-id:info:attempting to loginchWith theNewKey (s), to filter outAny that is already installed/usr/bin/ssh-copy-id:info:1Key (s) remain to be installed--ifYou is prompted now it isTo in

Kubernetes Cluster deployment

also build a private warehouse, upload the pod-infrastructure:latest image to a private repository, and modify the address of this profile. Start the service:To view ports: Repeat the above operation on the NODE02 host. Check the node status on master:Five Building a private warehouse:Kubernetes Management Container If this is the first operation, there may be some waiting time, because the first download of images takes a while. If there is no Docker registry locally, make sure tha

Deploying PHP applications in the Kubernetes cluster

: ReplicationControllermetadata: name: php-server labels: name: php-serverspec: replicas: 2 selector: name: php-server template: metadata: labels: name: php-server spec: containers: - name: php-server image: registry.fjhb.cn/php:0.1 volumeMounts: - mountPath: /usr/share/nginx/html name: nginx-data ports: - containerPort: 9000 volumes: - name: nginx-data persistentVolumeClaim: claimName: nf

Deploy the Kubernetes cluster under Ubuntu

Preparatory work:Install three virtual machines (Ubuntu14.04.5), where Ubuntu01 (192.168.195.131) represents the master node, Ubuntu02 (192.168.195.132) and Ubuntu03 (192.168.195.133) represent node Nodes. Install Docker (installed by Apt-get) in three virtual machines and run the command docker-v after installation to see if the installation was Successful.Note: 1. Three virtual machines must be able to ping each other.2. Install the SECURECRT to ensure that you can ssh into the three virtual m

Kubeadm Installing the Kubernetes cluster environment

Set host name firstset-hostname k8s-1Modify the/etc/hosts filecat/etc/hosts127.0. 0.1 localhost localhost.localdomain localhost4 localhost4.localdomain4::1 localhost Localhost.localdomain localhost6 localhost6.localdomain6192.168. 0.105 k8s-1192.168. 0.106 k8s-2192.168. 0.107 k8s-3Modify the network configuration to static IP, and thenService Network restartInstalling DockerYum Install DockerVerifying Docker version[[Email protected] ~]# Service Docker startredirecting to/bin

Kubernetes Cluster Construction (7): FAQs and Handling

Especially when creating pods, you will encounter all kinds of problems, please check the error details by the following command.Kubectl describe pod xxxxxx1. Problem phenomenon: Mirroring is always not getting downWORKAROUND: Set up a mirror source for Docker--registry-mirror=http://f2d6cb40.m.daocloud.io'2. Symptom: There is a certificate error in the error message, certificate xxxx, execute on node nodesYum Install *rhsm*-y3. Problem phenomenon: When using the Docker private library, when pro

Kubernetes Cluster Error Accessing Gcr.io

Tags: des art csdn get scribe run Master pre ASTUse Kubectl Run Nginx--image=nginx After viewing: Kubectl describe pods Found in creating state, and Error: (Unable to ping registry endpoint Https://gcr.io/v0/\nv2 Ping attempt failed with Error:get https://gcr.io/v2/: ... Cause: Gcr.io by the wall, unable to ping. Workaround: On each nodes, pull the relevant image from Dockerhub and hit the new tag: (You can use ansible to resolve) Docker pull docker.io/kuber

MySQL and MariaDB traditional master-slave cluster configuration

MySQL and MariaDB traditional master-slave cluster configuration The most basic cluster mode for MySQL and MariaDB is the master-slave mode, which is also the most widely used cluster mode for many small and medium-sized enterprises. This

Kubernetes container cluster kubectl management Tools command (eight)

Create an App[[email protected] ~]# kubectl run nginx--replicas=3 --labels="app=nginx-example" --image=nginx:1.10 --port=Replicas: 3 copies, default 1 Labels: identity recognition attribute, Image: Download from hub by defaultView Apps[Email protected] ~]# KubectlGetAll NAME ' ready STATUS ' restarts age pod/nginx-f95d765f9-bxgv90/1Containercreating02m pod/nginx-f95d765f9-pdq4x0/1Containercreating02m pod/nginx-f95d765f9-znxw20/1Containercreating02m NAME TYPE

CentOS 7 mariadb-mmm High Availability cluster

] ~]# vim/etc/mysql-mmm/mmm_common.conf [[emailprotected] ~]# SCP /etc/mysql-mmm/mmm_common.conf 192.168 . 94.22 :/etc/mysql-mmm/ [[emailprotected] ~]# SCP /etc/mysql-mmm/mmm_common.conf 192.168 . 94.33 :/etc/mysql-mmm/ [[emailprotected] ~]# SCP /etc/mysql-mmm/mmm_common.conf 192.168 . 94.44 :/etc/mysql-mmm/ [[emailprotected] ~]# SCP /etc/mysql-mmm/mmm_common.conf 192.168 . 94.55 :/etc/mysql-mmm/ [[email protected] ~]# vim/etc/mysql-mmm/mmm_agent.conf # Master1 for this db1, Master1 fo

[Openstack] Openstack-mitaka High-availability Mariadb-galera cluster deployment

DirectoryOpenstack-mitaka Overview of High AvailabilityOpenstack-mitaka High-availability environment initializationOpenstack-mitaka High-availability Mariadb-galera cluster deploymentOpenstack-mitaka High Availability of memcacheOpenstack-mitaka High Availability pacemaker+corosync+pcs High availability clusterOpenstack-mitaka Highly Available certification services (Keystone)Openstack-mitaka High Availabi

Problems encountered in building Kubernetes service cluster

Kube-proxy Questions: Apr1209:42:Compute1 kube-proxy[12965]: E041209:42:49.60234212965 Reflector.go:205] Pkg/proxy/config/api.go:33: Failed to List *api. Endpoints:get http://109.105.46.94:8080/api/v1/endpoints?resourceversion=0:dial TCP 109.105.46.94:8080: getsockopt:connection refusedapr: $ compute1 kube-proxy[12965]: E0412 49.602373: 12965 reflector.go:205] Pkg/proxy/config/api.go: Failed tolist *api. Service:get http://109.105.46.94:8080/api/v1/services?resourceversion=0:dial TCP 109.

Kubernetes 1.6 Cluster deployment

Tag:hostnameroles Mirror etcdmaster ber deployment hosttab Ip Hostname Roles 172.50.0.120 Kube-harbor Harbor Mirror Warehouse 172.50.0.110 Kube-master-01 172.50.0.111 kube-master-02 172.50.0.112 kube-master-03 172.50.0.116 Kube-node01 172.50.0.117 Kube-node02 172.50.0.118 Kube-node03

Build a private Docker warehouse on the ETCD of the Kubernetes cluster

[email protected] ~]# Yum groupinstall-y "Development Tools"[Email protected] ~]# yum-y install Epel-release[Email protected] ~]# yum-y install python-dev* libevent-dev* python-pip* openssl-devel xz-devel libffi-dev*[[email protected] ~]# git clone https://github.com/docker/docker-registry.git[Email protected] ~]# CD docker-registry/[[email protected] docker-registry]# lsAdvanced.md changelog.md config contributing.md depends docker_registry faq.md manifest.in requirements Setu P.CFG TestsAUTHOR

Kubernetes cluster deployment Tomcat container/java Web application process-docker CP approach

: containers: -name:kube-tomcat image:docker.io/chenyufeng/tomcat-centos imagepullpolicy:always ports: -containerport:8080 nbSp;protocol:tcp args: # uncomment the following line to manually specify Kubernetes API server Host NBSP;NBSP;NBSP;N bsp;# If not specified, Dashboard'll attempt to auto discover the API server and con Nect # to it. Uncomment only if the default is does not work. ---apiserver-host=http://47.97.90.38:8080## Please revise for

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