kubernetes deployment spec

Deployment BookInfo Sample program detailed procedures and procedures (based on kubernetes cluster +istio v1.0)Deploying the BookInfo sample programThe sample application is included in the Samples directory of the downloaded Istio installation package.BookInfo ApplicationsDeploy a sample application that consists of four separate microservices to demonstrate a variety of istio features. This app mimics a c

Download deployment Files according to official documentshttps://raw.githubusercontent.com/kubernetes/dashboard/master/src/deploy/recommended/kubernetes-dashboard.yamlEdit this and replace the role name with the following command implementation: Create Kubernetes-dashboard-rbac.yamlDownload the

prepare the Kubernetes/pause imageDocker Pull Docker.io/kubernetes/pauseDocker tag f9d5de079539 gcr.io/google_containers/pause:2.0 this is equivalent to renaming the Docker.io to gcr.io,f9d5de079539 as the image ID (Docker images) that was pulled down.9) Confirm that the k8s is starting successfullyKubectl Get Nodes9 Deployment of Nginx cluster1) Create Nginx

" # Partial flannel configuration, see roles/flannel/templates/kube-flannel.yaml.j2flannel_backend= "Vxlan" # service CIDR, Deployment Road is unreachable, deployed after cluster using ip:port up to Service_cidr= "10.68.0.0/16" # POD segment (Cluster CIDR), Deployment forward unreachable, * * After Deployment * * Routing up to Cluster_cidr= "172.21.0.0/16" # Serv

Kubernetes 1.5 installation and cluster environment deploymentArticle reprinted from: http://www.cnblogs.com/tynia/p/k8s-cluster.htmlBrief introduction:Docker: An open-source application container engine that can create a lightweight, portable, self-sufficient container for your application.Kubernetes: The Docker container Cluster Management system, which is open source by Google, provides the functions of resource scheduling,

A description of the application scenarioContinuous tracking research kubernetes also for some time, kubernetes as Google open-source production-level container scheduling system from open source has received a lot of attention. A number of research and development companies have researched Kubernetes's design concepts and application scenarios and soon organized developers to combine

: 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

command to querykubectl exec -it tools-dns-5665d49688-8jrnw /bin/bash View a record (that is, address record IPv4) Nslookup-query=a _http._tcp.curl.kube-system View SRV records (a domain Name System (DNS) resource record that identifies the computer that hosts a particular service) Nslookup-query=srv _http._tcp.curl.kube-system(Description: Service = 10 (priority) 100 (specific gravity) 80 (port) curl.kube-system.svc.cluster.local (host name).)

running at Https://192.168.77.140:6443/api/v1/namespaces/kube-system/services/ Kibana-logging/proxykube-dns is running at Https://192.168.77.140:6443/api/v1/ Namespaces/kube-system/services/kube-dns:dns/proxymonitoring-grafana is running at https: //192.168.77.140:6443/api/v1/namespaces/kube-system/services/monitoring-grafana/ Proxymonitoring-influxdb is running at Https://192.168.77.140:6443/api/v1/namespaces/ Kube-system/services/monitoring-influxdb:http/proxy # cat ~/k8s_addons_access

Introduction to deploying Calico Network Calico Components: The Felix:calico agent runs on each node, setting network information for the container: IP, routing Rules, iptable rules, etc. Etcd:calico Back-End storage BIRD:BGP Client: Responsible for broadcasting Felix's routing information set on each node to the Calico network (via the BGP Protocol). BGP Route Reflector: Hierarchical routing distribution for large-scale clusters. Calico:calico command-line administratio

DescriptionWe use an example to demonstrate the basic configuration of the Kubernetes deployment application.This is a relatively simple example of a tomcat application plus a MySQL databaseRunning a simple webappp in Tomcat, this app accesses MySQL to get the data. and displayed on the page. For demonstration and simplification purposes, as long as the program is properly connected to the database, it auto

Kubernetes Dashboard deployment of Docker 1. Environment Description: 1). Structure: Note: This experiment server environment all uses CentOS 7. The service installs all adopt Yum install. 192.168.3.7 Master192.168.3.16 node 2). Software packages used: Master:docker Kubernetes-master Etcd FlannelNodes:docker Kubernete