kubernetes service

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 category in the online bookstore, displaying i

78480241First, Background introduction 众所周知，由于国内网络原因，在搭建 Kubernetes 环境时，经常遇到必须的镜像找不到的情况。 到 DockerHub 捡垃圾毕竟不是个好办法，本文就教大家在 DockerHub 搭建自己的镜像仓库。 要求：有 GitHub 账号，有 DockerHub 账号，没有请注册。Ii. Basic Steps2.1 登陆 GitHub，创建代码仓库，比如：googlecontainer2.2 克隆代码（地址换成你的）#git Clone Https://github.com/SataQiu/googlecontainer.git2.3 Writing Dockerfile (take dashboard as an example)[Plain] View plain copy#cd Googlecontainer#mkdir Dashboard#cd Dashboard#vi

The content of this section: Traefik Introduction Two services deployed for testing Role Based Access Control configuration (Kubernetes 1.6+ only) Deploying Traefik Deploying Ingress Deploying the Traefik UI Access test Health Check I. Introduction of TraefikTraefik is a front-end load balancer with good support for orchestration tools such as MicroServices architecture, especially

are many components involved: Mesos (c + +), Marathon (Scala), Mesos-dns (Golang), and so on. It's not easy to find developers who are familiar with so many languages. All schedulers do not have a good abstraction for microservices, just like the abstraction of Pod,service,namespace. These are easy to implement, but not yet implemented. Kubernetes Advantages Design a fairly sophisticated

Kubernetes is Google's Open source container cluster management system. It is built on Docker technology and provides a whole set of functions, such as resource scheduling, deployment operation, service discovery, expansion and contraction capacity, for containerized applications, which can be regarded as Mini-paas platform based on container technology. The purpose of this article is to comb the architectu

": [ { "C": "CN", "ST": "Beijing", "L": "Beijing", " O ":" K8s ", " OU ":" System " } ]}eofTips:　　CNThat is, Common name,kube-apiserver extracts the field from the certificate as the requested user name;　　OThat is, Organization,kube-apiserver extracts the field from the certificate as the group to which the requesting user belongs;Generate the CA certificate with CFSSL and issue the certificate:Cfssl GENCERT-INITCA Ca-csr.json | Cfssljson-bare CA2.2 Creating a Api

-grained management of spark applications, improves resiliency, and integrates seamlessly with logging and monitoring solutions. The community is also exploring advanced use cases, such as managing streaming workloads and leveraging service grids such as Istio.To try it on your kubernetes cluster, simply download the official Apache Spark 2.3 release binaries. For example, here we describe a simple spark ap

offers two types of probes, readiness probes and liveness probes.The readiness probe is used to confirm whether the container is acceptable for flow.The liveness probe is used to confirm that the container is healthy, or that it needs to be restarted.These configurations can be easily appended to the deployment yaml, and can be customized with time-outs, retry attempts, delay times, and so on. To learn more about how to use them, please read this article [2].8. Label all ThingsLabeling is one o

The content of this section: Service Discovery and load balancing Ingress Combat First, service discovery and load balancingIn the previous installation deployment Kubernetes cluster, it was simple to demonstrate that pod and Service,kubernetes implemented

first, the core concept 1, Node node as a working node in a cluster, running a real application, the smallest unit of Kubernetes managed on node is pod. Node runs kubernetes kubelet, Kube-proxy service processes that are responsible for pod creation, start-up, monitoring, restart, destruction, and load balancing of software patterns. Node contains information:

Kubernetes has developed a Elasticsearch add-on to enable log management of the cluster. This is a combination of Elasticsearch, FLUENTD and Kibana. Elasticsearch is a search engine that is responsible for storing logs and providing query interfaces; Fluentd is responsible for collecting logs from Kubernetes and sending Elasticsearch;kibana a Web GUI that users can browse and search for stored in Logs in th

-manager.confConfigure default contextKubectl config use-context system:[email protected]--kubeconfig=controller-manager.confAfter the controller-manager.conf file is generated, the file is distributed to the/etc/kubernetes directory of each Master node.Controller-manager.conf k8s-master03:/etc/kubernetes/Create the Kube-controller-manager systemd service startup

:// 10.0.1.4:2379systemctl enable etcdsystemctl start Etcd4 Configuring KubernetesIn the/etc/kubernetes directory, there are 4 configuration files:Apiserver and config two configuration files need to be configured. Controller-manager and Scheduler do not need to be configured.To configure the apiserver, you need to specify the ETCD address, the port of the Api-server, the address that provides the service,

CIDR block on 167 is 172.17.4.13/24.168 is 172.17.14.0/24, and the IP addresses of the docker containers created later are in the two network segments respectively.Then execute Flanneld>/usr/local/kubernete_test/logs/flanneld. log 2> 1 Run the following command on each machine: Mk-docker-opts.sh-ISource/run/flannel/subnet. envRm/var/run/docker. pidIfconfig docker0 $ {FLANNEL_SUBNET}Restart docker Service docker restartIn this way, the network of con

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