kubernetes contributors

This is a creation in Article, where the information may have evolved or changed. When the code is compiled k8s , k8s a folder is generated in the root directory _output , and folders are also included under this folder local : ~/kubernetes/_output/local$ lsbin go goThe folder is a standard Go language workspace : :~/kubernetes/_output/local/go$ ls -alttotal 20drwxrwxr-x 4 nan nan 4096 Dec 9 22:09 ..drwxr

In the first two parts of this series we describe the overall process of API server and how the API objects are stored in ETCD. In this article we will explore how to extend the API resources.In the beginning, the only way to extend the API resources is to extend the relevant API source code and integrate it into the resources you need. Or, push a whole new type into the community code for the new core object API. However, this can lead to a constant increase in the core API resource types until

The component versions are as follows:1.kubernetes-1.02.docker-1.8.03.flannel-0.5.34.etcd-2.1.1Kubernetes Environment Deployment:1.master:172.16.198.1292.slave:172.16.198.128Two virtual machines ready to work:1. Disable FIREWALLD for each machine:Systemctl Stop FirewalldSystemctl Disable FIREWALLD2. Disable SELinux:Vi/etc/selinux/config#SELINUX =enforcingSelinux=disabled#也可用命令Sed-i '/selinux/s/enforcing/disabled/'/etc/selinux/configMaster machine Inst

In the previous blog post, we completed the Sonarqube deployment through Kubernetes's devlopment and service. Seems to be available, but there is still a big problem. We know that databases like MySQL need to keep data and not lose data. And the container is exactly the moment you exit, all data is lost. Once our Mysql-sonar container is restarted, any subsequent settings we make to Sonarqube will be lost. So we have to find a way to keep the MySQL data in the Mysql-sonar container.

What is PodPods are the smallest deployable units that can be used to create and manage kubernetes calculations. A pod represents a process that runs in a cluster.Pods are like pea pods, which consist of one or more containers (such as Docker containers) that share container storage, network, and container run configuration items. The containers in the pod are always dispatched at the same time and have a common operating environment. You can think of

ReviewSimply put: Each component version that Kubernetes relies on can be found in the corresponding ChanglogFor example, version 1.10 depends on the following conditions:Https://github.com/kubernetes/kubernetes/blob/master/CHANGELOG-1.10.md#external-dependenciesThe following simple example summarizes:k8s v1.10 dependent version Select 1.10.0 Dependent package:Ht

Simple IntroductionUse docker+kubernetes today to build a simple Hello World node. js Application.Actual operation1. Follow the tutorial to install docker+kubernetes for MACAbout ToolAbout states2. Verify SuccessDockerKubernetes versionThis docker+kubernetes installation is successful.2. Writing the node. JS ApplicationSave this code in a folder named Hellonode w

CentOS7 Build Kubernetes DashboardAn environmental statementCentos7 Three, master node one, node nodes twoDashboard requires a mirror and requires a command download:Docker Pull mritd/kubernetes-dashboard-amd64:v1.5.1PS: There are many other mirrors can also build dashboard, but this version is the Chinese version ofNote: All two node nodes need to download this image, the master node does not, because the

Environment:Kubernetes 1.5.2Kubernetes-dashboard 1.5.1Pull Mirror to local first:Docker Pull docker.io/ist0ne/kubernetes-dashboard-amd64:v1.5.1VI Kubernetes-dashboard.yaml' Kind:deploymentApiversion:extensions/v1beta1MetadataLabelsApp:kubernetes-dashboardName:kubernetes-dashboardNamespace:kube-systemSpecReplicas:1SelectorMatchlabels:App:kubernetes-dashboardTemplateMetadataLabelsApp:kubernetes-dashboardComme

GitHub Address: Https://github.com/kubernetes/client-goThere are several ways to access the Kubernetes cluster: Way features supporters Kubernetes Dashboard operate directly from the Web UI, simple and straightforward, with a low level of customization Official support Kubectl command-

Learning notes TF064: TensorFlow Kubernetes, tf064tensorflow AlphaGo: each experiment has 1000 nodes and each node has 4 GPUs and 4000 GPUs. Siri: 2 nodes and 8 GPUs for each experiment. AI research relies on massive data computing, instead of performance computing resources. The larger cluster running model shortens the weekly training time to the day-level hour level. Kubernetes, the most widely used cont

The bottom of the Kubernetes node is supported by a software called a "container runtime," which is responsible for things like starting and stopping containers. The most well-known container runtime is Docker, but it is not unique. In fact, this field has developed rapidly in the container runtime. To make the expansion of kubernetes easier, we have been polishing the k8s plug-in API that supports containe

After the initial completion of the Kubernetes cluster architecture, by building some monitoring components, we have been able to achieve Graphical monitoring of status information and resource conditions for each node,pod Scaling and scaling of replicateset through scale View the run log for each pod by kubectl logs or dashboard However, the scale of the nodes in the distributed architecture is often very large, a typical produc

Service account for Kubernetes Service Account RoleThe service account is designed to facilitate the process within the pod to invoke the Kubernetes API or other external services. Service Account Usage ScenariosProcesses running in the pod need to invoke the Kubernetes API and other services of the non-Kubernetes