kubernetes autoscaling

Reference article:1. Kubernetes Learning Resources1, "Kubernetes and cloud-native application" series of kubernetes system architecture and design concept2, [Docker Professional introduction website Dockerinfo] (Dockerinfo-docker container Technology tutorial, docker information dissemination and service platform)3, [Docker Professional introduction website Docko

Summary Project Background (XX Bank customer): The private cloud on the k8s to run like MySQL in the state of the database services, performance and latency are relatively sensitive, not like the web bias application of stateless delay performance almost acceptable. But the network performance and delay is poor based on overlay mode, and the network architecture is more complex. And banks need to be simple and controllable for IP network management. Sr-iov is based on hardware implementation of

0. Preface Overall architecture directory: ASP. NET core distributed project-Directory k8s Schema Catalog: Kubernetes (K8S) cluster deployment (K8S Enterprise Docker container cluster Management) series catalog 1. Deploy Master Components The components of the master server are: Kube-apiserver, Kube-controller-manager, Kube-scheduler So you need to download k8s master,:github.com/kubernetes/

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

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 architecture, concepts, and basic workflows of

Resources:k8s-Network Isolation Reference Opencontrail is a open source network virtualization platform for the cloud. –kube-o-contrail–get your hands dirty with Kubernetes and Opencontrail Opencontrail is a open source network virtualization platform for the cloud. Opencontrail Architecture Document-flying Eagle's diary-NetEase Blog Opencontrail Study (i)-wanjia19870902 's Colu

OverviewCoredns is so notorious because it was introduced from kubernetes1.9 as the default DNS for Kubernetes internal service discovery. There is no doubt that Kubernetes is one of Coredns's backend, so we speak Coredns, starting with Kubernetes as the back end.Many of Coredns's features are mentioned on the web and are not covered here. A simple comparison of

Kubernetes Dashboard1.8.3 Deployment DescriptionPlease click images to download and use the image below. Installing Dashboard#下载yamlwget https://raw.githubusercontent.com/kubernetes/dashboard/master/src/deploy/recommended/kubernetes-dashboard.yaml#查看yaml中imageimage: k8s.gcr.io/kubernetes-dashboard-amd64:v1.8.3

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

Come on , the first question:Rancher can quickly deploy kubernetes, but its use of the Gcr.io on the mirror cannot download what to do? With rancher you can quickly deploy kubernetes, but what images do we need to download? Rancher Support Private Image warehouse, how to set it? Problem Solving Ideas:Although the domestic network does not have direct access to the Gcr.io server, it has access to the hub.doc

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

ETCD-V3.1.8-LINUX-AMD64CP Etcd Etcdctl/usr/bin4 Installing flannel 1) Download flannel Compression Packwget https://github.com/coreos/flannel/releases/download/v0.7.1/flannel-v0.7.1-linux-amd64.tar.gz 2) Unzip the flannel compression packTar-xzf flannel-v0.7.1-linux-amd64.tar.gz3) Copy Flannel executable programCD FLANNEL-V0.7.1-LINUX-AMD64CP Flannelid Mk-docker-opts.sh/usr/bin5 Installing k8s 1) Get k8s Master version (1.7.0-alpha)git clone https://github.com/

Controller manager, as the Management control center within the cluster, is responsible for the resource management in the cluster, including node, Pod, namespace, and rated resources. For example, when an unexpected node outage occurs, Controller Manager will promptly discover and perform an automated fix.First, deploy k8s Controller ManagerMake sure Controller-manager-key.pem and Controller-manager.pem exist, and I've created the relevant private key here in the previous article. Perform the f

2, set kubeconfig2.1 settings Kubectl kubeconfig (admin.conf)# set cluster parameters kubectl config set-cluster kubernetes--certificate-authority=/etc/kubernetes/pki/ca.pem--embed-certs=true --server=https://master_vip:6443--kubeconfig=admin.conf# Setting Client authentication Parameters kubectl Config set-credentials kubernetes-admin- -client-certificate=/etc/

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 architecture, concepts, and basic workflows of

kubernetes cluster Installation DeploymentKubernetes Cluster Components:-master node-Etcd a highly available k/v key value to the storage and service discovery system-Kube-apiserver provides API calls to Kubernetes clusters-Kube-controller-manager ensure Cluster service-Kube-scheduler dispatch container, assign to Node-minion node-Flannel The communication of the container network of the boast host-Kubelet