【51CTO-27936】[2023]kubernetes k8s+DevOps云原生全栈技术基于世界1000强实战课程
- file:课程资料.7z
- file:35-9重新编译带有pinpoint agent的源代码.mp4
- file:35-2为什么要进行全链路监控?.mp4
- file:35-4全链路监控工具:zipkin详细介绍.mp4
- file:35-3全链路监控能解决哪些问题?.mp4
- file:35-8安装配置pinpoint服务.mp4
- file:27-7资源引用方式.mp4
- file:27-10对sa进行rbac授权.mp4
- file:27-2RBAC授权概述.mp4
- file:27-5ClusterRole授权说明.mp4
- file:27-1k8s认证流程.mp4
- file:27-6rolebinding&&clusterrolebi.mp4
- file:27-9常见的授权主体用户.mp4
- file:27-13限制不同的用户操作k8s集群.mp4
- file:25-6Configmap资源清单编写技巧.mp4
- file:25-3指定参数创建configmap.mp4
- file:25-8通过环境变量envFrom把configmap引入P.mp4
- file:2-6配置镜像加速器.mp4
- file:2-3docker优缺点.mp4
- file:2-5修改内核参数.mp4
- file:15-5k8s标签labels.mp4
- file:15-4namespace资源限额.mp4
- file:15-2namespace应用场景-4d69915c15b6.mp4
- file:15-1namespsce概述-684be4055667.mp4
- file:15-3namespace使用案例分享-7f3418d34915.mp4
- file:9-1安装和配置harbor2+新版本镜像仓库.mp4
- file:9-6课程小节.mp4
- file:9-4从harbor下载镜像-da065aefa8f4.mp4
- file:9-5harbor高可用和镜像复制.mp4
- file:9-3上传镜像到harbor仓库-ae4823df37db.mp4
- file:9-2docker login登录harbor-9ee37d518f83.mp4
- file:30-9安装jenkins.mp4
- file:30-8Jenkins+k8s等技术助力企业DevOps落地.mp4
- file:30-7k8s在DevOps中的作用.mp4
- file:30-6为什么企业都在用DevOps?.mp4
- file:30-15构建流水线任务.mp4
- file:30-4持续交付-f6c459c1fcb7.mp4
- file:30-13配置k8s创建jenkins slave pod的模.mp4
- file:30-20jenkins pipeline 基本语法.mp4
- file:30-21pipeline声明式语法-environment.mp4
- file:30-11安装blueocean和kubernetes插件.mp4
- file:30-3持续集成.mp4
- file:30-17测试jenkins按照指定版本回滚业务.mp4
- file:30-14配置dockerhub凭据.mp4
- file:10-11课程学习计划.mp4
- file:10-3为什么大公司都在用k8s?-efa7d9ee6606.mp4
- file:10-1k8s学习路线图-b0bb648b0ef5.mp4
- file:10-7kubernetes架构.mp4
- file:10-8k8s控制节点组件介绍.mp4
- file:10-9k8s工作节点组件介绍-f21319909af5.mp4
- file:10-5k8s相关的岗位和行业-7bb3f48be424.mp4
- file:10-2为什么学习kubernetes-1ff1e720a783.mp4
- file:10-4k8s应用领域-3c947bb71dae.mp4
- file:10-6k8s相关认证-cca3c76f1bba.mp4
- file:10-10k8s核心资源概述-613146e37611.mp4
- file:32-4服务度量~1.mp4
- file:32-20通过istio+k8s部署在线书店~1.mp4
- file:32-13Istio组件-Envoy~1.mp4
- file:32-19安装和配置新版本Istio~1.mp4
- file:32-21配置Ingressgateway网关~1.mp4
- file:32-17Sidecar自动注入~1.mp4
- file:32-18istio其他组件~1-81d2422b403b.mp4
- file:32-25DestinationRule规则~1.mp4
- file:32-24VirtualServer虚拟服务~1.mp4
- file:32-23Gateway资源清单详细解读~1.mp4
- file:33-7配置ceph的repo源.mp4
- file:33-14基于storageclass动态生成pv.mp4
- file:33-3ceph文件系统存储-cephfs.mp4
- file:33-12测试k8s挂载Ceph rbd块设备.mp4
- file:33-11创建Ceph文件系统.mp4
- file:41-3Ingress-controller基于请求头和地域~1.mp4
- file:41-2部署新老版本Nginx服务~1-dbf06edf33e7.mp4
- file:41-1Ingress按照权重-cookie-请求头灰度介绍~1-061d5b5bab41.mp4
- file:8-1docker容器互联-d4d9acbd2a08.mp4
- file:8-5docker bridge网络模式-4d295be2c229.mp4
- file:8-4docker container网络模式.mp4
- file:39-2开启特性支持临时容器~1.mp4
- file:39-4kubectl --raw创建临时容器~1.mp4
- file:39-1临时容器ephemeralContainers介绍~1.mp4
- file:13-19修改schedule绑定的端口.mp4
- file:13-3初始化安装k8s的实验环境.mp4
- file:13-16通过dashboard创建pod.mp4
- file:13-15通过kubeconfig登录dashboard.mp4
- file:13-12测试coredns是否正常.mp4
- file:13-1实验环境准备.mp4
- file:13-11测试k8s部署tomcat服务.mp4
- file:13-8扩容k8s集群-添加第二个工作节点.mp4
- file:13-17安装metrics-server服务.mp4
- file:13-2kubeadm和二进制安装k8sd对比分析.mp4
- file:13-9安装网络插件calico.mp4
- file:13-5安装初始化k8s需要的命令行工具.mp4
- file:13-4安装和配置docker.mp4
- file:13-18kubectl top命令.mp4
- file:14-2Pod工作方式-自主式Pod-4d664cf4d504.mp4
- file:14-5Pod资源清单编写技巧-ca8e24a049f5.mp4
- file:14-4Pod创建流程.mp4
- file:14-3pod工作方式-控制器管理Pod.mp4
- file:14-6kubectl run运行Pod-064b256b60bd.mp4
- file:14-1Pod是什么?-f95fa4462f0b.mp4
- file:11-9扩容k8s集群-添加master节点-3638c704d366.mp4
- file:11-1实验环境规划-227c7e89b080.mp4
- file:11-3机器初始化-配置防火墙和yum源-45f35357be97.mp4
- file:11-6安装初始化k8s需要的软件包-6cf24c04da98.mp4
- file:11-4机器初始化-配置ipvs-a1b328637077.mp4
- file:11-7配置keepalived和nginx-实现k8s高可.mp4
- file:11-2机器初始化-配置ip和主机名.mp4
- file:11-8kubeadm初始化k8s集群-111c73ba1b73.mp4
- file:11-5安装和配置docker-71aec5ccdcf7.mp4
- file:11-11安装calico网络插件-3c12de98b853.mp4
- file:11-12测试k8s集群网络是否正常-a00c6dc793a3.mp4
- file:11-14测试coredns是否可以做域名解析-5992b39992a0.mp4
- file:11-13测试k8s集群部署Pod-623c3117d527.mp4
- file:11-10扩容k8s集群-添加node节点-cafa1c36dd1c.mp4
- file:5-2dockerfile构建tomcat镜像.mp4
- file:5-3dockerfile构建企业级JAVA项目-4ec85c50a6c0.mp4
- file:5-1dockerfile构建企业级Nginx镜像-a8eed73a3eff.mp4
- file:18-2startupProbe介绍-15568a00d34d.mp4
- file:18-3startupProbe使用案例分享.mp4
- file:18-4k8s探针探测顺序.mp4
- file:18-1k8s三种探针概述-e3bb9c7302c4.mp4
- file:12-2安装etcd高可用集群.mp4
- file:12-4测试k8s网络和coredns组件是否正常-0d20332a6cea.mp4
- file:12-5keepalive和nginx实现apiserver-151b4394659b.mp4
- file:12-3安装k8s控制节点和工作节点组件-6694b0f80a4a.mp4
- file:12-1对安装k8s集群的实验环境进行初始化-a4bab97eab0d.mp4
- file:17-3livenessProbe和readinessPro.mp4
- file:17-7就绪性探测-httpGet探测.mp4
- file:17-8存活性探测和就绪性探测混合使用.mp4
- file:17-2优雅删除k8s资源.mp4
- file:17-1postStart和preStop.mp4
- file:16-3node节点选择器.mp4
- file:16-8Taint和Tolerations.mp4
- file:16-1Pod资源清单详细解读.mp4
- file:16-7位置拓朴键topologykey.mp4
- file:16-13主容器和初始化容器的关系.mp4
- file:16-14创建Pod需要经过哪些阶段.mp4
- file:16-12定义Initcontainer.mp4
- file:1-2课程大纲内容介绍.mp4
- file:3-1创建交互式docker容器-357c1cbe4bb2.mp4
- file:3-2创建守护进程容器.mp4
- file:3-3容器相关命令汇总-f702f42d81cc.mp4
- file:3-4docker部署web网站-c361138cb69a.mp4
- file:24-2Daemonset应用场景.mp4
- file:28-30Alertmanager发送报名到钉钉群.mp4
- file:28-29Prometheus监控kube-proxy组件.mp4
- file:28-5Prometheus工作流程.mp4
- file:28-12node-exporter采集物理节点监控数据..mp4
- file:28-15基于k8s服务发现-采集容器监控数据.mp4
- file:28-22Grafana可视化展示docker容器监控数据.mp4
- file:28-14relabel_configs重写标签.mp4
- file:28-20安装Grafana组件.mp4
- file:28-26Prometheus静态配置-监控etcd和k8s组.mp4
- file:20-3Deployment资源清单yaml编写技巧.mp4
- file:20-12Deployment实现Pod滚动升级.mp4
- file:20-15自定义deployment更新策略.mp4
- file:20-6Pod中dns配置-dnsConfig和dnsPol.mp4
- file:20-5hostAliases-pod中添加域名解析.mp4
- file:20-11Deployment滚动升级-88ae76fcdbc2.mp4
- file:31-5通过rancher管理已经存在的k8s集群.mp4
- file:31-7通过Rncher仪表盘管理k8s集群:部署tomca.mp4
- file:31-1rancher简介.mp4
- file:7-2cpu-share和cpuset控制docker c.mp4
- file:36-4kubectl常用命令介绍-7ebd906f7942.mp4
- file:36-3kubectl输出选项-563115400677.mp4
- file:36-2kubectl相关命令演示-f8b7e1c1d050.mp4
- file:36-1kubectl简介和语法-a2fa316fd1c4.mp4
- file:34-30SpringCloud组件户端负载均衡组件Ribb.mp4
- file:34-24常见的微服务框架对比分析.mp4
- file:34-21什么样的项目适合使用微服务?.mp4
- file:34-16harbor可视化图形界面使用说明.mp4
- file:34-17从harbor仓库上传和下载镜像.mp4
- file:34-33Springcloud原生的网关组件Gateway.mp4
- file:34-11测试Ingress HTTPS代理k8s的tomca.mp4
- file:34-40对MySQL数据库授权.mp4
- file:34-14安装harbor:签发证书.mp4
- file:34-27为何要将SpringCloud项目部署到k8s平台?.mp4
- file:34-1安装k8s高可用集群:初始化实验环境.mp4
- file:34-13安装harbor:初始化机器和安装docker.mp4
- file:34-34配置中心SpringCloud Config.mp4
- file:34-22使用微服务需要考虑的问题.mp4
- file:34-8安装Ingress Controller.mp4
- file:37-11HPA基于内存实现Pod自动扩缩容.mp4
- file:37-1k8s自动扩缩容背景分析.mp4
- file:37-5HPA工作原理和扩缩容流程.mp4
- file:37-8Deployment部署apache服务.mp4
- file:6-2docker容器共享数据卷-bd5d4df0ff35.mp4
- file:26-3Secret做成volume挂载给Pod~1.mp4
- file:26-1Secret概述和应用场景介绍~1.mp4
- file:26-2通过环境变量把secret注入到Pod~1.mp4
- file:19-2replicaset资源清单YAML文件编写技巧.mp4
- file:19-4replicaset实现Pod扩缩容.mp4
- file:4-7VOLUME指令-7bccf95a9d60.mp4
- file:4-1了解dockerfile构建流程-63b6be15be63.mp4
- file:4-4ENTRYPOINT指令.mp4
- file:4-3dockerfile-CMD指令-eebb5358a78e.mp4
- file:4-10LABEL和HEALTHCHECK指令.mp4
- file:4-8ENV和WORKDIR指令.mp4
- file:4-2dockerfile-EXPOSE和RUN指令.mp4
- file:4-9ONBUILD和USER指令-3bdf994ec2f8.mp4
- file:4-6dockerfile指令-ADD-3c6502bd5c77.mp4
- file:38-8自定义Chart图表.mp4
- file:38-18helm常用命令介绍.mp4
- file:38-7release相关操作-f6def5fb0d4b.mp4
- file:38-17操作release相关的命令.mp4
- file:38-6helm install运行Chart.mp4
- file:38-9Chart.yaml文件编写技巧.mp4
- file:38-2Helm v3版本相对v2的变化-d71c244e7804.mp4
- file:38-14helm upgrade-d92a9eefb375.mp4
- file:38-12运行自定义的release.mp4
- file:38-3Helm v3安装-e68b2f37d449.mp4
- file:38-10go模板文件渲染.mp4
- file:23-8测试Headless service的dns解析-92b0c959a111.mp4
- file:23-7测试Pod的dns解析-93511ed22fb9.mp4
- file:23-9Statefulset资源清单详细解读-451224a8eec7.mp4
- file:23-6定义Headless Service.mp4
- file:23-5Statefulset部署Web站点.mp4
- file:23-3VolumeClaimTemplate-9bc085c3b01e.mp4
- file:23-2headless Service-173639570d0d.mp4
- file:23-11Statefulset实现Pod更新策略-14051219bb1d.mp4
- file:23-1Statefulsett概述-cb83685cc3e6.mp4
- file:21-10Port和targetPort~1.mp4
- file:21-12创建NodePort类型的Service~1.mp4
- file:21-7Service ClusterIp类型~1.mp4
- file:21-16kube-proxy三种工作模式~1.mp4
- file:21-18kube-proxy生成iptables规则具体调用~1.mp4
- file:21-17通过iptables规则分析Service转发流程~1.mp4
- file:21-14自定义Endpoint资源~1.mp4
- file:21-1k8s为什么要用Service四层代理?~1.mp4
- file:21-4k8s中的三类IP~1.mp4
- file:21-19Coredns工作原理-域名解析流程分析~1.mp4
- folder:【51CTO-27936】[2023]kubernetes k8s+DevOps云原生全栈技术基于世界1000强实战课程 - 带源码课件
- folder:第35章 实战-Pinpoint对k8s关键业务模块进行全链路监控
- folder:第27章 k8s安全篇:安全机制之RBAC授权
- folder:第25章 K8s应用篇-配置管理中心Configmap
- folder:第02章 K8s必备知识-Docker容器基础入门
- folder:第15章 namespace和Resourcequota
- folder:第09章 docker实战篇-harbor私有仓库
- folder:第30章 基于Jenkins+k8s+Git等技术构建DevOps平台
- folder:第10章 k8s入门篇:架构-组件-核心资源
- folder:第32章 实战-Istio微服务入门到进阶
- folder:第33章 实战-k8s对接Ceph实现持久化存储
- folder:第41章 Ingress通过Header实现流量切分-灰度发布
- folder:第08章 docker容器网络实战
- folder:第39章 扩展篇:临时容器ephemeral
- folder:第13章 kubeadm搭建单master多node的k8s集群
- folder:第14章 K8s基础篇-Pod入门知识讲解
- folder:第11章 kubeadm安装高可用的k8s集群-适合生产环境
- folder:第05章 dockerfile实战篇-构建企业镜像
- folder:第18章 Pod扩展篇:startupProbe启动探测
- folder:第17章 Pod进阶篇-Pod生命周期和健康探测
- folder:第16章 Pod进阶篇:污点-容忍度-亲和性-Affinity-调度
- folder:第24章 K8s控制器-Daemonset
- folder:第28章 实战-Prometheus+Grafana构建企业级监控系统
- folder:第31章 实战-Rancher管理k8s集群
- folder:第36章 kubectl命令行管理工具
- folder:第34章 实战-在k8s集群中部署SpringCloud在线购物平台
- folder:第37章 扩展篇:HPA-KPA-VPA-CA实现k8s自动扩缩容
- folder:第01章 课程简介&&自我介绍
- folder:第38章 扩展篇:k8s包管理工具Helm v3
- folder:第21章 K8s应用篇-Service代理和kube-proxy转发
- folder:第40章 Ingress-Controller高可用方案及多租户场景
- folder:第29章 实战-EFK+logstash构建日志收集平台
- folder:第22章 K8s应用篇-持久化存储和StorageClass详细介绍
分享时间 | 2024-11-06 |
---|---|
入库时间 | 2024-11-06 |
状态检测 | 有效 |
资源类型 | QUARK |
分享用户 | 热情*溢的兔子 |
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