1 line
25 KiB
JavaScript
1 line
25 KiB
JavaScript
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"),r("p",[e._v("本文将会简单介绍Kubernetes的核心概念。因为这些定义可以在Kubernetes的文档中找到，所以文章也会避免用大段的枯燥的文字介绍。相反，我们会使用一些图表（其中一些是动画）和示例来解释这些概念。我们发现一些概念（比如Service）如果没有图表的辅助就很难全面地理解。在合适的地方我们也会提供Kubernetes文档的链接以便读者深入学习。")]),e._v(" "),r("h2",{attrs:{id:"什么是kubernetes？"}},[r("a",{staticClass:"header-anchor",attrs:{href:"#什么是kubernetes？","aria-hidden":"true"}},[e._v("#")]),e._v(" 什么是Kubernetes？")]),e._v(" "),r("p",[e._v("Kubernetes（k8s）是自动化容器操作的开源平台，这些操作包括部署，调度和节点集群间扩展。如果你曾经用过Docker容器技术部署容器，那么可以将Docker看成Kubernetes内部使用的低级别组件。Kubernetes不仅仅支持Docker，还支持Rocket，这是另一种容器技术。\n使用Kubernetes可以：")]),e._v(" "),r("ul",[r("li",[e._v("自动化容器的部署和复制")]),e._v(" "),r("li",[e._v("随时扩展或收缩容器规模")]),e._v(" "),r("li",[e._v("将容器组织成组，并且提供容器间的负载均衡")]),e._v(" "),r("li",[e._v("很容易地升级应用程序容器的新版本")]),e._v(" "),r("li",[e._v("提供容器弹性，如果容器失效就替换它，等等...")])]),e._v(" "),r("h2",{attrs:{id:"集群"}},[r("a",{staticClass:"header-anchor",attrs:{href:"#集群","aria-hidden":"true"}},[e._v("#")]),e._v(" 集群")]),e._v(" "),r("p",[e._v("集群是一组节点，这些节点可以是物理服务器或者虚拟机，之上安装了Kubernetes平台。下图展示这样的集群。注意该图为了强调核心概念有所简化。这里可以看到一个典型的Kubernetes架构图。")]),e._v(" "),r("p",[r("img",{attrs:{src:t(327),alt:"1.png"}})]),e._v(" "),r("p",[e._v("上图可以看到如下组件，使用特别的图标表示Service和Label：")]),e._v(" "),r("ul",[r("li",[e._v("PodContainer（容器）")]),e._v(" "),r("li",[e._v("Label("),r("img",{attrs:{src:t(328),alt:"label"}}),e._v(")（标签）")]),e._v(" "),r("li",[e._v("Replication Controller（复制控制器）")]),e._v(" "),r("li",[e._v("Service（"),r("img",{attrs:{src:t(329),alt:"enter image description here"}}),e._v("）（服务）")]),e._v(" "),r("li",[e._v("Node（节点）")]),e._v(" "),r("li",[e._v("Kubernetes Master（Kubernetes主节点）")])]),e._v(" "),r("h2",{attrs:{id:"pod"}},[r("a",{staticClass:"header-anchor",attrs:{href:"#pod","aria-hidden":"true"}},[e._v("#")]),e._v(" Pod")]),e._v(" "),r("p",[r("a",{attrs:{href:"https://kubernetes.io/docs/concepts/workloads/pods/pod-overview/",target:"_blank",rel:"noopener noreferrer"}},[e._v("Pod"),r("OutboundLink")],1),e._v("（上图绿色方框）安排在节点上，包含一组容器和卷。同一个Pod里的容器共享同一个网络命名空间，可以使用localhost互相通信。Pod是短暂的，不是持续性实体。你可能会有这些问题：")]),e._v(" "),r("ul",[r("li",[e._v("如果Pod是短暂的，那么我怎么才能持久化容器数据使其能够跨重启而存在呢？ 是的，Kubernetes支持 "),r("em",[r("strong",[e._v("卷")])]),e._v(" 的概念，因此可以使用持久化的卷类型。")]),e._v(" "),r("li",[e._v("是否手动创建Pod，如果想要创建同一个容器的多份拷贝，需要一个个分别创建出来么？可以手动创建单个Pod，但是也可以使用Replication Controller使用Pod模板创建出多份拷贝，下文会详细介绍。")]),e._v(" "),r("li",[e._v("如果Pod是短暂的，那么重启时IP地址可能会改变，那么怎么才能从前端容器正确可靠地指向后台容器呢？这时可以使用Service，下文会详细介绍。")])]),e._v(" "),r("h2",{attrs:{id:"label"}},[r("a",{staticClass:"header-anchor",attrs:{href:"#label","aria-hidden":"true"}},[e._v("#")]),e._v(" Label")]),e._v(" "),r("p",[e._v("正如图所示，一些Pod有Label（"),r("img",{attrs:{src:t(330),alt:"enter image description here"}}),e._v('）。一个Label是attach到Pod的一对键/值对，用来传递用户定义的属性。比如，你可能创建了一个"tier"和“app”标签，通过Label（'),r("strong",[e._v("tier=frontend, app=myapp")]),e._v("）来标记前端Pod容器，使用Label（"),r("strong",[e._v("tier=backend, app=myapp")]),e._v("）标记后台Pod。然后可以使用 "),r("a",{attrs:{href:"https://kubernetes.io/docs/concepts/overview/working-with-objects/labels/",target:"_blank",rel:"noopener noreferrer"}},[e._v("Selectors"),r("OutboundLink")],1),e._v(" 选择带有特定Label的Pod，并且将Service或者Replication Controller应用到上面。")]),e._v(" "),r("h2",{attrs:{id:"replication-controller"}},[r("a",{staticClass:"header-anchor",attrs:{href:"#replication-controller","aria-hidden":"true"}},[e._v("#")]),e._v(" Replication Controller")]),e._v(" "),r("p",[r("em",[e._v("是否手动创建Pod，如果想要创建同一个容器的多份拷贝，需要一个个分别创建出来么，能否将Pods划到逻辑组里？")])]),e._v(" "),r("p",[e._v("Replication Controller确保任意时间都有指定数量的Pod“副本”在运行。如果为某个Pod创建了Replication Controller并且指定3个副本，它会创建3个Pod，并且持续监控它们。如果某个Pod不响应，那么Replication Controller会替换它，保持总数为3.如下面的动画所示：")]),e._v(" "),r("p",[r("img",{attrs:{src:t(331),alt:"2.gif"}})]),e._v(" "),r("p",[e._v("如果之前不响应的Pod恢复了，现在就有4个Pod了，那么Replication Controller会将其中一个终止保持总数为3。如果在运行中将副本总数改为5，Replication Controller会立刻启动2个新Pod，保证总数为5。还可以按照这样的方式缩小Pod，这个特性在执行滚动 "),r("a",{attrs:{href:"https://kubernetes.io/docs/concepts/workloads/controllers/replicationcontroller/#rolling_updates",target:"_blank",rel:"noopener noreferrer"}},[e._v("升级"),r("OutboundLink")],1),e._v(" 时很有用。")]),e._v(" "),r("p",[e._v("当创建Replication Controller时，需要指定两个东西：")]),e._v(" "),r("ol",[r("li",[e._v("Pod模板：用来创建Pod副本的模板")]),e._v(" "),r("li",[e._v("Label：Replication Controller需要监控的Pod的标签。现在已经创建了Pod的一些副本，那么在这些副本上如何均衡负载呢？我们需要的是Service。")])]),e._v(" "),r("div",{staticClass:"tip custom-block"},[r("p",[e._v("最新 Kubernetes 版本里，推荐使用 Deployment")])]),e._v(" "),r("h2",{attrs:{id:"service"}},[r("a",{staticClass:"header-anchor",attrs:{href:"#service","aria-hidden":"true"}},[e._v("#")]),e._v(" Service")]),e._v(" "),r("p",[r("em",[e._v("如果Pods是短暂的，那么重启时IP地址可能会改变，怎么才能从前端容器正确可靠地指向后台容器呢？")]),e._v(" "),r("a",{attrs:{href:"https://kubernetes.io/docs/concepts/services-networking/service/",target:"_blank",rel:"noopener noreferrer"}},[e._v("Service"),r("OutboundLink")],1),e._v(" "),r("strong",[e._v("抽象")]),e._v("\n现在，假定有2个后台Pod，并且定义后台Service的名称为‘backend-service’，lable选择器为（）。 的Service会完成如下两件重要的事情：")]),e._v(" "),r("ul",[r("li",[e._v("会为Service创建一个本地集群的DNS入口，因此前端Pod只需要DNS查找主机名为 ‘backend-service’，就能够解析出前端应用程序可用的IP地址。")]),e._v(" "),r("li",[e._v("现在前端已经得到了后台服务的IP地址，但是它应该访问2个后台Pod的哪一个呢？Service在这2个后台Pod之间提供透明的负载均衡，会将请求分发给其中的任意一个（如下面的动画所示）。通过每个Node上运行的代理（kube-proxy）完成。")])]),e._v(" "),r("p",[e._v("下述动画展示了Service的功能。注意该图作了很多简化。如果不进入网络配置，那么达到透明的负载均衡目标所涉及的底层网络和路由相对先进。如果有兴趣，有更深入的介绍。")]),e._v(" "),r("p",[r("img",{attrs:{src:t(332),alt:"3.gif"}})]),e._v(" "),r("p",[e._v("每个节点都运行如下Kubernetes关键组件：")]),e._v(" "),r("ul",[r("li",[e._v("Kubelet：是主节点代理。")]),e._v(" "),r("li",[e._v("Kube-proxy：Service使用其将链接路由到Pod，如上文所述。")]),e._v(" "),r("li",[e._v("Docker或Rocket：Kubernetes使用的容器技术来创建容器。")])]),e._v(" "),r("h3",{attrs:{id:"kubernetes-master"}},[r("a",{staticClass:"header-anchor",attrs:{href:"#kubernetes-master","aria-hidden":"true"}},[e._v("#")]),e._v(" Kubernetes Master")]),e._v(" "),r("p",[e._v("集群拥有一个Kubernetes Master（紫色方框）。Kubernetes Master提供集群的独特视角，并且拥有一系列组件，比如Kubernetes API Server。API Server提供可以用来和集群交互的REST端点。master节点包括用来创建和复制Pod的Replication Controller。")])])},[],!1,null,null,null);A.default=l.exports}}]); |