.......................................................................... 7 1.4 Kubernetes Components ............................................................................................. 7 built from multiple components or layers, and sometimes these components must be tightly coupled to each other. Logically, it makes sense to co-locate tightly coupled components as close to enable easier data is critical to understanding what is happening with a given cluster. Internal Kubernetes components use log library to log data; kubectl (the command line interface) can be used to fetch log data

Contents 1 Introduction Cloud-Native Contrail Networking Overview | 2 Terminology | 4 CN2 Components | 6 Deployment Models | 11 Single Cluster Deployment | 11 Multi-Cluster Deployment | in Release 23.2 | 34 3 Monitor Overview | 36 iii Install Contrail Analytics and the CN2 Web UI | 36 Kubectl Contrailstatus | 39 4 Manage Manage Single Cluster CN2 | 45 Overview | 45 CHAPTER Introduction Cloud-Native Contrail Networking Overview | 2 Terminology | 4 CN2 Components | 6 Deployment Models | 11 System Requirements | 15 Cloud-Native Contrail Networking

Feature SUSE Rancher OpenShift Tanzu Anthos Install and Operations 4 3 3 2 Intuitive UI 4 3 3 3 Hosted & Managed Services 3 3 1 2 Multi-Cluster Management 4 3 2 2 Edge Support the connectivity service that provides communication among on- premises and cloud. 3.1.2 Intuitive UI • SUSE Rancher: 4 • OpenShift: 3 • Tanzu: 3 • Anthos: 3 3.1.2.1 SUSE Rancher SUSE Anthos: 2 3.1.4.1 SUSE Rancher SUSE Rancher makes Kubernetes functionality available via its new UI and API. This, in turn, makes it possible for users to interact with Kubernetes without knowing where

factor of success in the PowerFlex offering. PowerFlex software components provide software-defined storage services. The software components help to simplify the infrastructure management and orchestration enables the customers to simplify deployments and accelerate time to value. PowerFlex software components PowerFlex consumption options SUSE Rancher for Kubernetes 9 SUSE Rancher and RKE 0 cluster. For SUSE Rancher to work, the minimum hardware requirement to run Kubernetes node components is one CPU and 1 GB of memory. Considering the CPU and memory, it is recommended to host the different

integration of SonarQube for static code analysis supported and analysis results available on the UI Manual configurations required to set up SonarQube for static code analysis Manual configurations available with no manual configurations required Manually configure the Jaeger UI Manually configure the Jaeger UI Multicloud and Edge Multicloud Support Deep integration with major cloud clusters Management of Kubernetes-native and Kubernetes-based container management platform via UI and API; Security policy configurations across multiple clusters Edge computing Deep integration

Kubernetes’ backing store for all cluster data. ● Worker: Runs workloads and all of the supporting components. API / CLI Setting up Kubernetes is hard 10 You don’t compile Linux from scratch, you use a Encrypt / Decrypt Format-preserving encryption Sign / Verify HMAC Masking Key Management via KMIP WEB UI CLI Under what conditions? Which secrets can I get? Combining Vault and Rancher 25 Vault & Rancher

....................... 22 6.2. 应用搜索查询 ............................................. 22 6.3. UI 查看应用配置 .......................................... 24 6.4. 应用配置更新 .............................. https://k8sadmin.sxc.sh/ Rancher UI Page 5 2. 系统登陆 2.1. 概述 通过 Rancher Server URL 登陆到 Rancher UI 管理平台。 2.2. 操作说明 具体操作说明如下： 2.2.1. 访问 Rancher UI 浏览器输入 Rancher Server URL，选择 Log 点击“Log in with SAIC”登陆按钮后会跳转到三方的 SSO 验证系统，填写登陆信息。 Page 6 2.2.3. 登录跳转 成功登陆后将自动跳转回 Rancher UI 页面。 3. 镜像库凭证配置 3.1. 概述 如果是内网环境或者使用私有仓库的镜像，需要为 Rancher 配置镜像仓库凭证，在创建应 用时用于拉取镜像时认证。 3.2. 操作说明

access to the local cluster from the Rancher UI is convenient for troubleshooting and debugging; however, if the local cluster is enabled in the Rancher UI, a user has access to all elements of the system local cluster is a defense in depth measure and removes the possible attack vector from the Rancher UI and API. Rancher_Hardening_Guide.md 11/30/2018 17 / 24 Audit Verify the Rancher deployment has option set. kubectl get deployment rancher -n cattle-system -o yaml |grep 'add- local' In the Rancher UI go to Clusters in the Global view and verify that no local cluster is present. On a fresh install

l u gi n w i l l p r e v e n t t h e ‘ Lau n c h k u b e c t l ’ f u n c t i on al i t y i n t h e UI f r om w or k i n g. R at i on al e T o p as s t h e f ol l ow i n g c on t r ol s f or t h e k u e R an c h e r UI i s c on v e n i e n t f or t r ou - b l e s h oot i n g an d d e b u ggi n g; h ow e v e r , i f t h e l oc al c l u s t e r i s e n ab l e d i n t h e R an c h e r UI , a u s e r h as m e as u r e an d r e m ov e s t h e p os s i b l e at t ac k v e c t or f r om t h e R an c h e r UI an d AP I . A u d i t • Ve r i f y t h e R an c h e r d e p l oy m e n t h as t h e --add-local=false

jnlp-slave gradle sonar-cli 试点项目实践-内建质量 单元测试 接口测试 系统测试 构建 集成 SIT UAT 单元测试 代码扫描 API自动化测试 UI自动化测试 安全测试 性能测试 关键检查点 定义指标 自动化检查 ⚫ 自动化测试成功率 ⚫ 高危问题数量 ⚫ 自动化测试成功率 ⚫ 接口响应时间 ⚫ 单测覆盖率 ⚫ 漏洞数量 ⚫ BUG数量