4] in Kubernetes. A CRD lets you define a resource Kubernetes can manage that is not part of the core primitives that Kubernetes is used to working with. For example, Kubernetes knows how to work with directories and overlays for your environments easier. Kustomize, in particular, allows you to have a core set of manifests (called a “base” in Kustomize) and store the deltas in directories (called “overlays” │ └── overlays │ └── default ├── components │ ├── applicationsets │ └── argocdproj ├── core │ ├── gitops-controller │ └── sample-admin-workload └── apps ├── bgd-blue │ ├──

PIPELINES Near Term (3-6 months) Mid Term (6-9 months) Long Term (9+ months) ECOSYSTEM UX ` CORE UX ● Unprivileged pipelines ● Auto-pruning pipeline runs and task runs ● Pipeline admin metrics Community-contributions ● OCI artifacts for task distribution ● Additional Tekton resource types in Hub CORE ● Console pages for all Tekton resources ● Console displays additional pipeline metadata ● Console pipeline execution ● Notifications ● Git provider PR status integration ● Argo CD integrations CORE ● Expose Pipeline Admin metrics in Console ● Enhanced pipeline visualization in Console ● Console

and control loop for managing your cluster. PRINCIPLES OF GITOPS GitOps is based on several core tenets: DECLARATIVE DESCRIPTION Thanks to modern Infrastructure as Code (IaC) and configuration dive into how GitOps workflow is different from our traditional CI-CD flow. We will also review core benefits over the traditional CI/CD approach. TRADITIONAL CI/CD WORKFLOW OVERVIEW Before diving easily recorded like when you're using GitOps. GITOPS DEPLOYMENT WORKFLOW OVERVIEW The GitOps core machinery is in its CI/CD tooling, with the critical piece being continuous deployment (CD) that

on-prem. We run workloads also traditionally in many locations. We have a handful of what we call core locations, 20 to 25, then there are near edge locations and there are more than 10,000 edge locations organization is at an early stage in this journey and you’d like to test the waters first, Weave GitOps Core is the underlying open source project that any organization can get started with. It includes many they need for development and monitoring. With RBAC, SSO, and Git’s version control, you can make core DevSecOps practices the norm without any added effort. Leverage Flagger and a service mesh tool

implementing a successful GitOps strategy. In this ebook you will learn: • a refresher on the the core principles of GitOps, • how your deployment strategy affects your GitOps plan, and • why observability to see in your GitOps strategy, be sure to remember those foundational elements: stay true to the core GitOps principles, understand your deployment strategy, and be sure to empower your team with observability

Complex Ops 测试复杂 Complex Test 扩展复杂 Complex Scaling 稳定安全 Reliability, Security 只关注核心业务 核心业务逻辑 Core Business Code 数据库读写，文件存储 DB & Storage THANKS ServerlessCloudNative 用户Q群：537539545

use the same DevOps practices when creating infrastructure. Principles of GitOps There are a few core principles that apply when implementing and dealing with GitOps. Let’s take a look. Declarative system

Technology, in particular cloud native technology like Kubernetes and its ecosystem of projects, is now a core competency for organizations in all industries, from manufacturing and banking to retail and travel

to the application and deploy the change with Weave Cloud. In our product Weave Cloud, the GitOps core machinery is in its CI/CD tooling with the critical piece being continuous deployment (CD) that

⽀持⻚⾯创建 DB、Table 会话审计 命令记录 录像回放 JumpServer 设计架构及组件功能 Load Balancer Lina Luna（Web Terminal） Chen CORE MySQL / Redis 本地存储 云存储 负载 接⼊ 核⼼ 数据 存储 KoKo Lion Razor Magnus Magnus 组件⽀持数据库代理直连⽅式连接数据库 安全认证