Overview

Cluster configuration management supports using Git repositories as the storage location for configuration resources. All resource creation, modification, and deletion actions performed in the repository will be synchronized with the resources in the target cluster, enabling centralized management of resource configuration.

GitOps and ArgoCD Introduction

GitOps is a software development and operations methodology that achieves automation and version control by storing application configuration and deployment descriptions in Git. ArgoCD is a popular GitOps tool used for managing and deploying applications.

In GitOps, development teams store the configuration files and deployment descriptions of their applications in a Git repository. ArgoCD automatically synchronizes the state of the applications by monitoring changes in the Git repository, and deploys and updates configurations based on the changes in the repository. ArgoCD simplifies the deployment process and provides traceability and auditability of application states.

By combining GitOps and ArgoCD, teams can achieve infrastructure as code, pipeline, and automated deployment. GitOps provides the methodology and processes, while the ArgoCD tool is used to automate and manage GitOps. This combination can improve team collaboration efficiency, enable rapid application deployment, and accelerate application delivery.

Usage scenarios

The platform uses ArgoCD as the underlying tool to build cluster configuration management functionality, which can easily and quickly synchronize resources to multiple clusters. Some use cases are as follows:

• Multi-environment management: You can easily manage multiple Kubernetes environments, such as development, testing, and production environments. You can create different application configurations for each environment and use cluster configuration management to synchronize the state of applications across environments.

• Configuration Update: The platform can help you manage the configuration of your applications. You can store the relevant configuration of your applications in a Git repository and use the cluster configuration management feature to push changes to different clusters. This allows for real-time updates to the application’s configuration without the need to redeploy the entire application.

• Rollback and version control: Using a Git repository allows you to track the modification history of each application and easily rollback to previous versions. You can use the platform to view the deployment status of each application, modify Git configuration files, and synchronize resources to the cluster. When necessary, you can leverage the version control feature of the Git repository to rollback configuration files.

Function Advantages

• Unified management and configuration distribution: The platform supports unified management of YAML resource configurations at the cluster level. You can centrally manage resource configuration files maintained in all code repositories and distribute them to various clusters and namespaces. This enables batch configuration for quick cluster initialization, saving a significant amount of time and effort.

• Version control for configuration policies: The platform integrates the creation, deletion, and modification of configuration policies with a Git repository. You can manage version control for configuration policies through the Git repository, and all changes will be recorded and tracked. This approach not only provides better traceability but also helps with team collaboration, ensuring consistency and accuracy of configurations.

• Support for creating synchronization rules: The platform supports creating synchronization rules to synchronize code from the code repository to the specified cluster and create resources. You only need to provide information such as the code repository address, branch, file address, and configure the target cluster. When the rule is executed, it will automatically synchronize the configuration resources from the code repository and create corresponding resources in the specified cluster. This makes it easier for developers to manage and deploy code, thereby accelerating the delivery speed of applications.