Modularity:
CBD promotes breaking down software into smaller, self-contained components, facilitating easier development, testing, and deployment.
Reusability:
Components in CBD are designed to be reusable across different projects or within the same project, fostering efficiency and reducing redundancy.
Continuous Integration (CI):
CBD aligns well with CI practices, where changes to individual components are integrated frequently into a shared repository and automatically tested to ensure compatibility and stability.
Component Lifecycle Management:
Managing the lifecycle of components involves versioning, dependency management, and ensuring backward compatibility, which are essential aspects of CBD in DevOps.
Dependency Management:
DevOps practices emphasize efficient management of dependencies between components to ensure smooth integration and deployment processes.
Automated Testing:
CBD encourages automated testing of individual components as well as their interactions to detect issues early and ensure reliable software delivery.
Deployment Pipelines:
DevOps pipelines are configured to deploy components independently, allowing for continuous delivery of updates while minimizing disruptions to the overall system.
Infrastructure as Code (IaC):
CBD in DevOps often involves treating infrastructure components as code, enabling infrastructure changes to be versioned, tested, and deployed alongside application components.
Monitoring and Logging:
Monitoring and logging practices in DevOps extend to component-level metrics and logs, providing insights into the health and performance of individual components.
Feedback Loops:
DevOps emphasizes feedback loops between development, operations, and other stakeholders, enabling continuous improvement of component design, development, and deployment processes.
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