Describing the ci cd pipeline in java

1. Continuous Integration &
Continuous Deployment (CI/CD)
Pipelines
• Automating the Path from Code to Production
• Presented by: Your Name / Organization
• Date: 2025-05-10

2. Introduction to CI/CD
• - Continuous Integration (CI)
• - Continuous Delivery / Deployment (CD)
• - Importance in modern DevOps

3. Benefits of CI/CD
• - Faster release cycles
• - Early bug detection
• - Improved code quality
• - Better collaboration
• - Reliable deployments

4. CI/CD Workflow Overview
• Typical flow:
• Code → Build → Test → Release → Deploy →
Monitor

5. CI/CD Tools Ecosystem
• - CI Tools: Jenkins, GitHub Actions, GitLab CI,
CircleCI
• - CD Tools: ArgoCD, Spinnaker, Octopus Deploy
• - Supporting Tools: Docker, Kubernetes,
Ansible, Helm

6. Common Pipeline Stages
• - Source: Code pushed to repo
• - Build: Compile, package, Dockerize
• - Test: Unit, Integration, UI
• - Release: Staging deployments
• - Deploy: Production push
• - Monitor: Logs, metrics, alerts

7. CI/CD with Jenkins (Example)
• - Jenkins pipeline visualization
• - YAML example: GitHub Actions / GitLab CI

8. Challenges in CI/CD
• - Environment consistency
• - Flaky tests
• - Secure secrets management
• - Rollbacks and disaster recovery

9. Best Practices
• - Keep pipelines fast
• - Use version control for pipeline configs
• - Automate rollback strategies
• - Monitor and alert on failures
• - Secure secrets and credentials

10. Real-World Use Case
• Example: E-commerce CI/CD implementation
• - Metrics: Deployment frequency, failure rate,
MTTR

11. Conclusion
• - Recap benefits of CI/CD
• - Encourage adoption
• - Further resources/documentation links

12. Q&A
• Any Questions?
• Thank you!