⚙️🤖 Concept of CI and CD

Before you begin

🧠 Imagine of Deployment Process:

🎯 Scenario:

1. ⚙️ Manual Deployment Steps

1. Add, commit, and push your code to the repository (GitLab).
2. SSH into your server.
3. Pull the source code to ensure it is up-to-date.
4. Stop and restart the application.
5. Conduct testing and verification.
6. Follow additional steps as necessary. 📉 All these steps are handled by humans.

2. 🚀 Auto Deployment Steps

1. Add, commit, and push your code to the repository (GitLab).
2. CI: will auto handle build images, test.
3. CD: Will automatic deployment to server. 📈 All these steps are handled by system (CI/CD).

🧪 What is CI and CD?

CI/CD Pipeline ensures that each code change, whether introducing new features or fixing bugs, seamlessly integrates into the existing application and deploys continuously and automatically for end-users. This automation streamlines development processes, promotes consistency, and speeds up the delivery of software innovations.

💡 Understanding CI/CD Concepts

⚙️ Continuous Integration (CI): Automates code integration from multiple developers into a shared repository, running tests to catch issues early. 🚀 Continuous Deployment (CD): Automatically deploys every code change to production after passing tests. 📦 Continuous Delivery (CD): Ensures code is always in a deployable state but requires manual approval for production deployment.

⭐ Benefits

CI/CD benefits include faster time-to-market, improved code quality through automated testing, reduced risk of bugs and deployment failures, increased development team efficiency and collaboration.

🔥 Popular CI/CD tools:

⚡️ CI and CD is essential to know!!! Every company deploys software in an automated fashion using CI and CD.

Congratulations 🥳🙌🎉

🏆 Conclusion

Now you have learned the basics of CI and CD. I hope you enjoy this article. If you have any questions, please leave your comment below 💬.

Cheer 🥂👏🍾

👇 Last but not least

🤖 Continuous improvement is better than delayed perfection.