8 Best Practices To Build An Effective CI/CD Pipeline in DevOps!
Published: 2020-08-26 07:10:34


DevOps is evolving rapidly and has become a business imperative in the modern IT world.

It encourages a new 'culture' that ideally bridges the gap between the Development (Dev) and Operations (Ops) teams, for enhanced collaboration and increased productivity.

DevOps facilitates fast-paced development, quicker time-to-market, enhanced customer satisfaction, early fault detection, and faster recovery times.

According to a recent [State of DevOps Report](https://www.veritis.com/blog/state-of-devops-report-2019-devops-not-a-trend-the-standard/), Puppet details that high-performance DevOps organizations see 200x more frequent deploys, 24x faster recovery times, and 3x lower failure rates.

However, it’s imperative to implement the right DevOps tools with the right DevOps practices to foster a strong DevOps culture.

The Continuous Integration/Continuous Deployment (CI/CD) pipeline is one of the best practices for DevOps teams to implement. It incorporates principles and practices that enable application development teams to deliver code changes more frequently and reliably.

Therefore, understanding the CI/CD pipeline is critical to keep your organization on par with the modern DevOps environment.

**Defining CI/CD**

[CI/CD is a practice in DevOps](https://www.veritis.com/blog/ci-cd-pipeline-15-best-practices-for-successful-test-automation/) that helps development and operations teams by automating the building, testing, and deployment of applications.

Continuous Integration (CI) is a software development process in which the developers integrate new code several times a day. Every code check-in is then verified by an automated build, allowing teams to detect problems early. The key goal is to detect any integration bugs at the initial stage to be rectified quickly.

Continuous Deployment (CD) comes in at the end of CI. Whenever there is a significant change, the CD allows automatic deployment of changes for every code modification that passes through the CI stage. Code changes could be new features, bug fixes, updates, and configuration changes.

**Benefits of CI/CD**

· Enhanced Developer Efficiency

· Quicker time-to-market

· Fast-paced software builds

· Improved team collaboration

· Easy bug detects

· High-quality code

· Faster feedback

· Greater visibility throughout code lifecycle

##Key Steps to Build an Effective CI/CD Pipeline

**1) Code Review**

Once the code is developed, it is crucial to get the code reviewed thoroughly by a peer developer for any code disturbances. The peer code review helps in catching bugs before they get into production or to the end-user.

**2) Containers for Each Build**

Implement separate containerized environments for each build from the beginning. We can now debug the specific container instead of checking the whole pipeline in case of any issue. Use tools like Docker to create an environment that supports the pipeline in all aspects of creating, packaging, and shipping your application.

**3) Reduce Feedback Loop**

Run the quickest tests first in the testing suite to reduce the feedback loop. For instance, the proper flow could be Code Quality, Unit Tests, Build, Staging Deployment, and e2e Test.

**4) Implement CI First**

Always focus on setting up the CI part first. Move on to implementing the CD part only after the CI part is considered stable and reliable.

This boosts the developers' confidence and makes it easy to go on to the next phase of implementing CD.

**5) Compare Productivity**

Compare the efficiency or productivity of the DevOps team before and after implementing the CI/CD pipeline. This will help you know if the CI/CD pipeline has improved efficiency or requires changes.

**6) Implement Security Checks**

It is essential to shift security from an afterthought to being evaluated at every step of the CI/CD pipeline to ensure the application is secure.

**7) Easy Rollback**

Implementing an easy, one-click option to rollback to previous release/changes/state whenever necessary is an integral part of an effective CI/CD pipeline. It means, re-deploying a previous release in case if something goes wrong.

**8) Monitor CI/CD Pipeline**

It is a herculean task to troubleshoot and debug any faulty algorithms, dependencies, or unknown bugs in the software in the production stage. So, proactively monitor the CI/CD pipeline to find and fix any bugs or problems in the code before they reach the production stage.

**Read More: [#1 DevOps Consulting Company in Texas, US] (https://www.veritis.com/solutions/devops/)**

**In Conclusion**

﻿A good CI/CD pipeline should always produce the same output for any given input, with no runtime uncertainties. Any breakdowns, intermittent failures or slowdowns in the pipeline can impact the productivity of the team. Having [effective automation facilitates](https://www.veritis.com/solutions/devops/automation-services/) a more streamlined development pipeline, thus enabling the DevOps team to get the feedback quicker, fix errors faster, and build better apps regularly.