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What Are CI CD Pipeline Steps? The Steps For Continuous Integration by Farhad Malik FinTechExplained

We teamed up with Semaphore—a CI/CD solution for high-performance engineering teams—to write this article, where we’ll learn the basics of CI/CD and how to make the most out of pipelines. The next time a developer commits code into the repository, the pipeline runs all over again. Exactly how you package your application will depend on your programming language and target environment.

As mentioned above, fork the repository and run it based on your desired parameters later in this article. One of the game changers in modern software development is Continuous Integration and Continuous Development (CI/CD). Both large, established organizations and small, growing companies use CI/CD to deliver software faster and to detect bugs in the software lifecycle. This article leads you through an exploration of practical steps for creating pipelines that accelerate deployments.

Standard Elements of a CI/CD Pipeline

Imagine you’re going to build a web application which is going to be deployed on live web servers. You will have a set of developers who are responsible for writing the code which will further go on and build the web application. Now, when this code is committed into a version control system by the team of developers. Pull based deployments have a major advantage over push based deployments—they make it very easy to undo changes to production environments to eliminate configuration drift. The central Git repository keeps track of all changes in Git logs. In any event of configuration drift, the GitOps controller automatically restores the application to the desired state.

Apart from expediting the process of getting software into the hands of the customer, this characteristic of CI/CD pipelines is right up there in its level of importance. As a result, software teams and companies benefit from setting a quality standard and maintaining it efficiently. Flux CD supports the major Git repository providers including GitHub, GitLab, and Bitbucket, along with container registries and CI workflow providers. Flux CD are Apache 2.0 licensed, community supported open source projects.

Flexible CI/CD Automation Tool

The most important section is the “Pipeline Definition” section, where you can define the stages of the pipeline. A developer changes existing or creates new source code, then commits the changes to Azure Repos. The final package is uploaded to AWS Elastic Beanstalk, an application orchestration service, for production deployment. Each subsequent stage must be completed before continuing to the next stage. All the stages are continuously monitored for errors or any discrepancies, and feedback is provided to the delivery team.

Jenkins is written in Java, which makes it platform independent and easy to install, as well as having a great community. Usually, Jenkins checks out the source code of your application and then builds it on its workspace. So the next thing to do is to let Jenkins know where your code lives. You do that by setting up an SVC (source version control e.g., Github) in your pipeline. In this tutorial, I’ll create a full pipeline to practice CI/CD using Jenkins, including how to set up Jenkins on Docker. I’ll give an in-depth view of a Jenkins pipeline example using Jenkinsfile.

What is an example of a CI/CD pipeline?

The automation and optimization that CI/CD pipelines provide means that software teams no longer have to engage in the same repetitive tasks or go back and forth with external teams to ship code. In this phase, the code from the source stage is used to compile or build the application. This reflects the same exercises developers typically undergo to build or compile an application locally. In recent years, DevOps has risen to become a more prominent approach to how teams deliver software.

Integration with tools in the Terraform ecosystem includes Terratag , TFSec for module security scanning, TFlint for module syntax checking, and Infracost for cost estimation. These all support a properly conceived CI/CD pipeline, and DevOps or GitOps use cases. The concept of drift detection is now integral to the concept of resource configuration updates as well. The built-in deployment update workflow will examine the result of drift detection, and skip drifted nodes . Note that the drift detection operation returns details about the drift, which are passed to the new update operation so it can make intelligent decisions.

What makes a good CI/CD pipeline

The entire system is first built, tested, then released or deployed. This can be inefficient, but acceptable for smaller projects. Optimizing the release process ensures that we are building our CI/CD pipeline from a lean and efficient foundation. Any bloat in the release process will be reflected in our pipeline. Once the code is integrated, the next step is automated testing.