AWS CI/CD DevOps Pipeline Integration and Automation

CI/CD dev ops pipeline integration and automation – employing amazon web services

The adoption of CI/CD has reformed how developers and testers ship software. Continuous Integration and Continuous Delivery (CI/CD) are often considered as two important pillars of successful DevOps. To construct, modify the CI/CD development model, acquire the benefits, companies require building an effective, efficient pipeline to automate their build, integration and testing processes. This necessitate architecting CI/CD with five key ingredients which, when combined productively, operate as a victorious cornerstone of Dev Ops and deliver mass bottom-line advantages.

Benefits deliverd by CI/CD dev ops pipeline

Let’s take a look at the key benefits provided by CI/CD/CD DevOps Pipeline -

Continuous Integration (CI)

Fewer bugs get shipped to production.
Building the release pipeline is easy as all integrations issues are solved beforehand.
Testing costs are reduced considerably.

Continuous Delivery (CD)

The complexity of deploying software has been removed completely. No need for spending days preparing for release.
Less pressure on decisions for tiny changes, therefore promising iterating faster.

Continuous Deployment (CD)

Releases are less risky and simpler to fix as you deploy small batches of changes.
No need to pause development for releases. Deployments pipeline are automatically triggered whenever changes are suspected.
Continuous stream of improvements and increase in quality is seen on regular basis i.e. every day instead of every month, quarter or every year.

5 crucial ingredients of an efficient CI/CD pipeline

Let’s first take a look at the five essential ingredients required for a healthy CI/CD construction -

4 steps to quickly set up a CI/CD pipeline on AWS

Step 1: Create A Release Pipeline - A pipeline helps the user to automatize steps in its software delivery process, like commencing automatic builds and then locating to Amazon EC2 instances. Amazon EC2 delivers the virtual application servers popularly known as instances to deploy all the code changes performed. The user can create a release pipeline that automates the entire delivery process using AWS CodePipeline. Amazon EC2 permits the user to configure, scale its compute capacity effortlessly to meet varying requirements and demands of the consumer

Step 2: Connect A Source Repository – After creating a release pipeline that automates the entire software delivery process using AWS CodePipeline, Now is the time connects a source repository like AWS CodeCommit, Amazon S3, GitHub or with your custom plugin to your respective pipeline.

Step 3: Automate Code Deployments – After completing step 3, you can automate code deployment by simply connecting your pipeline to AWS CodeDeploy.

Step 4: (Optional) Plug In Other AWS Services - - As part of your CI/CD Pipeline setup, you will also need to plug other AWS services into CodePipeline to successfully finish your software delivery pipeline. This step is completely optional based on the user requirements. Traditionally you will complete the entire process in just 3 simple steps.

Role and importance of AWS code pipeline

AWS CodePipeline is a service that builds, tests, deploys the code whenever there is a code change, depending upon the release process models pre-defined by the user. AWS CodePipeline is a consecutive delivery service for quick, secure, dependable application and feature updates. This enables the user to quickly, safely deliver features and updates. You can use CodePipeline to coordinate each step in your release process. With AWS CodePipeline, you only pay for what you use; there will be no upfront fees or long term commitments. Here are some of the important factors pertaining AWS CodePipeline –