Automating Git Configuration in AWS CodeBuild

Overview

In the dynamic landscape of software development, efficient version control and seamless integration are paramount for collaborative success. AWS CodeBuild, a fully managed build service, plays a pivotal role in automating the build and test phases of the development lifecycle. When coupled with AWS CodeCommit, a secure and scalable Git-based version control service, developers can harness a powerful combination for streamlined code management.

Introduction

This blog will delve into the intricacies of automating Git configurations in AWS CodeBuild to achieve seamless integration with AWS CodeCommit.

Here, we will be talking about the importance of Git configurations, delving into the specifics of AWS CodeBuild setup, and providing practical insights into handling AWS CodeCommit credentials. As we navigate through the intricacies of this integration, developers will gain valuable insights into building a robust foundation for their continuous integration and deployment pipelines.

Steps to establish a secure and efficient Git Configuration in AWS CodeBuild for Seamless AWS CodeCommit Integration

1. First, we need to create an AWS CodeBuild in the AWS console

• In AWS CodeBuild, click on Create a build project.

• Enter a project name. Choose source as AWS CodeCommit, Repository, and branch of the repository.

• Under the Environment section, select the Operating system, Runtime, Image, and create a service role for AWS CodeBuild.

• Under Additional Configuration, scroll down to Environment Variables and add the Access and secret keys of two different AWS accounts and regions if they differ.
  Account A is where your repository is currently, and we are pushing to the repository in Account B.

• Under the Buildspec section, select Insert build commands and click on Switch to the editor.

• Add the below commands in buildspec

• Under the Artifacts section, choose the Artifact type. In Logs, click on Enable Amazon CloudWatch logs and create build projects.

2. Now we must create an AWS CodePipeline

• In AWS CodePipeline, click on Create Pipeline.

• Enter the Pipeline name, select V1 for Pipelinetype, and create a service role.

• Under Advanced Settings, choose an Artifact store and Encryption Key as a Default AWS Managed Key and Choose Next.

• Under the source stage, select a source, Repository name, or branch from the AWS CodeCommit Repository and click on Next.

• Under the Build stage, choose the Build provider, Region, and AWS CodeBuild project name, add the environment variable again, select Single build under Build type, and click Next.

• Click on Skip deploy stage and click on Next.

• Click On Create pipeline.

• Once the AWS CodePipeline is created, Click on the pipeline to see the stages.

• Click on the View logs in the Build stage.

Conclusion

By understanding the intricacies of Git configurations, we walked through the essential steps to set up a secure and efficient Git Configuration in AWS CodeBuild. By creating a build project, configuring AWS CodeCommit credentials, and orchestrating the entire process through an AWS CodePipeline, developers can significantly enhance workflow efficiency, reduce manual interventions, and establish a standardized approach to version control.

Understanding the intricacies of Git configurations, we explored the essential steps to set up a secure and efficient Git Configuration in AWS CodeBuild. By creating a build project, configuring AWS CodeCommit credentials, and orchestrating the entire process through an AWS CodePipeline, developers can significantly enhance workflow efficiency, reduce manual interventions, and establish a standardized approach to version control.

Drop a query if you have any questions regarding AWS CodeBuild and we will get back to you quickly.

About CloudThat