Day 50: Your CI/CD Pipeline on AWS - Part 1 🚀 ☁
Day#50 Of 90 Days Of DevOps Challenge
🌈Introduction
In the contemporary fast-paced software program improvement landscape, the capability to deliver the programs swiftly has ended up an aggressive benefit.
This want for speed, blended with the need for reliability, has brought about the considerable adoption of continuous Integration and continuous Deployment (CI/CD) practices.
CI/CD is more than just a methodology; it is a fixed of ideas and strategies that automate the integration, checking out, and deployment of code changes, permitting development groups to launch software quicker and with extra self-belief.
selecting the proper platform and equipment for imposing a CI/CD pipeline is critical. Amazon Net Services (AWS), one of the global's leading cloud carrier companies, offers a robust set of cloud services and tools designed to facilitate everything of the CI/CD journey. in this 4-part blog series, we will explore the AWS atmosphere and guide you through the technique of making an effective CI/CD pipeline through the usage of some of AWS's most important offerings:
CodeCommit: A controlled supply management service that simplifies Git repository control.
CodeBuild: a fully controlled build provider that compiles source code, runs exams, and produces deployment-prepared artifacts.
CodeDeploy: A deployment provider that automates software deployments to numerous AWS compute offerings.
CodePipeline: A continuous integration and non-stop deployment (CI/CD) carrier that orchestrates and automates the construct, test, and deployment phases of your release method. five. Amazon S3: Amazon easy storage carrier, a scalable item garage provider that plays a critical function in storing and retrieving artifacts.
In Part 1 of our series, we'll start by discussing why AWS is the proper desire for your CI/CD desires. we'll then delve into the realistic steps required to install your CodeCommit repository, configure GitCredentials in AWS IAM, clone the repository in your neighborhood machine, upload a new record, commit changes, and push the one's adjustments lower back to CodeCommit.
Through the cease of this phase, you will have a strong foundation to build your CI/CD pipeline on AWS.
So, let's embark on this journey and harness the power of AWS to streamline your software improvement technique. 🚀 ☁
🔰Why AWS for CI/CD: The Need
Before we dive into the technical components of putting in place a CI/CD pipeline on Amazon web offerings (AWS), allow's first cope with the fundamental query: Why select AWS for CI/CD in the first place?
📌The Increasing Demand For CI/CD
In the modern fast-paced software program improvement landscape, velocity and performance are paramount. companies are under consistent stress to supply software at a multiplied pace.
This needs for speed and niceness has given an upward push to continuous Integration and non-stop Deployment (CI/CD) practices.
📌CI/CD: The Important Thing To Modern Software Program Shipping
CI/CD is a set of practices that automate the mixing, checking out, and deployment of code changes, allowing builders to supply software quicker and with greater confidence. It brings numerous advantages:
Quickly Time-to-market: CI/CD reduces guide interventions and automates repetitive obligations, speeding up the development and deployment technique.
Reduced threat: automated trying out and deployment lessen the chance of human error, resulting in extra dependable and solid releases.
Non-stop comments: developers acquire immediate comments on the impact in their code changes, making it less complicated to pick out and attach problems.
🔰Why AWS for CI/CD?
While CI/CD is a transformative approach to software shipping, choosing the proper platform to implement it's miles critical. here's why AWS stands out:
Scalability: AWS offers scalable infrastructure and services that can accommodate projects of any size, from small startups to large businesses. you could scale your CI/CD pipeline as your organization grows.
Controlled offerings: AWS presents managed CI/CD gear like CodeCommit, CodeBuild, CodeDeploy, and CodePipeline, simplifying setup and maintenance.
Integration: AWS offerings seamlessly integrate, making it clean to construct give-up-to-quit CI/CD pipelines.
Security: AWS is thought for its strong protection functions. Your CI/CD pipeline and code repositories are included through AWS's stringent security features.
Compliance: AWS allows you to meet regulatory requirements and compliance standards, which is vital for many industries.
Now that we have apprehended the significance of CI/CD and why AWS is an exquisite choice, permit us to proceed with setting up our CI/CD pipeline using AWS gear.
📜Task-1: Putting in CodeCommit and Cloning the Repository
📌What is CodeCommit?
CodeCommit is a secure and scalable model manipulation provider provided using AWS. It supports Git, making it easy for builders to save, manipulate, and version their source code and artifacts.
It offers capabilities like a branch and merges workflows, audit logs, and compliance reviews, making it a dependable choice for CI/CD pipelines.
Step 1: Create a CodeCommit Repository
Log in to your AWS Control Console and navigate to the CodeCommit service.
Click on the "Create repository" button.
Enter a repository name and configure get admission to controls as wished.
A repository gets created.
Step 2: Set up GitCredentials in AWS IAM
To get the right of entry to your CodeCommit repository from your local machine, you want to configure GitCredentials for your AWS IAM
Within the AWS control Console, go to IAM.
Pick out "users" from the left navigation pane.
Choose the IAM consumer you may be the usage of for Git access by selecting “AWSCodeCommitFullAccess” and “AWSCodeCommitPowerUser”.
Inside the "Safety credentials" tab, click on the "Create get right of entry to key" button to generate GitCredentials.
Now, Navigate to the repository we created earlier and let's add a file there.
Click on "Create file" and Add the information
Copy the repository URL
Step 3: Clone the Repository regionally
Now you have a CodeCommit repository and GitCredentials set up, it's time to clone the repository in your local machine.
Open your terminal and execute the subsequent instructions, replacing with the URL of your CodeCommit repository:
git clone <your-codecommit-repo-clone-https-url>
This will clone the repository in your local system, and you may be prepared to start operating with your code.
📃Task-02: Adding a brand new file, Committing changes, and Pushing to CodeCommit
Step 1: Add a new file from local and commit to your local branch
It Permit's to create a new file in your nearby repository. you can use any textual content editor or command-line equipment to do this.
# Create a new file echo "hello, AWS CodeCommit!" > day50_test.txt
Step 2: Commit and Push changes
Now, let's commit your files and push them back to the CodeCommit repository.
git status git add . git commit -m "commit message" git push origin <branch name>
You've successfully added a new file, committed the changes, and pushed them to your CodeCommit repository.
Step 3: Verify the pushed changes to the CodeCommit repository:
💥Conclusion
In this first part of our journey towards building a CI/CD pipeline on AWS, we've set up a CodeCommit repository, configured GitCredentials in AWS IAM, cloned the repository locally, added a new file, committed changes, and pushed those changes back to CodeCommit.
Stay tuned for Part 2 I.e Day 51, where we'll explore AWS CodeBuild, a crucial component of our CI/CD pipeline, and learn how to automate builds. Happy coding and deploying on AWS! 🚀 ☁
Happy learning🎉 & may your cloud journey be filled with exciting discoveries!🎊
Thank you for joining us on this exciting Day 50 of the 90 Days of DevOps challenge. I hope you found the information helpful and insightful.💥
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