Getting Started with AWS CodeCommit: A Step-by-Step Guide
Introduction:
This article is your guide to embracing the power of AWS CodeCommit. We will create an AWS CodeCommit repository, connect to an Amazon EC2 instance, set up a local Git repository, make significant code changes, and relish the thrill of your first commit. This journey goes beyond step-by-step instructions; it's about equipping you with the skills and insights you need to master the intricacies of contemporary software development.
Task 1: Create an AWS CodeCommit repository
Access the AWS Management Console
To begin, navigate to the AWS Management Console and search for "CodeCommit."
Select "CodeCommit" to access the service.
Create a Repository
Click on "Create repository" within the CodeCommit service.
Provide a unique name for your repository, for example, "My-Repo."
Optionally, add a description like "My first repository."
Confirm the creation by clicking "Create."
Task 2: Connect to the Amazon EC2 Instance
Access the EC2 Instance
- As part of this lab, an EC2 instance has already been provisioned for you.
Establish a Console Connection
Copy the "Ec2InstanceSessionUrl" value from the instructions.
Open a new web browser tab and paste the URL.
This will establish a console connection to your EC2 instance.
Task 3: Create a Local Repository Using Git
Install Git on EC2 Instance
- Within the EC2 instance terminal session, run the command:
sudo yum install -y git
.
- Within the EC2 instance terminal session, run the command:
Configure Git Settings
- Configure the Git credential helper to work with AWS CodeCommit and enable the use of HTTP paths.
Clone AWS CodeCommit Repository
Retrieve the HTTPS URL of your AWS CodeCommit repository from the AWS CodeCommit console.
Use the
git clone
command to clone the repository to your EC2 instance.
Task 4: Making a Code Change and First Commit to the Repo
Navigate to the Repository Directory
- Change to the directory where you cloned the repository using
cd ~/My-Repo
.
- Change to the directory where you cloned the repository using
Create Example Files
- Use the
echo
command to create two example files in your local repository.
- Use the
View List of Files
- Check the files in the directory using the
ls
command.
- Check the files in the directory using the
Stage Changes
- Stage the created files for commit using
git add
.
- Stage the created files for commit using
Check Repository Status
- Use
git status
to view the status of your repository and the staged changes.
- Use
Commit Changes
- Commit the staged changes with a meaningful message using
git commit -m "Added cat.txt and dog.txt"
.
- Commit the staged changes with a meaningful message using
View Commit Details
- To review the details of your commit, execute
git log
.
- To review the details of your commit, execute
Task 5: Push Your First Commit
Push Commit to AWS CodeCommit Repository
- Push the commit from your local repository to your AWS CodeCommit repository using
git push -u origin master
.
- Push the commit from your local repository to your AWS CodeCommit repository using
View the Repository in CodeCommit Console
Return to the AWS CodeCommit console in your web browser.
Refresh the page to see the files you added to your repository.
Conclusion:
Congratulations! By following these steps, you have successfully created a CodeCommit repository, connected to an EC2 instance, established a local Git repository, made code changes, and pushed your first commit. AWS CodeCommit offers a range of features for secure and efficient source code management, making it a valuable addition to your development workflow.
Are you eager to dive even deeper into AWS and continue your learning journey? AWS offers a fantastic opportunity to access free AWS Builder Labs to elevate your DevOps skills. You can explore these labs by visiting the following link: Free AWS Builder Labs.