What is AWS?
AWS is a cloud service provider that provides a variety of computer services that are available over the Internet. AWS administers and maintains hardware and infrastructure for companies and people, sparing them the expense and complexity of acquiring and running resources on-site. These materials can be accessed for free or for a fee.
AWS is built on several cloud computing products and services. Amazon’s very wealthy sector provides servers, storage, networking, remote computing, email, mobile development, and security. AWS is divided into three primary products: EC2, Amazon’s virtual machine service, Glacier, a low-cost cloud storage service, and S3, Amazon’s storage system.
AWS is so powerful and prevalent in the computer industry that it has far outperformed its competitors. According to one independent analysis, AWS owns more than a third of the market at 32.4% as of the first quarter of 2021, with Azure at 20% and Google Cloud at 9%.
DevOps is popular culture, and AWS is a popular cloud provider, both of which are in high demand. So, how do you go about implementing DevOps on AWS?
AWS responded to this by providing a series of services that assured the process of continuous integration and continuous deployment in the cloud, one of which is AWS CodeCommit.
In this blog, we are going to discuss about AWS CodeCommit in detail,
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What is DevOps?
DevOps is a set of cultural concepts, practices, and tools that improves an organization’s capacity to provide applications and services at high velocity: changing and enhancing products at a higher level than traditional software development and infrastructure control techniques. This speed allows businesses to better service their clients and compete in the market.
AWS DevOps enables application development teams to quickly adopt continuous integration and delivery (CI/CD). This allows them to securely save and version application source code while automatically developing, testing, and deploying the application to on-premises or AWS environments.
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What is AWS CodeCommit?
Amazon CodeCommit is a Git repository that uses the AWS technique of replication over different regions to provide a secure, highly available code repository that ensures project work may continue uninterrupted if an availability zone goes down.
CodeCommit in AWS eliminates many manual version control maintenance responsibilities seen in other commercial code management solutions and supports big objects, allowing it to expand with your code base.
CodeCommit in AWS includes all of your favorite tools and integrations, such as an AWS CodeCommit CLI interface, compatibility with all major coding IDEs, and interaction with project management apps such as Jira.
If you are developing an application on AWS infrastructure, you will benefit from integration with your existing AWS account and AWS IAM credentials. CodeCommit also works nicely with other AWS services for collecting version control information and AWS artifacts, such as AWS CodePipeline. CodeCommit makes creating a new code repository as simple as creating a new AWS server instance.
AWS CodeCommit limits automatically encrypt your files in transit and at rest, allowing you to save any kind and size of the file in repositories with no size limitations. This enables you to include graphics, libraries, and version-specific materials with your code.
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Features of CodeCommit
AWS CodeCommit is built for team-based software development. You can simply commit, branch, and merge your code, giving you complete control over your team’s projects. Pull requests, which allow you to seek code reviews and discuss code with collaborators, are now supported by CodeCommit. You may start working with Git after creating a repository via the AWS Management Console, AWS CLI, or AWS SDKs.
You may transmit files to and from AWS CodeCommit review through HTTPS or SSH, whichever you want. Your repositories are also automatically secured at rest using customer-specific keys via AWS Key Management Service (AWS KMS).
AWS Identity and Access Management are used by CodeCommit to restrict and monitor who can access your data, as well as how, when, and where they may access it. CodeCommit also assists you in monitoring your repositories using AWS CloudTrail and AWS CloudWatch
- High availability and Endurance
Your repositories are stored in Amazon S3 and Amazon DynamoDB via AWS CodeCommit best practices. Your encrypted data is stored redundantly across various sites. This design improves the accessibility and endurance of your repository data.
- Accessibility and Integration
To manage your repositories, you may utilize the AWS Management Console, AWS CLI, and AWS SDKs. You may also interact with your repository source files by using Git commands or Git graphical tools. It works with your existing Git tools and supports all Git commands. You can integrate with plugins or continuous integration/continuous delivery systems in your development environment.
- Notifications and Custom Scripts
You can now get notifications for events that affect your repositories. Notifications will be delivered using Amazon SNS notifications. Each notification will provide a status message as well as a link to the resources whose event triggered the notice. Additionally, you can use AWS CodeCommit repository triggers to send alerts and build HTTP webhooks using Amazon SNS, as well as call AWS Lambda functions in reaction to the repository events you select.
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Creating an AWS CodeCommit Repository
Here are the steps:
- Set up a CodeCommit repository.
- Activate the CodeCommit console.
- Choose the AWS Region in which you want to establish the repository.
- Click the ‘Create Repository’ button on the ‘Repositories’ page.
- Give a name to the ‘Repository name’ field on the ‘Create Repository’ page. Make sure your name is no more than 100 characters long.
- This is a completely optional step. Provide a description for the repository in the ‘Description’ field. This allows other users to understand why this repository was created.
- This is a completely optional step. Choose the ‘Add tag’ icon and enter a repository tag, which acts as an attribute name and aids in the organization and management of AWS resources.
- Select the ‘Create’ option.
Congrats, you have created your first AWS CodeCommit repository
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Benefits of AWS CodeCommit
- Store any type of Code: It allows you to store any sort of code because there are minimal constraints on the type and extensions of the code that you may store.
- Fully Managed: AWS CodeCommit eliminates the need for your own source control servers to be hosted, maintained, backed up, and scaled. The service automatically scales to meet your project’s growing needs.
- Highly Secure: With AWS CodeCommit, you don’t have to worry about security because the code you push or pull is encrypted. CodeCommit is linked with AWS Identity and Access Management (IAM), allowing you to define user-specific repository access.
- Faster development lifecycle: AWS CodeCommit maintains your repositories near your AWS cloud build, staging, and production environments. Instead of transferring the full application, you may transfer incremental updates. This helps you to accelerate and repeat your development lifecycle.
- Scale Easily: Scalability is ensured when talking about cloud platforms and any service, as is the quantity of code you push on this particular service.
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AWS CodeCommit Branches
Branches are merely references or pointers to a commit. They are a simple approach to organizing your work in development. You may use branches to keep work on a new or different version of a file separate from work on existing branches. Branches may be used to build new features, store a specific version of your project from a given commit, and more.
To create branches for your repository, use the CodeCommit interface or the AWS CLI. This is a fast method for separating work on a new or different version of files without interfering with work on the default branch. You must pull the modification to your local repo after creating a branch in the CodeCommit console. Alternatively, you may establish a branch locally and then push that update using Git from a local repo connected to the CodeCommit repository.
Benefits of AWS CodeCommit Branches
- A useful method of organizing your work is to use branches to segregate work that affects work in other branches.
- Used for adding new features and storing a specific version of the project from a certain commit.
- The default branch for your repository may be changed in CodeCommit.
- When users clone a local repository, the default branch is the one that is chosen as the base or default branch.
- Code commit allows you to create, delete, and see branch data.
AWS CodeCommit VS Github
Amazon’s AWS CodeCommit is a highly scalable version control solution. It stores and maintains assets anonymously in the cloud and connects with AWS as part of the Amazon Web Services portfolio. GitHub, on the other hand, is a source control service that allows corporations to host secure Git-based repositories. GitHub, in addition to being a code storage site, is also a project management tool for developers. It allows you to host projects, manage them, review code, and build software with a community of 36 million developers.
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AWS CodeCommit Pricing
Anyone with an AWS account may get started with AWS CodeCommit for free. Your account gets 5 free active users per month (within restrictions), after which you must pay $1.00 for each extra active user per month. There are no out-of-pocket expenses or responsibilities.
This AWS free tier offer for AWS CodeCommit is available indefinitely to both new and current AWS users and does not expire at the conclusion of the usual free tier duration of 12 months.
Conclusion
In this blog, we learned how to utilize the CodeCommit service to build and clone repositories so that users may cooperate and work on developing efficient code. AWS CodeCommit is a service for managed source control. It benefits version control and has other advantages.
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