AWS CodeCommit tutorial for AWS Cloud9 - AWS Cloud9
PrerequisitesStep 1: Set up your IAM group with required access permissionsStep 2: Create a repository in CodeCommitStep 3: Connect your environment to the remote repositoryStep 4: Clone the remote repository into your environmentStep 5: Add files to the repositoryStep 6: Clean up

AWS CodeCommit tutorial for AWS Cloud9

You can use the AWS CodeCommit tutorial to set up an AWS Cloud9 development environment to interact with a remote code repository in CodeCommit. CodeCommit is a source code control service that you can use to privately store and manage Git repositories in the AWS Cloud. For more information about CodeCommit, see the AWS CodeCommit User Guide.

Following this tutorial and creating this sample might result in charges to your AWS account. These include possible charges for services such as Amazon EC2 and CodeCommit. For more information, see Amazon EC2 Pricing and AWS CodeCommit Pricing.

Prerequisites

Before you use this sample, make sure that your setup meets the following requirements:

  • You must have an existing AWS Cloud9 EC2 development environment. This sample assumes that you already have an EC2 environment that's connected to an Amazon EC2 instance that runs Amazon Linux or Ubuntu Server. If you have a different type of environment or operating system, you might need to adapt this sample's instructions to set up related tools. For more information, see Creating an environment in AWS Cloud9.

  • You have the AWS Cloud9 IDE for the existing environment already open. When you open an environment, AWS Cloud9 opens the IDE for that environment in your web browser. For more information, see Opening an environment in AWS Cloud9.

Step 1: Set up your IAM group with required access permissions

Suppose that your AWS credentials are associated with an administrator user in your AWS account, and you want to use that user to work with CodeCommit Then, skip ahead to Step 2: Create a Repository in AWS CodeCommit.

You can complete this step using the AWS Management Console or the AWS Command Line Interface (AWS CLI).

Set up your IAM group with required access permissions using the console

  1. Sign in to the AWS Management Console, if you aren't already signed in.

    For this step, we recommend you sign in using credentials for an administrator user in your AWS account. If you cannot do this, check with your AWS account administrator.

  2. Open the IAM console. To do this, in the console's navigation bar, choose Services. Then, choose IAM.

  3. Choose Groups.

  4. Choose the group's name.

  5. On the Permissions tab, for Managed Policies, choose Attach Policy.

  6. In the list of policy names, select one of the following boxes:

    • Select AWSCodeCommitPowerUser for access to all of the functionality of CodeCommit and repository-related resources. However, this doesn't allow you to delete CodeCommit repositories or create or delete repository-related resources in other AWS services, such as Amazon CloudWatch Events.

    • Select AWSCodeCommitFullAccess for full control over CodeCommit repositories and related resources in the AWS account. This includes the ability to delete repositories.

    If you don't see either of these policy names in the list, enter the policy names in the Filter box to display them.

  7. Choose Attach Policy.

To see the list of access permissions that these AWS managed policies give to a group, see AWS Managed (Predefined) Policies for AWS CodeCommit in the AWS CodeCommit User Guide.

Skip ahead to Step 2: Create a Repository in AWS CodeCommit.

Set up your IAM group with required access permissions using the AWS CLI

Run the IAM attach-group-policy command, specifying the group's name and the Amazon Resource Name (ARN) of the AWS managed policy that describes the required access permissions. The syntax is as follows.

aws iam attach-group-policy --group-name MyGroup --policy-arn POLICY_ARN

In the preceding command, replace MyGroup with the name of the group. Replace POLICY_ARN with the ARN of the AWS managed policy:

  • arn:aws:iam::aws:policy/AWSCodeCommitPowerUser for access to all of the functionality of CodeCommit and repository-related resources. However, it doesn't allow you to delete CodeCommit repositories or create or delete repository-related resources in other AWS services, such as Amazon CloudWatch Events.

  • arn:aws:iam::aws:policy/AWSCodeCommitFullAccess for full control over CodeCommit repositories and related resources in the AWS account. This includes the ability to delete repositories.

To see the list of access permissions that these AWS managed policies give to a group, see AWS Managed (Predefined) Policies for AWS CodeCommit in the AWS CodeCommit User Guide.

Step 2: Create a repository in CodeCommit

In this step, you create a remote code repository in CodeCommit by using the CodeCommit console.

If you already have a CodeCommit repository, skip ahead to Step 3: Connect Your Environment to the Remote Repository.

You can complete this step using the AWS Management Console or the AWS Command Line Interface (AWS CLI).

Create a repository in CodeCommit using the console

  1. Suppose that you're signed in to the AWS Management Console as an administrator user from the previous step, and you don't want to use the administrator user to create the repository. Then, sign out of the AWS Management Console.

  2. Open the CodeCommit console, at https://console.aws.amazon.com/codecommit.

  3. In the console's navigation bar, use the Region selector to choose the AWS Region that you want to create the repository in (for example, US East (Ohio)).

  4. If a welcome page is displayed, choose Get started. Otherwise, choose Create repository.

  5. On the Create repository page, for Repository name, enter a name for your new repository (for example, MyDemoCloud9Repo). If you choose a different name, substitute it throughout this sample.

  6. (Optional) For Description, enter something about the repository. For example, you can enter: This is a demonstration repository for the AWS Cloud9 sample.

  7. Choose Create repository. A Connect to your repository pane is displayed. Choose Close, as you will connect to your repository in a different way later in this topic.

Skip ahead to Step 3: Connect Your Environment to the Remote Repository.

Create a repository in CodeCommit using the AWS CLI

Run the AWS CodeCommit create-repository command. Specify the repository's name, an optional description, and the AWS Region to create the repository in.

aws codecommit create-repository --repository-name MyDemoCloud9Repo --repository-description "This is a demonstration repository for the AWS Cloud9 sample." --region us-east-2

In the preceding command, replace us-east-2 with the ID of the AWS Region to create the repository in. For a list of supported Regions, see AWS CodeCommit in the Amazon Web Services General Reference.

If you choose to use a different repository name, substitute it throughout this sample.

Step 3: Connect your environment to the remote repository

In this step, you use the AWS Cloud9 IDE to connect to the CodeCommit repository that you created or identified in the previous step.

Note

If you prefer working with Git through a visual interface, you can clone the remote repository. Then, you can add files using the Git panel feature that's available in the IDE.

Complete one of the following sets of procedures based on your type of AWS Cloud9 development environment.

Environment type Follow these procedures

EC2 environment

  1. From a terminal session in the IDE, run the following two commands:

    git config --global credential.helper '!aws codecommit credential-helper $@'
git config --global credential.UseHttpPath true

    For more information, see Step 2: Configure the AWS CLI Credential Helper On Your AWS Cloud9 EC2 Development Environment in Integrate AWS Cloud9 with AWS CodeCommit in the AWS CodeCommit User Guide.

  2. Skip ahead to Step 4: Clone the Remote Repository into Your Environment later in this topic.

SSH environment

  1. If Git isn't already installed in the environment, use a terminal session in the IDE to install it. For more information, see Step 2: Install Git in Setup Steps for SSH Connections to AWS CodeCommit Repositories on Linux, macOS, or Unix in the AWS CodeCommit User Guide.

  2. Complete Step 3: Configure Credentials on Linux, macOS, or Unix in Setup Steps for SSH Connections to AWS CodeCommit Repositories on Linux, macOS, or Unix in the AWS CodeCommit User Guide.

    When you're instructed to sign in to the AWS Management Console and open the IAM console, we recommend you sign in using credentials for an administrator user in your AWS account. If you cannot do this, check with your AWS account administrator.

  3. Skip ahead to Step 4: Clone the Remote Repository into Your Environment later in this topic.

Step 4: Clone the remote repository into your environment

In this step, you use the AWS Cloud9 IDE to clone the remote repository in CodeCommit into your environment.

To clone the repository, run the git clone command. Replace CLONE_URL with the repository's clone URL.

git clone CLONE_URL

For an EC2 environment, you supply an HTTPS clone URL that starts with https://. For an SSH environment, you supply an SSH clone URL that starts with ssh://.

To get the repository's full clone URL, see Use the AWS CodeCommit Console to View Repository Details in the AWS CodeCommit User Guide.

If your repository doesn't have any files in it, a warning message is displayed, such as You appear to have cloned an empty repository. This is expected. You will address later.

Step 5: Add files to the repository

In this step, you create three simple files in the cloned repository in your AWS Cloud9 environment. Next, you add the files to the Git staging area in your cloned repository. Last, you commit the staged files and push the commit to your remote repository in CodeCommit.

If the cloned repository already has files in it, you're done and can skip the rest of this sample.

To add files to the repository

  1. Create a new file. On the menu bar, choose File, New File.

  2. Enter the following content into the file, and then choose File, Save to save the file as bird.txt in the MyDemoCloud9Repo directory in your AWS Cloud9 environment.

    bird.txt
--------
Birds are a group of endothermic vertebrates, characterized by feathers,
toothless beaked jaws, the laying of hard-shelled eggs, a high metabolic
rate, a four-chambered heart, and a lightweight but strong skeleton.
    Note

    To confirm that you're saving this file in the correct directory, in the Save As dialog box, choose the MyDemoCloud9Repo folder. Then, make sure Folder displays /MyDemoCloud9Repo.

  3. Create two more files, named insect.txt and reptile.txt, with the following content. Save the files in the same MyDemoCloud9Repo directory.

    insect.txt
----------
Insects are a class of invertebrates within the arthropod phylum that
have a chitinous exoskeleton, a three-part body (head, thorax, and abdomen),
three pairs of jointed legs, compound eyes, and one pair of antennae.
    reptile.txt
-----------
Reptiles are tetrapod (four-limbed vertebrate) animals in the class
Reptilia, comprising today's turtles, crocodilians, snakes,
amphisbaenians, lizards, tuatara, and their extinct relatives.

  4. In the terminal, run the cd command to switch to the MyDemoCloud9Repo directory.

    cd MyDemoCloud9Repo

  5. Confirm that the files were successfully saved in the MyDemoCloud9Repo directory by running the git status command. All three files will be listed as untracked files.

    Untracked files:
  (use "git add <file>..." to include in what will be committed)

        bird.txt
        insect.txt
        reptile.txt

  6. Add the files to the Git staging area by running the git add command.

    git add --all

  7. Confirm that the files were successfully added to the Git staging area by running the git status command again. All three files are now listed as changes to commit.

    Changes to be committed:
  (use "git rm --cached <file>..." to unstage)

        new file:   bird.txt
        new file:   insect.txt
        new file:   reptile.txt

  8. Commit the staged files by running the git commit command.

    git commit -m "Added information about birds, insects, and reptiles."

  9. Push the commit to your remote repository in CodeCommit by running the git push command.

    git push -u origin master

  10. Confirm whether the files were successfully pushed. Open the CodeCommit console, if it isn't already open, at https://console.aws.amazon.com/codecommit.

  11. In the top navigation bar, near the right edge, choose the AWS Region where you created the repository (for example, US East (Ohio)).

  12. On the Dashboard page, choose MyDemoCloud9Repo. The three files are displayed.

To continue experimenting with your CodeCommit repository, see Browse the Contents of Your Repository in the AWS CodeCommit User Guide.

If you're new to Git and you don't want to mess up your CodeCommit repository, experiment with a sample Git repository on the Try Git website.

Step 6: Clean up

To prevent ongoing charges to your AWS account after you're done using this sample, delete the CodeCommit repository. For instructions, see Delete an AWS CodeCommit Repository in the AWS CodeCommit User Guide.

Make sure also to delete the environment. For instructions, see Deleting an Environment.