My local laptop is a Mac. Show
Running ssh barthea gets me
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IssueI was able to pull and/or push updated from my AWS CodeCommit repository until I reinstalled I am working on Ubuntu 21.10 and installed:
The error I am getting is:
It used to ask me for my username and password, but after my experiments to solve the issue it stopped asking for my credentials completely. Either way I confirmed that I was using the correct credentials. Also, I do have the necessary permissions at AWS. I was successfully pulling and pushing updates until a few hours ago. The aws credential helper is set as recommended by most solutions online. More specifically my
Additionally, I set up correctly (with the correct region) the Listing
Honestly I have no idea what else to try, any help would be appreciated! EDIT: The way I resolved the issue is:
I am not sure what was the part that solved it, probably the first step. SolutionThe way I resolved the issue after all is:
I am not sure what was the part that solved it, probably the first step since after I reinstalled everything I was prompted again to use my credentials. Answered By - Flora Biletsiou Answer Checked By - Marilyn (WPSolving Volunteer) If you are new to Git and CodeCommit, this tutorial helps you learn some simple commands to get you started. If you are already familiar with Git, you can skip this tutorial and go to Getting started with CodeCommit . In this tutorial, you create a repository that represents a local copy of the CodeCommit repository, which we refer to as a local repo. After you create the local repo, you make some changes to it. Then you send (push) your changes to the CodeCommit repository. You also simulate a team environment where two users independently commit changes to their local repo and push those changes to the CodeCommit repository. The users then pull the changes from the CodeCommit repository to their own local repo to see the changes the other user made. You also create branches and tags and manage some access permissions in the CodeCommit repository. After you complete this tutorial, you should have enough practice with the core Git and CodeCommit concepts to use them for your own projects. Complete the prerequisites and setup, including:
Topics
Step 1: Create a CodeCommit repositoryIn this step, you use the CodeCommit console to create the repository. You can skip this step if you already have a CodeCommit repository you want to use. Depending on your usage, you might be charged for creating or accessing a repository. For more information, see Pricing on the CodeCommit product information page. To create the CodeCommit repository
The remaining steps in this tutorial use For more information about creating repositories, including how to create a repository from the terminal or command line, see Create a repository. Step 2: Create a local repoIn this step, you set up a local repo on your local machine to connect to your repository. To do this, you select a directory on your local machine that represents the local repo. You use Git to clone and initialize a copy of your empty CodeCommit repository inside of that directory. Then you specify the user name and email address used to annotate your commits.
Step 3: Create your first commitIn this step, you create your first commit in your local repo. To do this, you create two example files in your local repo. You use Git to stage the change to, and then commit the change to, your local repo.
Step 4: Push your first commitIn this step, you push the commit from your local repo to your CodeCommit repository. Run git push to push your commit through the default remote name Git uses for your CodeCommit repository (
After you have pushed files to your CodeCommit repository, you can use the CodeCommit console to view the contents. For more information, see Browse files in a repository. Step 5: Share the CodeCommit repository and push and pull another commitIn this step, you share information about the CodeCommit repository with a fellow team member. The team member uses this information to get a local copy, make some changes to it, and then push the modified local copy to your CodeCommit repository. You then pull the changes from the CodeCommit repository to your local repo. In this tutorial, you simulate the fellow user by having Git create a directory separate from the one you created in step 2. (Typically, this directory is on a different machine.) This new directory is a copy of your CodeCommit repository. Any changes you make to the existing directory or this new directory are made independently. The only way to identify changes to these directories is to pull from the CodeCommit repository. Even though they're on the same local machine, we call the existing directory your local repo and the new directory the shared repo. From the new directory, you get a separate copy of the CodeCommit repository. You then add a new example file, commit the changes to the shared repo, and then push the commit from the shared repo to your CodeCommit repository. Lastly, you pull the changes from your repository to your local repo and then browse it to see the changes committed by the other user.
Step 6: Create and share a branchIn this step, you create a branch in your local repo, make a few changes, and then push the branch to your CodeCommit repository. You then pull the branch to the shared repo from your CodeCommit repository. A branch allows you to independently develop a different version of the repository's contents (for example, to work on a new software feature without affecting the work of your team members). When that feature is stable, you merge the branch into a more stable branch of the software. You use Git to create the branch and then point it to the first commit you made. You use Git to push the branch to the CodeCommit repository. You then switch to your shared repo and use Git to pull the new branch into your shared local repo and explore the branch.
In this step, you create two tags in your local repo, associate the tags with commits, and then push the tags to your CodeCommit repository. You then pull the changes from the CodeCommit repository to the shared repo. A tag is used to give a human-readable name to a commit (or branch or even another tag). You would do this, for example, if you want to tag a commit as You use Git to create the tags, pointing the
Step 8: Set up access permissionsIn this step, you give a user permission to synchronize the shared repo with the CodeCommit repository. This is an optional step. It's recommended for users who are interested in learning about how to control access to CodeCommit repositories. To do this, you use the IAM console to create an IAM user, who, by default, does not have permissions to synchronize the shared repo with the CodeCommit repository. You can run git pull to verify this. If the new user doesn't have permission to synchronize, the command doesn't work. Then you go back to the IAM console and apply a policy that allows the user to use git pull. Again, you can run git pull to verify this. This step is written with the assumption you have permissions to create IAM users in your Amazon Web Services account. If you don't have these permissions, you can't perform the procedures in this step. Skip ahead to Step 9: Clean up to clean up the resources you used for your tutorial.
You've reached the end of this tutorial. Step 9: Clean upIn this step, you delete the CodeCommit repository you used in this tutorial, so you won't continue to be charged for the storage space. You also remove the local repo and shared repo on your local machine because they won't be needed after you delete the CodeCommit repository. After you delete this repository, you won't be able to clone it to any local repo or shared repo. You also won't be able to pull data from it, or push data to it, from any local repo or shared repo. This action cannot be undone. To delete the CodeCommit repository (console)
To delete the CodeCommit repository (Amazon CLI)Run the delete-repository command:
To delete the local repo and shared repoFor Linux, OS X, or Unix:
For Windows:
How do I access my AWS CodeCommit?View and manage your credentials
Sign in to the AWS Management Console and open the IAM console at https://console.aws.amazon.com/iam/ . In the navigation bar on the upper right, choose your user name, and then choose My Security Credentials. Choose the AWS CodeCommit credentials tab.
What is CodeCommit pull request?A pull request is the primary way you and other repository users can review, comment on, and merge code changes from one branch to another. You can use pull requests to collaboratively review code changes for minor changes or fixes, major feature additions, or new versions of your released software.
How do you push code into CodeCommit?You should follow steps similar to the ones in Migrate to CodeCommit. Run the git remote set-url --add --push origin git-repository-name command where git-repository-name is the URL and name of the Git repository where you want to host your code. This changes the push destination of origin to that Git repository.
How do I connect to SSH CodeCommit?Setup steps for SSH connections to AWS CodeCommit repositories on Windows. Step 1: Initial configuration for CodeCommit.. Step 2: Install Git.. Step 3: Set up the public and private keys for Git and CodeCommit.. Step 4: Connect to the CodeCommit console and clone the repository.. Next steps.. |