$ ls -al ~/.ssh # Lists the files in your. The public key is passed (uploaded) to the server to authenticate the request.īefore creating new keys, you can check if you already have a key pair created. Private key is saved to your local computer, generally in a folder. When you set up SSH, you create a key pair - private and public keys. Understanding the SSH workflow is out of the purview of this post, hence we will restrict our discussions to the topic. With SSH keys, you can connect to Git hosting servers(e.g GitHub, BitBucket) without supplying your username or password at each visit. SSH establishes a secured connection between two parties(client and server), authenticating each side to the other, and passing commands and output back and forth. SSH is a protocol by which you can connect and authenticate to remote servers and services. For other operating systems, you can use respective commands to achieve the results. The steps for configuring SSH for git remains the same irrespective of the operating system. This assumption is only for the commands that we run on the operating system. ✋ For simplicity, we are assuming that the client machine is running on a Linux operating server. Now that we have a bit of context, let’s understand how it works. It can also help you in use cases like building pipelines. Surely, this is not the only use case where you can make use of this feature. The answer is - connecting to git via SSH. This is certainly not what you are looking out, right? You want something by which you can pull the changes without anyone's credentials. When you run, it will ask for credentials again. You clone the git repository through your own credentials and set up the system. Consider you are deploying an application on a server which is maintained by Git versioning system.
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