• Supported distributions
• Install GitLab Runner
• Upgrade GitLab Runner
• GPG signatures for package installation
  • Repository metadata signing
  • Package signing
    • RPM-based distributions
    • Debian-based distributions
    • Current GPG public key
    • Previous GPG public keys
• Troubleshooting
  • Error: No such file or directory job failures

Install GitLab Runner using the official GitLab repositories

To install GitLab Runner, you can use a package from the GitLab repository.

Supported distributions

GitLab provides packages for the following supported versions of Linux distributions with Packagecloud. New runner deb or rpm packages for new OS distribution releases are added automatically when supported by Packagecloud.

Depending on your setup, other Debian or RPM based distributions may also be supported. This refers to distributions that are derivative of a supported GitLab Runner distribution and that have compatible package repositories. For example, Deepin is a Debian derivative. So, the runner deb package should install and run on Deepin. You may also be able to install GitLab Runner as a binary on other Linux distributions.

Install GitLab Runner

To install GitLab Runner:

1. Add the official GitLab repository:

   Debian/Ubuntu/Mint

   curl -L "https://packages.gitlab.com/install/repositories/runner/gitlab-runner/script.deb.sh" | sudo bash
   

   RHEL/CentOS/Fedora/Amazon Linux

   curl -L "https://packages.gitlab.com/install/repositories/runner/gitlab-runner/script.rpm.sh" | sudo bash
   

2. Install the latest version of GitLab Runner, or skip to the next step to install a specific version:

   The skel directory usage is disabled by default to prevent No such file or directory job failures.
   Debian/Ubuntu/Mint

   sudo apt install gitlab-runner
   

   RHEL/CentOS/Fedora/Amazon Linux

   sudo yum install gitlab-runner
   
   or
   
   sudo dnf install gitlab-runner
   

   A FIPS 140-2 compliant version of GitLab Runner is available for RHEL distributions. You can install this version by using gitlab-runner-fips as the package name, instead of gitlab-runner.

3. To install a specific version of GitLab Runner:

   Debian/Ubuntu/Mint

   apt-cache madison gitlab-runner
   sudo apt install gitlab-runner=16.5.0
   

   RHEL/CentOS/Fedora/Amazon Linux

   yum list gitlab-runner --showduplicates | sort -r
   sudo yum install gitlab-runner-16.5.0-1
   

4. Register a runner.

After completing the above steps, a runner can be started and can be used with your projects!

Make sure that you read the FAQ section which describes some of the most common problems with GitLab Runner.

Upgrade GitLab Runner

To install the latest version of GitLab Runner:

sudo apt update
sudo apt install gitlab-runner

sudo yum update
sudo yum install gitlab-runner

GPG signatures for package installation

The GitLab Runner project provides two types of GPG signatures for the package installation method:

• Repository metadata signing
• Package signing

Repository metadata signing

To verify that the package information downloaded from the remote repository can be trusted, the package manager uses repository metadata signing.

The signature is verified when you use a command like apt-get update, so the information about available packages is updated before any package is downloaded and installed. Verification failure should also cause the package manager to reject the metadata. This means that you cannot download and install any package from the repository until the problem that caused the signature mismatch is found and resolved.

GPG public keys used for package metadata signature verification are installed automatically on first installation done with the instructions above. For key updates in the future, existing users need to manually download and install the new keys.

We use one key for all our projects hosted under https://packages.gitlab.com. You can find the details about the key used in the Linux package documentation. This documentation page lists also all keys used in the past.

Package signing

Repository metadata signing proves that the downloaded version information originates at https://packages.gitlab.com. It does not prove the integrity of the packages themselves. Whatever was uploaded to https://packages.gitlab.com - authorized or not - is properly verified until the metadata transfer from repository to the user was not affected.

With package signing, each package is signed when it’s built. Until you can trust the build environment and the secrecy of the used GPG key, you cannot verify package authenticity. A valid signature on the package proves that its origin is authenticated and its integrity was not violated.

Package signing verification is enabled by default only in some of the Debian/RPM based distributions. To use this type of verification, you might need to adjust the configuration.

GPG keys used for package signature verification can be different for each of the repositories hosted at https://packages.gitlab.com. The GitLab Runner project uses its own key pair for this type of the signature.

RPM-based distributions

The RPM format contains a full implementation of GPG signing functionality, and thus is fully integrated with the package management systems based upon that format.

You can find the technical description of how to configure package signature verification for RPM-based distributions in the Linux package documentation. The GitLab Runner differences are:

• The public key package that should be installed is named gpg-pubkey-35dfa027-60ba0235.
• The repository file for RPM-based distributions is named /etc/yum.repos.d/runner_gitlab-runner.repo (for the stable release) or /etc/yum.repos.d/runner_unstable.repo (for the unstable releases).
• The package signing public key can be imported from https://packages.gitlab.com/runner/gitlab-runner/gpgkey/runner-gitlab-runner-49F16C5CC3A0F81F.pub.gpg.

Debian-based distributions

The deb format does not officially contain a default and included method for signing packages. The GitLab Runner project uses the dpkg-sig tool for signing and verifying signatures on packages. This method supports only manual verification of packages.

To verify a deb package:

1. Install dpkg-sig:

   apt update && apt install dpkg-sig
   

2. Download and import the package signing public key:

   curl -JLO "https://packages.gitlab.com/runner/gitlab-runner/gpgkey/runner-gitlab-runner-49F16C5CC3A0F81F.pub.gpg"
   gpg --import runner-gitlab-runner-49F16C5CC3A0F81F.pub.gpg
   

3. Verify downloaded package with dpkg-sig:

   dpkg-sig --verify gitlab-runner_amd64.deb
   Processing gitlab-runner_amd64.deb...
   GOODSIG _gpgbuilder 931DA69CFA3AFEBBC97DAA8C6C57C29C6BA75A4E 1623755049
   

   If a package has an invalid signature or signed with an invalid key (for example a revoked one), the output is similar to the following:

   dpkg-sig --verify gitlab-runner_amd64.deb
   Processing gitlab-runner_amd64.deb...
   BADSIG _gpgbuilder
   

   If the key is not present in the user’s keyring, the output is similar to:

   dpkg-sig --verify gitlab-runner_amd64.v13.1.0.deb
   Processing gitlab-runner_amd64.v13.1.0.deb...
   UNKNOWNSIG _gpgbuilder 880721D4
   

Current GPG public key

Download the current public GPG key used for package signing from https://packages.gitlab.com/runner/gitlab-runner/gpgkey/runner-gitlab-runner-49F16C5CC3A0F81F.pub.gpg.

Previous GPG public keys

Keys used in the past can be found in the table below.

For keys that were revoked, it’s highly recommended to remove them from the package signing verification configuration.

Signatures made by the following keys should not be trusted anymore.

Troubleshooting

Here are some tips on troubleshooting and resolving issues when installing GitLab Runner.

Error: No such file or directory job failures

Sometimes the default skeleton (skel) directory causes issues for GitLab Runner, and it fails to run a job. See issue 4449 and issue 1379.

To avoid this, when you install GitLab Runner, a gitlab-runner user is created, and by default, the home directory is created without any skeleton in it. Shell configuration added to the home directory with the usage of skel may interfere with the job execution. This configuration can introduce unexpected problems like the ones mentioned above.

If you had created the runner before the avoidance of skel was made the default behavior, you can try removing the following dotfiles:

sudo rm /home/gitlab-runner/.profile
sudo rm /home/gitlab-runner/.bashrc
sudo rm /home/gitlab-runner/.bash_logout

If you need to use the skel directory to populate the newly created $HOME directory, you must set the GITLAB_RUNNER_DISABLE_SKEL variable explicitly to false before you install the runner:

export GITLAB_RUNNER_DISABLE_SKEL=false; sudo -E apt-get install gitlab-runner

export GITLAB_RUNNER_DISABLE_SKEL=false; sudo -E yum install gitlab-runner