Building Go Apps with Private GitLab Modules in Docker
Introduction
When working with private GitLab repositories within a Docker environment, establishing secure authentication is crucial. This question explores how to overcome common authentication challenges related to private GitLab modules while building Go apps.
Solution
-
Create Essential SSH Files:
Create the .ssh/known_hosts file and add the GitLab domain (e.g., gitlab.com). Create a .gitconfig file and specify the GitLab domain as the preferred URL instead of HTTPS.
-
Configure SSH Key:
Load the SSH private key into the SSH agent using ssh-add id_rsa. The key file must be named id_rsa or conform to specific default names for SSH to recognize it.
-
Update Go Module Settings:
Set the GOPRIVATE environment variable to include the GitLab domain to indicate that the corresponding module is private.
-
Enable SSH Mount:
In the Dockerfile, add a RUN --mount=type=ssh command before building the application to allow Docker to mount the SSH keys.
-
Build with SSH Support:
Use the Docker --ssh default flag to enable SSH support.
-
Additional AppArmor Considerations:
If the Docker container uses AppArmor, ensure that the SSH keyring socket is accessible to Docker by updating the apparmor profile and reloading the settings.
-
Use SSH Agent Forwarding:
To troubleshoot SSH connectivity issues, add the -A flag when running ssh commands to enable agent forwarding.
-
Avoid Hard-Coding Credentials:
Do not store credentials directly in the Docker image or use chmod commands to adjust file permissions as these may compromise security.
Conclusion
By following these steps and addressing any potential AppArmor restrictions, you can successfully build Go applications that rely on private GitLab modules within a Docker environment, ensuring secure authentication and access to the necessary code components.
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