- #How to setup gitlab on windows how to
- #How to setup gitlab on windows manual
- #How to setup gitlab on windows archive
All but the most basic of installations will usually acquire many modifications over time. /etc/gitlab/gitlab.rb – This is your GitLab configuration file.These must be backed up too to ensure successful recovery of your instance. There are two other critical files essential to the operation of your GitLab server. GitLab’s back up script only manages user-created data. sudo gitlab-backup create STRATEGY=copy Don’t Forget: Back Up Your Config File! As an example, if you have 5GB of Git repositories and 10GB of container registries, you’d need to have 10GB of extra available space, not 15GB. GitLab will run the backup in data type stages so you only need double the size of your largest data type. You should make sure you’ve got enough disk space available. The copy strategy is activated by setting the STRATEGY environment variable when running the backup command. Backup performance can also take a noticeable hit, especially on slower storage devices. This ensures tar isn’t reading from a live GitLab instance but has the side-effect of temporarily increasing GitLab’s storage consumption.
This copies all eligible backup data to a temporary directory, then streams the copied content into the final tar archive. To combat this, GitLab introduced an optional copy strategy. Data might change in the source directory before it’s finished reaching the archive, causing tar to skip it with a file changed as we read it error. This generally works well but can present problems on very active GitLab instances. GitLab’s default backup strategy is to stream data continuously to the tar archive. You can achieve something similar by using S3’s built-in expiration policies to automatically delete uploads after a set time period has elapsed. It only applies to locally stored backup archives. Run sudo crontab -e to open root’s crontab, then add the following contents to the file: 0 21 * * * /opt/gitlab/bin/gitlab-backup create CRON=1īeware that the backup_keep_time setting isn’t supported when you’re using S3 storage. You should setup your own cron task to run the backup command shown above. There’s no integrated mechanism to define an automated backup schedule.
#How to setup gitlab on windows manual
You should configure your installation to save packages to an external object storage provider if you need them to be recoverable without a manual rebuild. Packages added to GitLab’s package registries are not supported. The backup also covers GitLab Pages websites and Docker images uploaded to the integrated container registry. Restoring the backup will reinstate your projects, groups, users, issues, uploaded file attachments, and CI/CD job logs. This includes everything in the GitLab database and your on-disk Git repositories. GitLab’s built-in back up utility exports data created by users on your GitLab instance.
#How to setup gitlab on windows archive
Each backup archive is named with its creation timestamp and GitLab version. Omnibus installations default to using /var/opt/gitlab/backups. The backup will be saved as a tar archive in the directory defined by your GitLab configuration file. Older versions should use an alternative version instead: sudo gitlab-rake gitlab:backup:create Run the following command in your shell: sudo gitlab-backup create The simplest way to create a backup is with the on-demand creation command. You’ll need to modify the GitLab CLI commands by prefixing them with bundle exec rake if your instance was built from source. These steps are intended for use with GitLab omnibus editions.
#How to setup gitlab on windows how to
Here’s how to setup back ups to your local filesystem or an Amazon S3 bucket. The archive can be restored a fresh server running the same GitLab version. GitLab has a built-in back up component that can create a complete archive of your installation’s data. It’s vital to have functioning backups so your data’s protected in case of a hardware failure, unsuccessful server update, or malicious compromise. Organizations using a self-managed GitLab instance usually rely on it to hold their source code, project management, and operational tooling.