Environment

This vagrant environment configures a basic GitLab Community Edition installation using the Omnibus GitLab package.

Nginx (HTTP/2 enabled) is configured with a self-signed certificate at:

https://gitlab.example.com/

PostgreSQL is configured to allow (and trust) any connection from the host. For example, you can use pgAdmin III with these settings:

Host: gitlab.example.com
Port: 5432
Maintenance DB: postgres
Username: gitlab-psql

GitLab is also configured to use the optional ldaps://dc.example.com Active Directory LDAP endpoint as configured by rgl/windows-domain-controller-vagrant.

Some example repositories are automatically installed, if you do not want that, comment the line that calls create-example-repositories.sh inside the provision.sh file before running vagrant up.

Usage

Install the Ubuntu Base Box.

Install the needed plugins:

vagrant plugin install vagrant-triggers # see https://github.com/emyl/vagrant-triggers

Start the environment:

vagrant up 

Configure your host system to resolve the gitlab.example.com domain to this vagrant environment IP address, e.g.:

echo '192.168.33.20 gitlab.example.com' | sudo tee -a /etc/hosts

Sign In into GitLab using the root username and the password password at:

https://gitlab.example.com/users/sign_in

Add your public SSH key, for that open the SSH Keys page at:

https://gitlab.example.com/profile/keys

Add a new SSH key with your SSH public key, for that, just copy the contents of your id_rsa.pub file. Get its contents with, e.g.:

cat ~/.ssh/id_rsa.pub

Create a new repository named hello at:

https://gitlab.example.com/projects/new

You can now clone that repository with SSH or HTTPS:

git clone [email protected]:root/hello.git
git clone https://[email protected]/root/hello.git

NB This vagrant environment does not have a proper SSL certificate, as such, HTTPS cloning will fail with SSL certificate problem: self signed certificate. To temporarily ignore that error set the GIT_SSL_NO_VERIFY environment variable with export GIT_SSL_NO_VERIFY=true.

Make some changes to the cloned repository and push them:

cd hello
echo '# Hello World' >> README.md
git add README.md
git commit -m 'some change'
git push

Git Large File Storage (LFS)

You can also use Git Large File Storage (LFS). As this is an external Git plugin, you need to install git-lfs before you continue.

NB git-lfs needs to be on your PATH. Normally the installer configures your system PATH, but you still need to restart your shell or Git Client application for it to pick it up.

Give it a try by cloning the example repository (created by create-example-repositories.sh):

git clone https://root:[email protected]/root/use-git-lfs.git

NB git-lfs always uses an https endpoint (even when you clone with ssh).

Lets get familiar with git-lfs by running some commands.

See the available lfs commands:

git lfs

Which file patterns are currently being tracked:

git lfs track

NB do not forget, only the tracked files are put outside the git repository. So don't forget to track. e.g., with git lfs track "*.iso".

See which files are actually tracked:

git lfs ls-files

See the git-lfs environment:

git lfs env

For more information read the tutorial and the documentation.

Troubleshoot

Watch the logs:

sudo su
tail -f /var/log/gitlab/gitlab-rails/*.log