github.com/tiredofit/docker-gitlab-ee

Introduction
- Changelog
Issues
Announcements
Prerequisites
Installation
Quick Start
Configuration
Maintenance
Features
Container Registry
References

About

Dockerfile to build a GitLab Enterprise Edition image for the Docker opensource container platform.

GitLab EE is set up in the Docker image using the install from source method as documented in the the official GitLab documentation.

This Container uses a customized Alpine Linux base which includes s6 overlay enabled for PID 1 Init capabilities, zabbix-agent based on 3.4 Packages for individual container monitoring, Cron also installed along with other tools (bash,curl, less, logrotate, nano, vim) for easier management. It also supports sending to external SMTP servers..

For other methods to install GitLab please refer to the Official GitLab Installation Guide which includes a GitLab image for Docker.

Issues

Docker is a relatively new project and is active being developed and tested by a thriving community of developers and testers and every release of docker features many enhancements and bugfixes.

Given the nature of the development and release cycle it is very important that you have the latest version of docker installed because any issue that you encounter might have already been fixed with a newer docker release.

Install the most recent version of the Docker Engine for your platform using the official Docker releases, which can also be installed using:

wget -qO- https://get.docker.com/ | sh

Fedora and RHEL/CentOS users should try disabling selinux with setenforce 0 and check if resolves the issue. If it does than there is not much that I can help you with. You can either stick with selinux disabled (not recommended by redhat) or switch to using ubuntu.

You may also set DEBUG=true to enable debugging of the entrypoint script, which could help you pin point any configuration issues.

If using the latest docker version and/or disabling selinux does not fix the issue then please file a issue request on the issues page.

In your issue report please make sure you provide the following information:

The host distribution and release version.
Output of the docker version command
Output of the docker info command
The docker run command you used to run the image (mask out the sensitive bits).

Prerequisites and Assumptions

Your docker host needs to have 1GB or more of available RAM to run GitLab. Please refer to the GitLab hardware requirements documentation for additional information.

Installation

Automated builds of the image are available on Docker hub

docker pull docker.io/tiredofdit/gitlab-ee:latest

You can also pull the latest tag which is built from the repository HEAD

docker pull docker.io/tiredofdit/gitlab-ee:latest

Alternatively you can build the image locally.

docker build -t tiredofit/gitlab-ee

Quick Start

The quickest way to get started is using docker-compose.

wget https://raw.githubusercontent.com/tiredofit/gitlab-ee/master/examples/docker-compose.yml

Generate random strings that are at least 64 characters long for each of GITLAB_SECRETS_OTP_KEY_BASE, GITLAB_SECRETS_DB_KEY_BASE, and GITLAB_SECRETS_SECRET_KEY_BASE. These values are used for the following:

GITLAB_SECRETS_OTP_KEY_BASE is used to encrypt 2FA secrets in the database. If you lose or rotate this secret, none of your users will be able to log in using 2FA.
GITLAB_SECRETS_DB_KEY_BASE is used to encrypt CI secret variables, as well as import credentials, in the database. If you lose or rotate this secret, you will not be able to use existing CI secrets.
GITLAB_SECRETS_SECRET_KEY_BASE is used for password reset links, and other 'standard' auth features. If you lose or rotate this secret, password reset tokens in emails will reset.

Tip: You can generate a random string using pwgen -Bsv1 64 and assign it as the value of GITLAB_SECRETS_DB_KEY_BASE.

Start GitLab using:

docker-compose up

Alternatively, you can manually launch the gitlab container and the supporting postgresql and redis containers by following this three step guide.

Step 1. Launch a postgresql container

docker run --name gitlab-postgresql -d \
    --env 'DB_NAME=gitlabhq_production' \
    --env 'DB_USER=gitlab' --env 'DB_PASS=password' \
    --env 'DB_EXTENSION=pg_trgm' \
    --volume /data/gitlab/postgresql:/var/lib/postgresql \
    tiredofit/postgresql:13-latest

Step 2. Launch a redis container

docker run --name gitlab-redis -d \
    --volume /data/gitlab/redis:/var/lib/redis \
    tiredofit/redis:latest

Step 3. Launch the gitlab container

docker run --name gitlab -d \
    --link gitlab-postgresql:postgresql --link gitlab-redis:redisio \
    --publish 10022:22 --publish 10080:80 \
    --env 'GITLAB_PORT=10080' --env 'GITLAB_SSH_PORT=10022' \
    --env 'GITLAB_SECRETS_DB_KEY_BASE=long-and-random-alpha-numeric-string' \
    --env 'GITLAB_SECRETS_SECRET_KEY_BASE=long-and-random-alpha-numeric-string' \
    --env 'GITLAB_SECRETS_OTP_KEY_BASE=long-and-random-alpha-numeric-string' \
    --volume /data/gitlab/gitlab:/home/git/data \
    tiredofit/gitlab-ee:latest

Please refer to Available Configuration Parameters to understand GITLAB_PORT and other configuration options

NOTE: Please allow a couple of minutes for the GitLab application to start.

Point your browser to http://localhost:10080 and set a password for the root user account.

You should now have the GitLab application up and ready for testing. If you want to use this image in production then please read on.

The rest of the document will use the docker command line. You can quite simply adapt your configuration into a docker-compose.yml file if you wish to do so.

Configuration

Data Store

GitLab is a code hosting software and as such you don't want to lose your code when the docker container is stopped/deleted. To avoid losing any data, you should mount a volume at,

/home/git/data

Note that if you are using the docker-compose approach, this has already been done for you.

SELinux users are also required to change the security context of the mount point so that it plays nicely with selinux.

mkdir -p /data/gitlab/gitlab
sudo chcon -Rt svirt_sandbox_file_t /data/gitlab/gitlab

Volumes can be mounted in docker by specifying the -v option in the docker run command.

docker run --name gitlab -d \
    --volume /data/gitlab/gitlab:/home/git/data \
    tiredofit/gitlab-ee:latest

Database

PostgreSQL

External PostgreSQL Server

The image also supports using an external PostgreSQL Server. This is also controlled via environment variables.

CREATE ROLE gitlab with LOGIN CREATEDB PASSWORD 'password';
CREATE DATABASE gitlabhq_production;
GRANT ALL PRIVILEGES ON DATABASE gitlabhq_production to gitlab;

Additionally since GitLab 8.6.0 the pg_trgm extension should also be loaded for the gitlabhq_production database.

We are now ready to start the GitLab application.

Assuming that the PostgreSQL server host is 192.168.1.100

docker run --name gitlab -d \
    --env 'DB_ADAPTER=postgresql' --env 'DB_HOST=192.168.1.100' \
    --env 'DB_NAME=gitlabhq_production' \
    --env 'DB_USER=gitlab' --env 'DB_PASS=password' \
    --volume /data/gitlab/gitlab:/home/git/data \
    tiredofit/gitlab-ee:latest

Linking to PostgreSQL Container

You can link this image with a postgresql container for the database requirements. The alias of the postgresql server container should be set to postgresql while linking with the gitlab image.

If a postgresql container is linked, only the DB_ADAPTER, DB_HOST and DB_PORT settings are automatically retrieved using the linkage. You may still need to set other database connection parameters such as the DB_NAME, DB_USER, DB_PASS and so on.

To illustrate linking with a postgresql container, we will use the tiredofit/postgresql image. When using postgresql image in production you should mount a volume for the postgresql data store. Please refer the README of postgresql for details.

First, lets pull the postgresql image from the docker index.

docker pull docker.io/tiredofdit/postgresql:13-latest

For data persistence lets create a store for the postgresql and start the container.

SELinux users are also required to change the security context of the mount point so that it plays nicely with selinux.

mkdir -p /data/gitlab/postgresql
sudo chcon -Rt svirt_sandbox_file_t /data/gitlab/postgresql

The run command looks like this.

docker run --name gitlab-postgresql -d \
    --env 'DB_NAME=gitlabhq_production' \
    --env 'DB_USER=gitlab' --env 'DB_PASS=password' \
    --env 'DB_EXTENSION=pg_trgm' \
    --volume /data/gitlab/postgresql:/var/lib/postgresql \
    tiredofit/postgresql:13-latest

The above command will create a database named gitlabhq_production and also create a user named gitlab with the password password with access to the gitlabhq_production database.

We are now ready to start the GitLab application.

docker run --name gitlab -d --link gitlab-postgresql:postgresql \
    --volume /data/gitlab/gitlab:/home/git/data \
    tiredofit/gitlab-ee:latest

Here the image will also automatically fetch the DB_NAME, DB_USER and DB_PASS variables from the postgresql container as they are specified in the docker run command for the postgresql container. This is made possible using the magic of docker links and works with the following images:

Redis

GitLab uses the redis server for its key-value data store. The redis server connection details can be specified using environment variables.

External Redis Server

The image can be configured to use an external redis server. The configuration should be specified using environment variables while starting the GitLab image.

Assuming that the redis server host is 192.168.1.100

docker run --name gitlab -it --rm \
    --env 'REDIS_HOST=192.168.1.100' --env 'REDIS_PORT=6379' \
    tiredofit/gitlab-ee:latest

Linking to Redis Container

You can link this image with a redis container to satisfy gitlab's redis requirement. The alias of the redis server container should be set to redisio while linking with the gitlab image.

To illustrate linking with a redis container, we will use the tiredofit/redis image. Please refer the README of redis for details.

First, lets pull the redis image from the docker index.

docker pull docker.io/tiredofdit/redis:latest

Lets start the redis container

docker run --name gitlab-redis -d \
    --volume /data/gitlab/redis:/var/lib/redis \
    tiredofit/redis:latest

We are now ready to start the GitLab application.

docker run --name gitlab -d --link gitlab-redis:redisio \
    tiredofit/gitlab-ee:latest

Mail

The mail configuration should be specified using environment variables while starting the GitLab image. The configuration defaults to using gmail to send emails and requires the specification of a valid username and password to login to the gmail servers.

If you are using Gmail then all you need to do is:

docker run --name gitlab -d \
    --env '[email protected]' --env 'SMTP_PASS=PASSWORD' \
    --volume /data/gitlab/gitlab:/home/git/data \
    tiredofit/gitlab-ee:latest

Please refer the Available Configuration Parameters section for the list of SMTP parameters that can be specified.

Reply by email

GitLab adds support for commenting on issues by replying to emails.

To enable this feature you need to provide IMAP configuration parameters that will allow GitLab to connect to your mail server and read mails. Additionally, you may need to specify GITLAB_INCOMING_EMAIL_ADDRESS if your incoming email address is not the same as the IMAP_USER.

If your email provider supports email sub-addressing then you should add the +%{key} placeholder after the user part of the email address, eg. GITLAB_INCOMING_EMAIL_ADDRESS=reply+%{key}@example.com. Please read the documentation on reply by email to understand the requirements for this feature.

If you are using Gmail then all you need to do is:

docker run --name gitlab -d \
    --env '[email protected]' --env 'IMAP_PASS=PASSWORD' \
    --env 'GITLAB_INCOMING_EMAIL_ADDRESS=USER+%{key}@gmail.com' \
    --volume /data/gitlab/gitlab:/home/git/data \
    tiredofit/gitlab-ee:latest

Please refer the Available Configuration Parameters section for the list of IMAP parameters that can be specified.

SSL

Access to the gitlab application can be secured using SSL so as to prevent unauthorized access to the data in your repositories. While a CA certified SSL certificate allows for verification of trust via the CA, a self signed certificate can also provide an equal level of trust verification as long as each client takes some additional steps to verify the identity of your website. I will provide instructions on achieving this towards the end of this section.

Jump to the Using HTTPS with a load balancer section if you are using a load balancer such as hipache, haproxy or nginx.

To secure your application via SSL you basically need two things:

Private key (.key)
SSL certificate (.crt)

When using CA certified certificates, these files are provided to you by the CA. When using self-signed certificates you need to generate these files yourself. Skip to Strengthening the server security section if you are armed with CA certified SSL certificates.

Generation of a Self Signed Certificate

Generation of a self-signed SSL certificate involves a simple 3-step procedure:

STEP 1: Create the server private key

openssl genrsa -out gitlab.key 2048

STEP 2: Create the certificate signing request (CSR)

openssl req -new -key gitlab.key -out gitlab.csr

STEP 3: Sign the certificate using the private key and CSR

openssl x509 -req -days 3650 -in gitlab.csr -signkey gitlab.key -out gitlab.crt

Congratulations! You now have a self-signed SSL certificate valid for 10 years.

Strengthening the server security

This section provides you with instructions to strengthen your server security. To achieve this we need to generate stronger DHE parameters.

openssl dhparam -out dhparam.pem 2048

Installation of the SSL Certificates

Out of the four files generated above, we need to install the gitlab.key, gitlab.crt and dhparam.pem files at the gitlab server. The CSR file is not needed, but do make sure you safely backup the file (in case you ever need it again).

The default path that the gitlab application is configured to look for the SSL certificates is at /home/git/data/certs, this can however be changed using the SSL_KEY_PATH, SSL_CERTIFICATE_PATH and SSL_DHPARAM_PATH configuration options.

If you remember from above, the /home/git/data path is the path of the data store, which means that we have to create a folder named certs/ inside /data/gitlab/gitlab/ and copy the files into it and as a measure of security we'll update the permission on the gitlab.key file to only be readable by the owner.

mkdir -p /data/gitlab/gitlab/certs
cp gitlab.key /data/gitlab/gitlab/certs/
cp gitlab.crt /data/gitlab/gitlab/certs/
cp dhparam.pem /data/gitlab/gitlab/certs/
chmod 400 /data/gitlab/gitlab/certs/gitlab.key

Great! we are now just one step away from having our application secured.

Enabling HTTPS support

HTTPS support can be enabled by setting the GITLAB_HTTPS option to true. Additionally, when using self-signed SSL certificates you need to the set SSL_SELF_SIGNED option to true as well. Assuming we are using self-signed certificates

docker run --name gitlab -d \
    --publish 10022:22 --publish 10080:80 --publish 10443:443 \
    --env 'GITLAB_SSH_PORT=10022' --env 'GITLAB_PORT=10443' \
    --env 'GITLAB_HTTPS=true' --env 'SSL_SELF_SIGNED=true' \
    --volume /data/gitlab/gitlab:/home/git/data \
    tiredofit/gitlab-ee:latest

In this configuration, any requests made over the plain http protocol will automatically be redirected to use the https protocol. However, this is not optimal when using a load balancer.

Configuring HSTS

HSTS if supported by the browsers makes sure that your users will only reach your sever via HTTPS. When the user comes for the first time it sees a header from the server which states for how long from now this site should only be reachable via HTTPS - that's the HSTS max-age value.

With NGINX_HSTS_MAXAGE you can configure that value. The default value is 31536000 seconds. If you want to disable a already sent HSTS MAXAGE value, set it to 0.

docker run --name gitlab -d \
 --env 'GITLAB_HTTPS=true' --env 'SSL_SELF_SIGNED=true' \
 --env 'NGINX_HSTS_MAXAGE=2592000' \
 --volume /data/gitlab/gitlab:/home/git/data \
 tiredofit/gitlab-ee:latest

If you want to completely disable HSTS set NGINX_HSTS_ENABLED to false.

Using HTTPS with a load balancer

Load balancers like nginx/haproxy/hipache talk to backend applications over plain http and as such the installation of ssl keys and certificates are not required and should NOT be installed in the container. The SSL configuration has to instead be done at the load balancer.

However, when using a load balancer you MUST set GITLAB_HTTPS to true. Additionally you will need to set the SSL_SELF_SIGNED option to true if self signed SSL certificates are in use.

With this in place, you should configure the load balancer to support handling of https requests. But that is out of the scope of this document. Please refer to Using SSL/HTTPS with HAProxy for information on the subject.

When using a load balancer, you probably want to make sure the load balancer performs the automatic http to https redirection. Information on this can also be found in the link above.

In summation, when using a load balancer, the docker command would look for the most part something like this:

docker run --name gitlab -d \
    --publish 10022:22 --publish 10080:80 \
    --env 'GITLAB_SSH_PORT=10022' --env 'GITLAB_PORT=443' \
    --env 'GITLAB_HTTPS=true' --env 'SSL_SELF_SIGNED=true' \
    --volume /data/gitlab/gitlab:/home/git/data \
    tiredofit/gitlab-ee:latest

Again, drop the --env 'SSL_SELF_SIGNED=true' option if you are using CA certified SSL certificates.

In case GitLab responds to any kind of POST request (login, OAUTH, changing settings etc.) with a 422 HTTP Error, consider adding this to your reverse proxy configuration:

proxy_set_header X-Forwarded-Ssl on; (nginx format)

Establishing trust with your server

This section deals will self-signed ssl certificates. If you are using CA certified certificates, your done.

This section is more of a client side configuration so as to add a level of confidence at the client to be 100 percent sure they are communicating with whom they think they.

This is simply done by adding the servers certificate into their list of trusted certificates. On ubuntu, this is done by copying the gitlab.crt file to /usr/local/share/ca-certificates/ and executing update-ca-certificates.

Again, this is a client side configuration which means that everyone who is going to communicate with the server should perform this configuration on their machine. In short, distribute the gitlab.crt file among your developers and ask them to add it to their list of trusted ssl certificates. Failure to do so will result in errors that look like this:

git clone https://git.local.host/gitlab-ee.git
fatal: unable to access 'https://git.local.host/gitlab-ee.git': server certificate verification failed. CAfile: /etc/ssl/certs/ca-certificates.crt CRLfile: none

You can do the same at the web browser. Instructions for installing the root certificate for firefox can be found here. You will find similar options chrome, just make sure you install the certificate under the authorities tab of the certificate manager dialog.

There you have it, that's all there is to it.

Installing Trusted SSL Server Certificates

If your GitLab CI server is using self-signed SSL certificates then you should make sure the GitLab CI server certificate is trusted on the GitLab server for them to be able to talk to each other.

The default path image is configured to look for the trusted SSL certificates is at /home/git/data/certs/ca.crt, this can however be changed using the SSL_CA_CERTIFICATES_PATH configuration option.

Copy the ca.crt file into the certs directory on the datastore. The ca.crt file should contain the root certificates of all the servers you want to trust. With respect to GitLab CI, this will be the contents of the gitlab_ci.crt file as described in the README of the docker-gitlab-ci container.

By default, our own server certificate gitlab.crt is added to the trusted certificates list.

Deploy to a subdirectory (relative url root)

By default GitLab expects that your application is running at the root (eg. /). This section explains how to run your application inside a directory.

Let's assume we want to deploy our application to '/git'. GitLab needs to know this directory to generate the appropriate routes. This can be specified using the GITLAB_RELATIVE_URL_ROOT configuration option like so:

docker run --name gitlab -it --rm \
    --env 'GITLAB_RELATIVE_URL_ROOT=/git' \
    --volume /data/gitlab/gitlab:/home/git/data \
    tiredofit/gitlab-ee:latest

GitLab will now be accessible at the /git path, e.g. http://www.example.com/git.

Note: The GITLAB_RELATIVE_URL_ROOT parameter should always begin with a slash and SHOULD NOT have any trailing slashes.

OmniAuth Integration

GitLab leverages OmniAuth to allow users to sign in using Twitter, GitHub, and other popular services. Configuring OmniAuth does not prevent standard GitLab authentication or LDAP (if configured) from continuing to work. Users can choose to sign in using any of the configured mechanisms.

Refer to the GitLab documentation for additional information.

CAS3

To enable the CAS OmniAuth provider you must register your application with your CAS instance. This requires the service URL GitLab will supply to CAS. It should be something like: https://git.example.com:443/users/auth/cas3/callback?url. By default handling for SLO is enabled, you only need to configure CAS for backchannel logout.

For example, if your cas server url is https://sso.example.com, then adding --env 'OAUTH_CAS3_SERVER=https://sso.example.com' to the docker run command enables support for CAS3 OAuth. Please refer to Available Configuration Parameters for additional CAS3 configuration parameters.

Authentiq

To enable the Authentiq OmniAuth provider for passwordless authentication you must register an application with Authentiq. Please refer to the GitLab documentation for the procedure to generate the client ID and secret key with Authentiq.

Once you have the API client id and client secret generated, configure them using the OAUTH_AUTHENTIQ_CLIENT_ID and OAUTH_AUTHENTIQ_CLIENT_SECRET environment variables respectively.

For example, if your API key is xxx and the API secret key is yyy, then adding --env 'OAUTH_AUTHENTIQ_CLIENT_ID=xxx' --env 'OAUTH_AUTHENTIQ_CLIENT_SECRET=yyy' to the docker run command enables support for Authentiq OAuth.

You may want to specify OAUTH_AUTHENTIQ_REDIRECT_URI as well. The OAuth scope can be altered as well with OAUTH_AUTHENTIQ_SCOPE (defaults to 'aq:name email~rs address aq:push').

Google

To enable the Google OAuth2 OmniAuth provider you must register your application with Google. Google will generate a client ID and secret key for you to use. Please refer to the GitLab documentation for the procedure to generate the client ID and secret key with google.

Once you have the client ID and secret keys generated, configure them using the OAUTH_GOOGLE_API_KEY and OAUTH_GOOGLE_APP_SECRET environment variables respectively.

For example, if your client ID is xxx.apps.googleusercontent.com and client secret key is yyy, then adding --env 'OAUTH_GOOGLE_API_KEY=xxx.apps.googleusercontent.com' --env 'OAUTH_GOOGLE_APP_SECRET=yyy' to the docker run command enables support for Google OAuth.

You can also restrict logins to a single domain by adding --env "OAUTH_GOOGLE_RESTRICT_DOMAIN='example.com'".

Facebook

To enable the Facebook OAuth2 OmniAuth provider you must register your application with Facebook. Facebook will generate a API key and secret for you to use. Please refer to the GitLab documentation for the procedure to generate the API key and secret.

Once you have the API key and secret generated, configure them using the OAUTH_FACEBOOK_API_KEY and OAUTH_FACEBOOK_APP_SECRET environment variables respectively.

For example, if your API key is xxx and the API secret key is yyy, then adding --env 'OAUTH_FACEBOOK_API_KEY=xxx' --env 'OAUTH_FACEBOOK_APP_SECRET=yyy' to the docker run command enables support for Facebook OAuth.

Twitter

To enable the Twitter OAuth2 OmniAuth provider you must register your application with Twitter. Twitter will generate a API key and secret for you to use. Please refer to the GitLab documentation for the procedure to generate the API key and secret with twitter.

Once you have the API key and secret generated, configure them using the OAUTH_TWITTER_API_KEY and OAUTH_TWITTER_APP_SECRET environment variables respectively.

For example, if your API key is xxx and the API secret key is yyy, then adding --env 'OAUTH_TWITTER_API_KEY=xxx' --env 'OAUTH_TWITTER_APP_SECRET=yyy' to the docker run command enables support for Twitter OAuth.

GitHub

To enable the GitHub OAuth2 OmniAuth provider you must register your application with GitHub. GitHub will generate a Client ID and secret for you to use. Please refer to the GitLab documentation for the procedure to generate the Client ID and secret with github.

Once you have the Client ID and secret generated, configure them using the OAUTH_GITHUB_API_KEY and OAUTH_GITHUB_APP_SECRET environment variables respectively.

For example, if your Client ID is xxx and the Client secret is yyy, then adding --env 'OAUTH_GITHUB_API_KEY=xxx' --env 'OAUTH_GITHUB_APP_SECRET=yyy' to the docker run command enables support for GitHub OAuth.

Users of GitHub Enterprise may want to specify OAUTH_GITHUB_URL and OAUTH_GITHUB_VERIFY_SSL as well.

GitLab

To enable the GitLab OAuth2 OmniAuth provider you must register your application with GitLab. GitLab will generate a Client ID and secret for you to use. Please refer to the GitLab documentation for the procedure to generate the Client ID and secret with GitLab.

Once you have the Client ID and secret generated, configure them using the OAUTH_GITLAB_API_KEY and OAUTH_GITLAB_APP_SECRET environment variables respectively.

For example, if your Client ID is xxx and the Client secret is yyy, then adding --env 'OAUTH_GITLAB_API_KEY=xxx' --env 'OAUTH_GITLAB_APP_SECRET=yyy' to the docker run command enables support for GitLab OAuth.

BitBucket

To enable the BitBucket OAuth2 OmniAuth provider you must register your application with BitBucket. BitBucket will generate a Client ID and secret for you to use. Please refer to the GitLab documentation for the procedure to generate the Client ID and secret with BitBucket.

Once you have the Client ID and secret generated, configure them using the OAUTH_BITBUCKET_API_KEY and OAUTH_BITBUCKET_APP_SECRET environment variables respectively.

For example, if your Client ID is xxx and the Client secret is yyy, then adding --env 'OAUTH_BITBUCKET_API_KEY=xxx' --env 'OAUTH_BITBUCKET_APP_SECRET=yyy' to the docker run command enables support for BitBucket OAuth.

SAML

GitLab can be configured to act as a SAML 2.0 Service Provider (SP). This allows GitLab to consume assertions from a SAML 2.0 Identity Provider (IdP) such as Microsoft ADFS to authenticate users. Please refer to the GitLab documentation.

The following parameters have to be configured to enable SAML OAuth support in this image: OAUTH_SAML_ASSERTION_CONSUMER_SERVICE_URL, OAUTH_SAML_IDP_CERT_FINGERPRINT, OAUTH_SAML_IDP_SSO_TARGET_URL, OAUTH_SAML_ISSUER and OAUTH_SAML_NAME_IDENTIFIER_FORMAT.

You can also override the default "Sign in with" button label with OAUTH_SAML_LABEL.

Please refer to Available Configuration Parameters for the default configurations of these parameters.

Crowd

To enable the Crowd server OAuth2 OmniAuth provider you must register your application with Crowd server.

Configure GitLab to enable access the Crowd server by specifying the OAUTH_CROWD_SERVER_URL, OAUTH_CROWD_APP_NAME and OAUTH_CROWD_APP_PASSWORD environment variables.

Auth0

To enable the Auth0 OmniAuth provider you must register your application with auth0.

Configure the following environment variables OAUTH_AUTH0_CLIENT_ID, OAUTH_AUTH0_CLIENT_SECRET and OAUTH_AUTH0_DOMAIN to complete the integration.

Microsoft Azure

To enable the Microsoft Azure OAuth2 OmniAuth provider you must register your application with Azure. Azure will generate a Client ID, Client secret and Tenant ID for you to use. Please refer to the GitLab documentation for the procedure.

Once you have the Client ID, Client secret and Tenant ID generated, configure them using the OAUTH_AZURE_API_KEY, OAUTH_AZURE_API_SECRET and OAUTH_AZURE_TENANT_ID environment variables respectively.

For example, if your Client ID is xxx, the Client secret is yyy and the Tenant ID is zzz, then adding --env 'OAUTH_AZURE_API_KEY=xxx' --env 'OAUTH_AZURE_API_SECRET=yyy' --env 'OAUTH_AZURE_TENANT_ID=zzz' to the docker run command enables support for Microsoft Azure OAuth.

External Issue Trackers

Since version 7.10.0 support for external issue trackers can be enabled in the "Service Templates" section of the settings panel.

If you are using the docker-redmine image, you can one up the gitlab integration with redmine by adding --volumes-from=gitlab flag to the docker run command while starting the redmine container.

By using the above option the /home/git/data/repositories directory will be accessible by the redmine container and now you can add your git repository path to your redmine project. If, for example, in your gitlab server you have a project named opensource/gitlab, the bare repository will be accessible at /home/git/data/repositories/opensource/gitlab.git in the redmine container.

Host UID / GID Mapping

Per default the container is configured to run gitlab as user and group git with uid and gid 1000. The host possibly uses this ids for different purposes leading to unfavorable effects. From the host it appears as if the mounted data volumes are owned by the host's user/group 1000.

Also the container processes seem to be executed as the host's user/group 1000. The container can be configured to map the uid and gid of git to different ids on host by passing the environment variables USERMAP_UID and USERMAP_GID. The following command maps the ids to user and group git on the host.

docker run --name gitlab -it --rm [options] \
    --env "USERMAP_UID=$(id -u git)" --env "USERMAP_GID=$(id -g git)" \
    tiredofit/gitlab-ee:latest

When changing this mapping, all files and directories in the mounted data volume /home/git/data have to be re-owned by the new ids. This can be achieved automatically using the following command:

docker run --name gitlab -d [OPTIONS] \
    tiredofit/gitlab-ee:latest app:sanitize

Piwik

If you want to monitor your gitlab instance with Piwik, there are two options to setup: PIWIK_URL and PIWIK_SITE_ID. These options should contain something like:

PIWIK_URL=piwik.example.org
PIWIK_SITE_ID=42

Available Configuration Parameters

Please refer the docker run command options for the --env-file flag where you can specify all required environment variables in a single file. This will save you from writing a potentially long docker run command. Alternatively you can use docker-compose.

Along with the Environment Variables from the Base image, below is the complete list of available options that can be used to customize your installation.

Parameter	Description
`DEBUG`	Set this to `true` to enable entrypoint debugging.
`MODE`	Runtime Mode `START` `INIT` `SANITIZE` `RAKE`. Defaults to `START`
`RAKE_TASK`	If `MODE` is set above, execute this command - See next section
`GITLAB_HOST`	The hostname of the GitLab server. Defaults to `localhost`
`GITLAB_CI_HOST`	If you are migrating from GitLab CI use this parameter to configure the redirection to the GitLab service so that your existing runners continue to work without any changes. No defaults.
`GITLAB_PORT`	The port of the GitLab server. This value indicates the public port on which the GitLab application will be accessible on the network and appropriately configures GitLab to generate the correct urls. It does not affect the port on which the internal nginx server will be listening on. Defaults to `443` if `GITLAB_HTTPS=true`, else defaults to `80`.
`GITLAB_SECRETS_DB_KEY_BASE`	Encryption key for GitLab CI secret variables, as well as import credentials, in the database. Ensure that your key is at least 32 characters long and that you don't lose it. You can generate one using `pwgen -Bsv1 64`. If you are migrating from GitLab CI, you need to set this value to the value of `GITLAB_CI_SECRETS_DB_KEY_BASE`. No defaults.
`GITLAB_SECRETS_SECRET_KEY_BASE`	Encryption key for session secrets. Ensure that your key is at least 64 characters long and that you don't lose it. This secret can be rotated with minimal impact - the main effect is that previously-sent password reset emails will no longer work. You can generate one using `pwgen -Bsv1 64`. No defaults.
`GITLAB_SECRETS_OTP_KEY_BASE`	Encryption key for OTP related stuff with GitLab. Ensure that your key is at least 64 characters long and that you don't lose it. If you lose or change this secret, 2FA will stop working for all users. You can generate one using `pwgen -Bsv1 64`. No defaults.
`GITLAB_TIMEZONE`	Configure the timezone for the gitlab application. This configuration does not effect cron jobs. Defaults to `UTC`. See the list of acceptable values.
`GITLAB_ROOT_PASSWORD`	The password for the root user on firstrun. Defaults to `5iveL!fe`. GitLab requires this to be at least 8 characters long.
`GITLAB_ROOT_EMAIL`	The email for the root user on firstrun. Defaults to `[email protected]`
`GITLAB_EMAIL`	The email address for the GitLab server. Defaults to value of `SMTP_USER`, else defaults to `[email protected]`.
`GITLAB_EMAIL_DISPLAY_NAME`	The name displayed in emails sent out by the GitLab mailer. Defaults to `GitLab`.
`GITLAB_EMAIL_REPLY_TO`	The reply-to address of emails sent out by GitLab. Defaults to value of `GITLAB_EMAIL`, else defaults to `[email protected]`.
`GITLAB_EMAIL_SUBJECT_SUFFIX`	The e-mail subject suffix used in e-mails sent by GitLab. No defaults.
`GITLAB_EMAIL_ENABLED`	Enable or disable gitlab mailer. Defaults to the `SMTP_ENABLED` configuration.
`GITLAB_EMAIL_SMIME_ENABLE`	Enable or disable email S/MIME signing. Defaults is `false`.
`GITLAB_EMAIL_SMIME_KEY_FILE`	Specifies the path to a S/MIME private key file in PEM format, unencrypted. Defaults to ``.
`GITLAB_EMAIL_SMIME_CERT_FILE`	Specifies the path to a S/MIME public certificate key in PEM format. Defaults to ``.
`GITLAB_INCOMING_EMAIL_ADDRESS`	The incoming email address for reply by email. Defaults to the value of `IMAP_USER`, else defaults to `[email protected]`. Please read the reply by email documentation to currently set this parameter.
`GITLAB_INCOMING_EMAIL_ENABLED`	Enable or disable gitlab reply by email feature. Defaults to the value of `IMAP_ENABLED`.
`GITLAB_SIGNUP_ENABLED`	Enable or disable user signups (first run only). Default is `true`.
`GITLAB_IMPERSONATION_ENABLED`	Enable or disable impersonation. Defaults to `true`.
`GITLAB_PROJECTS_LIMIT`	Set default projects limit. Defaults to `100`.
`GITLAB_USERNAME_CHANGE`	Enable or disable ability for users to change their username. Defaults to `true`.
`GITLAB_CREATE_GROUP`	Enable or disable ability for users to create groups. Defaults to `true`.
`GITLAB_PROJECTS_ISSUES`	Set if issues feature should be enabled by default for new projects. Defaults to `true`.
`GITLAB_PROJECTS_MERGE_REQUESTS`	Set if merge requests feature should be enabled by default for new projects. Defaults to `true`.
`GITLAB_PROJECTS_WIKI`	Set if wiki feature should be enabled by default for new projects. Defaults to `true`.
`GITLAB_PROJECTS_SNIPPETS`	Set if snippets feature should be enabled by default for new projects. Defaults to `false`.
`GITLAB_PROJECTS_BUILDS`	Set if builds feature should be enabled by default for new projects. Defaults to `true`.
`GITLAB_PROJECTS_CONTAINER_REGISTRY`	Set if container_registry feature should be enabled by default for new projects. Defaults to `true`.
`GITLAB_WEBHOOK_TIMEOUT`	Sets the timeout for webhooks. Defaults to `10` seconds.
`GITLAB_NOTIFY_ON_BROKEN_BUILDS`	Enable or disable broken build notification emails. Defaults to `true`
`GITLAB_NOTIFY_PUSHER`	Add pusher to recipients list of broken build notification emails. Defaults to `false`
`GITLAB_REPOS_DIR`	The git repositories folder in the container. Defaults to `/home/git/data/repositories`
`GITLAB_BACKUP_DIR`	The backup folder in the container. Defaults to `/home/git/data/backups`
`GITLAB_BUILDS_DIR`	The build traces directory. Defaults to `/home/git/data/builds`
`GITLAB_DOWNLOADS_DIR`	The repository downloads directory. A temporary zip is created in this directory when users click Download Zip on a project. Defaults to `/home/git/data/tmp/downloads`.
`GITLAB_SHARED_DIR`	The directory to store the build artifacts. Defaults to `/home/git/data/shared`
`GITLAB_ARTIFACTS_ENABLED`	Enable/Disable GitLab artifacts support. Defaults to `true`.
`GITLAB_ARTIFACTS_DIR`	Directory to store the artifacts. Defaults to `$GITLAB_SHARED_DIR/artifacts`
`GITLAB_PIPELINE_SCHEDULE_WORKER_CRON`	Cron notation for the Gitlab pipeline schedule worker. Defaults to `'0 /12 * *'`
`GITLAB_LFS_ENABLED`	Enable/Disable Git LFS support. Defaults to `true`.
`GITLAB_LFS_OBJECTS_DIR`	Directory to store the lfs-objects. Defaults to `$GITLAB_SHARED_DIR/lfs-objects`
`GITLAB_PACKAGES_ENABLED`	Enable/Disable Git Packages Repository (Maven/NPM) support. Defaults to `true`.
`GITLAB_PACKAGES_OBJECTS_DIR`	Directory to store the packages. Defaults to `$GITLAB_SHARED_DIR/packages`
`GITLAB_UPLOADS_STORAGE_PATH`	The location where uploads objects are stored. Defaults to `$GITLAB_SHARED_DIR/public`.
`GITLAB_UPLOADS_BASE_DIR`	Mapping for the `GITLAB_UPLOADS_STORAGE_PATH`. Defaults to `uploads/-/system`
`GITLAB_MATTERMOST_ENABLED`	Enable/Disable GitLab Mattermost for Add Mattermost button. Defaults to `false`.
`GITLAB_MATTERMOST_URL`	Sets Mattermost URL. Defaults to `https://mattermost.example.com`.
`GITLAB_BACKUP_SCHEDULE`	Setup cron job to automatic backups. Possible values `disable`, `daily`, `weekly` or `monthly`. Disabled by default
`GITLAB_BACKUP_EXPIRY`	Configure how long (in seconds) to keep backups before they are deleted. By default when automated backups are disabled backups are kept forever (0 seconds), else the backups expire in 7 days (604800 seconds).
`GITLAB_BACKUP_PG_SCHEMA`	Specify the PostgreSQL schema for the backups. No defaults, which means that all schemas will be backed up. see #524
`GITLAB_BACKUP_ARCHIVE_PERMISSIONS`	Sets the permissions of the backup archives. Defaults to `0600`. See
`GITLAB_BACKUP_TIME`	Set a time for the automatic backups in `HH:MM` format. Defaults to `04:00`.
`GITLAB_BACKUP_SKIP`	Specified sections are skipped by the backups. Defaults to empty, i.e. `lfs,uploads`. See
`GITLAB_SSH_HOST`	The ssh host. Defaults to GITLAB_HOST.
`GITLAB_SSH_LISTEN_PORT`	The ssh port for SSHD to listen on. Defaults to `22`
`GITLAB_SSH_PORT`	The ssh port number. Defaults to `$GITLAB_SSH_LISTEN_PORT`.
`GITLAB_RELATIVE_URL_ROOT`	The relative url of the GitLab server, e.g. `/git`. No default.
`GITLAB_TRUSTED_PROXIES`	Add IP address reverse proxy to trusted proxy list, otherwise users will appear signed in from that address. Currently only a single entry is permitted. No defaults.
`GITLAB_REGISTRY_ENABLED`	Enables the GitLab Container Registry. Defaults to `false`.
`GITLAB_REGISTRY_HOST`	Sets the GitLab Registry Host. Defaults to `registry.example.com`
`GITLAB_REGISTRY_PORT`	Sets the GitLab Registry Port. Defaults to `443`.
`GITLAB_REGISTRY_API_URL`	Sets the GitLab Registry API URL. Defaults to `http://localhost:5000`
`GITLAB_REGISTRY_KEY_PATH`	Sets the GitLab Registry Key Path. Defaults to `config/registry.key`
`GITLAB_REGISTRY_DIR`	Directory to store the container images will be shared with registry. Defaults to `$GITLAB_SHARED_DIR/registry`
`GITLAB_REGISTRY_ISSUER`	Sets the GitLab Registry Issuer. Defaults to `gitlab-issuer`.
`GITLAB_PAGES_ENABLED`	Enables the GitLab Pages. Defaults to `false`.
`GITLAB_PAGES_DOMAIN`	Sets the GitLab Pages Domain. Defaults to `example.com`
`GITLAB_PAGES_DIR`	Sets GitLab Pages directory where all pages will be stored. Defaults to `$GITLAB_SHARED_DIR/pages`
`GITLAB_PAGES_PORT`	Sets GitLab Pages Port that will be used in NGINX. Defaults to `80`
`GITLAB_PAGES_HTTPS`	Sets GitLab Pages to HTTPS and the gitlab-pages-ssl config will be used. Defaults to `false`
`GITLAB_PAGES_ARTIFACTS_SERVER`	Set to `true` to enable pages artifactsserver, enabled by default.
`GITLAB_PAGES_EXTERNAL_HTTP`	Sets GitLab Pages external http to receive request on an independen port. Disabled by default
`GITLAB_PAGES_EXTERNAL_HTTPS`	Sets GitLab Pages external https to receive request on an independen port. Disabled by default
`GITLAB_HTTPS`	Set to `true` to enable https support, disabled by default.
`GITALY_CLIENT_PATH`	Set default path for gitaly. defaults to `/home/git/gitaly`
`GITALY_TOKEN`	Set a gitaly token, blank by default.
`GITLAB_MONITORING_UNICORN_SAMPLER_INTERVAL`	Time between sampling of unicorn socket metrics, in seconds, defaults to `10`
`GITLAB_MONITORING_IP_WHITELIST`	IP whitelist to access monitoring endpoints, defaults to `0.0.0.0/8`
`GITLAB_MONITORING_SIDEKIQ_EXPORTER_ENABLED`	Set to `true` to enable the sidekiq exporter, enabled by default.
`GITLAB_MONITORING_SIDEKIQ_EXPORTER_ADDRESS`	Sidekiq exporter address, defaults to `0.0.0.0`
`GITLAB_MONITORING_SIDEKIQ_EXPORTER_PORT`	Sidekiq exporter port, defaults to `3807`
`SSL_SELF_SIGNED`	Set to `true` when using self signed ssl certificates. `false` by default.
`SSL_CERTIFICATE_PATH`	Location of the ssl certificate. Defaults to `/home/git/data/certs/gitlab.crt`
`SSL_KEY_PATH`	Location of the ssl private key. Defaults to `/home/git/data/certs/gitlab.key`
`SSL_DHPARAM_PATH`	Location of the dhparam file. Defaults to `/home/git/data/certs/dhparam.pem`
`SSL_VERIFY_CLIENT`	Enable verification of client certificates using the `SSL_CA_CERTIFICATES_PATH` file or setting this variable to `on`. Defaults to `off`
`SSL_CA_CERTIFICATES_PATH`	List of SSL certificates to trust. Defaults to `/home/git/data/certs/ca.crt`.
`SSL_REGISTRY_KEY_PATH`	Location of the ssl private key for gitlab container registry. Defaults to `/home/git/data/certs/registry.key`
`SSL_REGISTRY_CERT_PATH`	Location of the ssl certificate for the gitlab container registry. Defaults to `/home/git/data/certs/registry.crt`
`SSL_PAGES_KEY_PATH`	Location of the ssl private key for gitlab pages. Defaults to `/home/git/data/certs/pages.key`
`SSL_PAGES_CERT_PATH`	Location of the ssl certificate for the gitlab pages. Defaults to `/home/git/data/certs/pages.crt`
`SSL_CIPHERS`	List of supported SSL ciphers: Defaults to `ECDHE-RSA-AES256-GCM-SHA384:ECDHE-RSA-AES128-GCM-SHA256:ECDHE-RSA-AES256-SHA384:ECDHE-RSA-AES128-SHA256:ECDHE-RSA-AES256-SHA:ECDHE-RSA-AES128-SHA:ECDHE-RSA-DES-CBC3-SHA:AES256-GCM-SHA384:AES128-GCM-SHA256:AES256-SHA256:AES128-SHA256:AES256-SHA:AES128-SHA:DES-CBC3-SHA:!aNULL:!eNULL:!EXPORT:!DES:!MD5:!PSK:!RC4`
`NGINX_WORKERS`	The number of nginx workers to start. Defaults to `1`.
`NGINX_SERVER_NAMES_HASH_BUCKET_SIZE`	Sets the bucket size for the server names hash tables. This is needed when you have long server_names or your an error message from nginx like nginx: [emerg] could not build server_names_hash, you should increase server_names_hash_bucket_size:... It should be only increment by a power of 2. Defaults to `32`.
`NGINX_HSTS_ENABLED`	Advanced configuration option for turning off the HSTS configuration. Applicable only when SSL is in use. Defaults to `true`. See #138 for use case scenario.
`NGINX_HSTS_MAXAGE`	Advanced configuration option for setting the HSTS max-age in the gitlab nginx vHost configuration. Applicable only when SSL is in use. Defaults to `31536000`.
`NGINX_PROXY_BUFFERING`	Enable `proxy_buffering`. Defaults to `off`.
`NGINX_ACCEL_BUFFERING`	Enable `X-Accel-Buffering` header. Default to `no`
`NGINX_X_FORWARDED_PROTO`	Advanced configuration option for the `proxy_set_header X-Forwarded-Proto` setting in the gitlab nginx vHost configuration. Defaults to `https` when `GITLAB_HTTPS` is `true`, else defaults to `$scheme`.
`NGINX_REAL_IP_RECURSIVE`	set to `on` if docker container runs behind a reverse proxy,you may not want the IP address of the proxy to show up as the client address. `off` by default.
`NGINX_REAL_IP_TRUSTED_ADDRESSES`	You can have NGINX look for a different address to use by adding your reverse proxy to the `NGINX_REAL_IP_TRUSTED_ADDRESSES`. Currently only a single entry is permitted. No defaults.
`REDIS_HOST`	The hostname of the redis server. Defaults to `localhost`
`REDIS_PORT`	The connection port of the redis server. Defaults to `6379`.
`REDIS_DB_NUMBER`	The redis database number. Defaults to '0'.
`PUMA_WORKERS`	The number of puma workers to start. Defaults to `3`.
`PUMA_TIMEOUT`	Sets the timeout of puma worker processes. Defaults to `60` seconds.
`PUMA_THREADS_MIN`	The number of puma minimum threads. Defaults to `1`.
`PUMA_THREADS_MAX`	The number of puma maximum threads. Defaults to `16`.
`PUMA_PER_WORKER_MAX_MEMORY_MB`	Maximum memory size of per puma worker process. Defaults to `850`.
`PUMA_MASTER_MAX_MEMORY_MB`	Maximum memory size of puma master process. Defaults to `550`.
`SIDEKIQ_CONCURRENCY`	The number of concurrent sidekiq jobs to run. Defaults to `25`
`SIDEKIQ_SHUTDOWN_TIMEOUT`	Timeout for sidekiq shutdown. Defaults to `4`
`SIDEKIQ_MEMORY_KILLER_MAX_RSS`	Non-zero value enables the SidekiqMemoryKiller. Defaults to `1000000`. For additional options refer Configuring the MemoryKiller
`GITLAB_SIDEKIQ_LOG_FORMAT`	Sidekiq log format that will be used. Defaults to `json`
`DB_ADAPTER`	The database type. Defaults to `postgresql`.
`DB_HOST`	The database server hostname. Defaults to `localhost`.
`DB_PORT`	The database server port. Defaults to `5432` for postgresql.
`DB_NAME`	The database database name. Defaults to `gitlabhq_production`
`DB_USER`	The database database user. Defaults to `root`
`DB_PASS`	The database database password. Defaults to no password
`DB_POOL`	The database database connection pool count. Defaults to `10`.
`DB_PREPARED_STATEMENTS`	Whether use database prepared statements. No defaults. But set to `false` if you want to use with PgBouncer
`SMTP_ENABLED`	Enable mail delivery via SMTP. Defaults to `true` if `SMTP_USER` is defined, else defaults to `false`.
`SMTP_DOMAIN`	SMTP domain. Defaults to `www.gmail.com`
`SMTP_HOST`	SMTP server host. Defaults to `smtp.gmail.com`.
`SMTP_PORT`	SMTP server port. Defaults to `587`.
`SMTP_USER`	SMTP username.
`SMTP_PASS`	SMTP password.
`SMTP_STARTTLS`	Enable STARTTLS. Defaults to `true`.
`SMTP_TLS`	Enable SSL/TLS. Defaults to `false`.
`SMTP_OPENSSL_VERIFY_MODE`	SMTP openssl verification mode. Accepted values are `none`, `peer`, `client_once` and `fail_if_no_peer_cert`. Defaults to `none`.
`SMTP_AUTHENTICATION`	Specify the SMTP authentication method. Defaults to `login` if `SMTP_USER` is set.
`SMTP_CA_ENABLED`	Enable custom CA certificates for SMTP email configuration. Defaults to `false`.
`SMTP_CA_PATH`	Specify the `ca_path` parameter for SMTP email configuration. Defaults to `/home/git/data/certs`.
`SMTP_CA_FILE`	Specify the `ca_file` parameter for SMTP email configuration. Defaults to `/home/git/data/certs/ca.crt`.
`IMAP_ENABLED`	Enable mail delivery via IMAP. Defaults to `true` if `IMAP_USER` is defined, else defaults to `false`.
`IMAP_HOST`	IMAP server host. Defaults to `imap.gmail.com`.
`IMAP_PORT`	IMAP server port. Defaults to `993`.
`IMAP_USER`	IMAP username.
`IMAP_PASS`	IMAP password.
`IMAP_SSL`	Enable SSL. Defaults to `true`.
`IMAP_STARTTLS`	Enable STARTSSL. Defaults to `false`.
`IMAP_MAILBOX`	The name of the mailbox where incoming mail will end up. Defaults to `inbox`.
`LDAP_ENABLED`	Enable LDAP. Defaults to `false`
`LDAP_LABEL`	Label to show on login tab for LDAP server. Defaults to 'LDAP'
`LDAP_HOST`	LDAP Host
`LDAP_PORT`	LDAP Port. Defaults to `389`
`LDAP_UID`	LDAP UID. Defaults to `sAMAccountName`
`LDAP_METHOD`	LDAP method, Possible values are `simple_tls`, `start_tls` and `plain`. Defaults to `plain`
`LDAP_VERIFY_SSL`	LDAP verify ssl certificate for installations that are using `LDAP_METHOD: 'simple_tls'` or `LDAP_METHOD: 'start_tls'`. Defaults to `true`
`LDAP_CA_FILE`	Specifies the path to a file containing a PEM-format CA certificate. Defaults to ``
`LDAP_SSL_VERSION`	Specifies the SSL version for OpenSSL to use, if the OpenSSL default is not appropriate. Example: 'TLSv1_1'. Defaults to ``
`LDAP_BIND_DN`	No default.
`LDAP_PASS`	LDAP password
`LDAP_TIMEOUT`	Timeout, in seconds, for LDAP queries. Defaults to `10`.
`LDAP_ACTIVE_DIRECTORY`	Specifies if LDAP server is Active Directory LDAP server. If your LDAP server is not AD, set this to `false`. Defaults to `true`,
`LDAP_ALLOW_USERNAME_OR_EMAIL_LOGIN`	If enabled, GitLab will ignore everything after the first '@' in the LDAP username submitted by the user on login. Defaults to `false` if `LDAP_UID` is `userPrincipalName`, else `true`.
`LDAP_BLOCK_AUTO_CREATED_USERS`	Locks down those users until they have been cleared by the admin. Defaults to `false`.
`LDAP_BASE`	Base where we can search for users. No default.
`LDAP_USER_FILTER`	Filter LDAP users. No default.
`LDAP_LOWERCASE_USERNAMES`	GitLab will lower case the username for the LDAP Server. Defaults to `false`
`LDAP_GROUP_BASE`	Base DN for Searching Groups
`LDAP_ADMIN_GROUPS`	List of LDAP Group names that will give Admin access to Gitlab
`LDAP_EXTERNAL_GROUPS`	List of LDAP Group names that will give "External" access to Gitlab
`LDAP_SYNC_SSH_KEYS	Attribute for syncing SSH keys. Default `false`
`OAUTH_ENABLED`	Enable OAuth support. Defaults to `true` if any of the support OAuth providers is configured, else defaults to `false`.
`OAUTH_AUTO_SIGN_IN_WITH_PROVIDER`	Automatically sign in with a specific OAuth provider without showing GitLab sign-in page. Accepted values are `cas3`, `github`, `bitbucket`, `gitlab`, `google_oauth2`, `facebook`, `twitter`, `saml`, `crowd`, `auth0` and `azure_oauth2`. No default.
`OAUTH_ALLOW_SSO`	Comma separated list of oauth providers for single sign-on. This allows users to login without having a user account. The account is created automatically when authentication is successful. Accepted values are `cas3`, `github`, `bitbucket`, `gitlab`, `google_oauth2`, `facebook`, `twitter`, `saml`, `crowd`, `auth0` and `azure_oauth2`. No default.
`OAUTH_BLOCK_AUTO_CREATED_USERS`	Locks down those users until they have been cleared by the admin. Defaults to `true`.
`OAUTH_AUTO_LINK_LDAP_USER`	Look up new users in LDAP servers. If a match is found (same uid), automatically link the omniauth identity with the LDAP account. Defaults to `false`.
`OAUTH_AUTO_LINK_SAML_USER`	Allow users with existing accounts to login and auto link their account via SAML login, without having to do a manual login first and manually add SAML. Defaults to `false`.
`OAUTH_EXTERNAL_PROVIDERS`	Comma separated list if oauth providers to disallow access to `internal` projects. Users creating accounts via these providers will have access internal projects. Accepted values are `cas3`, `github`, `bitbucket`, `gitlab`, `google_oauth2`, `facebook`, `twitter`, `saml`, `crowd`, `auth0` and `azure_oauth2`. No default.
`OAUTH_CAS3_LABEL`	The "Sign in with" button label. Defaults to "cas3".
`OAUTH_CAS3_SERVER`	CAS3 server URL. No defaults.
`OAUTH_CAS3_DISABLE_SSL_VERIFICATION`	Disable CAS3 SSL verification. Defaults to `false`.
`OAUTH_CAS3_LOGIN_URL`	CAS3 login URL. Defaults to `/cas/login`
`OAUTH_CAS3_VALIDATE_URL`	CAS3 validation URL. Defaults to `/cas/p3/serviceValidate`
`OAUTH_CAS3_LOGOUT_URL`	CAS3 logout URL. Defaults to `/cas/logout`
`OAUTH_GOOGLE_API_KEY`	Google App Client ID. No defaults.
`OAUTH_GOOGLE_APP_SECRET`	Google App Client Secret. No defaults.
`OAUTH_GOOGLE_RESTRICT_DOMAIN`	List of Google App restricted domains. Value is comma separated list of single quoted groups. Example: `'exemple.com','exemple2.com'`. No defaults.
`OAUTH_FACEBOOK_API_KEY`	Facebook App API key. No defaults.
`OAUTH_FACEBOOK_APP_SECRET`	Facebook App API secret. No defaults.
`OAUTH_TWITTER_API_KEY`	Twitter App API key. No defaults.
`OAUTH_TWITTER_APP_SECRET`	Twitter App API secret. No defaults.
`OAUTH_AUTHENTIQ_CLIENT_ID`	authentiq Client ID. No defaults.
`OAUTH_AUTHENTIQ_CLIENT_SECRET`	authentiq Client secret. No defaults.
`OAUTH_AUTHENTIQ_SCOPE`	Scope of Authentiq Application Defaults to `'aq:name email~rs address aq:push'`
`OAUTH_AUTHENTIQ_REDIRECT_URI`	Callback URL for Authentiq. No defaults.
`OAUTH_GITHUB_API_KEY`	GitHub App Client ID. No defaults.
`OAUTH_GITHUB_APP_SECRET`	GitHub App Client secret. No defaults.
`OAUTH_GITHUB_URL`	Url to the GitHub Enterprise server. Defaults to https://github.com
`OAUTH_GITHUB_VERIFY_SSL`	Enable SSL verification while communicating with the GitHub server. Defaults to `true`.
`OAUTH_GITLAB_API_KEY`	GitLab App Client ID. No defaults.
`OAUTH_GITLAB_APP_SECRET`	GitLab App Client secret. No defaults.
`OAUTH_BITBUCKET_API_KEY`	BitBucket App Client ID. No defaults.
`OAUTH_BITBUCKET_APP_SECRET`	BitBucket App Client secret. No defaults.
`OAUTH_SAML_ASSERTION_CONSUMER_SERVICE_URL`	The URL at which the SAML assertion should be received. When `GITLAB_HTTPS=true`, defaults to `https://${GITLAB_HOST}/users/auth/saml/callback` else defaults to `http://${GITLAB_HOST}/users/auth/saml/callback`.
`OAUTH_SAML_IDP_CERT_FINGERPRINT`	The SHA1 fingerprint of the certificate. No Defaults.
`OAUTH_SAML_IDP_SSO_TARGET_URL`	The URL to which the authentication request should be sent. No defaults.
`OAUTH_SAML_ISSUER`	The name of your application. When `GITLAB_HTTPS=true`, defaults to `https://${GITLAB_HOST}` else defaults to `http://${GITLAB_HOST}`.
`OAUTH_SAML_LABEL`	The "Sign in with" button label. Defaults to "Our SAML Provider".
`OAUTH_SAML_NAME_IDENTIFIER_FORMAT`	Describes the format of the username required by GitLab, Defaults to `urn:oasis:names:tc:SAML:2.0:nameid-format:transient`
`OAUTH_SAML_GROUPS_ATTRIBUTE`	Map groups attribute in a SAMLResponse to external groups. No defaults.
`OAUTH_SAML_EXTERNAL_GROUPS`	List of external groups in a SAMLResponse. Value is comma separated list of single quoted groups. Example: `'group1','group2'`. No defaults.
`OAUTH_SAML_ATTRIBUTE_STATEMENTS_EMAIL`	Map 'email' attribute name in a SAMLResponse to entries in the OmniAuth info hash, No defaults. See GitLab documentation for more details.
`OAUTH_SAML_ATTRIBUTE_STATEMENTS_NAME`	Map 'name' attribute in a SAMLResponse to entries in the OmniAuth info hash, No defaults. See GitLab documentation for more details.
`OAUTH_SAML_ATTRIBUTE_STATEMENTS_FIRST_NAME`	Map 'first_name' attribute in a SAMLResponse to entries in the OmniAuth info hash, No defaults. See GitLab documentation for more details.
`OAUTH_SAML_ATTRIBUTE_STATEMENTS_LAST_NAME`	Map 'last_name' attribute in a SAMLResponse to entries in the OmniAuth info hash, No defaults. See GitLab documentation for more details.
`OAUTH_CROWD_SERVER_URL`	Crowd server url. No defaults.
`OAUTH_CROWD_APP_NAME`	Crowd server application name. No defaults.
`OAUTH_CROWD_APP_PASSWORD`	Crowd server application password. No defaults.
`OAUTH_AUTH0_CLIENT_ID`	Auth0 Client ID. No defaults.
`OAUTH_AUTH0_CLIENT_SECRET`	Auth0 Client secret. No defaults.
`OAUTH_AUTH0_DOMAIN`	Auth0 Domain. No defaults.
`OAUTH_AZURE_API_KEY`	Azure Client ID. No defaults.
`OAUTH_AZURE_API_SECRET`	Azure Client secret. No defaults.
`OAUTH_AZURE_TENANT_ID`	Azure Tenant ID. No defaults.
`GITLAB_GRAVATAR_ENABLED`	Enables gravatar integration. Defaults to `true`.
`GITLAB_GRAVATAR_HTTP_URL`	Sets a custom gravatar url. Defaults to `http://www.gravatar.com/avatar/%{hash}?s=%{size}&d=identicon`. This can be used for Libravatar integration.
`GITLAB_GRAVATAR_HTTPS_URL`	Same as above, but for https. Defaults to `https://secure.gravatar.com/avatar/%{hash}?s=%{size}&d=identicon`.
`USERMAP_UID`	Sets the uid for user `git` to the specified uid. Defaults to `1000`.
`USERMAP_GID`	Sets the gid for group `git` to the specified gid. Defaults to `USERMAP_UID` if defined, else defaults to `1000`.
`GOOGLE_ANALYTICS_ID`	Google Analytics ID. No defaults.
`PIWIK_URL`	Sets the Piwik URL. No defaults.
`PIWIK_SITE_ID`	Sets the Piwik site ID. No defaults.
`AWS_BACKUPS`	Enables automatic uploads to an Amazon S3 instance. Defaults to `false`.
`AWS_BACKUP_REGION`	AWS region. No defaults.
`AWS_BACKUP_ENDPOINT`	AWS endpoint. No defaults.
`AWS_BACKUP_ACCESS_KEY_ID`	AWS access key id. No defaults.
`AWS_BACKUP_SECRET_ACCESS_KEY`	AWS secret access key. No defaults.
`AWS_BACKUP_BUCKET`	AWS bucket for backup uploads. No defaults.
`AWS_BACKUP_MULTIPART_CHUNK_SIZE`	Enables mulitpart uploads when file size reaches a defined size. See at AWS S3 Docs
`AWS_BACKUP_ENCRYPTION`	Turns on AWS Server-Side Encryption. Defaults to `false`. See at AWS S3 Docs
`AWS_BACKUP_STORAGE_CLASS`	Configure the storage class for the item. Defaults to `STANDARD` See at AWS S3 Docs
`GCS_BACKUPS`	Enables automatic uploads to an Google Cloud Storage (GCS) instance. Defaults to `false`.
`GCS_BACKUP_ACCESS_KEY_ID`	GCS access key id. No defaults
`GCS_BACKUP_SECRET_ACCESS_KEY`	GCS secret access key. No defaults
`GCS_BACKUP_BUCKET`	GCS bucket for backup uploads. No defaults
`GITLAB_ROBOTS_PATH`	Location of custom `robots.txt`. Uses GitLab's default `robots.txt` configuration by default. See www.robotstxt.org for examples.
`RACK_ATTACK_ENABLED`	Enable/disable rack middleware for blocking & throttling abusive requests Defaults to `true`.
`RACK_ATTACK_WHITELIST`	Always allow requests from whitelisted host. Defaults to `127.0.0.1`
`RACK_ATTACK_MAXRETRY`	Number of failed auth attempts before which an IP should be banned. Defaults to `10`
`RACK_ATTACK_FINDTIME`	Number of seconds before resetting the per IP auth attempt counter. Defaults to `60`.
`RACK_ATTACK_BANTIME`	Number of seconds an IP should be banned after too many auth attempts. Defaults to `3600`.
`GITLAB_WORKHORSE_TIMEOUT`	Timeout for gitlab workhorse http proxy. Defaults to `5m0s`.

Maintenance

Creating backups

GitLab defines a rake task to take a backup of your gitlab installation. The backup consists of all git repositories, uploaded files and as you might expect, the sql database.

Before taking a backup make sure the container is stopped and removed to avoid container name conflicts.

docker stop gitlab && docker rm gitlab

Execute the rake task to create a backup.

docker run --name gitlab -it -e MODE=RAKE -e RAKE_TASK=gitlab:backup:create --rm [OPTIONS] \
    tiredofit/gitlab-ee:latest

A backup will be created in the backups folder of the Data Store. You can change the location of the backups using the GITLAB_BACKUP_DIR configuration parameter.

P.S. Backups can also be generated on a running instance using docker exec as described in the Rake Tasks section. However, to avoid undesired side-effects, I advice against running backup and restore operations on a running instance.

Restoring Backups

GitLab also defines a rake task to restore a backup.

Before performing a restore make sure the container is stopped and removed to avoid container name conflicts.

docker stop gitlab && docker rm gitlab

If this is a fresh database that you're doing the restore on, first you need to prepare the database:

docker run --name gitlab -it -e MODE=RAKE -e RAKE_TASK=db:setup--rm [OPTIONS] \
    tiredofit/gitlab-ee:latest

Execute the rake task to restore a backup. Make sure you run the container in interactive mode -it.

docker run --name gitlab -it -e MODE=RAKE -e RAKE_TASK=gitlab:backup:restore --rm [OPTIONS] \
    tiredofit/gitlab-ee:latest

The list of all available backups will be displayed in reverse chronological order. Select the backup you want to restore and continue.

To avoid user interaction in the restore operation, specify the timestamp of the backup using the BACKUP argument to the rake task.

docker run --name gitlab -it -e MODE=RAKE -e RAKE_TASK=gitlab:backup:restore BACKUP=1417624827 --rm [OPTIONS] \
    tiredofit/gitlab-ee:latest

Host Key Backups (ssh)

SSH keys are not backed up in the normal gitlab backup process. You will need to backup the ssh/ directory in the data volume by hand and you will want to restore it prior to doing a gitlab restore.

Automated Backups

The image can be configured to automatically take backups daily, weekly or monthly using the GITLAB_BACKUP_SCHEDULE configuration option.

Daily backups are created at GITLAB_BACKUP_TIME which defaults to 04:00 everyday. Weekly backups are created every Sunday at the same time as the daily backups. Monthly backups are created on the 1st of every month at the same time as the daily backups.

By default, when automated backups are enabled, backups are held for a period of 7 days. While when automated backups are disabled, the backups are held for an infinite period of time. This behavior can be configured via the GITLAB_BACKUP_EXPIRY option.

Amazon Web Services (AWS) Remote Backups

The image can be configured to automatically upload the backups to an AWS S3 bucket. To enable automatic AWS backups first add --env 'AWS_BACKUPS=true' to the docker run command. In addition AWS_BACKUP_REGION and AWS_BACKUP_BUCKET must be properly configured to point to the desired AWS location. Finally an IAM user must be configured with appropriate access permission and their AWS keys exposed through AWS_BACKUP_ACCESS_KEY_ID and AWS_BACKUP_SECRET_ACCESS_KEY.

More details about the appropriate IAM user properties can found on doc.gitlab.com

For remote backup to selfhosted s3 compatible storage, use AWS_BACKUP_ENDPOINT.

AWS uploads are performed alongside normal backups, both through the appropriate app:rake command and when an automatic backup is performed.

Google Cloud Storage (GCS) Remote Backups

The image can be configured to automatically upload the backups to an Google Cloud Storage bucket. To enable automatic GCS backups first add --env 'GCS_BACKUPS=true' to the docker run command. In addition GCS_BACKUP_BUCKET must be properly configured to point to the desired GCS location. Finally a couple of Interoperable storage access keys user must be created and their keys exposed through GCS_BACKUP_ACCESS_KEY_ID and GCS_BACKUP_SECRET_ACCESS_KEY.

More details about the Cloud storage interoperability properties can found on cloud.google.com/storage

GCS uploads are performed alongside normal backups, both through the appropriate app:rake command and when an automatic backup is performed.

Rake Tasks

The app:rake command allows you to run gitlab rake tasks. To run a rake task simply specify the task to be executed to the app:rake command. For example, if you want to gather information about GitLab and the system it runs on.

docker run --name gitlab -it -e MODE=RAKE -e RAKE_TASK=gitlab:env:info --rm [OPTIONS] \
    tiredofit/gitlab-ee:latest

You can also use docker exec to run raketasks on running gitlab instance. For example,

docker exec --user git -it gitlab bundle exec rake gitlab:env:info RAILS_ENV=production

Similarly, to import bare repositories into GitLab project instance

docker run --name gitlab -it -e MODE=RAKE -e RAKE_TASK=gitlab:import:repos --rm [OPTIONS] \
    tiredofit/gitlab-ee:latest

Or

docker exec -it gitlab sudo -HEu git bundle exec rake gitlab:import:repos RAILS_ENV=production

For a complete list of available rake tasks please refer https://github.com/gitlabhq/gitlabhq/tree/master/doc/raketasks or the help section of your gitlab installation.

P.S. Please avoid running the rake tasks for backup and restore operations on a running gitlab instance.

To use the app:rake command with docker-compose use the following command.

# For stopped instances
docker-compose run --rm gitlab -e MODE=RAKE -e RAKE_TASK=gitlab:env:info
docker-compose run --rm gitlab -e MODE=RAKE -e RAKE_TASK=gitlab:import:repos

# For running instances
docker-compose exec --user git gitlab bundle exec rake gitlab:env:info RAILS_ENV=production
docker-compose exec gitlab sudo -HEu git bundle exec rake gitlab:import:repos RAILS_ENV=production

Import Repositories

Copy all the bare git repositories to the repositories/ directory of the data store and execute the gitlab:import:repos rake task like so:

docker run --name gitlab -it -e MODE=RAKE -e RAKE_TASK=gitlab:import:repos --rm [OPTIONS] \
    tiredofit/gitlab-ee:latest

Watch the logs and your repositories should be available into your new gitlab container.

See Rake Tasks for more information on executing rake tasks. Usage when using docker-compose can also be found there.

Upgrading

Important Notice

GitLabHQ releases new versions on the 22nd of every month, bugfix releases immediately follow. I update this project almost immediately when a release is made (at least it has been the case so far). If you are using the image in production environments I recommend that you delay updates by a couple of days after the gitlab release, allowing some time for the dust to settle down.

To upgrade to newer gitlab releases, simply follow this 4 step upgrade procedure.

Step 1: Update the docker image.

docker pull docker.io/tiredofdit/gitlab-ee:latest

Step 2: Stop and remove the currently running image

docker stop gitlab
docker rm gitlab

Step 3: Create a backup

docker run --name gitlab -it -e MODE=RAKE -e RAKE_TASK=gitlab:backup:create --rm [OPTIONS] tiredofit/gitlab:x.x.x

Replace x.x.x with the version you are upgrading from. For example, if you are upgrading from version 6.0.0, set x.x.x to 6.0.0

Step 4: Start the image

docker run --name gitlab -d [OPTIONS] tiredofit/gitlab-ee:latest

Maintenance

Shell Access

For debugging and maintenance purposes you may want access the containers shell.

bash docker exec -it (whatever your container name is) bash

Support

These images were built to serve a specific need in a production environment and gradually have had more functionality added based on requests from the community.

Usage

The Discussions board is a great place for working with the community on tips and tricks of using this image.
Consider sponsoring me for personalized support

Bugfixes

Please, submit a Bug Report if something isn't working as expected. I'll do my best to issue a fix in short order.

Feature Requests

Feel free to submit a feature request, however there is no guarantee that it will be added, or at what timeline.
Consider sponsoring me regarding development of features.

Updates

Best effort to track upstream changes, More priority if I am actively using the image in a production environment.
Consider sponsoring me for up to date releases.

License

MIT. See LICENSE for more details.

Name		Name	Last commit message	Last commit date
Latest commit History 288 Commits
.github		.github
examples		examples
install		install
.dockerignore		.dockerignore
CHANGELOG.md		CHANGELOG.md
Dockerfile		Dockerfile
LICENSE		LICENSE
README.md		README.md

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Data Store

Database

PostgreSQL

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Redis

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Mail

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SSL

Generation of a Self Signed Certificate

Strengthening the server security

Installation of the SSL Certificates

Enabling HTTPS support

Configuring HSTS

Using HTTPS with a load balancer

Establishing trust with your server

Installing Trusted SSL Server Certificates

Deploy to a subdirectory (relative url root)

OmniAuth Integration

CAS3

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Google

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GitHub

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SAML

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Host UID / GID Mapping

Piwik

Available Configuration Parameters

Maintenance

Creating backups

Restoring Backups

Host Key Backups (ssh)

Automated Backups

Amazon Web Services (AWS) Remote Backups

Google Cloud Storage (GCS) Remote Backups

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Import Repositories

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