Install Gitlab Docker Compose

Install gitlab docker compose windows 10
  1. Docker Compose Installation
  2. Install Gitlab Docker Compose Chrome
  3. Docker-compose Version
  1. Sep 26, 2019 Create a new directory and save the above file inside it as docker-compose.yml. You’ll need to replace the field hostname with the external URL that you’ll use to access your Gitlab instance. Mkdir gitlab vi gitlab docker-compose.yml. Run docker-compose up -d to fetch the images from the docker hub and create your Gitlab instance.
  2. Mar 31, 2019 Then install docker from docker.io. This last install step is optional, but I found it prevents many issues I’ve had when trying to run docker-compose from the GitLab runners shell executor. So I manually install it now. $ sudo apt install docker.io. In the video, I set up only the UAT deployment branch.
  3. Install Gitlab Ce Docker Free; Install Gitlab CE in Docker. Here is the official Gitlab Docker doc, I really thank the Gitlab team, their doc system is one of the bests that I’ve ever seen. Another doc from IBM is also good. Run the following commands to install Gitlab-CE in Docker. Get Social!Create a new directory and save the above file.


Overview of the Finished GitLab CI Process

You are here because you want to set up an auto deployment pipeline for your amazing full stack project.

In this article I will show you how to do this yourself.

Sep 25, 2021 Install Gitlab Community Docker; Install Gitlab Ce Docker Compose; Today I installed the GitLab Community Edition on Docker. It takes me some time to figure out how to get it done in an reasonable way. On the GitLab pages there is an installation guide for Docker. And the Docker images for GitLab are very well maintained on DockerHub. Gitlab docker compose for MacOSX system. GitHub Gist: instantly share code, notes, and snippets.

The project I will use is a prebuilt NodeJS API, which when run, is exposed behind a Nginx proxy, and containerised using docker-compose. The project exists in GitHub under several branches Dev, UAT, Staging and Production. You can create and manage your branches any way you wish.

The NodeJS API Application as seen from .gitLab-ci.yml

The code is hosted at https://github.com/Sean-Bradley/Seans-TypeScript-NodeJS-CRUD-REST-API-Boilerplate

The finished process will be,

  1. You commit and push your changes to a GitHub branch
  2. GitLab CI will detect the latest changes on GitHub and mirror the changes to your GitLab repository.
  3. GitLab CI will then trigger the GitLab Runner to start the pipeline for the particular branch, which will pull the latest code, build and run the docker-compose process.
  4. If no errors occurred during build and deployment, your latest commit will now be live.

The NodeJS API process is started within a docker-compose process and exposed behind another Nginx proxy process, with a static folder where you can place static CSS, JavaScript and HTML. The Nginx proxy forwards all /api/ calls to the NodeJS API, and everything else to the static folder. So you can choose the front end framework of your choice.

Docker-compose is a great tool in this setup since the internal application, your chosen components and internal architecture are treated agnostically by GitLab runner. You internal application does not have to be NodeJS and Nginx in order for docker-compose and GitLab CI to work together to create a CI/CD workflow for your application. This method works equally well for Python, Java, C#, Angular, React, MongoDB, MySQL, Redis or whatever stack you desire. I have done all of them in the past and there are sure to be more. Basically, whatever you can start within Docker-Compose, can be deployed using the method in this video and only requires one person, yourself.

Since I use GitHub for my projects version control, I setup GitLab to mirror the existing GitHub repository.

In this examples, I’ve purchased an Ubuntu server from Digital Ocean. I could have used many of the other cloud providers, for example AWS, AZURE, GCP, Hetzner, LeaseWeb, Linode or millions of them. But I chose Digital Ocean since it is very easy to use, the cheapest out of all of them, it’s very quick to set up, and has been 100% reliable from my experience.

I chose the $5 Ubuntu Droplet from Digital Ocean

After I get my Ubuntu server details in my email, I then connect to it, log in, then install GitLab runner and register it.

The GitLab runner, upon detecting changes to the chosen branches, will pull the latest commit and rebuild on the servers where I’ve installed the GitLab runners.

The commands used on my Ubuntu server where,

Add GitLab’s official repository:

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

Install the latest version of GitLab runner:

$ sudo apt-get install gitlab-runner

I also have another article that shows how to install GitLab Runner on your Ubuntu or Centos.

Register the runner. During registering, it will require a coordinator URL and CI token. You can find these in your GitLab repository → Settings → CI/CD → Runners page. Disable ‘Shared Runners’ while you are there. Take note of the details in the ‘Specific Runners’ section

$ sudo gitlab-runner register [follow prompts]

Compose

Open the nano editor on your Ubuntu server

$ sudo nano /etc/sudoers

add

gitlab-runner ALL=(ALL) NOPASSWD: ALL

Docker-compose version

to the bottom of the file, then save

Then install docker from docker.io. This last install step is optional, but I found it prevents many issues I’ve had when trying to run docker-compose from the GitLab runners shell executor. So I manually install it now.

$ sudo apt install docker.io

In the video, I set up only the UAT deployment branch. This was very quick, and from this you can understand how you would set up the other branches you’d require for your CI/CD. You can view the files on GitHub and see how I set up the .gitlab-ci.yml file to watch for changes in each particular branch.

Create your .gitlab-ci.yml file

In my sample .gitlab-ci.yml above, the important lines are at line 5, where I indicate the steps, being test and deploy, I then create nodes for deploy and name them step-develop, step-uat, step-deploy-staging and step-deploy-production. Each of these sub steps indicates which stage(s) it relates to. Eg, on line 10, step-develop is part of stage test, and on line 21, step-uat is part of stage deploy.

Another important factor of this .gitlab-ci.yml is the only property on lines 14, 25, 41, 57. This is the GitLab branch it is listening to. So any push to the staging branch for example, will trigger a new step-deploy-staging pipeline and all the commands from lines 45 -50 will be executed on the server that I setup specifically for Staging

When setting up the GitLab runners on your specific servers, you are asked for a tag. On my UAT specific server, I entered uat. The gitlab runner on my UAT server now only runs pipelines with the uat tag. See line 27 in the above .gitlab-ci.yml

Now, with everything setup, any commits and pushes to the UAT branch, will auto deploy and build on my dedicated UAT server. This same setup would be built for my dedicated Staging and Production servers. The limits of the details of your setup are up to you.

Watch the 11 minute video tutorial to see it done

Hire me, to build the proto type for your next amazing application. https://www.linkedin.com/in/seanbradleymcdba/

Today I installed the GitLab Community Edition on Docker. It takes me some time to figure out how to get it done in an reasonable way. On the GitLab pages there is an installation guide for Docker. And the Docker images for GitLab are very well maintained on DockerHub. In the following I will expalin how to run GitLab with Docker-Compose and separate Database Containers.

If you follow the install guide you can start a GitLab Container from the command line or with Docker compose. However, the examples are not representative of how you may run GitLab in your production environment. GitLab comes with a so called all-on-one Docker container. The image contains beside the GitLab applicaton also a Redis and a PostgreSQL database. This is convenient for a first look but not the best setup for docker.

Use Docker-Compose

If you were going to run it in a docker environment like Imixs-Cloud, you’d may want to use external data services for PostgreSQL and Redis, as well as store the GitLab filesystem somewhere that will persist. Thankfully, the GitLab CE Docker image makes it easy to do these things. In the following example I show how you can setup GitLab with Docker Compose. This example can also be adapted to Docker Swarm. In the docker-compose file I split the Redis and PostgreSQL database into separate containers. There for you need to deactivate the internal databases. All configuration settings can be done in the environment variable named ‘GITLAB_OMNIBUS_CONFIG.

Docker Compose Installation

Note: The ‘external_url’ is optional and not necessary for local testing.

Troubleshooting

Gitlab

This article is to learn how to install and run gitlab, gitlab-ci, and docker on Ubuntu 16.04. Sudo bash $ sudo apt-get install gitlab-ce $ sudo gitlab-ctl. 도커로 깃랩 설치하기(install gitlab using docker) gitlab 은 Ruby on rails 로 개발되었는데 직접 설치해서 사용하려면 절차가 매우 번거롭습니다. 제조사에서 docker 로 패키징한 버전을 제공하므로 직접 설치보다는 docker 로 설치하는 방법을 권장합니다. Install Gitlab CE in Docker. Here is the official Gitlab Docker doc, I really thank the Gitlab team, their doc system is one of the bests that I’ve ever seen. Another doc from IBM is also good. Run the following commands to install Gitlab-CE in Docker. GitLab is a refined open source alternative to GitHub. Take control of your code by self-hosting your own GitLab server! In about 15 minutes you’ll have a GitLab server running with Docker, SSL certificates, outgoing email, automatic backups and nightly updates. If you’ve got your own server already — whether. Add some gitlab runners using docker and connect them with our GitLab installation; A prerequisite for following the steps in this post is to have a fully functional Docker installation. There is a comprehensive walkthrough by Digital Ocean, which applies to any machine with Ubuntu LTS 18.xx installed. Installing GitLab as a Docker container.

Install Gitlab Docker Compose Chrome

During my first tests I run into some strange behavior when the Docker-Container wont start any more. To solve such a situation its best to remove the existing containers and start again. Especially the configuration data located in /etc/gitlab can be a cause for a problem.

Additional Notes

The Admin Account

Install Gitlab Ce Docker

After the first launch you will be asked to create the admin password. You can later login with the userid ‘root’ and you admin password to administrate your environment

Dockerfile Install Gitlab-ce

Traefik

You can run GitLab also in combination with Traefik reverse-proxy. In case you use Traefik with HTTPS and self-signed certificates you need to disable this feature in GitLab. Set the following GITLAB_OMNIBUS_CONFIG entry:

In addition you may not set the parameter ‘external_url’, so just uncomment. Also it is necessary to add the Hostname into your service description. Otherwise the Repository URLs generated by GitLab will show the correct external address. Here is the complete configuration example in case of traefik:

Disabling Prometheus

For some reasons the GitLab Image includes not only the database server but also a Prometheus installation. I do not understand why this is possible. It takes much rescources. To disable it add the following GITLAB_OMNIBUS_CONFIG entry:

How to Create Backups

You can easily backup your GitLab data with the build in backup tool:

The backups will be stored at:

Install Gitlab Community Docker

Install Gitlab Ce Docker Compose

Docker-compose Version

Note: The backup does not include the configuration files or SSL certificates. So it is necessary to backup also the folder: