Install Drupal with Docker Compose
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Docker is a system that provides pre-configured, self-contained applications, frameworks, and software stacks, such as WordPress, Golang, or LAMP. Even entire Linux distributions can be run in Docker. When deployed, these software packages are referred to as containers. Docker also allows you to create your own containers that include any custom software you’d like.
Docker Compose is a complementary system which helps you link together individual Docker containers so they can work together. This guide walks through the deployment of a Drupal container and another PostgreSQL container that Drupal will use to store its data. Docker Compose will facilitate the networking between them.
Containers for Drupal and PostgreSQL are available from Docker Hub in the form of images. A Docker image is a static snapshot of a container which is used to create new container instances. Docker Hub is an official repository where individuals and organizations can upload Docker images for public consumption.
Using the Drupal and PostgreSQL images from Docker Hub offers the following benefits:
- The configuration of the software has been done for you, which means that you don’t need to follow a step-by-step process for each application to get them running on your system.
- Updating your software is as simple as downloading the latest images from Docker Hub.
- Images and containers are self-contained, which means that they are easy to clean up if you decide to remove them.
To install Docker CE (Community Edition), follow the instructions within one of the guides below:
For complete instructions on even more Linux distributions, reference the Install Docker Engine section of Docker’s official documentation.
Docker Compose is available in plugin and standalone variants. However, Docker’s official documentation prioritizes the plugin. Further, the plugin has a straightforward installation and works well with past Docker Compose commands.
These steps thus show how to install the Docker Compose plugin. If you are interested in installing the standalone Docker Compose application, follow Docker’s official installation guide.
Many tutorials retain the Docker Compose standalone command format, which looks like the following:
Be sure to replace this with the plugin’s command format when using this installation method. This typically just means replacing the hyphen with a space, as in:
docker compose [command]
Enable the Docker repository for your system’s package manager. The repository is typically already enabled after you have installed the Docker engine. Follow our relevant guide on installing Docker to enable the repository on your system.
Update your package manager, and install the Docker Compose plugin.
- On Debian and Ubuntu systems, use the following commands:
sudo apt update sudo apt install docker-compose-plugin
- On CentOS, Fedora, and other RPM-based distributions, use the following commands:
sudo yum update sudo yum install docker-compose-plugin
Create a new directory in your home folder called
mkdir ~/my_drupal/ cd ~/my_drupal/
Create a file named
docker-compose.ymlin this folder and add the following contents. Set your own password for the
- File: docker-compose.yml
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version: '3.3' services: drupal: image: drupal:latest ports: - 80:80 volumes: - drupal_modules:/var/www/html/modules - drupal_profiles:/var/www/html/profiles - drupal_themes:/var/www/html/themes - drupal_sites:/var/www/html/sites restart: always postgres: image: postgres:10 environment: POSTGRES_PASSWORD: your_postgres_password volumes: - db_data:/var/lib/postgresql/data restart: always volumes: drupal_modules: drupal_profiles: drupal_themes: drupal_sites: db_data:
my_drupaldirectory, start your Docker containers:
docker-compose up -d
The Docker containers will take a minute or two to start up Drupal and PostgreSQL. Afterwards, you can visit your Linode’s IP address in your web browser and you should be directed to the Drupal setup form.
On the Set up database page, select
PostgreSQLas the Database type and enter the following values:
Database password: The password you set in the docker-compose.yml file
Host (under Advanced Options):
Complete the other screens in the setup guide. When creating your Drupal user, be sure to enter a password that is different from your PostgreSQL password.
You do not need to manually start your containers if you reboot your Linode, because the option
restart: always was assigned to your services in your
docker-compose.yml file. This option tells Docker Compose to automatically start your services when the server boots.
To stop your Drupal application:
cd ~/my_drupal/ docker-compose stop
This will stop the running Drupal and PostgreSQL containers, but will not remove them.
To restart your Drupal application:
cd ~/my_drupal/ docker-compose start
To stop and remove containers, networks and images created by the
cd ~/my_drupal/ docker-compose down
When a Docker container is taken down, it is also deleted; this is how Docker is designed to work. However, your Drupal files and data will be preserved, as the
docker-compose.yml file was configured to create persistent volumes for that data.
If you want to remove this data and start over with your Drupal site, you can add the
--volumes flag to the previous command. This will permanently delete the Drupal customizations you’ve made so far.
docker-compose down --volumes
docker-compose.yml specifies the
latest version of the Drupal image, so it’s easy to update your Drupal version:
docker-compose down docker-compose pull && docker-compose up -d
More extensive documentation on Docker is available in the Containers section of the Linode Guides & Tutorials site.
You may wish to consult the following resources for additional information on this topic. While these are provided in the hope that they will be useful, please note that we cannot vouch for the accuracy or timeliness of externally hosted materials.
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