As a folder structure it should look something like this: This will create a folder, called drupal_dandy with the content of the drupal-composer boilerplate. In order to do that you may just change from the terminal to the folder where you have your Drupal projects and execute the following: composer create-project drupal-composer/drupal-project:8.x-dev drupal_dandy -stability dev -no-interaction Let's start with creating our drupal-composer setup. Regarding the docker4drupal project - it is a docker compose oriented setup that presets definitions of several Docker containers that are needed in order to build and have a functional development environment literally in minutes. We will not get into too many details about it, as the project Github page covers it pretty well. So let's start with some words about the two projects - first drupal-composer is a perfect kickstart that will help you to easily maintain your module dependencies in Drupal 8 with the help of composer. Also, you would have to have git installed.
DRUPAL DOCKER HOW TO
How to install composer and docker you may find here and here. My personal structure is slightly improved but is also inspired by the drupal-composer project ( I will present that in a different article ).
As you know from the 8th version of Drupal it is highly recommended to use composer for your setup and the drupal-composer project is the recommended structure. scripts/drupal9.In this tutorial, we are going to check how to install Drupal 8 with the help of drupal-composer and docker4drupal projects. Once we have the two containers active, it's time to run the Drupal 9 installation script with composer and drush. Now we can see which containers are active (two in our case, one for the web server and one for the database): $ docker ps Docker ps The output of this command will be quite long, but it should end up as follows: Building containers We created these scripts because they are going to be used a lot. To mount the containers, we will execute the script docker-compose up created in the document root. Parent_path=$( cd "$(dirname "$")" pwd -P )ĭocker-compose exec web sh -c "sed -i -e 's/& COMPOSER_MEMORY_LIMIT=-1 composer create-projectĭrupal-composer/drupal-project:9.x-dev wwwĭocker-compose exec -user=1000:1000 web sh -c 'vendor/bin/drush si standard -y'ĭocker-compose exec web sh -c "ln -s /var/www/html/vendor/bin/drush /usr/local/bin/drush" Let's get started! Memory_limit=1024M mysql/Dockerfile FROM mysql:5.7ĪDD templates/custom_config.cnf /etc/mysql/conf.d/ mysql/templates/custom_config.cnf ĭefault-character-set = utf8mb4 scripts/drupal9.sh #!/bin/bash In the following link, apache configurations for the debian system can be found: … apache/templates/php.ini #Add custom templates to different config paths in the containerĪDD templates/php.ini /usr/local/etc/php/ĪDD templates/xdebug.ini /usr/local/etc/php/conf.d/ Openssl req -x509 -nodes -days 365 -newkey rsa:2048 -keyout /etc/ssl/private/ssl-cert-user.key -out /etc/ssl/certs/ssl-cert-user.pem -subj '/' RUN apt-get install -y \ // Install needed packagesĪpt-get install -y libmagickwand-dev -no-install-recommends & \ĭocker-php-ext-configure gd -with-freetype-dir=/usr/include/ -with-jpeg-dir=/usr/include/ & \ docker-php-ext-install gd & \ RUN useradd -u 1000 -m user // Adding user uid 1000 Īpache/Dockerfile FROM php:7.3-apache-stretch // PHP and Apache version www:/var/www/html // :īuild: mysql // Container to build (dockerfile Mysql). version: "3.7" // Docker-compose version.īuild: apache // Container to build (dockerfile Apache). So below, two services are configured with docker-compose. In this YAML file, the following parameters are defined. The project tree looks like this: Project tree Let's build the system docker-compose.yml Nowadays, everything is moving in the direction of microservices, that is why in this project two separated containers will be achieved, one for the web environment and other for the database. Both services can be located in a single container or in more than one container. In order to make a Drupal environment in a virtualization system like docker, it will be needed to have a web service and a database. In this way, errors are reduced when more people are working in the same project and in different areas of the same. Docker allows us to create containers with very easy to maintain and manipulate microservices.īut not only this, docker also allows that a developer team be able to work in the same environment with the same versions of the services they are executing, no matter the operating system host they are using.
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