![]() ![]() INSERT INTO `offices` (`id`, `city`, `phone`, `address_line_1`, `address_line_2`, `state`, `country`, `postal_code`, `territory`) VALUES ![]() `territory` varchar(16) NOT NULL DEFAULT '' `postal_code` varchar(16) NOT NULL DEFAULT '', ![]() `country` varchar(32) NOT NULL DEFAULT '', `address_line_2` varchar(255) NOT NULL DEFAULT '', `address_line_1` varchar(255) NOT NULL DEFAULT '', This way we'll have a database with two tables and some data in each of them that we can use in our demo application. We'll use this sql file to do exactly that. On local environments, you might want to have a database created with some data in it. # Disabling symbolic-links is recommended to prevent assorted security risks # By default we only accept connections from localhost In the next file, usually you can add extra parameters to tweak your mysql configurations to meet your requirements. FROM mysql:5.7ĬOPY mysqld.cnf /etc/mysql//nf But I'll keep the configurations here in case you need to make some changes to the mysql server, this is one simple way to do it. But first, we create the configuration file for it./docker/phpmyadmin.env PMA_HOST=databaseįor this tutorial, there is no need to define your own mysql docker image. For this, we'll need to configure a phpmyadmin container that we'll expose on port 8080. We'll include another container, so we can access the database directly, and so we can manage it easier if we want to. MYSQL_HOST variable is not necessary for the mysql container, but is necessary for the php container. For this we'll create another file that we can share between the mysql docker container and the php-fpm container. The application will use a separate user to connect to the database. For this, we'll create a single environment file which will have only the password: MYSQL_ROOT_PASSWORD=kisphp The database container requires to configure the ROOT user password. The application will need to know how to connect to the database, and also we'll need some configurations for each container on the runtime./docker/database-root.env Let's start with building the docker configuration for our project. For the real projects please use a framework like Symfony which will come loaded with all best practices. The purpose of this tutorial is to give you an idea on how to create the application with the dependencies it needs. To serve the php application, we'll use PHP-FPM and NGINX docker containers. Make sure your docker is running then copy below command and open terminal and go to your docker folder where docker-compose.In this tutorial I'll show you how to create a PHP application that will connect to a MySQL database. Networks : dockerwp : volumes : db_data : Step 5: Run docker, run wordpress and phpmyadmin Volumes : - wordpress_data : / var /www /html Ports : - "8080:80" environment : PMA_HOST : db Db : image : mysql : 5.7 volumes : - db_data : / var /lib /mysqlĮnvironment : MYSQL_ROOT_PASSWORD : password ![]()
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