You’ll need Docker installed on your computer. If you haven’t done this already, please follow the installation instructions at https://docs.docker.com/engine/install. To verify a successful installation, you can run docker –version in your terminal, which should return the installed version of Docker.
The files are located in dev-env-cloudbeaver and are based on Alejandro's Blog post here:
https://programmingbrain.com/2023/12/a-full-fledged-development-environment
After the services are up and running and the extensions are installed, navigate to http://localhost:8080 in your web browser. Enter the password defined in your Docker Compose file (in our case, CodePassword123!) to access the IDE.
Alternatively, you can use the Database Client extension for Visual Studio Code inside the IDE, in which case, you have to use mariadb-server as host.
To start the services, open a terminal and navigate to the directory containing your docker-compose.yml and install-extensions.sh files and execute:
docker compose up -dThis command downloads the necessary Docker images and starts the containers as defined in your Docker Compose file. The -d flag runs the containers in detached mode, allowing them to run in the background.
After running the command, you can verify the progress by checking the logs:
docker logs <container_name>Replace <container_name> with the name of the container.
Be patient! The first time you run this, Docker has to download the images to create the containers as well as the Visual Studio Code extensions. Check the logs to see the progress.
The files are located in dev-env-dbgate and is a variant, not an exact replica, of Alejandro's Blog post here:
https://programmingbrain.com/2023/12/a-full-fledged-development-environment
You can access the DbGate database client by navigating to http://localhost:3000 in your web browser. The service is pre-configured to connect to your MariaDB server, so you can start interacting with your database right away.
Alternatively, you can use the Database Client extension for Visual Studio Code inside the IDE, in which case, you have to use ’mariadb’ as host.
To start the services, open a terminal and navigate to the directory containing your /dev-env-dbgate/docker-compose.yml and install-extensions.sh files and execute:
docker compose up -dThis command downloads the necessary Docker images and starts the containers as defined in your Docker Compose file. The -d flag runs the containers in detached mode, allowing them to run in the background.
After running the command, you can verify the progress by checking the logs:
docker logs <container_name>Replace <container_name> with the name of the container.
Be patient! The first time you run this, Docker has to download the images to create the containers as well as the Visual Studio Code extensions. Check the logs to see the progress.
The files are located in dev-env-laravel and is a variant, not an exact replica, of this excellent Digial Ocean blog post here:
You can follow and interpret the steps above, and build the travellist image from the Dockerfile, or use the image on Dockerhub.
docker pull mariadb/developers:travellistThe Nginx and MariaDB Community Server images are already on Dockerhub. This travellist-demo/docker-compose.yml maps a local directory for the MariaDB data directory (/mariadb_data).
To start the services, open a terminal, navigate to the directory containing the dev-env-laravel/docker-compose.yml, and execute:
docker compose up -dThis command downloads the necessary Docker images and starts the containers as defined in your Docker Compose file. The -d flag runs the containers in detached mode, allowing them to run in the background.
After running the command, you can verify the progress by checking the logs:
docker logs <container_name>Replace <container_name> with the name of the container.
Navigate to localhost:8000 to test the PHP/Laravel application.
The files are located in dev-env-node and is a variant, not an exact replica, of this excellent blog post here:
https://alphonso-javier.medium.com/express-mariadb-with-docker-compose-d1af1dfae985
You can follow and interpret the steps above, and build the ExpressJS app image from the Dockerfile, or use the image on Dockerhub.
docker pull mariadb/developers:dev-env-nodeThe MariaDB Community Server image is already on Dockerhub. This docker-compose.yml maps a local directory for the MariaDB data directory (/maria-data).
To start the services, open a terminal and navigate to the directory containing the dev-env-node/docker-compose.yml and execute:
docker compose up -dThis command downloads the necessary Docker images and starts the containers as defined in your Docker Compose file. The -d flag runs the containers in detached mode, allowing them to run in the background.
After running the command, you can verify the progress by checking the logs:
docker logs <container_name>Replace <container_name> with the name of the container.
Navigate to localhost:8000 and localhost:8000/desserts to test the ExpressJS application.
The files are located in dev-env-phpmyadmin and is based on this quick post here:
https://mytchall.dev/running-mysql-and-phpmyadmin-locally-in-docker/
The MariaDB community server image is already on Dockerhub. This docker-compose.yml maps a local directory for the MariaDB data directory (/data).
To start the services, open a terminal and navigate to the directory containing the dev-env-phpmyadmin/docker-compose.yml and execute:
docker compose up -dThis command downloads the necessary Docker images and starts the containers as defined in your Docker Compose file. The -d flag runs the containers in detached mode, allowing them to run in the background.
After running the command, you can verify the progress by checking the logs:
docker logs <container_name>Replace <container_name> with the name of the container.
Navigate to localhost:8080 in your browser to open phpMyAdmin.