VanDAM

VanDAM is a Digital Asset Manager (DAM), specifically designed for 3D print files. Create a library pointing at your files on disk, and it will scan for models and parts. It assumes that any folders containing STL or OBJ files are models, and the files within them are parts. You can then view the files easily through your browser!

As this is a very young project, there are a few rough edges! This video from DBTech explains them pretty nicely though, then the specific details are below:

Running in Docker

You can run the latest release in docker by using the image ghcr.io/floppy/van_dam:latest. The app also needs a PostgreSQL and Redis database to operate.

The docker image supports linux/amd64, linux/arm/v7 and linux/arm64 architectures, so you should be able to run it on a PC, a Raspberry Pi, or an M1 Mac.

You can run all the dependencies in one go using docker-compose:

1. Copy docker-compose.example.yml to docker-compose.yml and edit the paths, secret key, and database password

2. Run docker-compose up

   This might fail the first time it's run due to race conditions in setting up the database.

3. Open Van DAM at http://localhost:3214

4. Add a library

   Remember the path mappings in the Docker Compose file? In docker-compose.example.yml the libraries at /path/to/your/libraries in your file system would be available at /libraries in the app.

Development

Requirements

• Ruby 3.x
• Bundler 2.x
• Node.js 16.x
• Yarn >= 1.22
• Foreman or another Procfile runner
• libarchive (for upload support)
• glfw3 (for model analysis & manipulation)

Usage

bundle install
yarn install
bundle exec rake db:migrate:with_data
bin/dev

The server will then be running at http://127.0.0.1:5000

How to run the test suite

bundle exec rake

Credits

Built with Rails 7, Three.js and Bootstrap 5. Source code is open under the MIT license at https://github.com/floppy/van_dam.