This container will detect optical disks by their type and rip them automatically.

mkdir config rips

lsscsi -g

In this example, /dev/sr0 and /dev/sg0 are the two files that refer to a single optical drive. These names will be needed for the docker run command.

In the command below, the paths refer to the output from your lsscsi-g command, along with your config and rips directories. If you created /home/yourusername/config and /home/yourusername/rips then those are your paths.

docker run -d \
  --name="Ripper" \
  -v /path/to/config/:/config:rw \
  -v /path/to/rips/:/out:rw \
  --device=/dev/sr0:/dev/sr0 \
  --device=/dev/sg0:/dev/sg0 \
  rix1337/docker-ripper

Screenshot of Docker run command with the example provided

To properly detect optical disk types in a docker environment this script relies on makemkvcon output.

MakeMKV is free while in Beta, but requires a valid license key. Ripper tries to fetch the latest free beta key on launch. Without a purchased license key Ripper may stop running at any time.

1. after starting the container, go into the config directory you created, edit the file called enter-your-key-then-rename-to.settings.conf, and add your key between the quotes app_Key = "[ENTER KEY HERE]" then save and rename the file to settings.conf

2. Remove the remaining file enter-your-key-then-rename-to.settings.conf

3. At this point your config directory should look like this:
   

Check your device mount point before you run the container!

docker-compose up -d

Ripper will place a bash-file (ripper.sh) automatically at /config that is responsible for detecting and ripping disks. You are completely free to modify it on your local docker host. No modifications to this main image are required for minor edits to that file.

Additionally, you have the option of creating medium-specific override scripts in that same directory location:

Note that these optional scripts must be of the specified name, have executable permissions set, and be in the same directory as ripper.sh to be executed.

In the ripper.sh file, search for the line that calls ripit. Replace -c 0,2 with:

-c 7 --ffmpegsuffix m4a --ffmpegopt "-c:a libfdk_aac -b:a 256k"

You need to fork this image and build it yourself on docker hub. A good starting point is the Dockerfile that includes setup instructions for the used ripping software. If your solution works better than the current one, I will happily review your pull request.

Make sure you have pulled the latest image. The image should be updated automatically as soon as MakeMKV is updated. This has not worked reliably in the past. Just open a new issue and I will trigger the build.

Yes, see LICENSE.md. If this project is helpful to your organization please sponsor me on Github Sponsors!

If plausible open a new issue. I am not responsible if anything breaks. For more information see LICENSE.md

• Idea based on Discbox by kingeek

  Kingeek uses proper tools (like udev) to detect disk types. This is impossible in docker right now. Hence, most of the work is done by MakeMKV (see above).

• MakeMKV Setup by tobbenb

• MakeMKV key/version fetcher by metalight