Media server for Odysee

Development

To run tests:

make prepare_test
make test

Usage

player-server requires lbry SDK and mysql.

go run .\
      --disk-cache-dir=/tmp/player_cache\
      --disk-cache-size=800GB\
      --upstream-reflector=eu-p2.lbryplayer.xyz:5569\
      --upstream-protocol=http\
      --bind=0.0.0.0:8081\
      --prefetch=true\
      --hot-cache-size=6GB\
      --profile=true\
      --config-username=lbry\
      --config-password=beameriscool\
      --throttle-scale=3.0\
      --throttle-enabled=false\
      --transcoder-video-path=/tmp/transcoded_cache\
      --transcoder-video-size=800GB\
      --transcoder-addr=https://root.transcoder.odysee.com \
      --transcoder-remote-server=https://cache-us.transcoder.odysee.com/t-na

Run odysee_player -h to see the full list of flags and options.

Some flags explained

cloudfront-endpoint and upstream-reflector are mutually exclusive: the player can either pull blobs from an existing reflector or from a CDN endpoint. Only specify one.

• example for cloudfront-endpoint: http://XXXXXXXXXX.cloudfront.net/
• example for upstream-reflector: reflector.lbry.com:5568

disk-cache-dir and disk-cache-size refer to the location and size where encrypted blobs are stored locally. Access is then regulated using Least Frequently Accessed (with Dynamic Aging) as eviction strategy.

hot-cache-size refers to the size of the in memory cache where unencrypted blobs are stored. Blobs are evicted using LRU as strategy.

prefetch and prefetch-count can help reduce buffering by downloading blobs to the player in advance so that they're ready when they'll be requested by the client in the near future.

throttle-enabled and throttle-scale allow for limiting the outbound bandwidth on a per stream resolution. This helps ensure that no single client can saturate the uplink pipe of the server.

transcoder-video-path transcoder-video-size similarly to the disk cache flags, these regulate the location and size of the transcoded videos that are retrieved from transcoder-addr

Running with Docker

The primary way player server is intended to run is in a docker environment managed by docker-compose. To launch and start serving:

docker-compose up -d

Releasing

Releases are built and packed into docker images automatically off master branch. Approximate Makefile commands that are used:

make linux
make image
docker push odyseeteam/player-server:21.3.4
docker push odyseeteam/player-server:latest

You need to tag your commit with a proper CalVer tag. Example:

git tag v21.3.4  # March 2021, version 4

Check Makefile for more details.

License

This project is MIT licensed. For the full license, see LICENSE.

Contact

The primary contact for this project is @anbsky ([email protected]).