* Optionally uses videojs (append `?videojs=0` to the URL to disable it)
* With videojs disabled, you can scrub backwards and forwards on the video timeline. If you scrub to the end (the most recent segment), you can achieve really quite low latency, as low as 12 seconds.
* Slow: stream delay of at least 30 seconds (lower with videojs disabled). Hopefully this will decrease when congestion control gets into Tor: https://youtu.be/watch?v=zQDbfHSjbnI
See https://www.martin-riedl.de/2018/08/24/using-ffmpeg-as-a-hls-streaming-server-part-1/ and https://www.martin-riedl.de/2018/08/24/using-ffmpeg-as-a-hls-streaming-server-part-2/ as `stream.sh` is based on those.
* If you're on Windows `stream.sh` will be wrong for you and so will all the fonts in `config.json`. `stream.sh` uses `$$` to get its process ID, you'll have to use the Windows equivalent.
* If you're on macOS `stream.sh` might need to be changed a bit and you might not have the fonts in `config.json`.
* If you're on Linux `stream.sh` will probably be alright but you might not have all the fonts in `config.json`.
Now your webserver is running on port 5000 (or whichever port you set it to, if you did that). We need to tell tor to create a hidden service and to point it at port 5000.
In your [torrc](https://support.torproject.org/tbb/tbb-editing-torrc/), add these two lines
where `$PROJECT_ROOT` is the root folder of this project. When you reload tor it will create the `hidden_service` directory and your website will be online. Your onion address is in `hidden_service/hostname`. You only need to do this once.
To appear as the broadcaster in chat, go to `/broadcaster` and log in with the username `broadcaster` and the password printed in your terminal when you started Flask.
