So I run Jellyfin on a Ubuntu container, just wanting to note that while the config files live somewhere on the system, you don’t actually need to touch them. All configuration can be performed via the web interface so it’s all abstracted out. It’s not any easier to use Docker in that respect at all. What you’re describing as bind ports mean that your Docker host also needs access to the files/folders, then you map it via bind folders.
Same thing in my case, I make sure that Proxmox has access to the files, then map the folder into the container and then Jellyfin can access it directly. No fiddling around with Jellyfin configs.
If you’re using NFS, I’d argue it’s easier not to use Docker. Just install Jellyfin, setup NFS client to mount the folder and then configure Jellyfin to find the folder. Job done.
So I run Jellyfin on a Ubuntu container, just wanting to note that while the config files live somewhere on the system, you don’t actually need to touch them. All configuration can be performed via the web interface so it’s all abstracted out. It’s not any easier to use Docker in that respect at all. What you’re describing as bind ports mean that your Docker host also needs access to the files/folders, then you map it via bind folders.
Same thing in my case, I make sure that Proxmox has access to the files, then map the folder into the container and then Jellyfin can access it directly. No fiddling around with Jellyfin configs.
If you’re using NFS, I’d argue it’s easier not to use Docker. Just install Jellyfin, setup NFS client to mount the folder and then configure Jellyfin to find the folder. Job done.