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Config PulseAudio · Wiki · PipeWire / pipewire · GitLab
https://gitlab.freedesktop.org/pipewire/pipewire/-/wikis/Config-PulseAudio
The PulseAudio compatible server is implemented by the libpipewire-module-protocol ... This loads a new server listening on the given port and IP. You can then use PULSE_SERVER = tcp:[<ip>:]<port ... Loads the zeroconf publish code that will publish tunnel sources and sinks on the network through zeroconf. module-roc-sink Available since 0.3.31 ...
Modules – PulseAudio
https://www.freedesktop.org/wiki/Software/PulseAudio/Documentation/User/Modules/
module-tunnel-{sink,source} Tunnel a remote sink/source to a local "ghost" sink/source. Requires a running PulseAudio daemon on the remote server with module-native-protocol-tcp loaded. See Network Setup for reasons on whether to use a tunnel or direct connection to the remote server. server The server to connect to source The source on the ...
PulseAudio sound forwarding across a network – Joshua ...
https://joshdata.wordpress.com/2009/02/11/pulseaudio-sound-forwarding-across-a-network/
PulseAudio is a server that listens for connections on a Unix domain socket by default, which means 1) it can’t be accessed remotely, and 2) ssh can’t redirect a TCP port to it directly. One could configure PulseAudio to use a TCP port instead, but …
[OpenWrt Wiki] PulseAudio
https://openwrt.org/docs/guide-user/hardware/audio/pulseaudio
PulseAudio Read about PulseAudio and have a look at its operational flow chart: File:Pulseaudio-diagram.svg. Preparations Routing Routing describes the way which the Audio-Signal take when traversing your OS. Here a couple of routing configurations that make sense: (it is always a good idea to configure the soundsource (e.g. audio player) specifically to use the …
Running PulseAudio in system mode with TCP listening on ...
https://blog.dhampir.no/content/running-pulseaudio-in-system-mode-with-tcp-listening-on-debian-wheezy
Now set up SSH port forwarding for port 1500, or whichever port you used above, with something like autossh and public key logins, and you’ve got remote sound playing over an encrypted tunnel. Neat. Remember to set the default-server for client computers as well.
audio - How to set up a PulseAudio sink? - Raspberry Pi ...
https://raspberrypi.stackexchange.com/questions/8621/how-to-set-up-a-pulseaudio-sink
This is the other way mentioned in the pulseaudio docs. In this case, you have a server running on both sides and one hands off to the other. To do this, comment out the "default-server" in /etc/client.conf and add a local /etc/default.pa containing: load-module module-tunnel-sink sink_name=rpi_tunnel server=tcp:192.168.2.13:4713 sink=bcm1
[pulseaudio-discuss] How to redirect pulse audio through ssh?
https://pulseaudio-discuss.freedesktop.narkive.com/oJbfbimw/how-to-redirect-pulse-audio-through-ssh
From what Colin says, the standard port is 4713 for pulseaudio. As I said before all network ports are blocked except port 22 which is only for ssh connections. I should be able to tunnel port 4713 through ssh by doing this: "ssh -L 4713:localhost:4713 user at server". Then I can tell pulseaudio to use
How To Guide: Set Up & Configure OpenVPN Client/server …
https://openvpn.net/community-resources/how-to/
Determining whether to use a routed or bridged VPN. See FAQ for an overview of Routing vs. Ethernet Bridging. See also the OpenVPN Ethernet Bridging page for more notes and details on bridging. Overall, routing is probably a better choice for most people, as it is more efficient and easier to set up (as far as the OpenVPN configuration itself) than bridging.
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