+ their configuration
+ their unit tests

This one offers API to interract on a lower level with
the D-Bus reservation API and uses GDBus high level bindings only.

Also, this one implements the full Acquire procedure, calling
RequestRelease() on the peer and requesting the name again with
REPLACE_EXISTING

a module that allows loading and executing Lua
scripts from a configured directory

Disable m-session-settings for now, as it needs further work

The Dbus device reservation has been moved into a separate module, and has also
been refactored to allow reserving a device name before an actual device is
created. Devices now are created and destroyed by the monitor depending on
whether PipeWire owns the device or not. This also simplifies a lot the device
activation module to always enable devices when they are created, and never
worry about checking whether a device is acquired by PipeWire or not.

Allows implementing device specific endpoint creation logic, which is currently
needed for bluetooth endpoints as they need to be created differenly.

This module suspends a node if idle for at least 3 seconds

This is a simpler endpoint implementation that does not require
any node setup. It should be good to use with test nodes (fakesrc/fakesink),
V4L2 nodes, and maybe others in the future.

This module allows wireplumber to create static nodes that match a specific
device using a spa node factory. Matching is optional, and if there is no match,
the node will always be created.

This is now done by the config endpoint module

This keeps track of the default endpoint and selects a default
based on endpoint priorities when devices are discovered