Use a global lock to serialize concurrent pw_init calls.
Use a global lock to protect the global registry. With the alsa api,
multiple threads could open the device and create streams and
load/unload plugins.
See !942
The previous code had alsa optional if pipewire-alsa was on
auto/disabled bug failed later with missing alsa if media-session was in
the session manager array. Which it is by default.
Fixes#1632
If the device doesn't have an active Route, also check the EnumRoute to
see if there is something available. If nothing is available, also avoid
selecting this node.
Fixes#1624
For default nodes, that are explicitly configured, skip the route check.
This makes it possible for the user to select a non-available node
as the default still.
Fixes#1624
When we need to remove all items, copy the storage to a temporary
array and clear the storage.
When one of the callbacks would add a new item to the storage it would
operate on the new empty storage and the loop to iteratively clear
subjects would be able to complete.
Fixes#1622
It seems not uncommon that people have not properly configured ofono
running, which results to loss of HFP/HSP functionality. It's less
surprising if the backend selection is fixed in the configuration file,
and (by default) does not depend on running services.
Add a configuration file option for selecting HFP/HSP backend, and set
the default value to the native backend. Emit warnings if conflicting
backend services are detected to be running.
Also cleanup hfp/hsp backend handling a bit, now that it's mostly
abstracted behind an interface.
It's not really the responsibility of the session manager to load the
bluez5 device quirks, and it's easier for eg. Wireplumber if it doesn't
need to do it.
Move loading bluez-hardware.conf to be the responsibility of the bluez5
spa plugin, similarly as the alsa plugin deals with the ACP database.
Put the configuration to share/spa-0.2/bluez5, mirroring the plugin
directory structure in lib/spa-0.2/bluez5.
When the memory is removed, clear the node io areas so that it doesn't
accidentally get reused.
Fixes a crash in cheese when the node is stopped and then resumed.
This makes it easier to figure out if a particular module was missing
from the build. Example output:
Optional Modules
rt : YES
rtkit : YES
portal : YES
pulse-tunnel : YES
zeroconf-discover : YES
roc-sink : NO
roc-source : NO
When the node support transport sync. That is, when it will clear the
pending_sync flag from its activation area when it completed a new
seek.
Before this patch, the pending sync was always automatically cleared,
which broke some applications that are time masters such as bitwig.
Fixes#1589
Use the core.info clock rate as the default sample rate as soon as the
manager exposes the core object. Otherwise the default sample rate is 0
until someone calls GET_SERVER_INFO, which as a side effect sets the
default sample rate.
Fixes issues with sinks not appearing right away.
Fixes#1588
Allow one of "XEWIDT" to refer to none, errors, warnings, info, debug
and trace, respectively because they're immediately recognizable. Well,
except maybe the X.
PIPEWIRE_DEBUG="I" is equivalent to PIPEWIRE_DEBUG="3" for example.
When none of the nodes have a valid passthrough format, don't check if
passthrough is possible.
Without the check, it is possible that a node has a common format with
the peer that is not a passthrough format, like a raw audio format.
Fixes#1587
Some applications might expect the process function to run concurrently
with the callbacks. PipeWire tries to avoid this by using a lock for the
duration of the process callback. Make an option to disable this.
See #1576
When the node is suspended, don't take into account the lock-quantum
settings or else the graph would not want to change to the requested
quantum of the node.
Say we have a jack node with node.lock-quantum = true and
node.latency=256/48000. When it joins the graph and is suspended, the
lock-quantum is ignored and the node.latency is set on the graph.
After that, the lock-quantum ensures the graph quantum doesn't change
anymore until the node is suspended.
When we move a node from one driver to another, move the quantum and
rate if the target driver was idle so that we can mostly continue
uninterupted until a quantum/rate change is calculated.
