Previously, on new node event, we registered a core sync. Linking was
attempted at core sync done but the node did not yet have time to
register its ports.
Only listen to new ports. This delays the linking attempt to when nodes
have had time to create their ports.
Stop using sync for link creation detection. Instead, listen to link
events.
We still listen to errors, link info events are not enough. For example,
if a link already exists, we only get a proxy error and no link info
event.
Now that we have a create_link_proxies() that looks for our matching
nodes/ports and creates proxies if they exist, implementing --wait is
easy.
We move the call to create_link_proxies() the core done event. If it
finds no potential nodes/ports, we keep running our loop, monitoring
new objects.
Make do_link_ports() only create proxies. Previously it ran the event
loop once per attempted link to detect link creation errors. Rename it
to create_link_proxies() to make things clear.
Created proxies are stored into a list (data->link_targets).
create_link_proxies() returns the number of link proxies created. This
can be zero when the two matching nodes have zero ports.
Refactor main() to use create_link_proxies(), ask for a sync then run
the event loop. It will stop on sync done, and we will have received
all potential link proxy errors.
Cleanup all proxies and listeners at the end of main().
Now that both the expected input and output of the resampler is placed
in the rate_match, rename the 'requested' field in pw_time to 'size'
and update the docs.
See #3750
Now that the resampler input size is set in the io_rate field when we
start we can add it to the pw_time struct as well.
This way we can know the required resampler input without having
to dequeue a buffer. This can be handy when the stream is a driver
and needs to know how much data to accumulate before starting the graph.
See #3750
Try to use `media.name` as the display name for a node
when none of the other keys are found in its properties.
For example, `pw_stream_new_simple()` only sets `media.name`
on the created node object by default.
Only names in the `org.freedesktop.ReserveDevice1` namespace
are interesting for the purposes of device reservation, so
use `arg0namespace` in the dbus match rule to filter out others.
This changes the value declared (3 currently versus 0 following this
patch). I have not seen code checking this version number.
Signed-off-by: Théo Lebrun <theo.lebrun@bootlin.com>
Don't just forward the tag and latency events to the follower but let
the audioconvert aggregate and emit the updated tag/latency event
that is then configured on the follower.
When using the DSP mode of the audioconvert, this results in an
accumulated latency/tag from all the DSP ports instead of just
the last DSP port param update.
Put properties with media. prefix in tags in pw-cat.
The driver and follower signal times are currently the same timestamp
so allow a 0 difference between the driver and follower signal time
to calculate the scheduling delay.
Currently, among others, the `pipewire-pulse` executable is an
exact copy of the `pipewire` executable. Use meson's
`install_symlink()` to avoid the need for compiling the same thing
multiple times. Also use `custom_target()` so that the aliases
are available in an uninstalled environment.
Do the same for `pw-cat`. The benefit is that all aliases
of `pw-cat` are now available in an uninstalled environment.
This commit increasese the minimum meson version to 0.61.1
as that is needed for `install_symlink()`.
The reason for using 0.61.1 instead of 0.61.0 is the following bug:
https://github.com/mesonbuild/meson/issues/9820
The data stride for encoded formats should be 1 and also placed in the
stride in the buffer (not 0). So there is really no difference with the
regular codepath.
