This seems to work quite well including hotplugging of devices, changes to
default sinks/sources etc.
So far I only provided percentage values for sink/source since they seem most
useful. Defaults are set to DEFAULT_SINK/DEFAULT_SOURCE which means it will
follow whatever defaults are at the moment (instead of being fixed to a given
device).
One thing currently left unhandled is when pulseaudio/pipewire gets
disconnected/restarted. In such a case we mark the sink/source as offline but
there is no reconnect attempted later.
Added man page + more complex example which includes mixed usage of both input
and output.
New FreeBSD versions have memfd_create but other BSDs don't.
bar/wayland.c:774:15: error: implicit declaration of function 'memfd_create' is invalid in C99 [-Werror,-Wimplicit-function-declaration]
pool_fd = memfd_create("yambar-wayland-shm-buffer-pool", MFD_CLOEXEC);
^
bar/wayland.c:774:62: error: use of undeclared identifier 'MFD_CLOEXEC'
pool_fd = memfd_create("yambar-wayland-shm-buffer-pool", MFD_CLOEXEC);
^
Without this change yambar can't be installed/used without libmpdclient even for
people who do not use MPD. Let's make this optional.
We could put the optional module summary in the module meson.build but we'd have
to move summary() in main meson.build so that they appear in proper order.
Previously, only the date command inside the script was run with
LC_TIME=C.
But there’s no reason to be that conservative; we absolutely do not
want _anything_ in that script to generate locale dependent output.
This enables support for text shaping, and is required to render
e.g. 👩👩👧👧 correctly.
Since text-shaping is a fairly expensive operation, and since many
times the text is unchanged, we cache the last *rendered* string.
That is, we hash the instantiated string, and cache it along with the
text-run from fcft in the *particle* object (i.e. not the exposable).
This means two things:
* we only need to call fcft_text_run_rasterize() once per string
* if the string is the same as last time, we don’t have to call it at
all.
we now require tllist>=1.0.1 and fcft>=2.0.0, which both use
meson.override_dependency(). Thus, we can use the simpler form of
fallback in our dependency() call.s
This also updates the PKGBUILD files to require tllist>=1.0.1 and
fcft>=2.0.0
run_command() was only run at configure time, meaning the generated
version (that was passed on to the sources via -DYAMBAR_VERSION)
became stale.
Fix by implementing a shell script that generates a header file, and
wrap this in a custom target that is run every time (but the generated
file is only updated when the version changes)
