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gom is a generic audio mixer program; it tries to provide a complete and
convenient interface for all kind of audio mixer manipulation. gom's
facilities include sound driver (compile time) and sound card (run time)
independence, arbitrary mixer selection, loading and saving or mixer
settings, volume fading, verbosity-level driven output, "Un*x-like
scripting support", etc.
after the commit ? so that I can either get careless, or waste
time/bandwidth by running each commit twice...
Anyways, files/audio_openbsd.c is a `caching' audio system.
It's much smarter than the old one: uses get encoding to map the reasonable
encodings, does not even cross-check alaw/ulaw when 8 bit/16 bit work okay.
It does keep audio opened all the way instead of closing/reopening all the
time.
and it avoids gratuitous assumptions about PC broken hardware, such as not
having support for 8 bits signed and other brain-damage.
Missing part: it won't convert endianess on the fly when the only `right'
modes have the wrong endianess... this might occur with e.g., a sb16 on
an alpha.
Basically, mpg123 assumptions about audio is broken. It assumes that
audio ioctl that change mode are instantaneous, which they are not, most
often, so that with the old model, start-up was 80 ioctl, which amounts to
~10 seconds with wss.
Added lazyness to basic audio.c so that it won't try to determine whether
we can play @ 8000Hz mono when 44100Hz stereo is what we want, and it
works...
At one point bsd.port.mk put out erroneous PLIST-auto, with @cwd, @pkgname,
and @pkgdep lines.
These are actually added by make package, and shouldn't usually be put
inside the PLIST, as this is extra information to update.
I left a few @cwd in, mainly for the perl modules, which want to live under
/usr to work.
Porters: please make sure you use bsd.port.mk 1.75 or later when
updating ports. That version of the makefile adds all sums. Previous
versions of the makefile will still work for people installing ports.
