These decoders have been moved into their own subfolders under the
extras/decoders folder:
extras/decoders/libvorbis
extras/decoders/libopus
In addition to being relocated, they have also been split into separate
.c/h pairs. They now work like a more conventional library. The
implementation of these libraries have also been decoupled from the
miniaudio implementation which means they depend only on the header
section of miniaudio.h now.
With this change the custom_decoder and custom_decoder_engine examples
have been updated. To compile these you now need to link in the
miniaudio_libvorbis.c and miniaudio_libopus.c files via your build
tool. For your own code, you can still include the .c files directly
into your code if you want to compile as a single translation unit.
This is in preparation for splitting miniaudio into a split .c/h pair,
away from a single header.
`MINIAUDIO_IMPLEMENTATION` is still supported, but will be removed in
version 0.12 and should be considered deprecated. It's recommended to
start the transition to the new .c file.
The data source implementation of a ma_pcm_rb could possibly return a
frame count of 0 which would in turn result in
ma_data_source_read_pcm_frames() returning MA_AT_END which does not
make sense for a ring buffer since it has no notion of an end.
There is no notion of an "end" in a ring buffer. Also, this result is
returned when the operation completed successfully which makes a result
code other than MA_SUCCESS confusing.
With this commit, when targeting pthreads with the -pthread, the engine
will allow threading with it's internal resource manager.
Public issue https://github.com/mackron/miniaudio/issues/855
Support for this was added to Emscripten 3.1.70. Currently only
querying the quantum size is supported. I believe support for
configuring the quantum size is coming later in Web Audio 1.1.
Compilation with versions of Emscripten earlier than 3.1.70 is still
supported.
David Reid
Andrew Opalach
znakeeye
HeroesOfBalkan
francois@recisio.com