This makes ma_decoder_read_pcm_frames() consistent with other data
sources. It now returns a result code and outputs the number of frames
read via an output parameter.
This was specific to devices, but now that miniaudio has expanded it's
no longer useful. The new logging system is more generic and useable by
parts outside of devices and contexts.
The previous version only allowed in-place clipping, whereas the new
one supports clipping into a separate buffer. The input and output
buffers can point to the same buffer in which case the clip will be
performed in-place.
This removes the `pBufferOut` parameter from the following APIs:
* ma_rb_commit_read
* ma_rb_commit_write
* ma_pcm_rb_commit_read
* ma_pcm_rb_commit_write
This is work towards using the heap for storing per-channel data so we
can get rid of upper channel count limit and remove MA_MAX_CHANNELS or
at the very least stop MA_MAX_CHANNELS from affecting overall memory
usage.
Previously this was restricted to 2 input buses and 2 output buses, but
this has been lifted to 254. When the number exceeds 2, internal data
structures will be allocated on the heap, otherwise they'll use a local
array contained within the ma_node structure.
This commit changes the node configuration. Previously there was a
fixed sized array for specifying the channel counts for each bus. This
array must now be defined outside of the config by the caller. The
following config variables have been renamed:
* inputChannels > pInputChannels
* outputChannels > pOutputChannels
This commit also adds the ability to configure input and output bus
counts on a per-instance basis rather than via the node vtable. To do
this, set the bus count in the vtable to MA_NODE_BUS_COUNT_UNKNOWN.
This will tell miniaudio to look at the node config to determine the
bus count rather than the vtable. It's an error to specify this in the
node config if the vtable specifies anything other than
MA_NODE_BUS_COUNT_UNKNOWN.
David Reid