Wave File Reader/Writer library in Rust, with Broadcast-WAV, MBWF and RF64 Support
bwavfile provides a reader WaveReader and writer type WaveWriter for
reading and creating new audio files respectively.
WaveReader and WaveWriter support:
* A unified interface for standard RIFF and RF64/BW64 64-bit Wave files.
* When using WaveWriter, wave files are transparently upgraded from RIFF
to RF64 when required.
* Unpacked reading and writing of Integer PCM and IEEE float audio data
formats.
* A unified interface for standard WaveFormat and extended WaveFormatEx
wave data format specification.
* Multichannel, surround, and ambisonic audio data description including
surround channel maps, ADM AudioTrackFormat, AudioChannelFormatRef and
AudioPackRef data structures.
* Broadcast-Wave metdata extension, including long description, originator
information, SMPTE UMID and coding history.
* Reading and writing of embedded iXML and axml/ADM metadata.
* Reading and writing of timed cues and and timed cue regions.
Some features that may be included in the future include:
* Broadcast-Wave levl waveform overview data reading and writing.
* Sampler and Instrument metadata.
* Performance improvements.
WaveWriter to create a new
file with BLITS alignment tones.WaveReader and WaveWriter to
interleave several input Wave files into a single polyphonic Wave file.WaveReader and WaveWriter
to de-interleave an input Wave file into several monoarual Wave files.All of the media for the integration tests is committed to the respository
in zipped form. Before you can run tests, you need to cd into the tests
directory and run the create_test_media.sh script. Note that one of the
test files (the RF64 test case) is over four gigs in size.