The following are AIFF/AIFF-C files of various types
The CopyAudio program (part of the AFsp package) can produce output files of a number of different types. Samples files produced by converting stereo 16-bit data are as follows.
M1F1-AlawC-AFsp.aif (47 kB)alaw)
M1F1-mulawC-AFsp.aif (47 kB)ulaw)
M1F1-int8-AFsp.aif (47 kB)
M1F1-int8C-AFsp.aif (47 kB)
M1F1-int12-AFsp.aif (92 kB)
M1F1-int12C-AFsp.aif (92 kB)
M1F1-int16-AFsp.aif (92 kB)
M1F1-int16C-AFsp.aif (92 kB)
M1F1-int24-AFsp.aif (138 kB)
M1F1-int24C-AFsp.aif (138 kB) x
M1F1-int32-AFsp.aif (184 kB)
M1F1-int32C-AFsp.aif (184 kB)
M1F1-float32C-AFsp.aif (184 kB) x
M1F1-float64C-AFsp.aif (368 kB)
M1F1-int16s-AFsp.aif (92 kB)The following AIFF-C files are legitimate but perverse.
Pmiscck.aif (1 kB) *XxXx)
Pnossnd.aif (1 kB) *SSND chunk)
Poffset.aif (1 kB) *SSND chunk has a 5 byte offset to
the data and trailing junk in the SSND chunk
Porder.aif (1 kB) *SSND chunk ahead of the COMM chunk
Ptjunk.aif (1 kB) *FORM
chunkThe following AIFF-C file is invalid. A reasonable file reading routine should be able to work around the problems.
Fnonull.aif (1 kB) *COMM
chunk declaring 92 bytes (1 byte longer than actual file length),
SSND with 9 bytes, missing trailing fill byteThese files are from CCRMA at Stanford:
ftp://ftp-ccrma.stanford.edu/pub/Lisp/sf.tar.gz.
aiff-16.snd (129 kB) *
aiff-8.snd (65 kB) *
alaw.aifc (2 kB) *ALAW, data from
wood12.aiff saved as A-law samples)
ulaw.aifc (2 kB) *ULAW, data from
wood12.aiff saved as µ-law samples)
digit0v0.aiff (9 kB) *COMM chunk
g722.aifc (2 kB) *G722)
o2_726.aiff (1 kB) *G726)
o2_728.aiff (1 kB) *G728)
o2_gsm.aiff (1 kB) *GSM)
wood12.aiff (4 kB)
wood24.aiff (5 kB)
wood12.aiff)