- char media_catalog_number[129]; /*@@@@ in the stream, the media_catalog_number will be 128 alphanumberic ascii characters; unused digits are padded out to the right with null characters. in memory, the 129th character will be guaranteed to be a null character so that the whole string is always a valid C string. CD-DA: 13 ascii digits ('0'-'9') plus 116 trailing '\0' characters */
+ char media_catalog_number[129]; /*@@@@ in the stream, the media_catalog_number will be 128 alphanumeric ascii characters; unused digits are padded out to the right with NUL characters. in memory, the 129th character will be guaranteed to be a null character so that the whole string is always a valid C string. CD-DA: 13 ascii digits ('0'-'9') plus 116 trailing '\0' characters */
FLAC__uint64 lead_in; /*@@@@ length of lead-in in samples; required to compute some versions of CD TOC hashes; CD-DA says the lead-in must be digital silence and rippers don't save it by convention, so TRACK 00 is disallowed and instead we store only the length. The lead-in is the number of samples up to the first index point of the first track, \b not INDEX 01 of the first track. This is so applications can correctly compute a CD-DA TOC equivalent even when there is TRACK 01 INDEX 00 data. */
unsigned num_tracks;
FLAC__StreamMetadata_CueSheet_Track *tracks;
FLAC__uint64 lead_in; /*@@@@ length of lead-in in samples; required to compute some versions of CD TOC hashes; CD-DA says the lead-in must be digital silence and rippers don't save it by convention, so TRACK 00 is disallowed and instead we store only the length. The lead-in is the number of samples up to the first index point of the first track, \b not INDEX 01 of the first track. This is so applications can correctly compute a CD-DA TOC equivalent even when there is TRACK 01 INDEX 00 data. */