Like any drive, discs may store their data according to many different filesystem structures. These are abstracted to a degree in libcdio, but as each track may store its data differently, and at the very least Audio is handled differently than any of the file-oriented layouts, it is still helpful to know the underlying structure.

cd_types.h

Defines

• CDIO_FSTYPE (removed; cdio_fs_anal_t represented differently in Haskell)
• CDIO_FS_UNKNOWN (removed; handled via Nothing)

Types

• cdio_fs_t -> Filesystem

  • CDIO_FS_INTERACTIVE -> CdI
  • CDIO_FS_ISO_HFS -> Hfs with a Just IsoAnalysis
  • CDIO_FS_ISO_9660_INTERACTIVE -> CdI with a Just IsoAnalysis
  • CDIO_FS_ISO_UDF -> Udf with a Just IsoAnalysis
  • CDIO_FS_ISO_XISO -> XboxIso
  • CDIO_FS_ISO_UDFX -> XboxUdf

• cdio_fs_cap_t -> FilesystemClass

  Note that some values are not included in the Haskell type, as the indexing implementation is stricter than the equivalent bit operations in C.

  • CDIO_FS_MASK (removed; cdio_fs_anal_t represented differently in Haskell)
  • CDIO_FS_ANAL_VCD_ANY -> fsAnyVcd
  • CDIO_FS_MATCH_ALL -> fsAny
  • CDIO_FS_ANAL_CDTV -> CommodoreCdtv
  • CDIO_FS_ANAL_SVCD -> SuperVideoCd
  • CDIO_FS_ANAL_CVD -> ChoijiVideoCd
  • CDIO_FS_ANAL_XISO -> XboxIsoClass

• cdio_iso_analysis_t -> IsoAnalysis

  • joliet_level -> jolietLevel
  • iso_label -> label
  • isofs_size -> fsSize
  • UDFVerMajor -> fst udfVersion
  • UDFVerMinor -> snd udfVersion

Symbols

• cdio_guess_cd_type -> trackType

Sound.Libcdio.Read.Filesystem

• trackType -> filesystemType