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AARU (Apache80)

Aaru Data Preservation Suite

Aaru is a fully featured media dump management solution. You usually know media dumps as disc images, disk images, tape images, etc.

With Aaru you can identify a media dump, extract files from it (for supported filesystems), compare two of them, create them from real media using the appropriate drive, create a sidecar metadata with information about the media dump, and a lot of other features that commonly would require you to use separate applications.

Feature

Identifies a disk image getting information about the disk itself and shows information about partitions and filesystems inside them
Can checksum the disks (and if optical disc, separate tracks) user-data (tags and metadata coming soon)
Can compare two disk images, even different formats, for different sectors and/or metadata
Can list and extract contents from supported filesystems
Can read several disk image formats.
Can read several known sector by sector formats with variable bytes per sector.
Can read standard sector by sector copies for optical and magnetic discs with constant bytes per sector.
Can verify sectors or disk images if supported by the underlying format
Can dump media from ATA, ATAPI, SCSI, USB, FireWire and SDHCI drives (magnetic disks, optical discs, magnetoptical disks, flash devices, memory cards and tapes) to several supported image formats.
Can convert between image formats.
Includes an open-source archival image format with compression and deduplication.
Can create standard open XML metadata from existing images.
Can measure readability and speed of media (same that can be dumped, MHDD style)
Has an online database with drive capabilities, and can report the capabilities of any drive.
Works on any operating system and architecture where .NET Core is supported (drive access requires Windows, Linux or FreeBSD).

Supported disk image formats (read-only)

Apple Disk Archival/Retrieval Tool (DART)
Apple II nibble images (NIB)
BlindWrite 4 TOC files (.BWT/.BWI/.BWS)
BlindWrite 5/6 TOC files (.B5T/.B5I and .B6T/.B6I)
CopyQM
CPCEMU Disk file and Extended Disk File
Dave Dunfield IMD
DiscJuggler images
Dreamcast GDI
HD-Copy disk images
MAME Compressed Hunks of Data (CHD)
Microsoft VHDX
Nero Burning ROM (both image formats)
Partclone disk images
Partimage disk images
Quasi88 disk images (.D77/.D88)
Spectrum floppy disk image (.FDI)
TeleDisk
X68k DIM disk image files (.DIM)

Supported disk image formats (read and write)

Alcohol 120% Media Descriptor Structure (.MDS/.MDF)
Anex86 disk images (.FDI for floppies, .HDI for hard disks)
Any 512 bytes/sector disk image format (sector by sector copy, aka raw)
Apple 2IMG (used with Apple // emulators)
Apple DiskCopy 4.2
Apple ][ Interleaved Disk Image
Apple Universal Disk Image Format (UDIF), including obsolete (previous than DiskCopy 6) versions
Apridisk disk image formats (for ACT Apricot disks)
Basic Lisa Utility
CDRDAO TOC sheets
CDRWin cue/bin cuesheets, including ones with ISOBuster extensions
CisCopy disk image (aka DC-File, .DCF)
CloneCD
CopyTape
DataPackRat's d2f/f2d disk image format ("WC DISK IMAGE")
Digital Research DiskCopy
DiskDupe (DDI)
Aaru Format
IBM SaveDskF
MAXI Disk disk images (HDK)
Most known sector by sector copies of floppies with 128, 256, 319 and 1024 bytes/sector.
Most known sector by sector copies with different bytes/sector on track 0.
Parallels Hard Disk Image (HDD) version 2
QEMU Copy-On-Write versions 1, 2 and 3 (QCOW and QCOW2)
QEMU Enhanced Disk (QED)
Ray Arachelian's Disk IMage (.DIM)
RS-IDE hard disk images
Sector by sector copies of Microsoft's DMF floppies
T98 hard disk images (.THD)
T98-Next hard disk images (.NHD)
Virtual98 disk images
VirtualBox Disk Image (VDI)
Virtual PC fixed size, dynamic size and differencing (undo) disk images
VMware VMDK and COWD images
XDF disk images (as created by IBM's XDFCOPY)

Supported partitioning schemes

Acorn Linux and RISCiX partitions
ACT Apricot partitions
Amiga Rigid Disk Block (RDB)
Apple Partition Map
Atari AHDI and ICDPro
BSD disklabels
BSD slices inside MBR
DEC disklabels
DragonFly BSD 64-bit disklabel
EFI GUID Partition Table (GPT)
Human68k (Sharp X68000) partitions table
Microsoft/IBM/Intel Master Boot Record (MBR)
Minix subpartitions inside MBR
NEC PC9800 partitions
NeXT disklabel
Plan9 partition table
Rio Karma partitions
SGI volume headers
Solaris slices inside MBR
Sun disklabel
UNIX VTOC and disklabel
UNIX VTOC inside MBR
Xbox 360 hard coded partitions
XENIX partition table

Supported file systems for read-only operations

3DO Opera file system
Apple DOS file system
Apple Lisa file system
Apple Macintosh File System (MFS)
CD-i file system
CP/M file system
High Sierra Format
ISO9660, including Apple, Amiga, Rock Ridge, Joliet and Romeo extensions
Microsoft 12-bit File Allocation Table (FAT12), including Atari ST extensions
Microsoft 16-bit File Allocation Table (FAT16)
Microsoft 32-bit File Allocation Table (FAT32), including FAT+ extension
U.C.S.D Pascal file system
Xbox filesystems

Supported file systems for identification and information only

Acorn Advanced Disc Filing System
Alexander Osipov DOS (AO-DOS for Electronika BK-0011) file system
Amiga Fast File System v2, untested
Amiga Fast File System, with international characters, directory cache and multi-user patches
Amiga Original File System, with international characters, directory cache and multi-user patches
Apple File System (preliminary detection until on-disk layout is stable)
Apple Hierarchical File System (HFS)
Apple Hierarchical File System+ (HFS+)
Apple ProDOS / SOS file system
AtheOS file system
BeOS filesystem
BSD Fast File System (FFS) / Unix File System (UFS)
BSD Unix File System 2 (UFS2)
B-tree file system (btrfs)
Coherent UNIX file system
Commodore 1540/1541/1571/1581 filesystems
Cram file system
DEC Files-11 (only checked with On Disk Structure 2, ODS-2)
DEC RT-11 file system
dump(8) (Old historic BSD, AIX, UFS and UFS2 types)
ECMA-67: 130mm Flexible Disk Cartridge Labelling and File Structure for Information Interchange
Flash-Friendly File System (F2FS)
Fossil file system (from Plan9)
HAMMER file system
High Performance Optical File System (HPOFS)
HP Logical Interchange Format
IBM Journaling File System (JFS)
Linux extended file system
Linux extended file system 2
Linux extended file system 3
Linux extended file system 4
Locus file system
MicroDOS file system
Microsoft Extended File Allocation Table (exFAT)
Microsoft/IBM High Performance File System (HPFS)
Microsoft New Technology File System (NTFS)
Microsoft Resilient File System (ReFS)
Minix v2 file system
Minix v3 file system
NEC PC-Engine executable
NEC PC-FX executable
NILFS2
Nintendo optical filesystems (GameCube and Wii)
OS-9 Random Block File
Professional File System
QNX4 and QNX6 filesystems
Reiser file systems
SGI Extent File System (EFS)
SGI XFS
SmartFileSystem
SolarOS file system
Squash file system
UNICOS file system
Universal Disk Format (UDF)
UNIX System V file system
UNIX Version 7 file system
UnixWare boot file system
Veritas file system
VMware file system (VMFS)
Xenix file system
Xia filesystem
Zettabyte File System (ZFS)

Supported checksums
Adler-32
CRC-16
CRC-32
CRC-64
Fletcher-16
Fletcher-32
MD5
SHA-1
SHA-2 (256, 384 and 512 bits)
SpamSum (fuzzy hashing)
Supported filters
Apple PCExchange (FINDER.DAT & RESOURCE.FRK)
AppleDouble
AppleSingle
BZip2
GZip
LZip
MacBinary I, II, III
XZ

Partially supported disk image formats

These disk image formats cannot be read, but their contents can be checksummed on sidecar creation

DiscFerret
KryoFlux STREAM
SuperCardPro


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