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// /***************************************************************************
// The Disc Image Chef
// ----------------------------------------------------------------------------
//
// Filename : CreateSidecar.cs
// Version : 1.0
// Author(s) : Natalia Portillo
//
// Component : Component
//
// Revision : $Revision$
// Last change by : $Author$
// Date : $Date$
//
// --[ Description ] ----------------------------------------------------------
//
// Description
//
// --[ License ] --------------------------------------------------------------
//
// This program is free software: you can redistribute it and/or modify
// it under the terms of the GNU General Public License as
// published by the Free Software Foundation, either version 3 of the
// License, or (at your option) any later version.
//
// This program is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU General Public License for more details.
//
// You should have received a copy of the GNU General Public License
// along with this program. If not, see <http://www.gnu.org/licenses/>.
//
// ----------------------------------------------------------------------------
// Copyright (C) 2011-2015 Claunia.com
// ****************************************************************************/
// //$Id$
using System ;
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using Schemas ;
using System.Collections.Generic ;
using DiscImageChef.Plugins ;
using DiscImageChef.ImagePlugins ;
using DiscImageChef.Console ;
using DiscImageChef.Checksums ;
using System.IO ;
using System.Threading ;
using DiscImageChef.CommonTypes ;
using DiscImageChef.PartPlugins ;
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namespace DiscImageChef.Commands
{
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public static class CreateSidecar
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{
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public static void doSidecar ( CreateSidecarSubOptions options )
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{
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CICMMetadataType sidecar = new CICMMetadataType ( ) ;
PluginBase plugins = new PluginBase ( ) ;
plugins . RegisterAllPlugins ( ) ;
ImagePlugin _imageFormat ;
try
{
_imageFormat = ImageFormat . Detect ( options . InputFile ) ;
if ( _imageFormat = = null )
{
DicConsole . WriteLine ( "Image format not identified, not proceeding with analysis." ) ;
return ;
}
else
{
if ( options . Verbose )
DicConsole . VerboseWriteLine ( "Image format identified by {0} ({1})." , _imageFormat . Name , _imageFormat . PluginUUID ) ;
else
DicConsole . WriteLine ( "Image format identified by {0}." , _imageFormat . Name ) ;
}
try
{
if ( ! _imageFormat . OpenImage ( options . InputFile ) )
{
DicConsole . WriteLine ( "Unable to open image format" ) ;
DicConsole . WriteLine ( "No error given" ) ;
return ;
}
DicConsole . DebugWriteLine ( "Analyze command" , "Correctly opened image file." ) ;
}
catch ( Exception ex )
{
System . Console . Error . WriteLine ( "Unable to open image format" ) ;
DicConsole . ErrorWriteLine ( "Error: {0}" , ex . Message ) ;
return ;
}
FileInfo fi = new FileInfo ( options . InputFile ) ;
FileStream fs = new FileStream ( options . InputFile , FileMode . Open , FileAccess . Read ) ;
Adler32Context adler32ctx = new Adler32Context ( ) ;
CRC16Context crc16ctx = new CRC16Context ( ) ;
CRC32Context crc32ctx = new CRC32Context ( ) ;
CRC64Context crc64ctx = new CRC64Context ( ) ;
MD5Context md5ctx = new MD5Context ( ) ;
RIPEMD160Context ripemd160ctx = new RIPEMD160Context ( ) ;
SHA1Context sha1ctx = new SHA1Context ( ) ;
SHA256Context sha256ctx = new SHA256Context ( ) ;
SHA384Context sha384ctx = new SHA384Context ( ) ;
SHA512Context sha512ctx = new SHA512Context ( ) ;
SpamSumContext ssctx = new SpamSumContext ( ) ;
Thread adlerThread = new Thread ( updateAdler ) ;
Thread crc16Thread = new Thread ( updateCRC16 ) ;
Thread crc32Thread = new Thread ( updateCRC32 ) ;
Thread crc64Thread = new Thread ( updateCRC64 ) ;
Thread md5Thread = new Thread ( updateMD5 ) ;
Thread ripemd160Thread = new Thread ( updateRIPEMD160 ) ;
Thread sha1Thread = new Thread ( updateSHA1 ) ;
Thread sha256Thread = new Thread ( updateSHA256 ) ;
Thread sha384Thread = new Thread ( updateSHA384 ) ;
Thread sha512Thread = new Thread ( updateSHA512 ) ;
Thread spamsumThread = new Thread ( updateSpamSum ) ;
adlerPacket adlerPkt = new adlerPacket ( ) ;
crc16Packet crc16Pkt = new crc16Packet ( ) ;
crc32Packet crc32Pkt = new crc32Packet ( ) ;
crc64Packet crc64Pkt = new crc64Packet ( ) ;
md5Packet md5Pkt = new md5Packet ( ) ;
ripemd160Packet ripemd160Pkt = new ripemd160Packet ( ) ;
sha1Packet sha1Pkt = new sha1Packet ( ) ;
sha256Packet sha256Pkt = new sha256Packet ( ) ;
sha384Packet sha384Pkt = new sha384Packet ( ) ;
sha512Packet sha512Pkt = new sha512Packet ( ) ;
spamsumPacket spamsumPkt = new spamsumPacket ( ) ;
adler32ctx . Init ( ) ;
adlerPkt . context = adler32ctx ;
crc16ctx . Init ( ) ;
crc16Pkt . context = crc16ctx ;
crc32ctx . Init ( ) ;
crc32Pkt . context = crc32ctx ;
crc64ctx . Init ( ) ;
crc64Pkt . context = crc64ctx ;
md5ctx . Init ( ) ;
md5Pkt . context = md5ctx ;
ripemd160ctx . Init ( ) ;
ripemd160Pkt . context = ripemd160ctx ;
sha1ctx . Init ( ) ;
sha1Pkt . context = sha1ctx ;
sha256ctx . Init ( ) ;
sha256Pkt . context = sha256ctx ;
sha384ctx . Init ( ) ;
sha384Pkt . context = sha384ctx ;
sha512ctx . Init ( ) ;
sha512Pkt . context = sha512ctx ;
ssctx . Init ( ) ;
spamsumPkt . context = ssctx ;
byte [ ] data ;
long position = 0 ;
while ( position < ( fi . Length - 1048576 ) )
{
data = new byte [ 1048576 ] ;
fs . Read ( data , 0 , 1048576 ) ;
DicConsole . Write ( "\rHashing image file byte {0} of {1}" , position , fi . Length ) ;
adlerPkt . data = data ;
adlerThread . Start ( adlerPkt ) ;
crc16Pkt . data = data ;
crc16Thread . Start ( crc16Pkt ) ;
crc32Pkt . data = data ;
crc32Thread . Start ( crc32Pkt ) ;
crc64Pkt . data = data ;
crc64Thread . Start ( crc64Pkt ) ;
md5Pkt . data = data ;
md5Thread . Start ( md5Pkt ) ;
ripemd160Pkt . data = data ;
ripemd160Thread . Start ( ripemd160Pkt ) ;
sha1Pkt . data = data ;
sha1Thread . Start ( sha1Pkt ) ;
sha256Pkt . data = data ;
sha256Thread . Start ( sha256Pkt ) ;
sha384Pkt . data = data ;
sha384Thread . Start ( sha384Pkt ) ;
sha512Pkt . data = data ;
sha512Thread . Start ( sha512Pkt ) ;
spamsumPkt . data = data ;
spamsumThread . Start ( spamsumPkt ) ;
while ( adlerThread . IsAlive | | crc16Thread . IsAlive | |
crc32Thread . IsAlive | | crc64Thread . IsAlive | |
md5Thread . IsAlive | | ripemd160Thread . IsAlive | |
sha1Thread . IsAlive | | sha256Thread . IsAlive | |
sha384Thread . IsAlive | | sha512Thread . IsAlive | |
spamsumThread . IsAlive )
{
}
adlerThread = new Thread ( updateAdler ) ;
crc16Thread = new Thread ( updateCRC16 ) ;
crc32Thread = new Thread ( updateCRC32 ) ;
crc64Thread = new Thread ( updateCRC64 ) ;
md5Thread = new Thread ( updateMD5 ) ;
ripemd160Thread = new Thread ( updateRIPEMD160 ) ;
sha1Thread = new Thread ( updateSHA1 ) ;
sha256Thread = new Thread ( updateSHA256 ) ;
sha384Thread = new Thread ( updateSHA384 ) ;
sha512Thread = new Thread ( updateSHA512 ) ;
spamsumThread = new Thread ( updateSpamSum ) ;
position + = 1048576 ;
}
data = new byte [ fi . Length - position ] ;
fs . Read ( data , 0 , ( int ) ( fi . Length - position ) ) ;
DicConsole . Write ( "\rHashing image file byte {0} of {1}" , position , fi . Length ) ;
adlerPkt . data = data ;
adlerThread . Start ( adlerPkt ) ;
crc16Pkt . data = data ;
crc16Thread . Start ( crc16Pkt ) ;
crc32Pkt . data = data ;
crc32Thread . Start ( crc32Pkt ) ;
crc64Pkt . data = data ;
crc64Thread . Start ( crc64Pkt ) ;
md5Pkt . data = data ;
md5Thread . Start ( md5Pkt ) ;
ripemd160Pkt . data = data ;
ripemd160Thread . Start ( ripemd160Pkt ) ;
sha1Pkt . data = data ;
sha1Thread . Start ( sha1Pkt ) ;
sha256Pkt . data = data ;
sha256Thread . Start ( sha256Pkt ) ;
sha384Pkt . data = data ;
sha384Thread . Start ( sha384Pkt ) ;
sha512Pkt . data = data ;
sha512Thread . Start ( sha512Pkt ) ;
spamsumPkt . data = data ;
spamsumThread . Start ( spamsumPkt ) ;
while ( adlerThread . IsAlive | | crc16Thread . IsAlive | |
crc32Thread . IsAlive | | crc64Thread . IsAlive | |
md5Thread . IsAlive | | ripemd160Thread . IsAlive | |
sha1Thread . IsAlive | | sha256Thread . IsAlive | |
sha384Thread . IsAlive | | sha512Thread . IsAlive | |
spamsumThread . IsAlive )
{
}
DicConsole . WriteLine ( ) ;
fs . Close ( ) ;
List < ChecksumType > imgChecksums = new List < ChecksumType > ( ) ;
ChecksumType chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . adler32 ;
chk . Value = adler32ctx . End ( ) ;
imgChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . crc16 ;
chk . Value = crc16ctx . End ( ) ;
imgChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . crc32 ;
chk . Value = crc32ctx . End ( ) ;
imgChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . crc64 ;
chk . Value = crc64ctx . End ( ) ;
imgChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . md5 ;
chk . Value = md5ctx . End ( ) ;
imgChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . ripemd160 ;
chk . Value = ripemd160ctx . End ( ) ;
imgChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . sha1 ;
chk . Value = sha1ctx . End ( ) ;
imgChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . sha256 ;
chk . Value = sha256ctx . End ( ) ;
imgChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . sha384 ;
chk . Value = sha384ctx . End ( ) ;
imgChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . sha512 ;
chk . Value = sha512ctx . End ( ) ;
imgChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . spamsum ;
chk . Value = ssctx . End ( ) ;
imgChecksums . Add ( chk ) ;
switch ( _imageFormat . ImageInfo . xmlMediaType )
{
case XmlMediaType . OpticalDisc :
{
sidecar . OpticalDisc = new OpticalDiscType [ 1 ] ;
sidecar . OpticalDisc [ 0 ] = new OpticalDiscType ( ) ;
sidecar . OpticalDisc [ 0 ] . Checksums = imgChecksums . ToArray ( ) ;
sidecar . OpticalDisc [ 0 ] . Image = new ImageType ( ) ;
sidecar . OpticalDisc [ 0 ] . Image . format = _imageFormat . GetImageFormat ( ) ;
sidecar . OpticalDisc [ 0 ] . Image . offset = 0 ;
sidecar . OpticalDisc [ 0 ] . Image . offsetSpecified = true ;
sidecar . OpticalDisc [ 0 ] . Image . Value = Path . GetFileName ( options . InputFile ) ;
sidecar . OpticalDisc [ 0 ] . Size = fi . Length ;
sidecar . OpticalDisc [ 0 ] . Sequence = new SequenceType ( ) ;
if ( _imageFormat . GetDiskSequence ( ) ! = 0 & & _imageFormat . GetLastDiskSequence ( ) ! = 0 )
{
sidecar . OpticalDisc [ 0 ] . Sequence . MediaSequence = _imageFormat . GetDiskSequence ( ) ;
sidecar . OpticalDisc [ 0 ] . Sequence . TotalMedia = _imageFormat . GetDiskSequence ( ) ;
}
else
{
sidecar . OpticalDisc [ 0 ] . Sequence . MediaSequence = 1 ;
sidecar . OpticalDisc [ 0 ] . Sequence . TotalMedia = 1 ;
}
sidecar . OpticalDisc [ 0 ] . Sequence . MediaTitle = _imageFormat . GetImageName ( ) ;
DiskType dskType = _imageFormat . ImageInfo . diskType ;
foreach ( DiskTagType tagType in _imageFormat . ImageInfo . readableDiskTags )
{
switch ( tagType )
{
case DiskTagType . CD_ATIP :
sidecar . OpticalDisc [ 0 ] . ATIP = new DumpType ( ) ;
sidecar . OpticalDisc [ 0 ] . ATIP . Checksums = GetChecksums ( _imageFormat . ReadDiskTag ( DiskTagType . CD_ATIP ) ) . ToArray ( ) ;
sidecar . OpticalDisc [ 0 ] . ATIP . Size = _imageFormat . ReadDiskTag ( DiskTagType . CD_ATIP ) . Length ;
Decoders . CD . ATIP . CDATIP ? atip = Decoders . CD . ATIP . Decode ( _imageFormat . ReadDiskTag ( DiskTagType . CD_ATIP ) ) ;
if ( atip . HasValue )
{
if ( atip . Value . DDCD )
dskType = atip . Value . DiscType ? DiskType . DDCDRW : DiskType . DDCDR ;
else
dskType = atip . Value . DiscType ? DiskType . CDRW : DiskType . CDR ;
}
break ;
case DiskTagType . DVD_BCA :
sidecar . OpticalDisc [ 0 ] . BCA = new DumpType ( ) ;
sidecar . OpticalDisc [ 0 ] . BCA . Checksums = GetChecksums ( _imageFormat . ReadDiskTag ( DiskTagType . DVD_BCA ) ) . ToArray ( ) ;
sidecar . OpticalDisc [ 0 ] . BCA . Size = _imageFormat . ReadDiskTag ( DiskTagType . DVD_BCA ) . Length ;
break ;
case DiskTagType . BD_BCA :
sidecar . OpticalDisc [ 0 ] . BCA = new DumpType ( ) ;
sidecar . OpticalDisc [ 0 ] . BCA . Checksums = GetChecksums ( _imageFormat . ReadDiskTag ( DiskTagType . BD_BCA ) ) . ToArray ( ) ;
sidecar . OpticalDisc [ 0 ] . BCA . Size = _imageFormat . ReadDiskTag ( DiskTagType . BD_BCA ) . Length ;
break ;
case DiskTagType . DVD_CMI :
sidecar . OpticalDisc [ 0 ] . CMI = new DumpType ( ) ;
Decoders . DVD . CSS_CPRM . LeadInCopyright ? cmi = Decoders . DVD . CSS_CPRM . DecodeLeadInCopyright ( _imageFormat . ReadDiskTag ( DiskTagType . DVD_CMI ) ) ;
if ( cmi . HasValue )
{
switch ( cmi . Value . CopyrightType )
{
case Decoders . DVD . CopyrightType . AACS :
sidecar . OpticalDisc [ 0 ] . CopyProtection = "AACS" ;
break ;
case Decoders . DVD . CopyrightType . CSS :
sidecar . OpticalDisc [ 0 ] . CopyProtection = "CSS" ;
break ;
case Decoders . DVD . CopyrightType . CPRM :
sidecar . OpticalDisc [ 0 ] . CopyProtection = "CPRM" ;
break ;
}
}
sidecar . OpticalDisc [ 0 ] . CMI . Checksums = GetChecksums ( _imageFormat . ReadDiskTag ( DiskTagType . DVD_CMI ) ) . ToArray ( ) ;
sidecar . OpticalDisc [ 0 ] . CMI . Size = _imageFormat . ReadDiskTag ( DiskTagType . DVD_CMI ) . Length ;
break ;
case DiskTagType . DVD_DMI :
sidecar . OpticalDisc [ 0 ] . DMI = new DumpType ( ) ;
sidecar . OpticalDisc [ 0 ] . DMI . Checksums = GetChecksums ( _imageFormat . ReadDiskTag ( DiskTagType . DVD_DMI ) ) . ToArray ( ) ;
sidecar . OpticalDisc [ 0 ] . DMI . Size = _imageFormat . ReadDiskTag ( DiskTagType . DVD_DMI ) . Length ;
if ( Decoders . Xbox . DMI . IsXbox ( _imageFormat . ReadDiskTag ( DiskTagType . DVD_DMI ) ) )
{
dskType = DiskType . XGD ;
sidecar . OpticalDisc [ 0 ] . Dimensions = new DimensionsType ( ) ;
sidecar . OpticalDisc [ 0 ] . Dimensions . Diameter = 120 ;
}
else if ( Decoders . Xbox . DMI . IsXbox360 ( _imageFormat . ReadDiskTag ( DiskTagType . DVD_DMI ) ) )
{
dskType = DiskType . XGD2 ;
sidecar . OpticalDisc [ 0 ] . Dimensions = new DimensionsType ( ) ;
sidecar . OpticalDisc [ 0 ] . Dimensions . Diameter = 120 ;
}
break ;
case DiskTagType . DVD_PFI :
sidecar . OpticalDisc [ 0 ] . PFI = new DumpType ( ) ;
sidecar . OpticalDisc [ 0 ] . PFI . Checksums = GetChecksums ( _imageFormat . ReadDiskTag ( DiskTagType . DVD_PFI ) ) . ToArray ( ) ;
sidecar . OpticalDisc [ 0 ] . PFI . Size = _imageFormat . ReadDiskTag ( DiskTagType . DVD_PFI ) . Length ;
Decoders . DVD . PFI . PhysicalFormatInformation ? pfi = Decoders . DVD . PFI . Decode ( _imageFormat . ReadDiskTag ( DiskTagType . DVD_PFI ) ) ;
if ( pfi . HasValue )
{
if ( dskType ! = DiskType . XGD & &
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dskType ! = DiskType . XGD2 & &
dskType ! = DiskType . XGD3 )
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{
switch ( pfi . Value . DiskCategory )
{
case Decoders . DVD . DiskCategory . DVDPR :
dskType = DiskType . DVDPR ;
break ;
case Decoders . DVD . DiskCategory . DVDPRDL :
dskType = DiskType . DVDPRDL ;
break ;
case Decoders . DVD . DiskCategory . DVDPRW :
dskType = DiskType . DVDPRW ;
break ;
case Decoders . DVD . DiskCategory . DVDPRWDL :
dskType = DiskType . DVDPRWDL ;
break ;
case Decoders . DVD . DiskCategory . DVDR :
dskType = DiskType . DVDR ;
break ;
case Decoders . DVD . DiskCategory . DVDRAM :
dskType = DiskType . DVDRAM ;
break ;
case Decoders . DVD . DiskCategory . DVDROM :
dskType = DiskType . DVDROM ;
break ;
case Decoders . DVD . DiskCategory . DVDRW :
dskType = DiskType . DVDRW ;
break ;
case Decoders . DVD . DiskCategory . HDDVDR :
dskType = DiskType . HDDVDR ;
break ;
case Decoders . DVD . DiskCategory . HDDVDRAM :
dskType = DiskType . HDDVDRAM ;
break ;
case Decoders . DVD . DiskCategory . HDDVDROM :
dskType = DiskType . HDDVDROM ;
break ;
case Decoders . DVD . DiskCategory . HDDVDRW :
dskType = DiskType . HDDVDRW ;
break ;
case Decoders . DVD . DiskCategory . Nintendo :
dskType = DiskType . GOD ;
break ;
case Decoders . DVD . DiskCategory . UMD :
dskType = DiskType . UMD ;
break ;
}
if ( dskType = = DiskType . DVDR & & pfi . Value . PartVersion = = 6 )
dskType = DiskType . DVDRDL ;
if ( dskType = = DiskType . DVDRW & & pfi . Value . PartVersion = = 3 )
dskType = DiskType . DVDRWDL ;
if ( dskType = = DiskType . GOD & & pfi . Value . DiscSize = = DiscImageChef . Decoders . DVD . DVDSize . OneTwenty )
dskType = DiskType . WOD ;
sidecar . OpticalDisc [ 0 ] . Dimensions = new DimensionsType ( ) ;
if ( dskType = = DiskType . UMD )
sidecar . OpticalDisc [ 0 ] . Dimensions . Diameter = 60 ;
else if ( pfi . Value . DiscSize = = DiscImageChef . Decoders . DVD . DVDSize . Eighty )
sidecar . OpticalDisc [ 0 ] . Dimensions . Diameter = 80 ;
else if ( pfi . Value . DiscSize = = DiscImageChef . Decoders . DVD . DVDSize . OneTwenty )
sidecar . OpticalDisc [ 0 ] . Dimensions . Diameter = 120 ;
}
}
break ;
case DiskTagType . CD_PMA :
sidecar . OpticalDisc [ 0 ] . PMA = new DumpType ( ) ;
sidecar . OpticalDisc [ 0 ] . PMA . Checksums = GetChecksums ( _imageFormat . ReadDiskTag ( DiskTagType . CD_PMA ) ) . ToArray ( ) ;
sidecar . OpticalDisc [ 0 ] . PMA . Size = _imageFormat . ReadDiskTag ( DiskTagType . CD_PMA ) . Length ;
break ;
}
}
string dscType , dscSubType ;
Metadata . DiskType . DiskTypeToString ( dskType , out dscType , out dscSubType ) ;
sidecar . OpticalDisc [ 0 ] . DiscType = dscType ;
sidecar . OpticalDisc [ 0 ] . DiscSubType = dscSubType ;
try
{
List < Session > sessions = _imageFormat . GetSessions ( ) ;
sidecar . OpticalDisc [ 0 ] . Sessions = sessions ! = null ? sessions . Count : 1 ;
}
catch
{
sidecar . OpticalDisc [ 0 ] . Sessions = 1 ;
}
List < Track > tracks = _imageFormat . GetTracks ( ) ;
List < Schemas . TrackType > trksLst = null ;
if ( tracks ! = null )
{
sidecar . OpticalDisc [ 0 ] . Tracks = new int [ 1 ] ;
sidecar . OpticalDisc [ 0 ] . Tracks [ 0 ] = tracks . Count ;
trksLst = new List < Schemas . TrackType > ( ) ;
}
foreach ( Track trk in tracks )
{
Schemas . TrackType xmlTrk = new Schemas . TrackType ( ) ;
switch ( trk . TrackType )
{
case DiscImageChef . ImagePlugins . TrackType . Audio :
xmlTrk . TrackType1 = TrackTypeTrackType . audio ;
break ;
case DiscImageChef . ImagePlugins . TrackType . CDMode2Form2 :
xmlTrk . TrackType1 = TrackTypeTrackType . m2f2 ;
break ;
case DiscImageChef . ImagePlugins . TrackType . CDMode2Formless :
xmlTrk . TrackType1 = TrackTypeTrackType . mode2 ;
break ;
case DiscImageChef . ImagePlugins . TrackType . CDMode2Form1 :
xmlTrk . TrackType1 = TrackTypeTrackType . m2f1 ;
break ;
case DiscImageChef . ImagePlugins . TrackType . CDMode1 :
xmlTrk . TrackType1 = TrackTypeTrackType . mode1 ;
break ;
case DiscImageChef . ImagePlugins . TrackType . Data :
switch ( sidecar . OpticalDisc [ 0 ] . DiscType )
{
case "BD" :
xmlTrk . TrackType1 = TrackTypeTrackType . bluray ;
break ;
case "DDCD" :
xmlTrk . TrackType1 = TrackTypeTrackType . ddcd ;
break ;
case "DVD" :
xmlTrk . TrackType1 = TrackTypeTrackType . dvd ;
break ;
case "HD DVD" :
xmlTrk . TrackType1 = TrackTypeTrackType . hddvd ;
break ;
default :
xmlTrk . TrackType1 = TrackTypeTrackType . mode1 ;
break ;
}
break ;
}
xmlTrk . Sequence = new TrackSequenceType ( ) ;
xmlTrk . Sequence . Session = trk . TrackSession ;
xmlTrk . Sequence . TrackNumber = ( int ) trk . TrackSequence ;
xmlTrk . StartSector = ( long ) trk . TrackStartSector ;
xmlTrk . EndSector = ( long ) trk . TrackEndSector ;
if ( sidecar . OpticalDisc [ 0 ] . DiscType = = "CD" | |
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sidecar . OpticalDisc [ 0 ] . DiscType = = "GD" )
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{
xmlTrk . StartMSF = LbaToMsf ( xmlTrk . StartSector ) ;
xmlTrk . EndMSF = LbaToMsf ( xmlTrk . EndSector ) ;
}
else if ( sidecar . OpticalDisc [ 0 ] . DiscType = = "DDCD" )
{
xmlTrk . StartMSF = DdcdLbaToMsf ( xmlTrk . StartSector ) ;
xmlTrk . EndMSF = DdcdLbaToMsf ( xmlTrk . EndSector ) ;
}
xmlTrk . Image = new ImageType ( ) ;
xmlTrk . Image . Value = Path . GetFileName ( trk . TrackFile ) ;
if ( trk . TrackFileOffset > 0 )
{
xmlTrk . Image . offset = ( long ) trk . TrackFileOffset ;
xmlTrk . Image . offsetSpecified = true ;
}
xmlTrk . Image . format = trk . TrackFileType ;
xmlTrk . Size = ( xmlTrk . EndSector - xmlTrk . StartSector + 1 ) * trk . TrackRawBytesPerSector ;
xmlTrk . BytesPerSector = trk . TrackBytesPerSector ;
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// For fast debugging, skip checksum
//goto skipChecksum;
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uint sectorsToRead = 512 ;
adler32ctx = new Adler32Context ( ) ;
crc16ctx = new CRC16Context ( ) ;
crc32ctx = new CRC32Context ( ) ;
crc64ctx = new CRC64Context ( ) ;
md5ctx = new MD5Context ( ) ;
ripemd160ctx = new RIPEMD160Context ( ) ;
sha1ctx = new SHA1Context ( ) ;
sha256ctx = new SHA256Context ( ) ;
sha384ctx = new SHA384Context ( ) ;
sha512ctx = new SHA512Context ( ) ;
ssctx = new SpamSumContext ( ) ;
adlerThread = new Thread ( updateAdler ) ;
crc16Thread = new Thread ( updateCRC16 ) ;
crc32Thread = new Thread ( updateCRC32 ) ;
crc64Thread = new Thread ( updateCRC64 ) ;
md5Thread = new Thread ( updateMD5 ) ;
ripemd160Thread = new Thread ( updateRIPEMD160 ) ;
sha1Thread = new Thread ( updateSHA1 ) ;
sha256Thread = new Thread ( updateSHA256 ) ;
sha384Thread = new Thread ( updateSHA384 ) ;
sha512Thread = new Thread ( updateSHA512 ) ;
spamsumThread = new Thread ( updateSpamSum ) ;
adlerPkt = new adlerPacket ( ) ;
crc16Pkt = new crc16Packet ( ) ;
crc32Pkt = new crc32Packet ( ) ;
crc64Pkt = new crc64Packet ( ) ;
md5Pkt = new md5Packet ( ) ;
ripemd160Pkt = new ripemd160Packet ( ) ;
sha1Pkt = new sha1Packet ( ) ;
sha256Pkt = new sha256Packet ( ) ;
sha384Pkt = new sha384Packet ( ) ;
sha512Pkt = new sha512Packet ( ) ;
spamsumPkt = new spamsumPacket ( ) ;
adler32ctx . Init ( ) ;
adlerPkt . context = adler32ctx ;
crc16ctx . Init ( ) ;
crc16Pkt . context = crc16ctx ;
crc32ctx . Init ( ) ;
crc32Pkt . context = crc32ctx ;
crc64ctx . Init ( ) ;
crc64Pkt . context = crc64ctx ;
md5ctx . Init ( ) ;
md5Pkt . context = md5ctx ;
ripemd160ctx . Init ( ) ;
ripemd160Pkt . context = ripemd160ctx ;
sha1ctx . Init ( ) ;
sha1Pkt . context = sha1ctx ;
sha256ctx . Init ( ) ;
sha256Pkt . context = sha256ctx ;
sha384ctx . Init ( ) ;
sha384Pkt . context = sha384ctx ;
sha512ctx . Init ( ) ;
sha512Pkt . context = sha512ctx ;
ssctx . Init ( ) ;
spamsumPkt . context = ssctx ;
ulong sectors = ( ulong ) ( xmlTrk . EndSector - xmlTrk . StartSector + 1 ) ;
ulong doneSectors = 0 ;
while ( doneSectors < sectors )
{
byte [ ] sector ;
if ( ( sectors - doneSectors ) > = sectorsToRead )
{
sector = _imageFormat . ReadSectorsLong ( doneSectors , sectorsToRead , ( uint ) xmlTrk . Sequence . TrackNumber ) ;
DicConsole . Write ( "\rHashings sectors {0} to {2} of track {1} ({3} sectors)" , doneSectors , xmlTrk . Sequence . TrackNumber , doneSectors + sectorsToRead , sectors ) ;
doneSectors + = sectorsToRead ;
}
else
{
sector = _imageFormat . ReadSectorsLong ( doneSectors , ( uint ) ( sectors - doneSectors ) , ( uint ) xmlTrk . Sequence . TrackNumber ) ;
DicConsole . Write ( "\rHashings sectors {0} to {2} of track {1} ({3} sectors)" , doneSectors , xmlTrk . Sequence . TrackNumber , doneSectors + ( sectors - doneSectors ) , sectors ) ;
doneSectors + = ( sectors - doneSectors ) ;
}
adlerPkt . data = sector ;
adlerThread . Start ( adlerPkt ) ;
crc16Pkt . data = sector ;
crc16Thread . Start ( crc16Pkt ) ;
crc32Pkt . data = sector ;
crc32Thread . Start ( crc32Pkt ) ;
crc64Pkt . data = sector ;
crc64Thread . Start ( crc64Pkt ) ;
md5Pkt . data = sector ;
md5Thread . Start ( md5Pkt ) ;
ripemd160Pkt . data = sector ;
ripemd160Thread . Start ( ripemd160Pkt ) ;
sha1Pkt . data = sector ;
sha1Thread . Start ( sha1Pkt ) ;
sha256Pkt . data = sector ;
sha256Thread . Start ( sha256Pkt ) ;
sha384Pkt . data = sector ;
sha384Thread . Start ( sha384Pkt ) ;
sha512Pkt . data = sector ;
sha512Thread . Start ( sha512Pkt ) ;
spamsumPkt . data = sector ;
spamsumThread . Start ( spamsumPkt ) ;
while ( adlerThread . IsAlive | | crc16Thread . IsAlive | |
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crc32Thread . IsAlive | | crc64Thread . IsAlive | |
md5Thread . IsAlive | | ripemd160Thread . IsAlive | |
sha1Thread . IsAlive | | sha256Thread . IsAlive | |
sha384Thread . IsAlive | | sha512Thread . IsAlive | |
spamsumThread . IsAlive )
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{
}
adlerThread = new Thread ( updateAdler ) ;
crc16Thread = new Thread ( updateCRC16 ) ;
crc32Thread = new Thread ( updateCRC32 ) ;
crc64Thread = new Thread ( updateCRC64 ) ;
md5Thread = new Thread ( updateMD5 ) ;
ripemd160Thread = new Thread ( updateRIPEMD160 ) ;
sha1Thread = new Thread ( updateSHA1 ) ;
sha256Thread = new Thread ( updateSHA256 ) ;
sha384Thread = new Thread ( updateSHA384 ) ;
sha512Thread = new Thread ( updateSHA512 ) ;
spamsumThread = new Thread ( updateSpamSum ) ;
}
List < ChecksumType > trkChecksums = new List < ChecksumType > ( ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . adler32 ;
chk . Value = adler32ctx . End ( ) ;
trkChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . crc16 ;
chk . Value = crc16ctx . End ( ) ;
trkChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . crc32 ;
chk . Value = crc32ctx . End ( ) ;
trkChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . crc64 ;
chk . Value = crc64ctx . End ( ) ;
trkChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . md5 ;
chk . Value = md5ctx . End ( ) ;
trkChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . ripemd160 ;
chk . Value = ripemd160ctx . End ( ) ;
trkChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . sha1 ;
chk . Value = sha1ctx . End ( ) ;
trkChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . sha256 ;
chk . Value = sha256ctx . End ( ) ;
trkChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . sha384 ;
chk . Value = sha384ctx . End ( ) ;
trkChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . sha512 ;
chk . Value = sha512ctx . End ( ) ;
trkChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . spamsum ;
chk . Value = ssctx . End ( ) ;
trkChecksums . Add ( chk ) ;
xmlTrk . Checksums = trkChecksums . ToArray ( ) ;
DicConsole . WriteLine ( ) ;
if ( trk . TrackSubchannelType ! = TrackSubchannelType . None )
{
xmlTrk . SubChannel = new SubChannelType ( ) ;
xmlTrk . SubChannel . Image = new ImageType ( ) ;
switch ( trk . TrackSubchannelType )
{
case TrackSubchannelType . Packed :
case TrackSubchannelType . PackedInterleaved :
xmlTrk . SubChannel . Image . format = "rw" ;
break ;
case TrackSubchannelType . Raw :
case TrackSubchannelType . RawInterleaved :
xmlTrk . SubChannel . Image . format = "rw_raw" ;
break ;
}
if ( trk . TrackFileOffset > 0 )
{
xmlTrk . SubChannel . Image . offset = ( long ) trk . TrackSubchannelOffset ;
xmlTrk . SubChannel . Image . offsetSpecified = true ;
}
xmlTrk . SubChannel . Image . Value = trk . TrackSubchannelFile ;
// TODO: Packed subchannel has different size?
xmlTrk . SubChannel . Size = ( xmlTrk . EndSector - xmlTrk . StartSector + 1 ) * 96 ;
adler32ctx = new Adler32Context ( ) ;
crc16ctx = new CRC16Context ( ) ;
crc32ctx = new CRC32Context ( ) ;
crc64ctx = new CRC64Context ( ) ;
md5ctx = new MD5Context ( ) ;
ripemd160ctx = new RIPEMD160Context ( ) ;
sha1ctx = new SHA1Context ( ) ;
sha256ctx = new SHA256Context ( ) ;
sha384ctx = new SHA384Context ( ) ;
sha512ctx = new SHA512Context ( ) ;
ssctx = new SpamSumContext ( ) ;
adlerThread = new Thread ( updateAdler ) ;
crc16Thread = new Thread ( updateCRC16 ) ;
crc32Thread = new Thread ( updateCRC32 ) ;
crc64Thread = new Thread ( updateCRC64 ) ;
md5Thread = new Thread ( updateMD5 ) ;
ripemd160Thread = new Thread ( updateRIPEMD160 ) ;
sha1Thread = new Thread ( updateSHA1 ) ;
sha256Thread = new Thread ( updateSHA256 ) ;
sha384Thread = new Thread ( updateSHA384 ) ;
sha512Thread = new Thread ( updateSHA512 ) ;
spamsumThread = new Thread ( updateSpamSum ) ;
adlerPkt = new adlerPacket ( ) ;
crc16Pkt = new crc16Packet ( ) ;
crc32Pkt = new crc32Packet ( ) ;
crc64Pkt = new crc64Packet ( ) ;
md5Pkt = new md5Packet ( ) ;
ripemd160Pkt = new ripemd160Packet ( ) ;
sha1Pkt = new sha1Packet ( ) ;
sha256Pkt = new sha256Packet ( ) ;
sha384Pkt = new sha384Packet ( ) ;
sha512Pkt = new sha512Packet ( ) ;
spamsumPkt = new spamsumPacket ( ) ;
adler32ctx . Init ( ) ;
adlerPkt . context = adler32ctx ;
crc16ctx . Init ( ) ;
crc16Pkt . context = crc16ctx ;
crc32ctx . Init ( ) ;
crc32Pkt . context = crc32ctx ;
crc64ctx . Init ( ) ;
crc64Pkt . context = crc64ctx ;
md5ctx . Init ( ) ;
md5Pkt . context = md5ctx ;
ripemd160ctx . Init ( ) ;
ripemd160Pkt . context = ripemd160ctx ;
sha1ctx . Init ( ) ;
sha1Pkt . context = sha1ctx ;
sha256ctx . Init ( ) ;
sha256Pkt . context = sha256ctx ;
sha384ctx . Init ( ) ;
sha384Pkt . context = sha384ctx ;
sha512ctx . Init ( ) ;
sha512Pkt . context = sha512ctx ;
ssctx . Init ( ) ;
spamsumPkt . context = ssctx ;
sectors = ( ulong ) ( xmlTrk . EndSector - xmlTrk . StartSector + 1 ) ;
doneSectors = 0 ;
while ( doneSectors < sectors )
{
byte [ ] sector ;
if ( ( sectors - doneSectors ) > = sectorsToRead )
{
sector = _imageFormat . ReadSectorsTag ( doneSectors , sectorsToRead , ( uint ) xmlTrk . Sequence . TrackNumber , SectorTagType . CDSectorSubchannel ) ;
DicConsole . Write ( "\rHashings subchannel sectors {0} to {2} of track {1} ({3} sectors)" , doneSectors , xmlTrk . Sequence . TrackNumber , doneSectors + sectorsToRead , sectors ) ;
doneSectors + = sectorsToRead ;
}
else
{
sector = _imageFormat . ReadSectorsTag ( doneSectors , ( uint ) ( sectors - doneSectors ) , ( uint ) xmlTrk . Sequence . TrackNumber , SectorTagType . CDSectorSubchannel ) ;
DicConsole . Write ( "\rHashings subchannel sectors {0} to {2} of track {1} ({3} sectors)" , doneSectors , xmlTrk . Sequence . TrackNumber , doneSectors + ( sectors - doneSectors ) , sectors ) ;
doneSectors + = ( sectors - doneSectors ) ;
}
adlerPkt . data = sector ;
adlerThread . Start ( adlerPkt ) ;
crc16Pkt . data = sector ;
crc16Thread . Start ( crc16Pkt ) ;
crc32Pkt . data = sector ;
crc32Thread . Start ( crc32Pkt ) ;
crc64Pkt . data = sector ;
crc64Thread . Start ( crc64Pkt ) ;
md5Pkt . data = sector ;
md5Thread . Start ( md5Pkt ) ;
ripemd160Pkt . data = sector ;
ripemd160Thread . Start ( ripemd160Pkt ) ;
sha1Pkt . data = sector ;
sha1Thread . Start ( sha1Pkt ) ;
sha256Pkt . data = sector ;
sha256Thread . Start ( sha256Pkt ) ;
sha384Pkt . data = sector ;
sha384Thread . Start ( sha384Pkt ) ;
sha512Pkt . data = sector ;
sha512Thread . Start ( sha512Pkt ) ;
spamsumPkt . data = sector ;
spamsumThread . Start ( spamsumPkt ) ;
while ( adlerThread . IsAlive | | crc16Thread . IsAlive | |
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crc32Thread . IsAlive | | crc64Thread . IsAlive | |
md5Thread . IsAlive | | ripemd160Thread . IsAlive | |
sha1Thread . IsAlive | | sha256Thread . IsAlive | |
sha384Thread . IsAlive | | sha512Thread . IsAlive | |
spamsumThread . IsAlive )
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{
}
adlerThread = new Thread ( updateAdler ) ;
crc16Thread = new Thread ( updateCRC16 ) ;
crc32Thread = new Thread ( updateCRC32 ) ;
crc64Thread = new Thread ( updateCRC64 ) ;
md5Thread = new Thread ( updateMD5 ) ;
ripemd160Thread = new Thread ( updateRIPEMD160 ) ;
sha1Thread = new Thread ( updateSHA1 ) ;
sha256Thread = new Thread ( updateSHA256 ) ;
sha384Thread = new Thread ( updateSHA384 ) ;
sha512Thread = new Thread ( updateSHA512 ) ;
spamsumThread = new Thread ( updateSpamSum ) ;
}
List < ChecksumType > subChecksums = new List < ChecksumType > ( ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . adler32 ;
chk . Value = adler32ctx . End ( ) ;
subChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . crc16 ;
chk . Value = crc16ctx . End ( ) ;
subChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . crc32 ;
chk . Value = crc32ctx . End ( ) ;
subChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . crc64 ;
chk . Value = crc64ctx . End ( ) ;
subChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . md5 ;
chk . Value = md5ctx . End ( ) ;
subChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . ripemd160 ;
chk . Value = ripemd160ctx . End ( ) ;
subChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . sha1 ;
chk . Value = sha1ctx . End ( ) ;
subChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . sha256 ;
chk . Value = sha256ctx . End ( ) ;
subChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . sha384 ;
chk . Value = sha384ctx . End ( ) ;
subChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . sha512 ;
chk . Value = sha512ctx . End ( ) ;
subChecksums . Add ( chk ) ;
chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . spamsum ;
chk . Value = ssctx . End ( ) ;
subChecksums . Add ( chk ) ;
xmlTrk . SubChannel . Checksums = subChecksums . ToArray ( ) ;
DicConsole . WriteLine ( ) ;
}
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// For fast debugging, skip checksum
//skipChecksum:
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DicConsole . WriteLine ( "Checking filesystems on track {0} from sector {1} to {2}" , xmlTrk . Sequence . TrackNumber , xmlTrk . StartSector , xmlTrk . EndSector ) ;
List < Partition > partitions = new List < Partition > ( ) ;
foreach ( PartPlugin _partplugin in plugins . PartPluginsList . Values )
{
List < Partition > _partitions ;
if ( _partplugin . GetInformation ( _imageFormat , out _partitions ) )
{
partitions = _partitions ;
break ;
}
}
xmlTrk . FileSystemInformation = new PartitionType [ 1 ] ;
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if ( partitions . Count > 0 )
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{
xmlTrk . FileSystemInformation = new PartitionType [ partitions . Count ] ;
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for ( int i = 0 ; i < partitions . Count ; i + + )
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{
xmlTrk . FileSystemInformation [ i ] = new PartitionType ( ) ;
xmlTrk . FileSystemInformation [ i ] . Description = partitions [ i ] . PartitionDescription ;
xmlTrk . FileSystemInformation [ i ] . EndSector = ( int ) ( partitions [ i ] . PartitionStartSector + partitions [ i ] . PartitionSectors - 1 ) ;
xmlTrk . FileSystemInformation [ i ] . Name = partitions [ i ] . PartitionName ;
xmlTrk . FileSystemInformation [ i ] . Sequence = ( int ) partitions [ i ] . PartitionSequence ;
xmlTrk . FileSystemInformation [ i ] . StartSector = ( int ) partitions [ i ] . PartitionStartSector ;
xmlTrk . FileSystemInformation [ i ] . Type = partitions [ i ] . PartitionType ;
List < FileSystemType > lstFs = new List < FileSystemType > ( ) ;
foreach ( Plugin _plugin in plugins . PluginsList . Values )
{
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try
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{
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if ( _plugin . Identify ( _imageFormat , partitions [ i ] . PartitionStartSector , partitions [ i ] . PartitionStartSector + partitions [ i ] . PartitionSectors - 1 ) )
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{
string foo ;
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_plugin . GetInformation ( _imageFormat , partitions [ i ] . PartitionStartSector , partitions [ i ] . PartitionStartSector + partitions [ i ] . PartitionSectors - 1 , out foo ) ;
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lstFs . Add ( _plugin . XmlFSType ) ;
}
}
catch
{
//DicConsole.DebugWriteLine("Create-sidecar command", "Plugin {0} crashed", _plugin.Name);
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}
}
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if ( lstFs . Count > 0 )
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xmlTrk . FileSystemInformation [ i ] . FileSystems = lstFs . ToArray ( ) ;
}
}
else
{
xmlTrk . FileSystemInformation [ 0 ] = new PartitionType ( ) ;
xmlTrk . FileSystemInformation [ 0 ] . EndSector = ( int ) xmlTrk . EndSector ;
xmlTrk . FileSystemInformation [ 0 ] . StartSector = ( int ) xmlTrk . StartSector ;
List < FileSystemType > lstFs = new List < FileSystemType > ( ) ;
foreach ( Plugin _plugin in plugins . PluginsList . Values )
{
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try
{
if ( _plugin . Identify ( _imageFormat , ( ulong ) xmlTrk . StartSector , ( ulong ) xmlTrk . EndSector ) )
{
string foo ;
_plugin . GetInformation ( _imageFormat , ( ulong ) xmlTrk . StartSector , ( ulong ) xmlTrk . EndSector , out foo ) ;
lstFs . Add ( _plugin . XmlFSType ) ;
}
}
catch
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{
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//DicConsole.DebugWriteLine("Create-sidecar command", "Plugin {0} crashed", _plugin.Name);
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}
}
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if ( lstFs . Count > 0 )
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xmlTrk . FileSystemInformation [ 0 ] . FileSystems = lstFs . ToArray ( ) ;
}
trksLst . Add ( xmlTrk ) ;
}
if ( trksLst ! = null )
sidecar . OpticalDisc [ 0 ] . Track = trksLst . ToArray ( ) ;
break ;
}
case XmlMediaType . BlockMedia :
{
sidecar . BlockMedia = new BlockMediaType [ 1 ] ;
sidecar . BlockMedia [ 0 ] = new BlockMediaType ( ) ;
sidecar . BlockMedia [ 0 ] . Checksums = imgChecksums . ToArray ( ) ;
sidecar . BlockMedia [ 0 ] . Image = new ImageType ( ) ;
sidecar . BlockMedia [ 0 ] . Image . format = _imageFormat . GetImageFormat ( ) ;
sidecar . BlockMedia [ 0 ] . Image . offset = 0 ;
sidecar . BlockMedia [ 0 ] . Image . offsetSpecified = true ;
sidecar . BlockMedia [ 0 ] . Image . Value = Path . GetFileName ( options . InputFile ) ;
sidecar . BlockMedia [ 0 ] . Size = fi . Length ;
sidecar . BlockMedia [ 0 ] . Sequence = new SequenceType ( ) ;
if ( _imageFormat . GetDiskSequence ( ) ! = 0 & & _imageFormat . GetLastDiskSequence ( ) ! = 0 )
{
sidecar . BlockMedia [ 0 ] . Sequence . MediaSequence = _imageFormat . GetDiskSequence ( ) ;
sidecar . BlockMedia [ 0 ] . Sequence . TotalMedia = _imageFormat . GetDiskSequence ( ) ;
}
else
{
sidecar . BlockMedia [ 0 ] . Sequence . MediaSequence = 1 ;
sidecar . BlockMedia [ 0 ] . Sequence . TotalMedia = 1 ;
}
sidecar . BlockMedia [ 0 ] . Sequence . MediaTitle = _imageFormat . GetImageName ( ) ;
//DiskType dskType = _imageFormat.ImageInfo.diskType;
// TODO: Complete it
break ;
}
case XmlMediaType . LinearMedia :
{
sidecar . LinearMedia = new LinearMediaType [ 1 ] ;
sidecar . LinearMedia [ 0 ] = new LinearMediaType ( ) ;
sidecar . LinearMedia [ 0 ] . Checksums = imgChecksums . ToArray ( ) ;
sidecar . LinearMedia [ 0 ] . Image = new ImageType ( ) ;
sidecar . LinearMedia [ 0 ] . Image . format = _imageFormat . GetImageFormat ( ) ;
sidecar . LinearMedia [ 0 ] . Image . offset = 0 ;
sidecar . LinearMedia [ 0 ] . Image . offsetSpecified = true ;
sidecar . LinearMedia [ 0 ] . Image . Value = Path . GetFileName ( options . InputFile ) ;
sidecar . LinearMedia [ 0 ] . Size = fi . Length ;
//DiskType dskType = _imageFormat.ImageInfo.diskType;
// TODO: Complete it
break ;
}
case XmlMediaType . AudioMedia :
{
sidecar . AudioMedia = new AudioMediaType [ 1 ] ;
sidecar . AudioMedia [ 0 ] = new AudioMediaType ( ) ;
sidecar . AudioMedia [ 0 ] . Checksums = imgChecksums . ToArray ( ) ;
sidecar . AudioMedia [ 0 ] . Image = new ImageType ( ) ;
sidecar . AudioMedia [ 0 ] . Image . format = _imageFormat . GetImageFormat ( ) ;
sidecar . AudioMedia [ 0 ] . Image . offset = 0 ;
sidecar . AudioMedia [ 0 ] . Image . offsetSpecified = true ;
sidecar . AudioMedia [ 0 ] . Image . Value = Path . GetFileName ( options . InputFile ) ;
sidecar . AudioMedia [ 0 ] . Size = fi . Length ;
sidecar . AudioMedia [ 0 ] . Sequence = new SequenceType ( ) ;
if ( _imageFormat . GetDiskSequence ( ) ! = 0 & & _imageFormat . GetLastDiskSequence ( ) ! = 0 )
{
sidecar . AudioMedia [ 0 ] . Sequence . MediaSequence = _imageFormat . GetDiskSequence ( ) ;
sidecar . AudioMedia [ 0 ] . Sequence . TotalMedia = _imageFormat . GetDiskSequence ( ) ;
}
else
{
sidecar . AudioMedia [ 0 ] . Sequence . MediaSequence = 1 ;
sidecar . AudioMedia [ 0 ] . Sequence . TotalMedia = 1 ;
}
sidecar . AudioMedia [ 0 ] . Sequence . MediaTitle = _imageFormat . GetImageName ( ) ;
//DiskType dskType = _imageFormat.ImageInfo.diskType;
// TODO: Complete it
break ;
}
}
DicConsole . WriteLine ( "Writing metadata sidecar" ) ;
FileStream xmlFs = new FileStream ( Path . GetDirectoryName ( options . InputFile ) +
//Path.PathSeparator +
Path . GetFileNameWithoutExtension ( options . InputFile ) + ".cicm.xml" ,
FileMode . CreateNew ) ;
System . Xml . Serialization . XmlSerializer xmlSer = new System . Xml . Serialization . XmlSerializer ( typeof ( CICMMetadataType ) ) ;
xmlSer . Serialize ( xmlFs , sidecar ) ;
xmlFs . Close ( ) ;
}
catch ( Exception ex )
{
DicConsole . ErrorWriteLine ( String . Format ( "Error reading file: {0}" , ex . Message ) ) ;
DicConsole . DebugWriteLine ( "Analyze command" , ex . StackTrace ) ;
}
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}
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static string LbaToMsf ( long lba )
{
long m , s , f ;
if ( lba > = - 150 )
{
m = ( lba + 150 ) / ( 75 * 60 ) ;
lba - = m * ( 75 * 60 ) ;
s = ( lba + 150 ) / 75 ;
lba - = s * 75 ;
f = lba + 150 ;
}
else
{
m = ( lba + 450150 ) / ( 75 * 60 ) ;
lba - = m * ( 75 * 60 ) ;
s = ( lba + 450150 ) / 75 ;
lba - = s * 75 ;
f = lba + 450150 ;
}
return String . Format ( "{0}:{1:D2}:{2:D2}" , m , s , f ) ;
}
static string DdcdLbaToMsf ( long lba )
{
long h , m , s , f ;
if ( lba > = - 150 )
{
h = ( lba + 150 ) / ( 75 * 60 * 60 ) ;
lba - = h * ( 75 * 60 * 60 ) ;
m = ( lba + 150 ) / ( 75 * 60 ) ;
lba - = m * ( 75 * 60 ) ;
s = ( lba + 150 ) / 75 ;
lba - = s * 75 ;
f = lba + 150 ;
}
else
{
h = ( lba + 450150 * 2 ) / ( 75 * 60 * 60 ) ;
lba - = h * ( 75 * 60 * 60 ) ;
m = ( lba + 450150 * 2 ) / ( 75 * 60 ) ;
lba - = m * ( 75 * 60 ) ;
s = ( lba + 450150 * 2 ) / 75 ;
lba - = s * 75 ;
f = lba + 450150 * 2 ;
}
return String . Format ( "{3}:{0:D2}:{1:D2}:{2:D2}" , m , s , f , h ) ;
}
static List < ChecksumType > GetChecksums ( byte [ ] data )
{
Adler32Context adler32ctx = new Adler32Context ( ) ;
CRC16Context crc16ctx = new CRC16Context ( ) ;
CRC32Context crc32ctx = new CRC32Context ( ) ;
CRC64Context crc64ctx = new CRC64Context ( ) ;
MD5Context md5ctx = new MD5Context ( ) ;
RIPEMD160Context ripemd160ctx = new RIPEMD160Context ( ) ;
SHA1Context sha1ctx = new SHA1Context ( ) ;
SHA256Context sha256ctx = new SHA256Context ( ) ;
SHA384Context sha384ctx = new SHA384Context ( ) ;
SHA512Context sha512ctx = new SHA512Context ( ) ;
SpamSumContext ssctx = new SpamSumContext ( ) ;
Thread adlerThread = new Thread ( updateAdler ) ;
Thread crc16Thread = new Thread ( updateCRC16 ) ;
Thread crc32Thread = new Thread ( updateCRC32 ) ;
Thread crc64Thread = new Thread ( updateCRC64 ) ;
Thread md5Thread = new Thread ( updateMD5 ) ;
Thread ripemd160Thread = new Thread ( updateRIPEMD160 ) ;
Thread sha1Thread = new Thread ( updateSHA1 ) ;
Thread sha256Thread = new Thread ( updateSHA256 ) ;
Thread sha384Thread = new Thread ( updateSHA384 ) ;
Thread sha512Thread = new Thread ( updateSHA512 ) ;
Thread spamsumThread = new Thread ( updateSpamSum ) ;
adlerPacket adlerPkt = new adlerPacket ( ) ;
crc16Packet crc16Pkt = new crc16Packet ( ) ;
crc32Packet crc32Pkt = new crc32Packet ( ) ;
crc64Packet crc64Pkt = new crc64Packet ( ) ;
md5Packet md5Pkt = new md5Packet ( ) ;
ripemd160Packet ripemd160Pkt = new ripemd160Packet ( ) ;
sha1Packet sha1Pkt = new sha1Packet ( ) ;
sha256Packet sha256Pkt = new sha256Packet ( ) ;
sha384Packet sha384Pkt = new sha384Packet ( ) ;
sha512Packet sha512Pkt = new sha512Packet ( ) ;
spamsumPacket spamsumPkt = new spamsumPacket ( ) ;
adler32ctx . Init ( ) ;
adlerPkt . context = adler32ctx ;
crc16ctx . Init ( ) ;
crc16Pkt . context = crc16ctx ;
crc32ctx . Init ( ) ;
crc32Pkt . context = crc32ctx ;
crc64ctx . Init ( ) ;
crc64Pkt . context = crc64ctx ;
md5ctx . Init ( ) ;
md5Pkt . context = md5ctx ;
ripemd160ctx . Init ( ) ;
ripemd160Pkt . context = ripemd160ctx ;
sha1ctx . Init ( ) ;
sha1Pkt . context = sha1ctx ;
sha256ctx . Init ( ) ;
sha256Pkt . context = sha256ctx ;
sha384ctx . Init ( ) ;
sha384Pkt . context = sha384ctx ;
sha512ctx . Init ( ) ;
sha512Pkt . context = sha512ctx ;
ssctx . Init ( ) ;
spamsumPkt . context = ssctx ;
adlerPkt . data = data ;
adlerThread . Start ( adlerPkt ) ;
crc16Pkt . data = data ;
crc16Thread . Start ( crc16Pkt ) ;
crc32Pkt . data = data ;
crc32Thread . Start ( crc32Pkt ) ;
crc64Pkt . data = data ;
crc64Thread . Start ( crc64Pkt ) ;
md5Pkt . data = data ;
md5Thread . Start ( md5Pkt ) ;
ripemd160Pkt . data = data ;
ripemd160Thread . Start ( ripemd160Pkt ) ;
sha1Pkt . data = data ;
sha1Thread . Start ( sha1Pkt ) ;
sha256Pkt . data = data ;
sha256Thread . Start ( sha256Pkt ) ;
sha384Pkt . data = data ;
sha384Thread . Start ( sha384Pkt ) ;
sha512Pkt . data = data ;
sha512Thread . Start ( sha512Pkt ) ;
spamsumPkt . data = data ;
spamsumThread . Start ( spamsumPkt ) ;
while ( adlerThread . IsAlive | | crc16Thread . IsAlive | |
crc32Thread . IsAlive | | crc64Thread . IsAlive | |
md5Thread . IsAlive | | ripemd160Thread . IsAlive | |
sha1Thread . IsAlive | | sha256Thread . IsAlive | |
sha384Thread . IsAlive | | sha512Thread . IsAlive | |
spamsumThread . IsAlive )
{
}
List < ChecksumType > imgChecksums = new List < ChecksumType > ( ) ;
ChecksumType chk = new ChecksumType ( ) ;
chk . type = ChecksumTypeType . adler32 ;
chk . Value = adler32ctx . End ( ) ;
imgChecksums . Add ( chk ) ;
chk . type = ChecksumTypeType . crc16 ;
chk . Value = crc16ctx . End ( ) ;
imgChecksums . Add ( chk ) ;
chk . type = ChecksumTypeType . crc32 ;
chk . Value = crc32ctx . End ( ) ;
imgChecksums . Add ( chk ) ;
chk . type = ChecksumTypeType . crc64 ;
chk . Value = crc64ctx . End ( ) ;
imgChecksums . Add ( chk ) ;
chk . type = ChecksumTypeType . md5 ;
chk . Value = md5ctx . End ( ) ;
imgChecksums . Add ( chk ) ;
chk . type = ChecksumTypeType . ripemd160 ;
chk . Value = ripemd160ctx . End ( ) ;
imgChecksums . Add ( chk ) ;
chk . type = ChecksumTypeType . sha1 ;
chk . Value = sha1ctx . End ( ) ;
imgChecksums . Add ( chk ) ;
chk . type = ChecksumTypeType . sha256 ;
chk . Value = sha256ctx . End ( ) ;
imgChecksums . Add ( chk ) ;
chk . type = ChecksumTypeType . sha384 ;
chk . Value = sha384ctx . End ( ) ;
imgChecksums . Add ( chk ) ;
chk . type = ChecksumTypeType . sha512 ;
chk . Value = sha512ctx . End ( ) ;
imgChecksums . Add ( chk ) ;
chk . type = ChecksumTypeType . spamsum ;
chk . Value = ssctx . End ( ) ;
imgChecksums . Add ( chk ) ;
return imgChecksums ;
}
#region Threading helpers
struct adlerPacket
{
public Adler32Context context ;
public byte [ ] data ;
}
struct crc16Packet
{
public CRC16Context context ;
public byte [ ] data ;
}
struct crc32Packet
{
public CRC32Context context ;
public byte [ ] data ;
}
struct crc64Packet
{
public CRC64Context context ;
public byte [ ] data ;
}
/ * struct fletcher16Packet
{
public Fletcher16Context context ;
public byte [ ] data ;
}
struct fletcher32Packet
{
public Fletcher32Context context ;
public byte [ ] data ;
} * /
struct md5Packet
{
public MD5Context context ;
public byte [ ] data ;
}
struct ripemd160Packet
{
public RIPEMD160Context context ;
public byte [ ] data ;
}
struct sha1Packet
{
public SHA1Context context ;
public byte [ ] data ;
}
struct sha256Packet
{
public SHA256Context context ;
public byte [ ] data ;
}
struct sha384Packet
{
public SHA384Context context ;
public byte [ ] data ;
}
struct sha512Packet
{
public SHA512Context context ;
public byte [ ] data ;
}
struct spamsumPacket
{
public SpamSumContext context ;
public byte [ ] data ;
}
static void updateAdler ( object packet )
{
( ( adlerPacket ) packet ) . context . Update ( ( ( adlerPacket ) packet ) . data ) ;
}
static void updateCRC16 ( object packet )
{
( ( crc16Packet ) packet ) . context . Update ( ( ( crc16Packet ) packet ) . data ) ;
}
static void updateCRC32 ( object packet )
{
( ( crc32Packet ) packet ) . context . Update ( ( ( crc32Packet ) packet ) . data ) ;
}
static void updateCRC64 ( object packet )
{
( ( crc64Packet ) packet ) . context . Update ( ( ( crc64Packet ) packet ) . data ) ;
}
/ * static void updateFletcher16 ( object packet )
{
( ( fletcher16Packet ) packet ) . context . Update ( ( ( fletcher16Packet ) packet ) . data ) ;
}
static void updateFletcher32 ( object packet )
{
( ( fletcher32Packet ) packet ) . context . Update ( ( ( fletcher32Packet ) packet ) . data ) ;
} * /
static void updateMD5 ( object packet )
{
( ( md5Packet ) packet ) . context . Update ( ( ( md5Packet ) packet ) . data ) ;
}
static void updateRIPEMD160 ( object packet )
{
( ( ripemd160Packet ) packet ) . context . Update ( ( ( ripemd160Packet ) packet ) . data ) ;
}
static void updateSHA1 ( object packet )
{
( ( sha1Packet ) packet ) . context . Update ( ( ( sha1Packet ) packet ) . data ) ;
}
static void updateSHA256 ( object packet )
{
( ( sha256Packet ) packet ) . context . Update ( ( ( sha256Packet ) packet ) . data ) ;
}
static void updateSHA384 ( object packet )
{
( ( sha384Packet ) packet ) . context . Update ( ( ( sha384Packet ) packet ) . data ) ;
}
static void updateSHA512 ( object packet )
{
( ( sha512Packet ) packet ) . context . Update ( ( ( sha512Packet ) packet ) . data ) ;
}
static void updateSpamSum ( object packet )
{
( ( spamsumPacket ) packet ) . context . Update ( ( ( spamsumPacket ) packet ) . data ) ;
}
#endregion Threading helpers
2015-12-05 17:21:47 +00:00
}
}
