./0040755000000000000000000000000012236150220007706 5ustar rootrootusr/0040755000000000000000000000000012236150220010362 5ustar rootrootusr/man/0040755000000000000000000000000012236150220011135 5ustar rootrootusr/man/ja/0040755000000000000000000000000012236150220011527 5ustar rootrootusr/man/ja/man1/0040755000000000000000000000000012236150220012363 5ustar rootrootusr/man/ja/man1/cabextract.1.gz0100644000000000000000000000220707730101333015206 0ustar rootrootۂ`?cabextract.1V]OW}_qS-IU6BHUKcA E_& )*"ВPl7jI[Eܵ׻U>zw3gΌ-^e=|5xr ;:.tv~:s8p+隔%SfC5SeF=c.t9$gc0G ڂdPm#x{zԛdD\woعa6HC~m?YvIc'bFgy ~e #1&=|y;2vף+Ɉ!B!~ AF zXĊ񚝁 DפcJWL b q\]/!xZGeɖ#f#(LiO TŃF^B nX t-~DMYΧ@5AUxZ{1j}-( F XÉ (IUѫBS(!Fh]ԵBN6C4xˡpd0ND% M=> I ZKu$R\H݅t>^YFk|m 7x|9ZUN&5};S' | _b09O7 z4:K'+K\P5uc4ryԡ}P(q4b|Cװ~SnQZv35ɄPHSKvXyq_8d 8<8qm|=~ʢW" PBB)-#o\A usr/man/man1/0040755000000000000000000000000012236150220011771 5ustar rootrootusr/man/man1/cabextract.1.gz0100644000000000000000000000212112236150220014603 0ustar rootrootxRcabextract.1Un6}W ]Q˾-m7؈-}ED"~}IْlbEќ3gF./[>_.:ެOgÉ7t~w-rWoeZkV6 힖fG5 ݩgJOR='iJgt! EpAiAP_~>S a=C!C)D'eYpu|Η H2USOw{ 4{%si¦RyE^*͊Cw玵h:]gʩ2QuoDzƶD|=Œw _[巻%!Ō2`{q=Y>2bKӄ7evW]-1tDE߯7OR^|~//= u`x$ġ~Kf i>u'4u--|BR1}|]_ :l>iQwwmUNJ'GOԙk"WV_~ usr/bin/0040755000000000000000000000000012236150220011132 5ustar rootrootusr/bin/wince_rename0100755000000000000000000001100611256724256013530 0ustar rootroot#!/usr/bin/perl -w # wince_rename # - when run in a directory containing files extracted from # a Windows CE installation cabinet, it will rename all files # to their "installed" filenames # - the header file (*.000) will be renamed to header.bin # - the setup DLL (*.999) will be renamed to setup.dll # - a REGEDIT4 style file will be made, called setup.reg use strict; # expands a decimal number from 0-999 into a filename with a three digit # decimal number as a file extension, if one exists. Otherwise, undef is # is returned. sub get_fname { my $x = sprintf '*.%03d', $_[0]; my @x = glob $x; if ($#x > 0) { print STDERR "WARNING: more than one '$x' file, using '$x[0]'\n"; } elsif ($#x < 0) { return undef; } return $x[0]; } sub rename_file { print "renaming \"$_[0]\" to \"$_[1]\"\n"; rename $_[0], $_[1] || print STDERR "$_[0]: $!\n"; } # get the *.000 file my $hdrfile = get_fname(0); if (not defined $hdrfile) { print "no header (*.000) file found\n"; exit; } # open the header file if (open FH, "<$hdrfile") { my $x; read FH, $x, 0x64; # read the fixed header # $hdr[0] = "MSCE" signature # $hdr[2] = overall length of the header file # $hdr[5] = target architecture ID # @hdr[6..11] = minimal and maximal versions WinCE versions supported # @hdr[12..17] = number of entries in {STRINGS,DIRS,FILES,HIVES,KEYS,LINKS} # @hdr[18..23] = file offset of {STRINGS,DIRS,FILES,HIVES,KEYS,LINKS} # @hdr[24..25] = {file offset, length} of APPNAME # @hdr[26..27] = {file offset, length} of PROVIDER # @hdr[28..29] = {file offset, length} of UNSUPPORTED # other entries are unknown/undefined my @hdr = unpack 'V12v6V6v8', $x; # does the file begin with "MSCE"? if ($hdr[0] == 0x4543534D) { # print appname and provider seek FH,$hdr[24],0; read FH,$x,$hdr[25]; chop $x; print "Appname: $x\n"; seek FH,$hdr[26],0; read FH,$x,$hdr[27]; chop $x; print "Provider: $x\n"; # RENAME FILES TO INSTALLED FILENAMES: # seek to FILES section and loop for the number of FILES entries seek FH, $hdr[20], 0; for (1 .. $hdr[14]) { # read a FILES entry read FH, $x, 12; my ($id, $dirid, $unk, $flags, $len) = unpack 'vvvVv',$x; read FH, $x, $len; chop $x; # get file with decimal extension, rename it to filename given in # FILES entry rename_file(get_fname($id), $x); } # CREATE REGISTRY KEYS LIST # create "setup.reg" file in REGEDIT4 format, if any KEYS entries if (($hdr[16] > 0) && open REGFH, '>setup.reg') { print REGFH "REGEDIT4\r\n"; my @strs; my @hives; my $lasthive = -1; # seek to STRINGS section and read all STRINGS entries into @strs seek FH, $hdr[18], 0; for (1 .. $hdr[12]) { read FH, $x, 4; my ($id, $len) = unpack 'vv',$x; read FH, $strs[$id], $len; chop $strs[$id]; } # seek to HIVES section and read all HIVES entries into @hives seek FH, $hdr[21], 0; for (1 .. $hdr[15]) { read FH, $x, 8; my ($id, $root, $unk, $len) = unpack 'vvvv',$x; read FH, $x, $len; chop $x; chop $x; $hives[$id] = join '\\',(('HKCR','HKCU','HKLM','HKEY_USERS')[$root-1], (map{$strs[$_]} unpack 'v*', $x)); } # seek to KEYS section and loop for all KEYS entries seek FH, $hdr[22], 0; for (1 .. $hdr[16]) { # read KEYS entry, split off name and data components read FH, $x, 12; my ($id,$hive,$unk,$flags,$len) = unpack 'vvvVv',$x; read FH, $x, $len; my $name = (split /\000/, $x)[0]; my $data = substr $x, length($name) + 1; # print REGEDIT4 entry header for key, print hive header if a # different hive has been entered print REGFH "\r\n[$hives[$hive]]\r\n" unless $lasthive == $hive; print REGFH ''.(($name eq '') ? '@' : "\"$name\"").'='; $lasthive = $hive; # print appropriate REGEDIT4 format for data if (($flags & 0x10001) == 0x10001) { print REGFH sprintf 'dword:%08x', unpack('V', $data); } elsif (($flags & 0x10001) == 0x00001) { print REGFH 'hex:'.join ',',map{sprintf'%02x',$_}unpack 'c*',$data; } else { chop $data; chop $data if (($flags & 0x10001) == 0x10000); $data =~ s/\\/\\\\/g; $data =~ s/\000/\\0/g; $data =~ s/\"/\\\"/g; print REGFH '"'.$data.'"'; } print REGFH "\r\n"; } close REGFH; } } else { print "$hdrfile: not a Windows CE install cabinet header\n"; } close FH; # rename *.000 file to header.bin rename_file($hdrfile, 'header.bin'); # rename *.999 file to setup.dll, if it exists rename_file($x, 'setup.dll') if $x = get_fname(999); } else { print "$hdrfile: $!\n"; } usr/bin/cabinfo0100755000000000000000000003014012236150220012454 0ustar rootrootELF>P@@)@8@@@@@@@@@@D&D& H&H&`H&`X p&p&`p&`@@ Ptd##@#@\\Qtd/lib64/ld-linux-x86-64.so.2GNU   X 29+$?t Q  libc.so.6fopenperrorputsprintfstrlenfcloseftellofread__libc_start_mainfseeko_ITM_deregisterTMCloneTable__gmon_start___Jv_RegisterClasses_ITM_registerTMCloneTableGLIBC_2.2.5ui (`(` (` (`8(`@(`H(`P(`X(``(`h(`p(` x(` (` (` HH! HtaH5! %! @%! h%! h%! h%z! h%r! h%j! h%b! h%Z! hp%R! h`%J! h P%B! h @AUATUHSH=HEH}L%I! H5I<$H*! HH1HouWH;L- H;11IELu2IUI4$H=_11H;H[]A\A]I<$&H;HuH=61I<$1I^HHPTI@H`@HP@f@H H= UH)HHw]H\ Ht]@H H= UH)HHHH?HHu]H7 Ht]H@= uZUH HATL%K SHK L)HHH9sHHu AHj H9r8[A\]M fff.H= t&H HtUH= H]'f.AUATIUSHcHH-  H" H}L(I)HMI9IcLHLH1H9tH H8?H[]A\A]ffff.HH HH8tH H8Hff.SHwHHL_ HH9rWHByfDH H$H8qHIa H H!%tDHJHDH1H)I|H= HNH H!%tDHJHDHH)Hv H= H H8HI:H H!%tDHJHDH1H)I|H=; H1HHHHH|H= kH=e H H8H;$t#H=l H$18`D$|H$D$L$H[ H5@L~L}H=~HD HxLDH$LD$HD$HD$D$D$HT$@D$D$Lt$hL$ $A6AH|$HAAH= >Lt$`L\$XT$0 $? LT$PT$(‰t$ H$\$8$$¼T$D $L$$D$1T$HA $A $E D D$D D$AD BD$|D$|9D$xH H8H$H$^$$L%q =t%=L%_t=L%eHzLD$$ Hj H8BHI2H H!%tDHJHDH1H)I|fH H!%tDHJHDHH)Hv H=ÀL5aH9tL5pfH=݅kDH=D$L$12H= &E$$D$ $AA AH~H$$H= H$AL $ $ 1HcD9Hc H8;LI+#fffff.AWAVAUATE1UH- S1HH/ LMM)ALIMN1BL  DLLL$ukLL$Hӏ KLLL9MZv@HcLH@H9v HxMu1H9H9r@MM9TH[]A\A]A^A_DHpHI HM9})L)I\J+I9| J 3I9MH1@HHcI H9w>HDHHcI fD(H뱐 HHcI f HHcI vfD HHcI VfDD0 H>fD8FHHHfD8CHHHfD8SHHHH=H1HL$1HBH HL$E11LIMM9nfAWAAVIAUIATL% UH- SL)1HHHtLLDAHH9uH[]A\A]A^A_ff.f.@UHSH\ HHQ HtHHHuH[]fHH RESERVE_PRESENT NEXT_CABINET PREV_CABINETstoredMSZIPQuantumLZXunknowncontinued to next cabinetnormal folderUTF-8EXEC ARCH SYSTEM HIDDEN RDONLY INVALIDERROR: no foldersERROR: no filesWARNING: format version > 1.3Reserved header space = %u Reserved folder space = %u Reserved datablk space = %u Previous cabinet file = %s WARNING: name length > 256Previous disk name = %s Next cabinet file = %s Next disk name = %s *** FOLDERS SECTION *** *** FILES SECTION ***WARNING: invalid UTF filename *** DATABLOCKS SECTION ***Usage: %s rbcontinued from previous and to next cabinetcontinued from previous cabinet *** HEADER SECTION *** Cabinet signature = '%4.4s' Cabinet size = %u bytes Offset of files = %lld Cabinet format version = %d.%d Number of folders = %u Number of files = %u Header flags = 0x%04x%s%s%s Set ID = %u Cabinet set index = %u WARNING: cabinet doesn't start with MSCF signatureWARNING: header reserved space > 60000[Reserved header: offset %lld, size %u] [New folder at offset %lld] Offset of folder = %lld Num. blocks in folder = %u Compression type = 0x%04x [%s] [Reserved folder: offset %lld, size %u] WARNING: weird file offset in header [New file at offset %lld] File name = %s File size = %u bytes Offset within folder = %u Folder index = 0x%04x [%s] Date / time = %02d/%02d/%4d %02d:%02d:%02d File attributes = 0x%02x %s%s%s%s%s%s *** Note: offset is BLOCK offset. Add 8 for DATA offset! *** Block %6d: offset %12lld / csum %08x / c=%5u / u=%5u%s Found cabinet header at offset %lld Cabinet information dumper by Stuart Caie Examining file "%s" (%lld bytes)... xX8 X;\ x` p@ hzRx *zRx $ FJ w?;*3$"4DsBBD A(G0Z(C ABB|P5DpxA E ~L(R BBB B(A0A8G  8A0A(B BBBG L8BBB B(D0H8FP 8A0A(B BBBF <TBBA D(M0 (C ABBA DxeBEE E(H0H8M@l8A0A(B BBB `@ @@@@@  (`X@@` o@oo@p&`@@@@@@@@&@6@F@GCC: (GNU) 4.8.1GCC: (GNU) 4.8.2.shstrtab.interp.note.ABI-tag.hash.dynsym.dynstr.gnu.version.gnu.version_r.rela.dyn.rela.plt.init.text.fini.rodata.eh_frame_hdr.eh_frame.ctors.dtors.jcr.dynamic.got.got.plt.data.bss.comment @@ !@@@P' @h/@7o@Do@ S@`]X@X g`@`$b@mP@Ps@y(@(#@#\ $@ $$H&`H&X&`X&h&`h&p&`p&(`(  (` (p(`((`(H 0("(usr/bin/wince_info0100755000000000000000000001345611515536522013222 0ustar rootroot#!/usr/bin/perl -w # this is complementary to the wince_cab_format.html file, # which gives a full description of all components use strict; my %arch = ( '0', 'none', '103', 'SHx SH3', '104', 'SHx SH4', '386', 'Intel 386', '486', 'Intel 486', '586', 'Intel Pentium', '601', 'PowerPC 601', '603', 'PowerPC 603', '604', 'PowerPC 604', '620', 'PowerPC 620', '821', 'Motorola 821', '1824', 'ARM 720', '2080', 'ARM 820', '2336', 'ARM 920', '2577', 'StrongARM', '4000', 'MIPS R4000', '10003', 'Hitachi SH3', '10004', 'Hitachi SH3E', '10005', 'Hitachi SH4', '21064', 'Alpha 21064', '70001', 'ARM 7TDMI' ); my @ce = ( undef, '\Program Files', '\Windows', '\Windows\Desktop', '\Windows\StartUp', '\My Documents', '\Program Files\Accessories', '\Program Files\Communications', '\Program Files\Games', '\Program Files\Pocket Outlook', '\Program Files\Office', '\Windows\Programs', '\Windows\Programs\Accessories', '\Windows\Programs\Communications', '\Windows\Programs\Games', '\Windows\Fonts', '\Windows\Recent', '\Windows\Favorites' ); my @hkeys = ( undef, 'HKEY_CLASSES_ROOT', 'HKEY_CURRENT_USER', 'HKEY_LOCAL_MACHINE', 'HKEY_USERS' ); sub hexdump($$) { my $id = $_[0]; my $dat = $_[1]; my $row = 12; for my $pos (0 .. (length($dat)/$row)) { my $seg = substr $dat, $pos * $row, $row; my $hex = join ' ', map { sprintf '%02x', $_ } unpack 'c*', $seg; $seg =~ s/[\000-\037\200-\377]/./g; printf '%s %-'.int($row*3)."s %s\n", $id, $hex, $seg; } } for my $hdrfile (@ARGV) { if (open FH, "<$hdrfile") { my $x; # read fixed-size header read FH, $x, 100; my @hdr = unpack 'V12v6V6v8', $x; if ($hdr[0] == 0x4543534D) { # HEADER section print "$hdrfile HEADER\n"; print " length = $hdr[2] bytes\n"; print " architecture = ".($arch{$hdr[5]} || 'unknown')." ($hdr[5])\n"; print " counts = " . join(',', @hdr[12..17]) . "\n"; print " offsets = " . join(',', @hdr[18..23]) . "\n"; print " strings = " . join(',', @hdr[24..29]) . "\n"; print " unknowns = " . join(',',($hdr[1],@hdr[3..4],@hdr[30..31])) . "\n"; print " min WinCE v. = $hdr[6].$hdr[7]"; print " [build $hdr[10]]" if $hdr[10] > 0; print "\n"; print " max WinCE v. = $hdr[8].$hdr[9]"; print " [build $hdr[11]]" if $hdr[11] > 0; print "\n"; # header STRINGS seek FH, $hdr[24], 0; read FH, $x, $hdr[25]; chop $x; print " app name = $x\n"; seek FH, $hdr[26], 0; read FH, $x, $hdr[27]; chop $x; print " provider = $x\n"; if ($hdr[29] > 0) { seek FH, $hdr[28], 0; read FH, $x, $hdr[29]; chop $x; chop $x; print " unsupported = ".join(',', split /\000/, $x)."\n"; } # STRINGS section print "$hdrfile STRINGS\n"; my @strings; seek FH, $hdr[18], 0; for (1 .. $hdr[12]) { read FH, $x, 4; my ($id, $len) = unpack 'vv', $x; read FH, $strings[$id], $len; chop $strings[$id]; printf " s%02d: %s\n", $id, $strings[$id]; } # DIRS section print "$hdrfile DIRS\n"; my @dirs; seek FH, $hdr[19], 0; for (1 .. $hdr[13]) { read FH, $x, 4; my ($id, $len) = unpack 'vv', $x; read FH, $x, $len; chop $x; chop $x; $dirs[$id] = join '\\', map {$strings[$_]} unpack 'v*', $x; $dirs[$id] =~ s/%CE(\d+)%/$ce[$1]/eg; printf " d%02d: %s\n", $id, $dirs[$id]; } # FILES section print "$hdrfile FILES\n"; my @files; seek FH, $hdr[20], 0; for (1 .. $hdr[14]) { read FH, $x, 12; my ($id, $dirid, $unk, $flags, $len) = unpack 'vvvVv', $x; read FH, $x, $len; chop $x; $files[$id] = join '\\', ($dirs[$dirid], $x); printf " f%02d: %s\n", $id, $files[$id]; printf " unknown=%d flags=0x%08x\n", $unk, $flags; } # REGHIVES section print "$hdrfile REGHIVES\n"; my @reghives; seek FH, $hdr[21], 0; for (1 .. $hdr[15]) { read FH, $x, 8; my ($id, $root, $unk, $len) = unpack 'vvvv', $x; read FH, $x, $len; chop $x; chop $x; $reghives[$id] = join '\\', ($hkeys[$root], (map {$strings[$_]} unpack 'v*', $x)); printf " h%02d: %s\n", $id, $reghives[$id], $unk; } # REGKEYS section print "$hdrfile REGKEYS\n"; seek FH, $hdr[22], 0; for (1 .. $hdr[16]) { read FH, $x, 12; my ($id, $hive, $unk, $flags, $len) = unpack 'vvvVv', $x; read FH, $x, $len; my $name = (split /\000/, $x)[0] || ''; my $data = substr $x, length($name) + 1; printf " k%02d: hive=%s\n", $id, $reghives[$hive]; printf " name=<<%s>> subst=%d flags=0x%08x\n", $name, $unk, $flags; if (($flags & 0x10001) == 0x10001) { $x = unpack 'V', $data; printf " [DWORD] %08x (%d)\n", $x, $x; } elsif (($flags & 0x10001) == 0x10000) { for (split /\000/, $data) {printf " [MULTI_SZ] <<%s>>\n", $_} } elsif (($flags & 0x10001) == 0x00001) { printf " [BINARY] (%d bytes hexdump follows)\n", length($data); hexdump(" ", $data); } else { chop $data; printf " [SZ] %s\n", $data; } } # LINKS section print "$hdrfile LINKS\n"; my @links; seek FH, $hdr[23], 0; for (1 .. $hdr[17]) { read FH, $x, 12; my ($id, $unk, $dir, $fid, $type, $len) = unpack 'vvvvvv', $x; read FH, $x, $len; my $name = join '\\', map {$strings[$_]} unpack 'v*', $x; $name = '%InstallDir%\\'.$name if $dir == 0; $name = $ce[$dir].'\\'.$name if $dir > 0; if ($type == 0) { $fid = ($fid == 0) ? '%InstallDir%' : $dirs[$fid]; } else { $fid = $files[$fid]; } printf " l%02d: src=<<%s>>\n", $id, $fid; printf " dest=<<%s>> (unk=%d)\n", $name, $unk; } print "\n"; } else { print "$hdrfile: not a Windows CE install cabinet header\n"; } close FH; } else { print "$hdrfile: $!\n"; } } usr/bin/cabextract0100755000000000000000000016650012236150220013205 0ustar rootrootELF>)@@@8@@@@@@@@@@ `` ((`(`@@ Ptd@@Qtd/lib64/ld-linux-x86-64.so.2GNU%1') %0.(, */-"+   !&$#a~8f ]XC@JwZ)GiO1Y  ! cQ2 X ( libc.so.6fflushstrcpyfnmatchreaddir_IO_putcfopenstrncmpoptindstrrchrclosedirputsmkdirchmod__assert_failstrlen__errno_locationstdoutfputcmemcpyfclosemallocstrcatumaskstrcasecmpftelloopendiroptargstderrgetopt_longfwritefreadutimemktime__ctype_tolower_loc__xstatstrerror__libc_start_mainferrorstpcpyfseekovfprintffree_ITM_deregisterTMCloneTable__gmon_start___Jv_RegisterClasses_ITM_registerTMCloneTableGLIBC_2.3GLIBC_2.14GLIBC_2.2.5ii ui ``````)`-`0`` `(`0`8`@` H` P` X` `` h`p`x``````````````` `!`"`#`$`%`& 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signatureerror in CAB data formatchecksum errordecompression errorunknown errorTestingExtractingd:fF:hlLpqstv1.4cabextract version %s %s: skipping known cabinet %s: no valid cabinets found %s: can't find %s %s: extends to %s (%s) Viewing cabinet: %s %s cabinet: %s error in UTF-8 decode %s failed (%s) %s OK %s(%s): %s extracting %s All done, no errors.%s: can't prepend %s: %s %s: can't append %s: %s %s: can't create file path teststdoutdirectoryfixfilterhelplistlowercasepipequietsingleversiontwtwLwLwLwLwdw ww,wtw This will extract all files from a cabinet or executable cabinet. For multi-part cabinets, only specify the first file in the set. Options: -v --version print version / list cabinet -h --help show this help page -l --list list contents of cabinet -t --test test cabinet integrity -q --quiet only print errors and warnings -L --lowercase make filenames lowercase -f --fix fix (some) corrupted cabinets -p --pipe pipe extracted files to stdout -s --single restrict search to cabs on the command line -F --filter extract only files that match the given pattern -d --directory extract all files to the given directory cabextract %s (C) 2000-2011 Stuart Caie This is free software with ABSOLUTELY NO WARRANTY. %s: You cannot use --test and --list at the same time. Try '%s --help' for more information. %s: No cabinet files specified. Try '%s --help' for more information. FATAL ERROR: libmspack is compiled for %d-bit file IO, cabextract is compiled for %d-bit file IO. FATAL ERROR: libmspack self-test returned %d can't create libmspack CAB decompressor %s: skipping known cabinet (from %s) %s: extends backwards to %s (%s) File size | Date Time | Name-----------+---------------------+-------------Can't allocate output filename (%u bytes) %10u | %02d.%02d.%04d %02d:%02d:%02d | %s %02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x All done, errors in processing %d file(s) WARNING; bad block checksum foundWARNING; non-maximal data blockERROR; file "%s" cannot be extracted, cabinet set is incomplete.WARNING; cabinet version is not 1.3WARNING; reserved header > 60000.WARNING; found InstallShield header. This is probably an InstallShield file. Use UNSHIELD from www.synce.org to unpack it.WARNING; possible %lld extra bytes at end of file.WARNING; file possibly truncated by %lld bytes.WARNING; merged cabinets with differing Set IDs.WARNING; merged cabinets with odd order.WARNING; merged file %s not listed in both cabinetsmspack/cabd.cself && self->dno folders in cabinet.no files in cabinet.hPȏ0hcabd_init_decomp   0@`  0@`  MSZIP error, %u bytes of data lost.       !1Aa  0@` #+3;CScs?? &.6>N^n~   0@`  0@` ;BEhxHh_88aHaXaaab8bPXcc(dxe0fhfhhh((ihiiq0XrpsssHt tpuu8vvvzH{0 x h hp ( 8 H hX H  0 P ؼ 8 H`xHpX 8pxzRx ]*zRx $hCFJ w?;*3$"D^\^,t^ABDA nAJ^,^AAG AAG h_&,_wAAG H AAE 44_\AAG z CAI DFA$l_eD_ M L L A G L@`HBBA A(G0 (A ABBF Q (A ABBI 4@aADOS AAG G CAA DaBID GS  AABC _  AABE \dbBBB A(A0J 0C(A BBBJ _ 0D(A BBBF Pc<XcGl E K E K E K E K M K E KLClBBB B(H0D8I 8D0A(B BBBA lhc1cDc-BIE B(A0D8 0A(B BBB<kBBD A(G0l (G ABBH d$k1BBB B(D0D8G@V 8A0A(B BBBI d 8A0A(B BBBB l:l l[L mBBA A(G0N (A ABBG s (F ABBJ $`m#<xmDTnzBGD N AGE A ADB AAGHnVn|nBBB B(A0A8D 8A0A(B BBBD  8A0A(B BBBC ^ 8A0A(B BBBA ,LqBDA [ ABK d|xrBBB B(A0A8G`E 8A0A(B BBBH D 8F0A(B BBBE LvBBE B(A0A8D@x8A0A(B BBBL4wBBB E(A0D8MU 8A0A(B BBBD LxKBEE J(A0D8M\ 8C0A(B BBBH L~BEB B(A0A8G 8A0A(B BBBA d$BBB B(A0A8G`u 8A0A(B BBBH l 8F0A(B BBBA H@L8BEB D(A0 (A BBBF A (A MBBE , AAG  DAE 4< WAAG x DAJ DAA$t nAt K S E D (BME B(A0H8 0A(B BBBA L ЊBIE B(A0A8DpP 8D0A(B BBBA d4 BBB B(A0D8DP 8A0A(B BBBA T8C0A(B BBB L BBB B(G0A8G 8A0A(B BBBK 4 @7AAG ^ DAD DAA$< H^An A S E Dd kBMH F(A0A8 0A(B BBBA L 3BEB B(A0A8Ge 8A0A(B BBBA  \ BBB B(A0D8D@ 8A0A(B BBBA P8C0A(B BBBLt BBB B(A0A8J 8A0A(B BBBF 4 `7AAG W DAK DAA$ h^An A S E D$ ?F(p ABBDHA D(dl zBBE K(A0D8DP. 8D0A(B BBBA T8C0A(B BBBL ^BBB H(A0A8G 8D0A(B BBBD 4$7AAG ^ DAD DAAD\eBEE E(H0H8M@l8A0A(B BBB X@ ظ@@@8@@  ` @ @ o @oo @(`@@@@@@@@@&@6@F@V@f@v@@@@@@@@@@@&@6@F@V@f@v@@@@@@@@@@@-@`-@-@,@P,@2@`+@P+@*@*@@@@d@f@F@h"@l'@L1@p6@q<@s@tC@vGCC: (GNU) 4.8.1GCC: (GNU) 4.8.2.shstrtab.interp.note.ABI-tag.hash.dynsym.dynstr.gnu.version.gnu.version_r.rela.dyn.rela.plt.init.text.fini.rodata.eh_frame_hdr.eh_frame.ctors.dtors.jcr.dynamic.got.got.plt.data.bss.comment @@ !@@@`' @/8@87o @ bDo @ @S @ ] @  gX@X$b@m @ sظ@ظy@ @@`` ` (`(`@`````  `@ 0"usr/doc/0040755000000000000000000000000012236150220011127 5ustar rootrootusr/doc/cabextract-1.4/0040755000000000000000000000000012236150220013547 5ustar rootrootusr/doc/cabextract-1.4/TODO0100644000000000000000000000153511562533546014261 0ustar rootrootAutomatic renaming of files in their long form, for Windows CE install cabs. This would probably be another program using libmspack, rather than auto-detected by cabextract. Provide tool for finding OLE2 streams and dumping them. Some InstallShield Wizard use MS CAB files inside MS OLE2 streams. They look normal, but every so often, there's a 512 bytes extra here and a 512 bytes missing there, so the cabinets aren't contiguous. More advanced repair of corrupted CABs? Possible? cabjoin - a new program that will read multipart cabinets and output a single cabinet file containing all parts. Allow reading a cabinet from stdin. Allow an exacting list of files to be matched rather than a single pattern match. Allow more than one pattern match? cabextract should be localised. cabextract should not overwrite the source cabinet files when unpacking. usr/doc/cabextract-1.4/cabextract.SlackBuild0100644000000000000000000001654612236150220017637 0ustar rootroot#!/bin/sh # $Id: cabextract.SlackBuild,v 1.7 2013/11/05 11:00:57 root Exp root $ # Copyright 2007-2013 Eric Hameleers, Eindhoven, NL # All rights reserved. # # Permission to use, copy, modify, and distribute this software for # any purpose with or without fee is hereby granted, provided that # the above copyright notice and this permission notice appear in all # copies. # # THIS SOFTWARE IS PROVIDED ``AS IS'' AND ANY EXPRESSED OR IMPLIED # WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF # MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. # IN NO EVENT SHALL THE AUTHORS AND COPYRIGHT HOLDERS AND THEIR # CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, # SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT # LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF # USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND # ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, # OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT # OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF # SUCH DAMAGE. # ----------------------------------------------------------------------------- # # Slackware SlackBuild script # =========================== # By: Eric Hameleers # For: cabextract # Descr: program to extract Microsoft Cabinet files # URL: http://www.cabextract.org.uk/ # Needs: # Changelog: # 1.1-1: 01/dec/2004 by Eric Hameleers # * Initial build. # 1.2-1: 03/Nov/2007 by Eric Hameleers # * Update, and reworked SlackBuild. # 1.2-2: 21/sep/2009 by Eric Hameleers # * Updated the SlackBuild a bit for x86_64 compatibility # 1.2-3: 02/jun/2010 by Eric Hameleers # * Rebuilt for Slackware 13.1. # 1.4-1: 05/nov/2013 by Eric Hameleers # * Update. # # Run 'sh cabextract.SlackBuild --cleanup' to build a Slackware package. # The package (.tgz) plus descriptive .txt file are created in /tmp . # Install using 'installpkg'. # # ----------------------------------------------------------------------------- # Set initial variables: PRGNAM=cabextract VERSION=${VERSION:-1.4} BUILD=${BUILD:-1} TAG=${TAG:-alien} DOCS="AUTHORS COPYING ChangeLog NEWS README TODO \ doc/magic doc/wince_cab_format.html" # Where do we look for sources? SRCDIR=$(cd $(dirname $0); pwd) # Place to build (TMP) package (PKG) and output (OUTPUT) the program: TMP=${TMP:-/tmp/build} PKG=$TMP/package-$PRGNAM OUTPUT=${OUTPUT:-/tmp} SOURCE="$SRCDIR/${PRGNAM}-${VERSION}.tar.gz" SRCURL="http://www.cabextract.org.uk/${PRGNAM}-${VERSION}.tar.gz" ## ## --- with a little luck, you won't have to edit below this point --- ## ## # Automatically determine the architecture we're building on: MARCH=$( uname -m ) if [ -z "$ARCH" ]; then case "$MARCH" in i?86) export ARCH=i486 ;; armv7hl) export ARCH=$MARCH ;; armv6hl) export ARCH=$MARCH ;; arm*) export ARCH=arm ;; # Unless $ARCH is already set, use uname -m for all other archs: *) export ARCH=$MARCH ;; esac fi case "$ARCH" in i486) SLKCFLAGS="-O2 -march=i486 -mtune=i686" SLKLDFLAGS=""; LIBDIRSUFFIX="" ;; x86_64) SLKCFLAGS="-O2 -fPIC" SLKLDFLAGS="-L/usr/lib64"; LIBDIRSUFFIX="64" ;; armv7hl) SLKCFLAGS="-O2 -march=armv7-a -mfpu=vfpv3-d16" SLKLDFLAGS=""; LIBDIRSUFFIX="" ;; armv6hl) SLKCFLAGS="-O2 -march=armv6 -mfpu=vfp -mfloat-abi=hard" SLKLDFLAGS=""; LIBDIRSUFFIX="" ;; *) SLKCFLAGS="-O2" SLKLDFLAGS=""; LIBDIRSUFFIX="" ;; esac case "$ARCH" in arm*) TARGET=$ARCH-slackware-linux-gnueabi ;; *) TARGET=$ARCH-slackware-linux ;; esac # Exit the script on errors: set -e trap 'echo "$0 FAILED at line $LINENO!" | tee $OUTPUT/error-${PRGNAM}.log' ERR # Catch unitialized variables: set -u P1=${1:-1} # Save old umask and set to 0022: _UMASK_=$(umask) umask 0022 # Create working directories: mkdir -p $OUTPUT # place for the package to be saved mkdir -p $TMP/tmp-$PRGNAM # location to build the source mkdir -p $PKG # place for the package to be built rm -rf $PKG/* # always erase old package's contents rm -rf $TMP/tmp-$PRGNAM/* # remove the remnants of previous build rm -rf $OUTPUT/{configure,make,install,error,makepkg}-$PRGNAM.log # remove old log files # Source file availability: if ! [ -f ${SOURCE} ]; then echo "Source '$(basename ${SOURCE})' not available yet..." # Check if the $SRCDIR is writable at all - if not, download to $OUTPUT [ -w "$SRCDIR" ] || SOURCE="$OUTPUT/$(basename $SOURCE)" if [ -f ${SOURCE} ]; then echo "Ah, found it!"; continue; fi if ! [ "x${SRCURL}" == "x" ]; then echo "Will download file to $(dirname $SOURCE)" wget -nv -T 20 -O "${SOURCE}" "${SRCURL}" || true if [ $? -ne 0 -o ! -s "${SOURCE}" ]; then echo "Downloading '$(basename ${SOURCE})' failed... aborting the build." mv -f "${SOURCE}" "${SOURCE}".FAIL exit 1 fi else echo "File '$(basename ${SOURCE})' not available... aborting the build." exit 1 fi fi if [ "$P1" == "--download" ]; then echo "Download complete." exit 0 fi # --- PACKAGE BUILDING --- echo "++" echo "|| $PRGNAM-$VERSION" echo "++" cd $TMP/tmp-$PRGNAM echo "Extracting the source archive(s) for $PRGNAM..." tar -xvf ${SOURCE} cd ${PRGNAM}-${VERSION} chown -R root:root . chmod -R u+w,go+r-w,a+X-s . echo Building ... LDFLAGS="$SLKLDFLAGS" \ CFLAGS="$SLKCFLAGS" \ CXXFLAGS="$SLKCFLAGS" \ ./configure \ --prefix=/usr \ --libdir=/usr/lib${LIBDIRSUFFIX} \ --mandir=/usr/man \ --localstatedir=/var \ --sysconfdir=/etc \ --program-prefix= \ --program-suffix= \ --build=$TARGET \ 2>&1 | tee $OUTPUT/configure-${PRGNAM}.log make 2>&1 | tee $OUTPUT/make-${PRGNAM}.log make DESTDIR=$PKG install 2>&1 |tee $OUTPUT/install-${PRGNAM}.log # Add additional binary and scripts: cp -a src/cabinfo src/wince_* $PKG/usr/bin/ # Add documentation: mkdir -p $PKG/usr/doc/$PRGNAM-$VERSION cp -a $DOCS $PKG/usr/doc/$PRGNAM-$VERSION || true cat $SRCDIR/$(basename $0) > $PKG/usr/doc/$PRGNAM-$VERSION/$PRGNAM.SlackBuild chown -R root:root $PKG/usr/doc/$PRGNAM-$VERSION find $PKG/usr/doc -type f -exec chmod 644 {} \; # Add 'ja' man pages: mkdir -p $PKG/usr/man/ja/man1 cp -a doc/ja/cabextract.1 $PKG/usr/man/ja/man1/ # Compress the man page(s): find $PKG/usr/man -type f -name "*.?" -exec gzip -9f {} \; for i in $(find $PKG/usr/man -type l -name "*.?") ; do ln -s $( readlink $i ).gz $i.gz ; rm $i ; done # Strip binaries: find $PKG | xargs file | grep -e "executable" -e "shared object" | grep ELF \ | cut -f 1 -d : | xargs strip --strip-unneeded 2> /dev/null || true # Add a package description: mkdir -p $PKG/install cat $SRCDIR/slack-desc > $PKG/install/slack-desc # Build the package: cd $PKG makepkg --linkadd y --chown n $OUTPUT/${PRGNAM}-${VERSION}-${ARCH}-${BUILD}${TAG}.tgz 2>&1 | tee $OUTPUT/makepkg-${PRGNAM}.log cd $OUTPUT md5sum ${PRGNAM}-${VERSION}-${ARCH}-${BUILD}${TAG}.tgz > ${PRGNAM}-${VERSION}-${ARCH}-${BUILD}${TAG}.tgz.md5 cd - cat $PKG/install/slack-desc | grep "^${PRGNAM}" > $OUTPUT/${PRGNAM}-${VERSION}-${ARCH}-${BUILD}${TAG}.txt # Restore the original umask: umask ${_UMASK_} usr/doc/cabextract-1.4/ChangeLog0100644000000000000000000005435411562533532015345 0ustar rootroot2011-05-11 Stuart Caie * src/cabinfo.c: changed the largefile detection header to the same as mspack/system.h 2011-04-27 Stuart Caie * src/cabextract.c: changed char* to const char* in line with changes in libmspack. See mspack/ChangeLog for more details. 2011-04-25 Stuart Caie * load_spanning_cabinets(): Print the error code caused by a failed cabinet merge, before ruining the error code by calling cabd->close(). Thanks to Drew D'Addesio for reporting the problem. 2011-01-19 Stuart Caie * doc/wince_cab_format.html: Identified a new file flag in the WinCE header file. Thanks to Paul Sokolovsky for asking me to look into it. 2010-07-19 Stuart Caie * mspack: MS-ZIP recovery now recovers more bytes. Also, when a file fails to unpack because of a read error during decompression, all subsequent files in the same folder will give the same error, instead of claiming to be OK. See mspack/ChangeLog for full details. 2010-07-17 Stuart Caie * src/cabsplit: added new program, cabsplit, which splits cabinet files into one cabinet file per folder. Useful for debugging. 2010-06-17 Stuart Caie * configure.ac: Added --external-libmspack option, which allows you to use the libmspack library installed on your system rather than the copy bundled with cabextract. Thanks to Patrice Dumas for the patch. 2010-06-10 Stuart Caie * mspack: bugs in MS-ZIP and Quantum decoders have been fixed. See mspack/ChangeLog for full details. 2010-05-06 Stuart Caie * configure.ac, cabextract.c: added support for the one-arg mkdir() found in the MinGW32 environment. Thanks to Kevin O'Rourke for reporting this. 2009-09-24 Stuart Caie * doc/wince_cab_format.html, src/wince_info, src/wince_rename: The files in Windows CE cabinets are numbered after the first ID in the FILES section, rather than what I termed the "real ID". Fixed the documentation and the wince tools to match. The purpose of the field previously called "real ID" is now unknown. Thanks to Marco Schindler for discovering this. 2007-08-07 Stuart Caie * all: cabextract and libmspack have moved to the domain www.cabextract.org.uk. Updated the documentation to reflect this. 2007-01-20 Stuart Caie * create_output_name(): add UTF-8 support for 6-byte characters. Apparently they go that far these days. 2007-01-20 Stuart Caie * doc/wince_cab_format.html, src/wince_info: The REGKEYS "unknown" flag appears to be a boolean indicating whether variable substitution should take place. Thanks to Dominique Gallot for discovering it. 2006-06-21 Stuart Caie * create_output_name(): add UTF-8 support for 4-byte characters. 2006-03-01 Stuart Caie * process_cabinets(): on the advice of Mike Mohr, cabextract no longer skips entire cabinets, when create_output_filename() returns NULL, it only skips the affected files now. 2005-10-30 Stuart Caie * src/cabextract.c: added test mode to cabextract, wherein files aren't extracted, only passed through an MD5 checksum generator. cabextract then lists which files passed and which files failed. * process_cabinets(): fixed the problem where filters don't match when -d option is also used. The filters match on the full output-file path, including the -d directory specified. We now trim this off before matching. 2005-10-29 Stuart Caie * fnmatch.c, getopt.c: finally resolved problems with all the GNU replacement functions. Obtained new versions of fnmatch and getopt, removing the need for alloca.c, coded out the requirement for mempcpy in getopt.c (I don't think it was needed anyway, but just to be sure I changed it to use just memcpy). Tested on Mac OS X (both native and using fink), Solaris 8 and Cygwin as well as Debian. * configure.ac: Removed the AC_FUNC_ALLOCA and AC_REPLACE_FUNCS([mempcpy]) 2005-07-05 Stuart Caie * src/cabinfo.c: This can now search and print accurate output for cabinets (and files containing cabinets) over 2GB. 2005-04-21 Stuart Caie * src/cabinfo.c: This now prints if the NAME_IS_UTF flag is set for each file. 2004-10-19 Stuart Caie * create_output_name(): fixed out-by-one error in UTF-8 decoder. All UTF-8 filenames would reach the "error in UTF-8 decode" section, because the test for that section was "pointer >= last_character", not "pointer > last_character". 2004-10-18 Stuart Caie * process_cabinet(): now accepts that failure of create_output_name() is an error, and also lets that function print an error message rather than printing one itself. * create_output_name(): improved the two error messages that could be printed. 2004-10-15 Stuart Caie * create_output_name(): removes leading "./" and "../" as well as leading slashes from the input filename. Thanks to David Banz for pointing this out, as well as http://www.securityfocus.com/bid/11376/ 2004-07-16 Stuart Caie * Makefile.am: added -DMSPACK_NO_DEFAULT_SYSTEM. Why wasn't this in earlier? * src/cabextract.c: added prototypes of the cabx_ functions, removed the prototype of cabextract_system and moved the real cabextract_system to before main(). This is so AIX doesn't fail on seeing an extern and a static definition of the same global. That's messed up! * alloca.c, fnmatch*, getopt*, mempcpy.c: imported these from gcc's latest libiberty. This should fix problems with Cygwin. 2004-03-18 Stuart Caie * process_cabinet(): added missing printf argument when errors on extracting to stdout occur. Thanks to Moritz Barsnick for finding it. 2004-03-08 Stuart Caie * all: tidy-ups for 1.0 release 2003-09-04 Stuart Caie * set_date_and_perm(): implemented the utimes() alternative to utime(). * set_date_and_perm(): sets the date before the permissions are set, in case read-only files really do get -r--r--r-- permissions and your dumb OS won't let the date can't be changed. 2003-08-14 Stuart Caie * wince_cab_format.html: Shaun Jackman worked out six more fields in the header. 2003-08-12 Stuart Caie * cabextract.c: rewrote all function documentation in javadoc / doxygen format. * configure.ac: added AC_FUNC_ALLOCA / @ALLOCA@ / alloca.c because I noticed that fnmatch.c uses alloca(). 2003-08-11 Stuart Caie * main(): Removed the redundant args.list with args.view. I was wondering why cabextract -l file.cab was trying to extract instead of list... 2003-08-06 Stuart Caie * configure.in, Makefile.am: rewrote the configure and build scripts, in the new style. fnmatch sources are now bundled, and now all the support code and tools are in the top directory, leaving src/ with nothing but cabextract code in it. 2003-08-05 Stuart Caie * wince_cab_format.html: converted the WinCE CAB format document from text to HTML. 2003-07-29 Stuart Caie * cabextract.c: now rewritten to use libmspack. * process_cabinet(): the cabinet listing now has space for 10 digits in the size field, for those really big compressed files. The maximum size of a file is 4294967295 bytes. 2003-07-18 Stuart Caie * cabextract.c: started refactoring cabextract to use the libmspack library. Moved everything out of cabextract.c and will start moving things back in as necessary. * doc, mspack: added a doc directory, where fun things like manual pages, magic files and file format documents go. Made a directory for libmspack files. 2003-06-07 Stuart Caie * mspack: started creation of the libmspack library, based on the cabextract code. See http://www.kyz.uklinux.net/libmspack/ for more details about the library. 2003-05-14 Stuart Caie * magic.cabinet: fixed errors in CAB magic definition * magic.wince: added magic file entry for WinCE install format * configure.in: added large file support 2003-04-21 Stuart Caie * ja/cabextract.1: Katsumi Saito kindly translated the updated manual page into Japanese for me. 2003-04-20 Stuart Caie * cabextract.1: finally decided on feature set for cabextract 0.7, so I updated the manual to reflect that. 2003-03-12 Stuart Caie * wince_cab_format.txt: reverse engineered most of the file format for Windows CE installation CAB header files. Windows CE uses normal cabinet files, but the files inside the cabinets use short filenames and a special binary header to specify full filenames, install directories, registry entries and symbolic links. If anyone wants to help fill in the remaining fields, I'm all ears. 2002-11-19 Stuart Caie * cabextract.c: moved the generation of the correct unix filename for an extracted file out of file_open() and into the main process_cabinet() function (it now has a helper function called create_output_name()). This is to make the real filename available outside of file_open(). (See below) * file_close(): chmod() and utime() are now called on the correct filename :) 2002-11-13 Stuart Caie * unix_directory_seperators(): this is a new function added to determine whether the CAB file is using "wrong" UNIX-style forward slashes as directory seperators. Microsoft CAB files use MS-DOS backslashes, however the tools Cablinux and PowerArchiver create CABs with forward-slashes. 2002-09-12 Stuart Caie * file_cabs_in_file(): if the file itself doesn't exist, we no longer print "Not a Microsoft cabinet file" for not finding any cabinets in that file. 2002-09-08 Stuart Caie * cabextract.c: cabextract used to segv if an LZX or Quantum folder came after an MSZIP folder, because the window pointer would be filled in by MSZIP's state. To solve this, I took the window pointers and associated variables out of the state union, and I also started clearing the state structure on startup. I also removed the 'what was the old compression type / free window' code and replaced it with a simple 'free LZX/QTM window if it exists' before ZIP initialisation. 2002-09-08 Stuart Caie * find_cabs_in_file(): if a file begins with "ISc(", cabextract now prints a message about how to unpack InstallShield '.cab' files, which begin with this signature. 2002-09-08 Stuart Caie * cabextract.c: After seeing what some people think the command line syntax is for cabextract is (e.g. http://slashdot.org/comments.pl?sid=39401&cid=4210033) I have decided to be nice to people who don't read manuals, and refuse to extract files given on the command line if they've already been extracted as part of another cabinet. This does preclude the scenario where a file is not only part of a multi-part set, but has a cabinet at offset 0 and _also_ has embedded cabs later on. The new functionality is implemented by the new functions remember_cabinet() and known_cabinet(), which use a simple linked list. If you want the old behaviour of cabextract back, do "find -exec cabextract {} \;". 2002-09-08 Stuart Caie * configure.in: Upgraded my autoconf to one that has the AC_EXEEXT bug fixed (look up AC_EXEEXT xSYM on the Internet :). Now it complains about me writing to LIBOBJS directly, so I use the macro AC_LIBOBJ twice to add getopt and getopt1 to LIBOBJS. 2002-08-20 Stuart Caie * AUTHORS, ChangeLog, NEWS, cabextract.c: fixed mis-spellings of Matthew Russotto's name. * ChangeLog: finished a half-completed changelog entry. 2002-08-12 Stuart Caie * cabextract.c: now prints all errors and warnings to stderr rather that stdout. I finally noticed that perror() prints to stderr, and I want to follow suit. 2002-08-11 Stuart Caie * extract_file(): now prints out the correct cabinet name in error messages, in the case of files which are split over multiple cabinet files and the 2nd or later split cabinet contains the error. * QTMdecompress(): fixed the QTM decoding error - basically, Matthew used the bitstream reading macros from my LZX decompressor. Sadly, these macros can only guarantee at maximum 17 bits available in the bit buffer, and Quantum uses up to 19 bits. I rewrote the Quantum bit buffer macros to be multi-pass (and therefore slower) so they can get the requisite number of bits. * QTMinit(): after fixing the decoding bug, I noticed that files always failed extraction when going to a second folder. It turns out that I forgot to reset QTM's window_posn. * configure.in: added limits.h to the list of checked includes * cabextract.c: ULONG_BITS now defined in terms of CHAR_BIT from rather than fixed to 8 bits per char. Oddly, my system seems to include rather than . So, for people like me, I also define CHAR_BIT to be 8 if it's not already defined. 2002-07-29 Stuart Caie * cabextract.c: The Ministry of Sensible Naming dictates that load_cab() be renamed find_cabs_in_file(), and lose the 'search' argument. Calls to load_cab() where the search argument = 0 (i.e., when loading spanning cabinets) be changed to load_cab_offset(x,0). 2002-07-25 Stuart Caie * load_cab(): Bah! off_t is defined as a signed long int, and not an unsigned long int as I had previously thought. This means the 'valid cabinet' comparisions may fail. I have fixed this by making these comparisons unsigned. * cabinfo.c: added the new search mechanism to cabinfo. 2002-07-25 Stuart Caie * process_cabinet(): rewrote the loading mechanism. Uses the new load_cab() to get a list of cabinets in the base file. Also does bi-directional loading of spanning cabinets. * load_cab(): now takes a 'search' parameter. if search=0, the old loading behaviour is performed, but if search=1, it now does the exhaustive search for all matching cabinets and tries to load them. If a load succeeds, it skips that section of the file. Therefore, all embedded cabinets are found, yet most of the file does not need to be searched. * cabinet_find_header(): removed, see above. Also, in shifting the search, I altered the search mechanism. It now uses a state machine to get around border cases, rather than the flaky 'save the last 20 bytes and put them at the start the next time around'. * cabinet_read_entries(): now checks the MSCF signature, as there is no longer a cabinet_find_header() to do this. 2002-07-23 Stuart Caie * LZXdecompress(), QTMdecompress(): On systems where the LZ window pointer is in "low memory", runsrc (window pointer - match offset) could be below address 0, which wraps around to the end of memory, so it appears runsrc is ahead of the LZ window, and so it does not need 'fixing' before the match copy. Therefore the match data is read from the incorrect, high address. Thanks to the NetBSD team for discovering this and providing the patch. 2002-07-22 Stuart Caie * file_close(): now honours your umask settings when extracting files. Thanks to the NetBSD team for the patch. * cabinet_seek(), cabinet_skip(): these now print errors if fseek() returns an error. * QTMdecompress(): finally! Added an implementation of the Quantum method which was researched and written by Matthew Russotto. Many thanks to him for all the hard work he did to produce this. I tidied up the code to be more my style (and to be quite a bit faster by inlining the bit buffer, H, L and C), but it's still all his code running. * find_next_cabinet_file(): this is a new function which finds the "next cabinet" by opening the directory it would be in and reading each filename case-insensitively. It also handles any such "next cabinets" with directory elements (delimited with MS-DOS backslashes). * process_cabinet(): now uses find_next_cabinet_file() to get the next cabinet file. This function also replaces the hack that gets any directory path which might be embedded in the base cabinet filename (as mentioned on the command line). 2002-07-21 Stuart Caie * file_close(): fixed off-by-one error in setting the extracted file date. Thanks to Claus Rasmussen. 2002-07-20 Stuart Caie * file_open(): now removes any leading slashes from the name of the file to be extracted. Thanks to the James Henstridge and David Leonard for patches. * ensure_filepath(): now does not try to examine the directory "" (i.e. no directory at all) if given an absolute path (one that start with a slash). Thanks to the James Henstridge for the patch. 2002-04-30 Stuart Caie * cabextract.spec.in: changed the fixed version number to @VERSION@ 2002-04-06 Stuart Caie * Makefile.am, configure.in: used the guide no_getopt_long.txt included with the gengetopt package to add getopt_long configuration to cabextract. Hopefully it all works now. Thanks to the many people who pointed out this problem and to the many people who offered solutions. 2001-09-06 Stuart Caie * Makefile.am, configure.in: made cabextract.spec one of the auto- generated files. Now I can do 'make distcheck' here to build a distribution which can be installed using 'rpm -tb cabextract-0.6.tar.gz'. Thanks to Daniel Resare for the know-how. 2001-08-20 Stuart Caie * Makefile.am: added an LDADD line for cabextract's LIBOBJS generated by configure. This means the AC_REPLACE_FUNCS line should actually have an effect. * configure.in: Removed getopt_long and mktime from the AC_CHECK_FUNCS, as this is done anyway. 2001-08-19 Stuart Caie * Makefile.am, configure.in, cabextract.c: moved the GNU getopt sources to become an automatically added dependency if getopt_long() can't be found in the standard library, just like mktime() is handled. The getopt_long(), struct option and optarg and optind definitions are taken from getopt.h if possible. If they're not there, but getopt_long() was found with standard includes files, it's assumed they're defined in the standard include files. Otherwise, we define them ourselves. * cabextract.c: now gets VERSION defined from configure via config.h. * decompress(): if the 'fix' option was used, the output buffer would always be cleared before block decompression. A nice idea, but the MSZIP method likes to keep the output buffer between blocks. Thanks to Fernando Trias for spotting this. Stopped clearing the output buffer. * main(): the 'fix' variable wasn't initialised to zero, so on some architectures, where the stack-space allocated to the variable isn't cleared to zero, you always got the 'fix' option selected. See above for why this was bad. * process_cabinet(): now prints "Finished processing cabinet" when finished extracting, instead of just a blank line. Still prints blank lines for listing files. 2001-08-05 Stuart Caie * Makefile.am: the manpage wasn't included in the distribution. Fixed and re-issued the 0.3 release. 2001-08-02 Stuart Caie * decompress(): now takes a 'fix' flag, which causes MSZIP errors to be ignored. * cabinet_get_entries(): now keeps the printable information about previous and next cabinet parts * process_cabinet(): now prints the printable information about the next cabinet part in a multi-part cabinet * file_open(): now prepends a given directory if wanted, and can make the filename lowercase if wanted. * main(): changed to using getopt_long to parse arguments. Added -L (lowercase), -d (output to directory), -f (fix corrupt cabs), -h (help), -q (quiet) and -v was recycled to become --version, when used on its own. * LZXdecompress(): major bug fixed; the updated R0, R1 and R2 in uncompressed blocks were being stored in the uncomp_state block, not local variables. At the end of the function, the local values are always written back to the uncomp_state block. So the values placed there by the uncompressed block header were always overwritten. Thanks to Pavel Turbin for providing an example of this. * rindex(): this is the BSD precursor of the ANSI standard function strrchr(). Oops! Now uses strrchr(), or rindex() if strrchr() isn't available. * cabinet_find_header(): now prints an error message if it can't find a header. 2001-04-30 Stuart Caie * fixed includes to include both and if they both exist, and made some signedness conversions explicit. This should let cabextract compile with SGI's native compiler. Thanks to Markus Nullmeier for the patch. 2001-03-04 Stuart Caie * main(): now prints the version of cabextract in the copyright line. * cabinet_find_header(): now searches any kind of file, not just files beginning with 'MZ' header. Also, always searches entire file. This slows the search down, but increases the usefulness of the search overall, IMHO. Thanks to Eric Sharkey for pointing this out. * LZXdecompress(): fixed problem in intel decoding: E8 must not appear in the last 10 bytes, not the last 6 bytes... Thanks to Jae Jung who pointed this out to me. I didn't believe him at first, but he was quite right. Also thanks to Antoine Amanieux for providing example files affected by this. * process_cabinet(): now extends multipart cabinet filenames to be in the same directory as the base cabinet. * cabinet_open(): now only lowercases the filename part of a cabinet name, not the path part. 2001-03-03 Stuart Caie * LZXdecompress(): fixed LZX bit buffer exhaustion in where READ_HUFFSYM() requests more bits than the buffer actually contains: top-of-loop overflow check now allows for the input pointer to be 16 bits past the end of the buffer, but checks to ensure none of those 16 bits are actually used. Also increased decomp_state.inbuf by two bytes and clear the two bytes after loaded block in decompress(). Thanks to Jae Jung for pointing out this bug, and for providing example files which exposed the bug. 2001-02-26 Stuart Caie * added configure script / makefile using automake. * file_close(): now sets the timestamp on extracted files. usr/doc/cabextract-1.4/NEWS0100644000000000000000000001575011562533532014267 0ustar rootrootNew in 1.4: * A bug in the LZX decompressor was fixed. * cabextract is now more tolerant when processing cabinet sets. * cabextract is now compatible with even more compilers, and now supports 64-bit file I/O on platforms where it's completely native, like Mac OS X 10.6 and Fedora x86_64. * cabextract will no longer print "library not compiled to support large files" while reading small files. * The Windows CE installation format document was improved. New in 1.3: * Bugs in the MS-ZIP and Quantum decompressors have been fixed. * MS-ZIP recovery has been improved. * cabextract should now compile with MinGW New in 1.2: * "-t" option: Allows you to test that every file can be extracted without having to extract it. This also prints the MD5 checksum of the file. * UTF-8 filenames are now decoded correctly. * Large files (>2GB) are now searched correctly for cabinets. * Problems with the GNU library code have been fixed. * Several bugs in the LZX and Quantum decompressors have been fixed. New in 1.1: * A security vulnerability has been fixed. If the files within a cabinet file include the directory ".." in their filename, this will be changed to "xx", to prevent directory traversal by a malicious cabinet (e.g. a cabinet with "..\etc\passwd", "..\..\etc\passwd" and so on) * The GNU library code used has been upgraded to the latest from libiberty, so it should now work better with Cygwin. * cabextract should now compile cleanly on AIX. New in 1.0: * The libmspack library is used for all the hard work. You should find cabextract more robust, and fractionally faster. See the libmspack website at http://www.cabextract.org.uk/libmspack/ for more on this library. * Fixed a bug (now moved to libmspack) where CAB files that had two kinds of compression would crash. * CAB files should no longer get "/" and "\" mixed up, even with non MS-DOS cabinet files created by tools like Powerarchiver and Cablinux. * Now ignores CAB files listed on the command line that have already been used as part of a multipart set. You can now type "cabextract *.cab" on your Win95 cabinet set, and cabextract will not extract all the files sixty times over. * Now supports reading and extracting large (more than 2Gb) files. * "-L" option: viewing the archive pays attention to the "-L" flag, and shows the filenames in lowercase. * "-L" option: cabextract now correctly lowercases cabinet files with Unicode filenames. * "-l" option: viewing the archive should always show forward slashes as directory seperators. * "-F" option: Now you can choose which files are extracted from the cab. For example, "cabextract -F '*.wav' music.cab" extracts only WAV files. * "-s" option: Now you can limit which multipart cabinets are used. For example, "cabextract -s WIN98_5*.CAB" will only extract files from WIN98_50.CAB through WIN98_59.CAB. * "-p" option: Now you can extract files to stdout rather than disk. * Now comes with an experimental "wince_info" and "wince_rename" perl scripts in the src/ directory, for examining and processing Windows CE installation cabinet header files. There is also the "cabinfo" command for examining the structure of a cab file. As this information is not very useful to most people, none of these three tools are installed. * Both the English and Japanese manual page have been updated. * cabextract now alerts you if you try to unpack InstallShield cabinets. * The definition of Microsoft cabinet files for UNIX's "magic" file, in doc/magic, has been fixed, and a definition of Windows CE install cabinet header files has also been added. New in 0.6: * Quantum method is now supported! Many thanks to Matthew Russotto for this. * Fixed more build problems on non-glibc systems. I have now followed the 'FSF approved' method for including getopt_long, so hopefully Solaris and all the other OSes won't have a problem building cabextract any more. * Japanese manual page included -- you will have to install the file ja/cabextract.1 by yourself, it's not part of the install process. * Now searches for spanning cabinet files in a case-insensitive way. It also searches in both directions for spanned cabinets (each spanned cabinet can include a 'previous' and 'next' cabinet filename), so you can also specify a cabinet in the middle of a set and get the full set, rather than have to work out what the first cabinet is. * An off-by-one month error in file dates was fixed. * Cabinets with files beginning with "/" (or rather, "\") no longer extract to your root directory. * A better embeded cabinet search algorithm was introduced for finding those elusive cabinets in files and executables :) * Now you can find more than one cabinet in a file (if there is more than one to find), and it will be extracted or listed as normal. * Files and directories created now honour your umask settings. * Errors and warnings are now printed to stderr. New in 0.5: * Fixed build problems on non-glibc systems. New in 0.4: * Fixed a new bug I added by myself to 0.3... :) It corrupts all MS-ZIP compressed cabinets after the first 32k, and it should be very obvious that corruption has taken place. * cabextract should be happier building on Cygwin and other such architectures -- you should be able to "./configure; make; make install" again. This was broken in 0.3 due to the getopt.c / getopt1.c weirdness I copied from GNU hello. * Now prints 'Finished processing cabinet.' after completing the extraction a cabinet. New in 0.3: * Fixed very rare, but invisible decrunching bug... if you have any important things you extracted with cabextract, extract them again to be sure they're not corrupt. * cabextract now tells you if a file isn't a cabinet file. * cabextract now goes on to the next file, if extracting one fails. * cabextract now goes on to the next cabinet, if extracting one fails. * cabextract lets you try to 'fix' some cabinets by skipping over bad blocks rather than failing on them. If you have a corrupt cabinet, try the '-f' option, and see how it goes. * Use the new '-d dir' option to extract cabinets to a given directory. * Use the new '-L' option to turn the extracted filenames to lowercase. * Use the new '-q' option to be quiet while extracting archives. * cabextract now prints more information while it's probing multi-part cabinets New in 0.2: * new even-easier installation: ./configure; make; make install * Extracted files now have their timestamps set * Fixed bug which occured when extracting tiny files * Fixed completely invisible intel E8 decoding bug... if you have any important things you extracted with cabextract, extract them again to be sure they're not corrupt. * cabinet search extended to look through *any* file for cabinets, not just MS-DOS/Windows executables. * Now looks for multipart cabinets in the same directory as the base cabinet. This means you can do stuff like 'cd /tmp && cabextract /cdrom/part01.cab' New in 0.1: * supports MSZIP and LZX compression methods * supports split cabs and cabs embedded in executables * initial release usr/doc/cabextract-1.4/COPYING0100644000000000000000000010451311562533565014625 0ustar rootroot GNU GENERAL PUBLIC LICENSE Version 3, 29 June 2007 Copyright (C) 2007 Free Software Foundation, Inc. Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The GNU General Public License is a free, copyleft license for software and other kinds of works. The licenses for most software and other practical works are designed to take away your freedom to share and change the works. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change all versions of a program--to make sure it remains free software for all its users. 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(C) 2000-2010 Stuart Caie This is free software with ABSOLUTELY NO WARRANTY. Cabinet (.CAB) files are a form of archive, which Microsoft use to distribute their software, and things like Windows Font Packs. The cabextract program unpacks these files. For more information, see http://www.cabextract.org.uk/ or run the command 'cabextract --help'. Microsoft cabinet files should not be confused with InstallShield cabinet files. InstallShield files are generally called "_sys.cab", "data1.hdr" "data1.cab", "data2.cab" and so on, and are found in the same directory as "setup.exe". They begin with the magic characters "ISc(" rather than "MSCF". cabextract will print the message "This is probably an InstallShield file." when it finds such a file. The file "doc/magic" in the cabextract source archive includes additional file-identification rules for the UNIX file(1) command, which distinguishes between Microsoft and InstallShield cabinet files. Example usage: Extracting files from a cabinet file: $ cabextract wibble.cab Extracting files from an executable which contains a cabinet file: $ cabextract wibble.exe [cabextract will automatically search executables for embedded cabinets] Extracting files from a set of cabinet files; wib01.cab, wib02.cab, ...: $ cabextract wib01.cab [cabextract will automatically get the names of the other files] Extracting files to a directory of your choice (in this case, 'boogie'): $ cabextract -d boogie wibble.cab [cabextract will create the directory if it does not already exist] Listing files from a cabinet file: $ cabextract -l wibble.cab Testing the integrity of a cabinet file, without extracting it: $ cabextract -t wibble.cab Stuart Caie , May 2011 usr/doc/cabextract-1.4/magic0100644000000000000000000000235507730101333014560 0ustar rootroot#------------------------------------------------------------------------------ # Microsoft Cabinet files # # From (part of cabextract package) 0 string MSCF\0\0\0\0 Microsoft Cabinet file >8 lelong x \b, %u bytes >28 leshort 1 \b, 1 file >28 leshort >1 \b, %u files #------------------------------------------------------------------------------ # InstallShield Cabinet files # # From (part of cabextract package) 0 string ISc( InstallShield Cabinet file >5 byte&0xf0 =0x60 version 6, >5 byte&0xf0 !0x60 version 4/5, >(12.l+40) lelong x %u files #------------------------------------------------------------------------------ # Windows CE package files # # From (part of cabextract package) 0 string MSCE\0\0\0\0 Microsoft WinCE install header >20 lelong 0 \b, architecture-independent >20 lelong 103 \b, Hitachi SH3 >20 lelong 104 \b, Hitachi SH4 >20 lelong 0xA11 \b, StrongARM >20 lelong 4000 \b, MIPS R4000 >20 lelong 10003 \b, Hitachi SH3 >20 lelong 10004 \b, Hitachi SH3E >20 lelong 10005 \b, Hitachi SH4 >20 lelong 70001 \b, ARM 7TDMI >52 leshort 1 \b, 1 file >52 leshort >1 \b, %u files >56 leshort 1 \b, 1 registry entry >56 leshort >1 \b, %u registry entries usr/doc/cabextract-1.4/wince_cab_format.html0100644000000000000000000005630011515537077017742 0ustar rootroot Windows CE installation cabinet (.CAB) file format

Windows CE installation cabinet (.CAB) file format

Table of Contents

About the format

The Windows CE installation cabinet format was designed by Microsoft make it easy to create packaged software for the Windows CE platform. After generating all his executable programs, data files, help files and so on, a developer can then write an "installation script" which lists the name of the software package, where each file should be installed on the target device's filesystem, registry entries to make on the target system's Windows Registry, and so on. A tool called "CabWiz" takes the installation script and produces a single CAB file with a special control file stored in it. On the target Windows CE device, a program called WCELOAD.EXE will read cabinet files, install them, register them as installed packages, set their registry entries, and so on.

The Cabinet format was previously developed by Microsoft for creating a simple archive format for packaged software, from entire operating systems down to ActiveX Web plugins. They also intended to displace Sun's JAR format for packaging Java software, but this did not succeed.

Overall cabinet file format

Firstly, the overall file format of a Windows CE installation cabinet is the standard Microsoft Cabinet file format. This was originally documented in the Microsoft document CABFMT.DOC as part of the Microsoft Cabinet SDK (CAB-SDK.EXE), it is now documented in the Windows Installer documentation. The format can also be gleaned from open source tools and libraries such as cabextract and libmspack. Windows CE installation cabinets typically use no compression (the NONE compression method in the cabinet specification), sometimes MSZIP compression.

Cabinet file contents

The filenames of the files in the cabinet use the MS-DOS "8.3" convention, where the first eight characters in the filename come from the "true filename", and are followed by a period and three numeric digits. The digits form a decimal number from 000 to 999. The name part before the period is currently always 8 characters (shorter names are padded on the left with "0"), but this shouldn't be relied upon. Only the numeric extension should be used to identify the file. There should not be more than one file in the cabinet with the same numeric extension. As an example:

Name in cab fileOriginal filename
BLKJAC~4.000--- (installation data)
BLACKJ~1.999Blackjack Setup.dll
SELFRE~1.006SelfRegister.dll
0Blkjack.005Blkjack.exe
00Sample.004Sample.BJL
WINGAM~1.003Win Game.wav
LOSEGA~1.002Lose Game.wav
BLACKJ~1.001Blackjack Help.htp

The order of these files within the cab file is important. The first file in the cabinet should be the ".000" file. It should then be followed by all other files in descending numerical order of their extensions.

These original filenames are not recoverable, they are not stored anywhere. The only names available are the target filenames given in the FILES section of the .000 file.

All installation data is contained in the .000 file. If a .999 file exists, it is an "application specific Setup.DLL"; a Microsoft standard Dynamic Link Library that will be loaded and executed after installation by the installation program. All other files are files for installation on the Windows CE device, and the three digits should be resolved into an integer "file number".

Format of the .000 file

All multi-byte integers are little-endian. Values given in this document are in decimal, unless otherwise specified. The overall file format of the .000 file is as follows:

Only the fixed size header has a fixed file offset, all other strings and sections may be at any file offset, in any order. They are typically in the order given above. Each file offset is given in the fixed size header.

The fixed size header

The .000 file begins at file offset 0 with a fixed size header of exactly 100 bytes. The format of this header is as follows:

OffsetSize in bytesDescription
04An ASCII signature, "MSCE". This is 0x4543534D as a little-endian integer.
44Unknown purpose, usually 0.
84The overall length of this .000 header file, in bytes.
124Unknown purpose, usually 0.
164Unknown purpose, usually 1.
204Target architecture for this cabinet: see Appendix A.
244Minimal version of WinCE (major version number) required to install this cabinet, or 0 to indicate no restriction.
284Minimal version of WinCE (minor version number) required to install this cabinet, or 0 to indicate no restriction.
324Maximal version of WinCE (major version number) required to install this cabinet, or 0 to indicate no restriction.
364Maximal version of WinCE (minor version number) required to install this cabinet, or 0 to indicate no restriction.
404Minmal version of WinCE (build number) required to install this cabinet, or 0 to indicate no restriction.
444Maximal version of WinCE (build number) required to install this cabinet, or 0 to indicate no restriction.
482The number of entries in the STRINGS section.
502The number of entries in the DIRS section.
522The number of entries in the FILES section.
542The number of entries in the REGHIVES section.
562The number of entries in the REGKEYS section.
582The number of entries in the LINKS section.
604The file offset of the STRINGS section in bytes.
644The file offset of the DIRS section in bytes.
684The file offset of the FILES section in bytes.
724The file offset of the REGHIVES section in bytes.
764The file offset of the REGKEYS section in bytes.
804The file offset of the LINKS section, in bytes.
842The file offset of the APPNAME string in bytes.
862The length of the APPNAME string in bytes, including null terminating byte.
882The file offset of the PROVIDER string in bytes.
902The length of the PROVIDER string in bytes, including null terminating byte.
922The file offset of the UNSUPPORTED multi string in bytes.
942The length of the UNSUPPORTED multi string in bytes, including null terminating byte.
962Unknown purpose, usually 0.
982Unknown purpose, usually 0.

The APPNAME string

This is a null-terminated ASCII string that gives the name of the packaged application.

The PROVIDER string

This is a null-terminated ASCII string that gives the name of the author or publisher of the packaged application.

The UNSUPPORTED multi string

If this string has more than zero bytes length according to the fixed size header, then this is a sequence of consecutive null terminated ASCII strings. The sequence always terminates with an empty string. Each string is the ASCII name of a Windows CE platform where this software is not supported and will not run. Platforms seen in this sequence include "PALM PC", "HPC", "JORDAN", "PALM PC2" and "POCKETPC".

The STRINGS section

The STRINGS section is a number of common ASCII strings that may be used in the installation data. In other sections, strings from the STRINGS section are referred to by their string ID. The total number of entries in this section is given in the fixed size header. There is no padding between string entries. The format of each STRING entry is as follows:

  • 2 bytes: An integer string ID.
  • 2 bytes: The length of the string, including the null terminator byte.
  • X bytes: the string itself, for the length given above.

As an example, the hexadecimal byte stream 04 00 09 00 53 6F 66 74 77 61 72 65 00 decodes to "ID=4 (04 00), length=9 (09 00), string=Software". The hexadecimal byte stream 05 00 0A 00 4D 69 63 72 6F 73 6F 66 74 00 decodes to "ID=5 (05 00), length=10 (0A 00), string=Microsoft".

The DIRS section

The DIRS section is a list of directory paths used in the installation. In other sections, paths from the DIRS section are referred to by their directory ID. The total number of entries in this section is given in the fixed size header. There is no padding between directory entries. The format of each directory entry is as follows:

  • 2 bytes: An integer directory ID.
  • 2 bytes: The length of the following directory specification, in bytes.
  • X bytes: A directory specification. This is simply an array of 16-bit (2 byte) numbers, where each number is a string ID. The final number is always 0, which terminates the list.

For example, the hexidecimal byte stream 01 00 0A 00 01 00 02 00 03 00 04 00 00 translates "dir ID=1 (01 00), length=10 (0A 00), specification={1, 2, 3, 4}". Assuming string ID 1 is "foo", string ID 2 is "bar", string ID 3 is "baz" and string ID 4 is "quux", the specification translates from {1, 2, 3, 4} to "foo\bar\baz\quux".

The directory specification may begin with a path member of the form "%CEn%", where n is a decimal integer from 1 to 17. This is an abbreviation for one of the CE standard directories, as listed in Appendix B.

The FILES section

The FILES section is a list of files to be installed on the target device. All files in the list should be installed. In other sections, files from the FILES section are referred to by their file ID. The total number of entries in this section is given in the fixed size header. There is no padding between file entries. The format of each file entry is as follows:

  • 2 bytes: An integer file ID. The file for installation is the file in the cabinet which has this integer as a three digit file extension.
  • 2 bytes: The directory ID for where this file should be installed.
  • 2 bytes: Unknown purpose, usually the same as the file ID.
  • 4 bytes: File flags. A 32-bit integer. The following bits are known:
    FlagDescription
    Bit 31 (0x80000000) If bit is set, this file is a reference-counting shared file. It is not deleted at uninstall time unless its reference count is 0.
    Bit 30 (0x40000000)If bit is set, ignore file date (stored in the cabinet file) and always overwrite target (on CE device). Mutually exclusive with bit 29.
    Bit 29 (0x20000000)If bit is set, do not overwrite target if target is newer. Mutually exclusive with bit 30.
    Bit 28 (0x10000000)If bit is set, self-register this DLL.
    Bit 10 (0x00000400)If bit is set, do not copy this file to the target unless the target already exists. Mutually exclusive with bit 4.
    Bit 4 (0x00000010)If bit is set, do not overwrite target if it already exists. Mutually exclusive with bit 10.
    Bit 1 (0x00000002)If bit is set, do not skip this file.
    Bit 0 (0x00000001)If bit is set, warn the user if this file is skipped.
    All other bits are unknown.
  • 2 bytes: the length of the installed file's filename, including the null terminator.
  • X bytes: the installed file's filename, with the length given above. A null terminated ASCII string.

The REGHIVES section

The REGHIVES section is a list of hives in the Windows Registry. These hives are then used in the REGKEYS section for actual registry entries. In other sections, hives from the REGHIVES section are referred to by their hive ID. The total number of entries in this section is given in the fixed size header. There is no padding between hive entries. The format of each hive entry is as follows:

  • 2 bytes: An integer hive ID.
  • 2 bytes: The hive root, an integer from 1 to 4:
    1. HKCR: HKEY_CLASSES_ROOT
    2. HKCU: HKEY_CURRENT_USER
    3. HKLM: HKEY_LOCAL_MACHINE
    4. HKU: HKEY_USERS
  • 2 bytes: Unknown purpose, usually 0.
  • 2 bytes: Length of the registry hive specification to follow, in bytes.
  • X bytes: A registry hive specification. This is simply an array of 16-bit (2 byte) numbers, where each number is a string ID. The final number is always 0, which terminates the list.

The REGKEYS section

The REGKEYS is a list of registry entries -- key / data pairs -- to be added to the Windows Registry upon installation. All entries in the list should be added. The total number of entries in this section is given in the fixed size header. There is no padding between entries. The format of each entry is as follows:

  • 2 bytes: An integer key ID.
  • 2 bytes: The hive ID of the hive to store this entry in.
  • 2 bytes: A Boolean value, either 1 if variable substitution should be performed or 0 if not. The entry data should have substrings such as %InstallDir% or one the %CEn% values.
  • 4 bytes: The type of entry data, and flags.
    FlagDescription
    Bit 16 set, bit 0 set (0x00010001)This key is of type TYPE_DWORD, a 32-bit integer.
    Bit 16 clear, bit 0 clear (0x00000000)This key is of type TYPE_SZ, a null terminated ASCII string.
    Bit 16 set, bit 0 clear (0x00010000)This key is of type TYPE_MULTI_SZ, a list of null terminated ASCII strings.
    Bit 16 clear, bit 0 set (0x00000001)This key is of type TYPE_BINARY, raw binary data in no particular format.
    Bit 1 (0x00000002)This is the only known flag, NOCLOBBER. If this bit is set, the registry entry should not be overwritten if it already exists in the registry.
    All other bits are undefined.
  • 2 bytes: The length of entry data to follow, in bytes.
  • X bytes: Registry entry data. This begins with a null terminated ASCII string, giving the name of the registry key. If the empty string is used here, this is the default key for the given hive. Immediately following the null byte of the string is the data for the registry entry, whose format depends on the entry type given in the flags:
    • TYPE_DWORD: four bytes, giving a single 32-bit integer.
    • TYPE_SZ: a single null terminated ASCII string.
    • TYPE_MULTI_SZ: a sequence of consecutive null terminated ASCII strings. The sequence always terminates with an empty string.
    • TYPE_BINARY: no specific format, just raw data.

The LINKS section

The LINKS section is a list of symbolic links to be made in the standard installation directories, to link to installed directories or files. The total number of links in this section is given in the fixed size header. There is no padding between links. Each link has the following format:

  • 2 bytes: An integer link ID.
  • 2 bytes: Unknown purpose.
  • 2 bytes: The base directory where the link will be stored, either 0 to indicate "%InstallDir%", the default directory where the application is installed, or a number from 1 to 17 to indicate "%CEn%", one of the standard installation directories as defined in Appendix B. The link specification, given below, should be added to this base directory, to get the full name of the link.
  • 2 bytes: Integer ID of the file or directory that the link should point to. It is either a file ID, or a directory ID, depending on the link type. If it is a directory ID, the ID 0 can be used to refer to %InstallDir%.
  • 2 bytes: The link type. This is 0 if the link target is a directory, or 1 if the link target is a file.
  • 2 bytes: The length of the link specification in bytes.
  • X bytes: The link specification. This is simply an array of 16-bit (2 byte) numbers, where each number is a string ID. The final number is always 0, which terminates the list.

Appendix A: a list of processor architectures

ValueDescription
0No specific architecture
103SHx SH3
104SHx SH4
386Intel 386
486Intel 486
586Intel Pentium
601PowerPC 601
603PowerPC 603
604PowerPC 604
620PowerPC 620
821Motorola 821
1824ARM 720
2080ARM 820
2336ARM 920
2577StrongARM
4000MIPS R4000
10003Hitachi SH3
10004Hitachi SH3E
10005Hitachi SH4
21064Alpha 21064
70001ARM 7TDMI

Appendix B: a list of %CEn% shortcuts

First, for a Handheld PC:

ValueStandard directory
%CE1%\Program Files
%CE2%\Windows
%CE3%\Windows\Desktop
%CE4%\Windows\StartUp
%CE5%\My Documents
%CE6%\Program Files\Accessories
%CE7%\Program Files\Communications
%CE8%\Program Files\Games
%CE9%\Program Files\Pocket Outlook
%CE10%\Program Files\Office
%CE11%\Windows\Programs
%CE12%\Windows\Programs\Accessories
%CE13%\Windows\Programs\Communications
%CE14%\Windows\Programs\Games
%CE15%\Windows\Fonts
%CE16%\Windows\Recent
%CE17%\Windows\Favorites

For a Pocket PC version 1.0 or 2.0, as per Handheld PCs, except

ValueStandard directory
%CE3%undefined
%CE9%undefined
%CE10%undefined
%CE11%\Windows\Start Menu\Programs
%CE12%\Windows\Start Menu\Accessories
%CE13%\Windows\Start Menu\Communications
%CE14%\Windows\Start Menu\Games
%CE16%undefined
%CE17%\Windows\Start Menu

For a Pocket PC version 3.0, as for 1.0 or 2.0, except

ValueStandard directory
%CE6%undefined
%CE7%undefined
%CE8%undefined
%CE12%undefined
%CE13%undefined
%CE16%undefined
usr/doc/cabextract-1.4/AUTHORS0100644000000000000000000000105610656151246014633 0ustar rootrootPrincipal author: Stuart Caie cabextract uses a cut-down version of the libmspack library, available at http://www.cabextract.org.uk/libmspack/ Japanese manual page by Katsumi Saito. Original manual page and Debian packaging by Eric Sharkey. FreeBSD packaging by Maxim Sovolev. NetBSD packaging by Ben Collver et al. SuSE packaging by Stefan Dirsch. RPM spec file by Soos Peter. cabextract uses GNU versions of the getopt_long(), mktime() and fnmatch() functions, (C) Free Software Foundation, if not found as part of the operating system. install/0040755000000000000000000000000012236150220011217 5ustar rootrootinstall/slack-desc0100644000000000000000000000155412236150220013155 0ustar rootroot# HOW TO EDIT THIS FILE: # The "handy ruler" below makes it easier to edit a package description. Line # up the first '|' above the ':' following the base package name, and the '|' # on the right side marks the last column you can put a character in. You must # make exactly 11 lines for the formatting to be correct. It's also # customary to leave one space after the ':'. |-----handy-ruler------------------------------------------------------| cabextract: cabextract (program to extract Microsoft Cabinet files) cabextract: cabextract: Cabinet (.CAB) files are a form of archive, which Microsoft use to cabextract: distribute their software, and things like Windows Font Packs. cabextract: The cabextract program simply unpacks such files. cabextract: cabextract: cabextract: cabextract: cabextract: Cabextract home: http://www.cabextract.org.uk/ cabextract: