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ё = а SC68 Music-file / (c) (BeN)jami sc68 Atari ST music = C64 tape image file T64 tape Image x
Version:0x%x !
$ Entries:%i x ( Name:%.24s = C64S tape image file T64 tape Image x
Version:0x%x !
$ Entries:%i x ( Name:%.24s = э (*This is a Mathematica binary Mathematica binary file > X № from %s = $ Foglio di lavoro Microsoft Exce %s = o( eval '(exit $?0)' && eval 'exec perl script text = - ** This file contains an SQLite SQLite 2.x database = . Cobalt Networks Inc.
Firmware v Paged COBALT boot rom x & !. V%.4s = К/ % BibTeX standard bibliography BibTeX standard bibliography style text file = 21 Decode the following with bdeco bencoded News text = ј$ аЯрЁБс > ўџ Microsoft Installer = n( eval "exec /usr/local/bin/perl perl script text executable = $ must be converted with BinHex BinHex binary text x ) % , version %.3s = $ Microsoft Excel 5.0 Worksheet %s = Л0 old timezone data = М0 old timezone data = Н0 old timezone data = О0 old timezone data = П0 old timezone data = Р0 old timezone data = 61 must be converted with BinHex BinHex binary text x ) 71 , version %.3s = л 1 0 0 2 0 0 3 old ACE/gr binary file > ' м - version %c = е (*^
::[ frontEndVersion = Mathematica notebook = ѕ# Microsoft Word 6.0 Document %s = ) SVN-fs-dump-format-version: Subversion dumpfile > Ў) (version: %s) = ]+ # Netscape HTTP Cookie File Netscape cookie text = і# Documento Microsoft Word 6 Spanish Microsoft Word 6 document data =
# This is a shell archive shell archive text = ш # ACE/gr fit description ACE/gr fit description file = № Paint Shop Pro Image File Paint Shop Pro Image File = e 5
East_Side_Invertationa Quake I save: ddm4 East side invertationa = ў (*********************** Mathematica 3.0 notebook = ы# аЯрЁБсAAFB
OM+4џ AAF legacy file using MS Structured Storage = ь# (512B sectors) = э# (4kB sectors) = ю# аЯрЁБс
+4 AAF file using MS Structured Storage = я# (512B sectors) = №# (4kB sectors) = & BD Netscape Address book = l( eval "exec /usr/bin/perl perl script text = I И/ %%% @BibTeX-style-file{ BibTeX style text file (with full header) = Я Common subdirectories: 'diff' output text = W 5
The_Incinerator_Plant Quake I save: d7 The incinerator plant = [ 5
Takahiro_Laboratories Quake I save: d12 Takahiro laboratories = р # ACE/gr parameter file ACE/gr ascii file = & # Netscape folder cache Netscape folder cache = F GF1PATCH110 ID#000002 GUS patch = G GF1PATCH100 ID#000002 Old GUS patch = С Winamp EQ library file %s x Ф %.4s = Ш #! /usr/local/bin/tcsh Tenex C shell script text executable = г #! /usr/local/bin/nawk new awk script text executable = ж #! /usr/local/bin/gawk GNU awk script text executable = т #! /usr/local/bin/bash Bourne-Again shell script text executable = Ч <list>
<protocol bbn-m Diamond Multimedia Document = я FreeBSD/i386 a.out core file > from '%s' =
5
the_Slipgate_Complex Quake I save: e1m1 The slipgate complex = 5
Castle_of_the_Damned Quake I save: e1m2 Castle of the damned = 5
the_Dismal_Oubliette Quake I save: e2m6 The dismal oubliette = 5
Satan's_Dark_Delight Quake I save: e3m4 Satan's dark delight = ! 5
The_Tower_of_Despair Quake I save: e4m2 The tower of despair = " 5
The_Elder_God_Shrine Quake I save: e4m3 The elder god shrine = ( 5
Shub-Niggurath's_Pit Quake I save: end Shub-Niggurath's pit = < 5
The_Gremlin's_Domain Quake I save: hip2m6 The gremlin's domain (secret) = D 5
the_Edge_of_Oblivion Quake I save: hipdm1 The edge of oblivion (secret) = b 5
The_Seventh_Precinct Quake I save: ddm1 The seventh precinct = Ќ WriteNow @ Maple worksheet, but weird = ё$ Bochs Virtual HD Image Bochs disk image, x ђ$ type %s, x 0 ѓ$ subtype %s = m( #! /usr/local/bin/perl perl script text = Ю #! /usr/local/bin/zsh Paul Falstad's zsh script text executable = Я #! /usr/local/bin/ash Neil Brown's ash script text executable = я #! /usr/local/bin/php PHP script text executable = и Copyright (c) 199 Adobe Multiple Master font = й
Copyright (c) 199 Adobe Multiple Master font = 5
The_House_of_Chthon Quake I save: e1m7 The house of Chthon = 5
Termination_Central Quake I save: e3m1 Termination central = 5
Chambers_of_Torment Quake I save: e3m6 Chambers of torment = , 5
Place_of_Two_Deaths Quake I save: dm1 Place of two deaths = 6 5
The_Pumping_Station Quake I save: hip1m1 The pumping station = = 5
The_Black_Cathedral Quake I save: hip2m2 The black cathedral = Y 5
The_Underwater_Base Quake I save: d8 The underwater base = о # xvgr parameter file ACE/gr ascii file = п # xmgr parameter file ACE/gr ascii file = R This is a BitMap file Lisp Machine bit-array-file = ќ М# Must have DOS version DR-DOS executable (COM) = & Ё
skiplist file Cyrus skiplist DB = ю # CAR archive header SAPCAR archive data = DIGI Booster module %s > %c > %c > %c > %c > b , "%s" = ? Extended Instrument: Fast Tracker II Instrument = а #! /usr/local/bin/ae Neil Brown's ae script text executable = p
GameBoy Music Module Nintendo Gameboy Music Module = 5
The_Door_To_Chthon Quake I save: e1m6 The door to Chthon = 5
the_Crypt_of_Decay Quake I save: e2m3 The crypt of decay (dopefish lives!) = 5
the_Wizard's_Manse Quake I save: e2m5 The wizard's manse = 5
the_Tomb_of_Terror Quake I save: e3m3 The tomb of terror = # 5
the_Palace_of_Hate Quake I save: e4m4 The palace of hate = - 5
Claustrophobopolis Quake I save: dm2 Claustrophobopolis = . 5
The_Abandoned_Base Quake I save: dm3 The abandoned base = т # Grace project file Grace project file = у @version (version > ф %c > ! х .%.2s > # ц .%.2s) = $ Nullsoft AVS Preset Winamp plug in = .$ ? 3W5Жi4%A PGP sig = /$ ? 3W6Жi4%A PGP sig = 0$ ? 3W7Жi4%A PGP sig = 1$ ? 3W8Жi4%A PGP sig = 2$ ? 3W9Жi4%A PGP sig = 6$ MDIF њ&@} MS Windows special zipped file = A$ L Р F MS Windows shortcut = j( eval "exec /bin/perl perl script text = Ѕ( # PaCkAgE DaTaStReAm pkg Datastream (SVR4) = u- MV - CPCEMU Disk-Fil Amstrad/Spectrum .DSK data = w- EXTENDED CPC DSK Fil Amstrad/Spectrum Extended .DSK data = ђ !<arch>
__________E MIPS archive = ѓ U with MIPS Ucode members = є L with MIPSEL members = ѕ B with MIPSEB members = і L and an EL hash table = ї B and an EB hash table = ј X -- out of date = н 0123456789012345BZh EXP1 archive data = Creative Voice File Creative Labs voice data = > - version %d > ! .%d = G Sharp JisakuMelody SHARP Cell-Phone ringing Melody = H Ver01.00 Ver. 1.00 x I , %d tracks = д !<arch>
________64E Alpha archive = е X -- out of date =
5
the_Grisly_Grotto Quake I save: e1m4 The grisly grotto = 5
the_Ebon_Fortress Quake I save: e2m4 The ebon fortress = 5
the_Haunted_Halls Quake I save: e3m7 The haunted halls (secret) = 5
the_Sewage_System Quake I save: e4m1 The sewage system = % 5
the_Nameless_City Quake I save: e4m8 The nameless city (secret) = : 5
Research_Facility Quake I save: hip1m4 Research facility = ь п SWAPSPACE2S1SUSPEND Linux/i386 swap file (new style) with SWSUSP1 image = Т$ Client UrlCache MMF Microsoft Internet Explorer Cache File > У$ Version %s = v- MV - CPC format Dis Amstrad/Spectrum DU54 .DSK data = Z2 ML4D '92 Smith Corona PWP = [2 , single spaced = \2 , 1.5 spaced = ]2 , double spaced = ^2 B , letter = _2 T , legal = `2 F , A4 = ф FiLeStArTfIlEsTaRt binscii (apple ][) text = SOUND SAMPLE DATA Sample Vision file = Ц [Equalizer preset] XMMS equalizer preset = Ч #! /usr/local/tcsh Tenex C shell script text executable =
Ї MIT-MAGIC-COOKIE-1 X11 Xauthority data = Ј MIT-MAGIC-COOKIE-1 X11 Xauthority data = Љ MIT-MAGIC-COOKIE-1 X11 Xauthority data =
Њ MIT-MAGIC-COOKIE-1 X11 Xauthority data = Ћ MIT-MAGIC-COOKIE-1 X11 Xauthority data = Ќ MIT-MAGIC-COOKIE-1 X11 Xauthority data = MIT-MAGIC-COOKIE-1 X11 Xauthority data = Ў MIT-MAGIC-COOKIE-1 X11 Xauthority data = Џ MIT-MAGIC-COOKIE-1 X11 Xauthority data = 5
Ziggurat_Vertigo Quake I save: e1m8 Ziggurat vertigo (secret) = 5
the_Installation Quake I save: e2m1 The installation = 5
the_Ogre_Citadel Quake I save: e2m2 The ogre citadel = 7 5
Storage_Facility Quake I save: hip1m2 Storage facility = 8 5
Military_Complex Quake I save: hip1m5 Military complex (secret) = O 5
The_Genetics_Lab Quake I save: d11 The genetics lab (secret) = Imagefile version- iff image data >
%s = Н (SYSTEM::VERSION ' CLISP byte-compiled Lisp program text = Ѓ) #! /usr/bin/python python script text executable = \+ # HTTP Cookie File Web browser cookie text = ц MUGICIAN/SOFTEYES Mugician Module sound file = Њ %!PS-AdobeFont-1. PostScript Type 1 font text > Ћ (%s) = Ќ %!PS-AdobeFont-1. PostScript Type 1 font program data = M 5
SECRET_MISSIONS Quake I save: d3b Secret missions = R 5
Takahiro_Towers Quake I save: d2 Takahiro towers = h 5
SANDRA'S_LADDER Quake I save: ddm7 Sandra's ladder = generated by flex C program text (from flex) = Т
#
## <SHAREFILE= Maple something = Х
#
## <SHAREFILE= Maple something = $% 1.00 .0000.0000 MSVC .wsp version 1.0000.0000 = ^+ # KDE Cookie File Konqueror cookie text = т+ TRSNIFF data Sniffer capture file = ! у+ (compressed) x
ф+ - version %d x
х+ .%d = ц+ (Token Ring) = ч+ (Ethernet) = ш+ (ARCNET) = щ+ (StarLAN) = ъ+ (PC Network broadband) = ы+ (LocalTalk) = ь+ (Znet) = э+ (Internetwork Analyzer) = ю+ (FDDI) = я+
(ATM) = / This is METAFONT, METAFONT transcript text = / This is Info file GNU Info text = I Ж/ %%% BibTeX-file{ BibTex text file (with full header) = П2 HWP Document File Hangul (Korean) Word Processor File 3.0 = LinuxGuestRecord Xen saved domain = (name (name x %s...) = Х #VRML V1.0 ascii VRML 1 file = R Extended Module: Fasttracker II module sound data > S Title: "%s" = w SIDPLAY INFOFILE Sidplay info file = NIST_1A
1024
NIST SPHERE file = 8 RAD by REALiTY!! RAD Adlib Tracker Module RAD = в #! /usr/bin/nawk new awk script text executable = е #! /usr/bin/gawk GNU awk script text executable = . VoIP Startup and Aculab VoIP firmware x # / format %s = ѕ <MakerDictionary FrameMaker Dictionary text = і 3.0 (3.0) = ї 2.0 (2.0) = ј 1.0 (1.x) = љ <MakerScreenFont FrameMaker Font file = њ 1.01 (%s) = 5
the_Necropolis Quake I save: e1m3 The necropolis = ; 5
Ancient_Realms Quake I save: hip2m1 Ancient realms = F 5
Armagon's_Lair Quake I save: hipend Armagon's lair = T 5
Into_The_Flood Quake I save: d4 Into the flood = f 5
Slaughterhouse Quake I save: ddm5 Slaughterhouse = р PC Research, Inc group 3 fax data = с , normal resolution (204x98 DPI) = т , fine resolution (204x196 DPI) = Ѓ 7 B 9d9G EPOC MBM image file = PaRtImAgE-VoLuMe PartImage = 0.6.1 file version %s > ` џџџџџџџџ volume %ld > " type %s > # device %s, > $ original filename %s, = D' & not compressed = D' ' gzip compressed = D' ( bzip2 compressed > D' ) compressed with unknown algorithm > * 0.6.1 file version %s < + 0.6.1 file version %s = С #
## <SHAREFILE= Maple something = Ф #
## <SHAREFILE= Maple something = Ц #
## <DESCRIBE> Maple something anomalous. = $ ITSF ` MS Windows HtmlHelp Data = % Microsoft C/C++ MSVC program database = % program database > ! % ver %s = & StartFontMetrics ASCII font metrics = "' InternetShortcut MS Windows 95 Internet shortcut text > #' (URL=<%s>) = k( #! /usr/bin/perl perl script text executable = ) [K (a (g Canon Bubble Jet BJC formatted data = #) @(R REMOTE1P Epson Stylus Color 460 data = с, ObserverPktBuffe Network Instruments Observer capture file =
- !NTITLE
REMARK CNS ASCII electron density map = )- MMX MAR Area Detector Image, > 0 *- Compressed(%d), > L +- %d headers, > P ,- %d x > T -- %d, > ` .- %d bits/pixel = у0 BEA TUXEDO DES mask data = ш0 Interpress/Xerox Xerox InterPress data = щ0 / (version > ъ0 %s) = c2 џWPC
(WP) loadable text = d2 Optimized for Intel = e2 Optimized for Non-Intel = : ч SIDMON II - THE Sidmon 2.0 Module sound file = Ц #VRML V2.0 utf8 ISO/IEC 14772 VRML 97 file = _SGI_SoundTrack SGI SoundTrack project file = z A#S#C#S#S#L#V#3 Synthesizer Generator or Kimwitu data = | A#S#C#S#S#L#HUB Kimwitu++ data = Д version=SPECjbb SPECjbb < Е : %.4s < % Ж : v%.4s raw result text = Э #! /usr/bin/zsh Paul Falstad's zsh script text executable = й #! /usr/bin/awk awk script text executable = ч #! /usr/bin/env a > ш %s script text executable = № #! /usr/bin/php PHP script text executable = Standard Jet DB Microsoft Access Database = 5
Vaults_of_Zin Quake I save: e3m2 Vaults of Zin = $ 5
Hell's_Atrium Quake I save: e4m5 Hell's atrium = & 5
The_Pain_Maze Quake I save: e4m6 The pain maze = / 5
The_Bad_Place Quake I save: dm4 The bad place = 1 5
The_Dark_Zone Quake I save: dm6 The dark zone = 9 5
the_Lost_Mine Quake I save: hip1m3 The lost mine = > 5
The_Catacombs Quake I save: hip2m3 The catacombs = @ 5
Mortum's_Keep Quake I save: hip2m5 Mortum's keep = P 5
BACK_2_MALICE Quake I save: d4b Back to Malice = V 5
Nuclear_Plant Quake I save: d6 Nuclear plant = Z 5
Takahiro_Base Quake I save: d9 Takahiro base = \ 5
Stayin'_Alive Quake I save: d13 Stayin' alive = d 5
Crazy_Eights! Quake I save: ddm3 Crazy eights! = ѕ MMAPBF Mathematica PBF (fonts I think) = ю! glfHeadMagic(); GLF_TEXT = " BEGIN:VCALENDAR vCalendar calendar file = % Borland C++ Pro MSVC .ide = "+ #pmieconf-rules PCP pmieconf rules > #+ (V.%1.1s) = J+ <?xml version " XML = K+ <?xml version=" XML = L+ <?xml version=' XML > M+ %.3s document text = N+ <xsl:stylesheet (XSL stylesheet) = O+ <xsl:stylesheet (XSL stylesheet) = Ё- SQLite format 3 = < Ђ- _MTN Monotone source repository ! < Ѓ- SQLite 3.x database, user version %u = < Є- SQLite 3.x database = Ў/ @inproceedings{ BibTeX text file = х AON4artofnoise Art Of Noise Module sound file = Relay-Version: old news text = Т
Version:Vivo Vivo video data = л !<arch>
debian = м debian-split part of multipart Debian package =
н debian-binary Debian binary package > D о (format %s) = LBR archive data = M MAS_UTrack_V00 > N /0 ultratracker V1.%.1s module sound data = C64S tape file T64 tape Image x
Version:0x%x !
$ Entries:%i x ( Name:%.24s = х #!/usr/bin/env a > ц %s script text executable = 5
Introduction Quake I save: start Introduction = 5
Wind_Tunnels Quake I save: e3m5 Wind tunnels = E 5
The_Gauntlet Quake I save: hip3m4 The gauntlet = N 5
The_Hospital Quake I save: d10 The hospital (secret) = S 5
A_Rat's_Life Quake I save: d3 A rat's life = З id=ImageMagick MIFF image data = У ## <SHAREFILE= Maple something = @! Content-Type: > A! %s = $ HyperTerminal hyperterm = $ 1.0 -- HyperTerminal data file MS-windows Hyperterminal = D$ BA( . Icon for MS Windows = ( -----BEGIN PGP PGP armored data = ( PUBLIC KEY BLOCK- public key block = ( MESSAGE- message = ( SIGNED MESSAGE- signed message = ( PGP SIGNATURE- signature = B+ <!DOCTYPE html HTML document text = / \input texinfo Texinfo source text = / @incollection{ BibTeX text file =
MIME-Version: MIME entity text =
(C) STEPANYUK ARS-Sfx archive data =
љ BEGIN:IMELODY iMelody Ringtone Format =
і
C64 CARTRIDGE CCS C64 Emultar Cartridge Image =
И BEGIN SPECWEB SPECweb <
Й : %.2s = К _SSL _SSL < Л : v%.4s raw result text < М : v%.4s raw result text =
п SplineFontDB: Spline Font Database x р version %s =
' 5
Azure_Agony Quake I save: e4m7 Azure agony =
0 5
The_Cistern Quake I save: dm5 The cistern =
? 5
the_Crypt__ Quake I save: hip2m4 The crypt =
A 5
Tur_Torment Quake I save: hip3m1 Tur torment =
B 5
Pandemonium Quake I save: hip3m2 Pandemonium =
J 5
The_Academy Quake I save: start The academy =
X 5
The_Foundry Quake I save: d7b The foundry =
] 5
B.O.S.S._HQ Quake I save: d14 B.O.S.S. HQ =
c 5
Sub_Station Quake I save: ddm2 Sub station =
GIMP Gradient GIMP gradient data =
' Я <gmr:Workbook Gnumeric spreadsheet =
B! Content-Type: >
C! %s =
3$ 2RФ@х" PGP sig =
л( %-12345X%!PS PostScript document =
я( %-12345X@PJL HP Printer Job Language data =
ј( %-12345X@PJL HP Printer Job Language data > љ( %s > њ( %s > ћ( %s > ќ( %s =
$+ pmieconf-pmie PCP pmie config > %+ (V.%1.1s) =
. #SUNPC_CONFIG SunPC 4.0 Properties Values =
Д/ @unpublished{ BibTeX text file = TADS2 save/g TADS !
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%s saved game data = Return-Path: smtp mail text = ж DVDVIDEO-VTS Video title set, x ! з v%x = и DVDVIDEO-VMG Video manager, x ! й v%x = z Packed File Personal NetWare Packed File x { , was "%.12s" = Й TWIN97012000 VQF data = К , Mono = Л , Stereo > М , %d kbit/s > # Н , %d kHz = Ц #! /bin/tcsh Tenex C shell script text executable = б #! /bin/nawk new awk script text executable = д #! /bin/gawk GNU awk script text executable = с #! /bin/bash Bourne-Again shell script text executable = 5
Gloom_Keep Quake I save: e1m5 Gloom keep = 5
Underearth Quake I save: e2m7 Underearth (secret) = 5 5
Command_HQ Quake I save: start Command HQ = Х @(#)SunPHIGS SunPHIGS = ( Ч SunBin binary = Ш archive archive = 'From Squeak Squeak program text = jP
JPEG 2000 image data = Є
<HELP NAME= Maple help file with extra carriage return at start (yuck) = ђ! glsBeginGLS( GLS_TEXT = :$ tfMR
MS Windows help cache = % DTJPCH0 C Microsoft Visual C .pch = i( #! /bin/perl perl script text executable = Љ) /1 :pserver: cvs password text file = g/ #!teapot
xdr teapot work sheet (XDR format) = / This is TeX, TeX transcript text = Г/ @techreport{ BibTeX text file = О/ @c @mapfile{ TeX font aliases text file = N1 Joy!peffpwpc header for PowerPC PEF executable = І typedstream NeXT/Apple typedstream data, big endian x Ї , version %hhd < Ј =
Љ џџџџџџџ x Њ , system %hd = Ћ streamtyped NeXT/Apple typedstream data, little endian x Ќ , version %hhd < =
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Џ , system %hd = Е я 2061 PUCrunch archive data = F d8:announce BitTorrent file = OctaMEDCmpr OctaMED Soundstudio compressed file = N BOBO Claris works document = У #! /bin/csh C shell script text executable = Х #! /bin/ksh Korn shell script text executable = Ь #! /bin/zsh Paul Falstad's zsh script text executable = и #! /bin/awk awk script text executable = mscdocument Message Sequence Chart (document) = У ClamAV-VDB: > Ф Clam AntiVirus database %-.23s = " Х : = # Ц [^:]+ , version x # Ч %-.1s ! $ Ш : x $ Щ %-.1s ! % Ъ : x % Ы %-.1s ! & Ь :
x & Э %-.1s = Ю , gzipped = Я ustar , tared = U 5
The_Flood Quake I save: d5 The flood = ^ 5
SHOWDOWN! Quake I save: d15 Showdown! = Ѓ pgscriptver IslandWrite document = Ѓ <HELP NAME= Maple help file = с (*^
::[ Mathematica notebook version 2.x = у (*^
::[ Mathematica notebook version 2.x = " BEGIN:VCARD vCard visiting card = o$ RABBITGRAPH RabbitGraph file = ы( *PPD-Adobe: PPD file x
ь( , ve = & Ж* Spreadsheet sc spreadsheet file = н* divert(-1)
sendmail m4 text file = Й, iptrace 1.0 "iptrace" capture file = К, iptrace 2.0 "iptrace" capture file = В/ @phdthesis{ BibTeX text file = *1 xbtoa Begin btoa'd text =
TADS2 save TADS !
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ѕ ## version catalog translation =
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Dirk Paehl DPA archive data =
я CAR 2.00RG SAPCAR archive data =
Д LockStream LockStream Embedded file (mostly MP3 on old Nokia phones) =
Ъ [playlist] PLS playlist =
Т #! /bin/sh Bourne shell script text executable =
о #! /bin/rc Plan 9 rc shell script text executable =
№ DECFILE11B Files-11 On-Disk Structure x
Level %d x
(ODS-%d OpenVMS file system), x и volume label is '%-12.12s' =
Г STARTFONT X11 BDF font text =
ш <MakerFile FrameMaker document = щ 5.5 (5.5 = ъ 5.0 (5.0 = ы 4.0 (4.0 = ь 3.0 (3.0 = э 2.0 (2.0 = ю 1.0 (1.0 x я %c) =
є Ы Boomцџ Boom or linuxdoom demo =
э Bitmapfile HP Bitmapfile =
Ф ARF_BEGARF PHIGS clear text archive =
5 yyprevious C program text (from lex) > for %s =
і м SWAP-SPACE Linux/i386 swap file =
і с SWAPSPACE2 Linux/i386 swap file (new style) x т %d (4K pages) x у size %d pages =
і ф SWAPSPACE2 > х Label %s =
< й# W Collis COM executable for MS-DOS, Compack compressed =
m$ GERBILCLIP First Choice database =
$ GFA-BASIC3 GFA-BASIC 3 data =
И& Octave-1-L Octave binary data (little endian) =
Й& Octave-1-B Octave binary data (big endian) =
( perl-store perl Storable(v0.6) data > ( (net-order %d) & ( (network-ordered) = ( (major 1) = ( (major 1) =
) @document( Imagen printer =
) language impress (imPRESS data) =
) language daisy (daisywheel text) =
) language diablo (daisywheel text) =
) language printer (line printer emulation) =
) language tektronix (Tektronix 4014 emulation) =
;) ОяABCDEFGH HP LaserJet 1000 series downloadable firmware =
E) FTNCHEK_ P project file for ftnchek =
F) 1 version 2.7 =
G) 2 version 2.8 to 2.10 =
H) 3 version 2.11 or later =
- :-) Origin BRIX Electron Density Map > Њ - 0 , Sigma:%.12s =
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- R-AXIS4 R-Axis Area Detector Image: < - Little-endian, IP #%d, > - Size=%dx > - %d < - Big-endian, IP #%d, > - Size=%dx > - %d =
- RAXIS R-Axis Area Detector Image, Win32: < !- Little-endian, IP #%d, > "- Size=%dx > #- %d < $- Big-endian, IP #%d, > %- Size=%dx > &- %d =
D- SQ BITMAP1 SoftQuad Raster Format text =
Б/ @preamble{ BibTeX text file =
М/ % BibTeX ` BibTeX custom bibliography style text file =
+ Ё1 SFDU_LABEL VICAR label file = s TADS2 bin TADS ! t
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{ %s resource data = ј @database AmigaGuide file = N#! rnews mailed, batched news text = Received: RFC 822 mail text = y NУЕFУЉlУЅ NuLIB archive data = 9 gtktalog GTKtalog catalog data, =
: 3 version 3 = ; zg (gzipped) ! < zg (not gzipped) >
= 3 version %s = & : MaDoKaN96 XMS Adlib Module > ; Composer: "%s" = TFMX-SONG TFMX module sound data = LZO
lzop compressed data < @ = №џџџџџџџ - version 0. x џ %03x, =
LZO1X-1, =
LZO1X-1(15), =
LZO1X-999, = os: MS-DOS = os: Amiga = os: VMS = os: Unix = os: Atari = os: OS/2 = os: MacOS =
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os: Tops/20 = Ђ os: WinNT = Ѓ os: Win32 = @ VimCrypt~ Vim encrypted file data = ф SBMBAKUP_ Smart Boot Manager backup file x х , version %-5.5s = ц _ x ч %-.1s = ш _ . x щ %-.1s = ъ _ . x ы %-.1s = ь x э , from drive 0x%x > ю x я , from drive %s = ф -rom1fs- romfs filesystem, version 1 x х %d bytes, x ц named %s. = М а№ DOS floppy 360k =
ў Н UЊџџџџџџ , x86 hard disk boot sector = О љ DOS floppy 720k =
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ў С UЊџџџџџџ , x86 hard disk boot sector = У љ DOS floppy 720k, IBM =
ў Ф UЊџџџџџџ , x86 hard disk boot sector = Х @ љ DOS floppy 1440k, mkdosfs =
ў Ц UЊџџџџџџ , x86 hard disk boot sector = Ш ај Atari-ST floppy 360k = Щ љ Atari-ST floppy 720k = 4 ReIsEr2Fs ReiserFS V3.6 x
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% џ MSVC .res = % џ џ ш MSVC .res = % џ џ 0ш MSVC .res = & StartFont ASCII font bits = + #pmlogger PCP pmlogger config =
+ Version > + (V%1.1s) = U+ <!doctype exported SGML document text = 7- <!SQ DTD> Compiled SGML rules file > 8- Type %s = 9- <!SQ A/E> A/E SGML Document binary > :- Type %s = ;- <!SQ STS> A/E SGML binary styles file > <- Type %s = U- PLUS3DOS Spectrum +3 data = V- - BASIC program = W- - number array = X- - character array = Y- - memory block = Z- @ (screen) = [- - Tasword document = \- TAPEFILE - ZXT tapefile = Њ/ @article{ BibTeX text file = 0 Maestro
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=head1 Perl POD document =
(
=head2 Perl POD document = + PCPFolio PCP = + Version: Archive Folio > + (V.%s) = + #pmchart PCP pmchart view = + Version > + (V%-3.3s) = 6+ MAYAFOR4 Alias Maya Binary File, > 7+ version %s scene = 8+ MayaFOR4 Alias Maya Binary File, > 9+ version %s scene = V+ <!subdoc exported SGML subdocument text = + NqNqNq` QL firmware executable (BCPL) = Ѕ+ ##Sketch Sketch document text = Ъ, Bв 4f" RADCOM WAN/LAN Analyzer capture file = \ §, PLOT%%84 Plot84 plotting file = 4 ў, , Little-endian = 7 џ, , Big-endian = k- ZXTape! Spectrum .TZX data x l- version %d x m- .%d = $ . acspMSFT Microsoft ICM Color Profile = Ќ/ @inbook{ BibTeX text file = Џ/ @manual{ BibTeX text file = а/ **TI80** TI-80 Graphing Calculator File. = б/ **TI81** TI-81 Graphing Calculator File. = е/ **TI73** TI-73 Graphing Calculator = ; ж/ (real number) = ; з/ (list) = ; и/ (matrix) = ; й/ (equation) = ; к/ (string) = ; л/ (program) = ; м/ (assembly program) = ; н/ (picture) = ; о/ (gdb) = ; п/ (complex number) = ; р/ (window settings) = ; с/ (zoom) = ; т/ (table setup) = ; у/ (backup) = ч/ **TI82** TI-82 Graphing Calculator = ; ш/ (real) = ; щ/ (list) = ; ъ/ (matrix) = ; ы/ (Y-variable) = ; ь/ (program) = ; э/ (protected prgm) = ; ю/ (picture) = ; я/ (gdb) = ; №/ (window settings) = ; ё/ (window settings) = ; ђ/
(table setup) = ; ѓ/ (screenshot) = ; є/ (backup) = ј/ **TI83** TI-83 Graphing Calculator = ; љ/ (real) = ; њ/ (list) = ; ћ/ (matrix) = ; ќ/ (Y-variable) = ; §/ (string) = ; ў/ (program) = ; џ/ (protected prgm) = ; 0 (picture) = ; 0 (gdb) = ; 0 (window settings) = ; 0 (window settings) = ; 0
(table setup) = ; 0 (screenshot) = ; 0 (backup) =
0 **TI83F* TI-83+ Graphing Calculator = ; 0 (real number) = ; 0 (list) = ;
0 (matrix) = ; 0 (equation) = ; 0 (string) = ; 0 (program) = ; 0 (assembly program) = ; 0 (picture) = ; 0 (gdb) = ; 0 (complex number) = ; 0 (window settings) = ; 0 (zoom) = ; 0 (table setup) = ; 0 (backup) = ; 0 (application variable) = ; 0 (group of variable) = 0 **TI85** TI-85 Graphing Calculator = ; 0 (real number) = ; !0 (complex number) = ; "0 (real vector) = ; #0 (complex vector) = ; $0 (real list) = ; %0 (complex list) = ; &0 (real matrix) = ; '0 (complex matrix) = ; (0 (real constant) = ; )0 (complex constant) = ; *0
(equation) = ; +0 (string) = ; ,0
(function GDB) = ; -0 (polar GDB) = ; .0 (parametric GDB) = ; /0 (diffeq GDB) = ; 00 (picture) = ; 10 (program) = ; 20 (range) = ; 30 (window settings) = ; 40 (window settings) = ; 50 (window settings) = ; 60 (window settings) = ; 70 (zoom) = ; 80 (backup) = ; 90 (unknown) = ; :0 * (equation) = 2 ;0 ZS4 - ZShell Version 4 File. = 2 <0 ZS3 - ZShell Version 3 File. = @0 **TI86** TI-86 Graphing Calculator = ; A0 (real number) = ; B0 (complex number) = ; C0 (real vector) = ; D0 (complex vector) = ; E0 (real list) = ; F0 (complex list) = ; G0 (real matrix) = ; H0 (complex matrix) = ; I0 (real constant) = ; J0 (complex constant) = ; K0
(equation) = ; L0 (string) = ; M0
(function GDB) = ; N0 (polar GDB) = ; O0 (parametric GDB) = ; P0 (diffeq GDB) = ; Q0 (picture) = ; R0 (program) = ; S0 (range) = ; T0 (window settings) = ; U0 (window settings) = ; V0 (window settings) = ; W0 (window settings) = ; X0 (zoom) = ; Y0 (backup) = ; Z0 (unknown) = ; [0 * (equation) = _0 **TI89** TI-89 Graphing Calculator = H `0 (expression) = H a0 (list) = H b0 (matrix) = H c0
(data) = H d0 (text) = H e0 (string) = H f0
(graphic data base) = H g0 (figure) = H h0 (picture) = H i0 (program) = H j0 (function) = H k0 (macro) = H l0 (zipped) = H m0 ! (assembler) = q0 **TI92** TI-92 Graphing Calculator = H r0 (expression) = H s0 (list) = H t0 (matrix) = H u0
(data) = H v0 (text) = H w0 (string) = H x0
(graphic data base) = H y0 (figure) = H z0 (picture) = H {0 (program) = H |0 (function) = H }0 (macro) = H ~0 (backup) = 0 **TI92P* TI-92+/V200 Graphing Calculator = H 0 (expression) = H 0 (list) = H
0 (matrix) = H 0
(data) = H 0 (text) = H 0 (string) = H 0
(graphic data base) = H 0 (figure) = H 0 (picture) = H 0 (program) = H 0 (function) = H 0 (macro) = H 0 (zipped) = H 0 ! (assembler) = 0 Advanced TI-XX Graphing Calculator (FLASH) = 0 **TIFL** TI-XX Graphing Calculator (FLASH) > 0 - Revision %d x 0 .%d, > 0 Revision date %02x x
0 /%02x x 0 /%04x, > 0 /0 name: '%s', = 0 0 t device: TI-73, = 0 0 s device: TI-83+, = 0 0 џџџџџџџ device: TI-89, = 0 0 џџџџџџџ device: TI-92+, = 1 0 # type: OS upgrade, = 1 Ё0 $ type: application, = 1 Ђ0 % type: certificate, = 1 Ѓ0 > type: license, > J Є0 size: %ld bytes = 1 LBLSIZE= VICAR image data = 1 BYTE , 8 bits = VAX byte = 1 HALF , 16 bits = VAX word = Fortran INTEGER*2 = 1 FULL , 32 bits = VAX longword = Fortran INTEGER*4 = 1 REAL , 32 bits = VAX longword = Fortran REAL*4 = 1 DOUB , 64 bits = VAX quadword = Fortran REAL*8 = 1 COMPLEX , 64 bits = VAX quadword = Fortran COMPLEX*8 = С2 R o o t Hangul (Korean) Word Processor File 2000 = с2 %XDELTA% XDelta binary patch file 0.14 = т2 %XDZ000% XDelta binary patch file 0.18 = у2 %XDZ001% XDelta binary patch file 0.20 = ф2 %XDZ002% XDelta binary patch file 1.0 = х2 %XDZ003% XDelta binary patch file 1.0.4 = ц2 %XDZ004% XDelta binary patch file 1.1 = Z3 xFSdump0 xfsdump archive x [3 (version %d) = Pipe to mail piping text = Article saved news text = !<arch> current ar archive =
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l , with recovery record &
m @ , locked &
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+@ (LIB) = +b (BACKUP) = +џџџџџџ (LIBDATA) =
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Ў+ %d. x Џ+ %d. x А+ %d = Е+ BE image version x Ж+ %d. x З+ %d. x
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AC101 AutoCAD =
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s №џџџџџџџ0 , mesh =
t №џџџџџџџ@ , face = u јџџџџџџџ , video = v јџџџџџџџ , still texture = w јџџџџџџџ , mesh = x јџџџџџџџ , face = y , simple @ L1 = z , simple @ L2 = { , simple @ L3 = | , simple @ L0 = } , simple scalable @ L1 = ~ , simple scalable @ L2 = ! , core @ L1 = " , core @ L2 = 2 , main @ L2 = 3 , main @ L3 = 5 , main @ L4 = B , n-bit @ L2 =
Q , scalable texture @ L1 = a , simple face animation @ L1 = b , simple face animation @ L2 = c , simple face basic animation @ L1 = d , simple face basic animation @ L2 = q , basic animation text @ L1 = r , basic animation text @ L2 = џџџџџџџ , hybrid @ L1 = џџџџџџџ , hybrid @ L2 = џџџџџџџ , advanced RT simple @ L! = џџџџџџџ , advanced RT simple @ L2 = џџџџџџџ , advanced RT simple @ L3 = џџџџџџџ , advanced RT simple @ L4 = Ёџџџџџџџ , core scalable @ L1 = Ђџџџџџџџ , core scalable @ L2 = Ѓџџџџџџџ , core scalable @ L3 = Бџџџџџџџ , advanced coding efficiency @ L1 = Вџџџџџџџ , advanced coding efficiency @ L2 = Гџџџџџџџ , advanced coding efficiency @ L3 = Дџџџџџџџ , advanced coding efficiency @ L4 = Сџџџџџџџ , advanced core @ L1 = Тџџџџџџџ , advanced core @ L2 = бџџџџџџџ , advanced scalable texture @ L1 = вџџџџџџџ , advanced scalable texture @ L2 = гџџџџџџџ , advanced scalable texture @ L3 = сџџџџџџџ , simple studio @ L1 = тџџџџџџџ , simple studio @ L2 = уџџџџџџџ , simple studio @ L3 = Ё фџџџџџџџ , simple studio @ L4 = Ђ хџџџџџџџ , core studio @ L1 = Ѓ цџџџџџџџ , core studio @ L2 = Є чџџџџџџџ , core studio @ L3 = Ѕ шџџџџџџџ , core studio @ L4 = І №џџџџџџџ , advanced simple @ L0 = Ї ёџџџџџџџ , advanced simple @ L1 = Ј ђџџџџџџџ , advanced simple @ L2 = Љ ѓџџџџџџџ , advanced simple @ L3 = Њ єџџџџџџџ , advanced simple @ L4 = Ћ ѕџџџџџџџ , advanced simple @ L5 = Ќ їџџџџџџџ , advanced simple @ L3b = јџџџџџџџ , FGS @ L0 = Ў љџџџџџџџ , FGS @ L1 = Џ њџџџџџџџ , FGS @ L2 = А ћџџџџџџџ , FGS @ L3 = Б ќџџџџџџџ , FGS @ L4 = В §џџџџџџџ , FGS @ L5 = Г Еџџџџџџџ , v4 & Д џџџџџџџ = Е №џџџџџџџ , video (missing profile header) = Ж №џџџџџџџ , still texture (missing profile header) = З №џџџџџџџ0 , mesh (missing profile header) = И №џџџџџџџ@ , face (missing profile header) = Й јџџџџџџџ , video (missing profile header) = К јџџџџџџџ , still texture (missing profile header) = Л јџџџџџџџ , mesh (missing profile header) = М јџџџџџџџ , face (missing profile header) = Н Гџџџџџџџ = О И , v1, progressive Y'CbCr 4:2:0 video = П В , v1, progressive Y'CbCr 4:2:0 video = Р Е , v2, = С HP = Т Spt = У SNR = Ф MP = Х SP = Ц №џџџџџџџ@ @HL = Ч №џџџџџџџ` @H-14 = Ш №џџџџџџџџџџџџџџ @ML = Щ №џџџџџџџ џџџџџџџ @LL & Ъ progressive ^ Ы interlaced = Ь Y'CbCr 4:2:0 video = Э Y'CbCr 4:2:2 video = Ю Y'CbCr 4:4:4 video & Я & K а = б И , v1, progressive Y'CbCr 4:2:0 video = в В , v1, progressive Y'CbCr 4:2:0 video = г Е , v2, = д HP = е Spt = ж SNR = з MP = и SP = й №џџџџџџџ@ @HL = к №џџџџџџџ` @H-14 = л №џџџџџџџџџџџџџџ @ML = м №џџџџџџџ џџџџџџџ @LL & н progressive ^ о interlaced = п Y'CbCr 4:2:0 video = р Y'CbCr 4:2:2 video = с Y'CbCr 4:4:4 video = L т И , v1, progressive Y'CbCr 4:2:0 video = L у В , v1, progressive Y'CbCr 4:2:0 video = L ф Е , v2, = P х HP = P ц Spt = P ч SNR = P ш MP = P щ SP = Q ъ №џџџџџџџ@ @HL = Q ы №џџџџџџџ` @H-14 = Q ь №џџџџџџџџџџџџџџ @ML = Q э №џџџџџџџ џџџџџџџ @LL & Q ю progressive ^ Q я interlaced = Q № Y'CbCr 4:2:0 video = Q ё Y'CbCr 4:2:2 video = Q ђ Y'CbCr 4:4:4 video = ѓ џџџџџџџ 8x , HD-TV 1920P = є №џџџџџџџ , 16:9 = ѕ џџџџџџџ - P , SD-TV 1280I = і №џџџџџџџ , 16:9 = ї џџџџџџџ @0 , PAL Capture = ј №џџџџџџџ , 4:3 = љ №џџџџџџџ , , 4CIF = њ џ р NTSC = ћ џ @ PAL = ќ №џџџџџџџ , 4:3 = § №џџџџџџџ0 , 16:9 = ў №џџџџџџџ@ , 11:5 = џ №џџџџџџџџџџџџџџ , PAL 4:3 = №џџџџџџџРџџџџџџџ , NTSC 4:3 = џџџџџџџ р( , LD-TV 640P = №џџџџџџџ , 4:3 = џџџџџџџ № , 320x240 = №џџџџџџџ , 4:3 = џџџџџџџ , 240x160 = №џџџџџџџ , 4:3 = џџџџџџџ x
, 160x120 = №џџџџџџџ , 4:3 = №џџџџџџџ , CIF =
џ № NTSC = џ PAL = №џџџџџџџ , 4:3 =
№џџџџџџџ0 , 16:9 = №џџџџџџџ@ , 11:5 = №џџџџџџџџџџџџџџ , PAL 4:3 = №џџџџџџџРџџџџџџџ , NTSC 4:3 = џ @ PAL 625 = №џџџџџџџ , 4:3 = №џџџџџџџ0 , 16:9 = №џџџџџџџ@ , 11:5 = №џџџџџџџ - , CCIR/ITU = џ р NTSC 525 = џ @ PAL 625 = №џџџџџџџ , 4:3 = №џџџџџџџ0 , 16:9 = №џџџџџџџ@ , 11:5 = №џџџџџџџ , SVCD = џ р NTSC 525 = џ @ PAL 625 = №џџџџџџџ , 4:3 = №џџџџџџџ0 , 16:9 = №џџџџџџџ@ , 11:5 = ! , 23.976 fps = " , 24 fps = # , 25 fps = $ , 29.97 fps = % , 30 fps = & , 50 fps = ' , 59.94 fps = ( , 60 fps & ) , Constrained = $ ADIF MPEG ADIF, AAC & % џџџџџџџ &
& , VBR ^
' , CBR = ( , single stream = ) , 2 streams = * , 3 streams & + , 4 or more streams & , , 8 or more streams & - џџџџџџџ , Copyrighted &
. @ , Original Source &
/ , Home Flag ^ 0 џџџџџџџ & 1 , VBR ^ 2 , CBR = 3 , single stream = 4 , 2 streams = 5 , 3 streams & 6 , 4 or more streams & 7 , 8 or more streams & 8 @ , Original Stream(s) & 9 , Home Source = І џ_џџџџџ @G MPEG transport stream data ! М Ї G CORRUPTED = Њ џџџџџџџ DIF & Ћ (DVCPRO) movie file ^ Ќ (DV) movie file & џџџџџџџ (PAL) ^ Ў џџџџџџџ (NTSC) = Б uВ&0 Microsoft ASF = Д MNG MNG video data, ! Е
CORRUPTED, = Ж
x З %ld x x И %ld = Л JNG JNG video data, ! М
CORRUPTED, = Н
x О %ld x x П %ld = п l APL workspace (Ken's original?) = щ AppleSingle encoded Macintosh file = ъ AppleDouble encoded Macintosh file = ю 2IMG Apple ][ 2IMG Disk Image = я XGS! , XGS = № CTKG , Catakig = ё ShIm , Sheppy's ImageMaker = ђ WOOF , Sweet 16 = ѓ B2TR , Bernie ][ the Rescue ! є nfc , ASIMOV2 x ѕ , Unknown Format = і , DOS 3.3 sector order = ї , Volume 254 x ј , Volume %u = љ , ProDOS sector order x њ , %u Blocks = ћ , NIB data = L џ џ Applesoft BASIC program data = q џџ џџџџџ а d Apple Mechanic font = щ mџ very old archive = ы eџ old archive = э l apl workspace = ю <ar> archive = <ar> System V Release 1 ar archive = <ar> archive = џe VAX 3.0 archive = >ra< VAX 5.0 archive = ra<! archive file = mџ very old VAX archive = % eџ old VAX archive = & __.SYMDEF random library = , э PDP-11 old archive = - ю PDP-11 4.0 archive = 6 џџџџџџ ARC archive data, dynamic LZW = 7 џџџџџџ ARC archive data, squashed = 8 џџџџџџ ARC archive data, uncompressed = 9 џџџџџџ ARC archive data, packed = : џџџџџџ ARC archive data, squeezed = ; џџџџџџ ARC archive data, crunched = = џџџџџџ
PAK archive data = > џџџџџџ ARC+ archive data = ? џџџџџџH HYP archive data = V HPAK HPack archive data = X 3HF HAP archive data = Z MDmd MDCD archive data = \ LIM LIM archive data = ` SB \0 BSArc/BS2 archive data = d џ ј ACB archive data = l PK ReSOF archive data = s XhDr X1 archive data = u рџџџџџџ џv CDC Codec archive data = } SChF ChArc archive data = -H2O DRY archive data = ,AR7 AR7 archive data = PPMZ PPMZ archive data = Љ MP3 MP3-Archiver archive data = Ћ OZУ ZET archive data = Џ gW ARQ archive data = Г Terse archive data = К AB2 ABComp archive data = Р ]e InstallShield Z archive Data = Ь џџџўџџџџeD BTS archive data = Ю Ora ELI 5750 archive data = а FC QFC archive data = б QF QFC archive data = з sTaC LZS221 archive data = п IMP
IMP archive data = у sВє Squish archive data = ъ №џџџџџџ 0BS SBX archive data = ѕ ISc( InstallShield CAB = ћ BH BlakHole archive data = § BIX0 BIX archive data = P PFT archive data = ЏЌ PPMD archive data = №№џџџџџџ SM MSXiE archive data = №џџџџџџџ00zy DeepFreezer archive data = <DC- DC archive data = Ai Ai32 archive data = Ai Ai32 archive data = ( DMS! DMS archive data = * ЏЌ EPC archive data = 0 rdqx ReDuq archive data = 2 GCAX GCA archive data = < a\ WinHKI archive data = @ џBSG BSN archive data = A џBSG BSN archive data = B џBSG BSN archive data = L SZ
SZip archive data = ќ џџџџџџ AH HA archive data =
1 file, >
%u files, = first is type CPY = first is type ASC = first is type HSC = first is type DIR = first is type SPECIAL = HPAK HPACK archive data = Й Rar! RAR archive data, x , К v%0x, >
Л flags: &
М Archive volume, &
Н Commented, &
О Locked, &
П Solid, &
Р Authenticated, = # С os: MS-DOS = # Т os: OS/2 = # У os: Win32 = # Ф os: Unix = Ц RE~^ RAR archive data = Щ SQSH squished archive data (Acorn RISCOS) = Э UC2 UC2 archive data = а PK = б Zip archive data, at least v0.9 to extract = в
Zip archive data, at least v1.0 to extract = г Zip archive data, at least v1.1 to extract = д ! е emim Zip archive data, at least v2.0 to extract = к mimetype = 2 н vnd.kde. KOffice (>=1.2) = : о karbon Karbon document = : п kchart KChart document = : р kformula KFormula document = : с kivio Kivio document = : т kontour Kontour document =
: у kpresenter KPresenter document = : ф kspread KSpread document = : х kword KWord document = 2 ш vnd.sun.xml. OpenOffice.org 1.x = > щ writer Writer ! D ъ . document = D ы .template template = D ь .global global document = > э calc Calc ! B ю . spreadsheet = B я .template template = > № draw Draw ! B ё . document = B ђ .template template = > ѓ impress Impress ! E є . presentation = E ѕ .template template = > і math Math document = 2 њ vnd.oasis.opendocument. OpenDocument = I ћ text ! M ќ - Text = M § -template Text Template = M ў -web HTML Document Template = M џ -master Master Document = I graphics Drawing = Q -template Template = I presentation Presentation = U -template Template = I spreadsheet Spreadsheet = T -template Template = I chart Chart = N -template Template = I formula Formula = P -template Template = I
database Database = I image Image = мЇФ§џџџџ Zoo archive data > 0 , v%c. > / %c > / %c > , modify: v%d x ! .%d+ = * мЇФ§џџџџ , > F extract: v%d x G .%d+ = A PAR PARity archive data =
0 B - Index file >
0 C - file number %d = џч EET archive = RZIP rzip compressed data x - version %d x .%d x
(%d bytes) = { dar archive, x label "%.8x x %.8x x %.4x" = T end slice = NN multi-part = SN multi-part, with -S = Symbian installation file = m (EPOC release 3/4/5) = : (EPOC release 6) = z Symbian installation file (Symbian OS 9.x) = *STA Aster*x = WORD Words Document = GRAP Graphic = SPRE Spreadsheet = Ё MACR Macro = Ђ 2278 Aster*x Version 2 = Ѓ 6 Words Document = Є 5 Graphic = Ѕ 2 Spreadsheet = І 8 Macro = й .snd Sun/NeXT audio data: = к 8-bit ISDN mu-law, = л 8-bit linear PCM [REF-PCM], = м 16-bit linear PCM, = н 24-bit linear PCM, = о 32-bit linear PCM, = п 32-bit IEEE floating point, = р 64-bit IEEE floating point, = с Fragmented sample data, = т
DSP program, = у 8-bit fixed point, = ф 16-bit fixed point, = х
24-bit fixed point, = ц 32-bit fixed point, = ч 16-bit linear with emphasis, = ш 16-bit linear compressed, = щ 16-bit linear with emphasis and compression, = ъ Music kit DSP commands, = ы 8-bit ISDN mu-law compressed (CCITT G.721 ADPCM voice enc.), = ь compressed (8-bit CCITT G.722 ADPCM) = э compressed (3-bit CCITT G.723.3 ADPCM), = ю compressed (5-bit CCITT G.723.5 ADPCM), = я 8-bit A-law (CCITT G.711), = № mono, = ё stereo, = ђ quad, > ѓ %d Hz = ї .sd DEC audio data: = ј 8-bit ISDN mu-law, = љ 8-bit linear PCM [REF-PCM], = њ 16-bit linear PCM, = ћ 24-bit linear PCM, = ќ 32-bit linear PCM, = § 32-bit IEEE floating point, = ў 64-bit IEEE floating point, = џ Fragmented sample data, =
DSP program, = 8-bit fixed point, = 16-bit fixed point, =
24-bit fixed point, = 32-bit fixed point, = 16-bit linear with emphasis, = 16-bit linear compressed, = 16-bit linear with emphasis and compression, = Music kit DSP commands, = 8-bit ISDN mu-law compressed (CCITT G.721 ADPCM voice enc.), =
compressed (8-bit CCITT G.722 ADPCM) = compressed (3-bit CCITT G.723.3 ADPCM), = compressed (5-bit CCITT G.723.5 ADPCM), =
8-bit A-law (CCITT G.711), = mono, = stereo, = quad, > %d Hz = MThd Standard MIDI data x (format %d) x
using %d track >
s x џ at 1/%d > џџџџџџ SMPTE = CTMF Creative Music (CMF) data = $ KRTN MultiTrack sound data x % - version %ld = ) EMOD Extended MOD sound data, x * №џџџџџџџ version %d x + .%d, x - , %d instruments = S - (module) = S . (song) = 1 §ar. RealAudio sound file = 2 .RMF RealMedia file = , @ SCRM ScreamTracker III Module sound data > A Title: "%s" = P UN05 MikMod UNI format module sound data = 8 W M.K. 4-channel Protracker module sound data > X Title: "%s" = 8 Y M!K! 4-channel Protracker module sound data > Z Title: "%s" = 8 [ FLT4 4-channel Startracker module sound data > \ Title: "%s" = 8 ] FLT8 8-channel Startracker module sound data > ^ Title: "%s" = 8 _ 4CHN 4-channel Fasttracker module sound data > ` Title: "%s" = 8 a 6CHN 6-channel Fasttracker module sound data > b Title: "%s" = 8 c 8CHN 8-channel Fasttracker module sound data > d Title: "%s" = 8 e CD81 8-channel Octalyser module sound data > f Title: "%s" = 8 g OKTA 8-channel Oktalyzer module sound data > h Title: "%s" = 8 l 16CN 16-channel Taketracker module sound data > m Title: "%s" = 8 n 32CN 32-channel Taketracker module sound data > o Title: "%s" = y PSID PlaySID v2.2+ (AMIGA) sidtune > z w/ header v%d, = { single song, > | %d songs, > } default song: %d > ~ name: "%s" > 6 author: "%s" > V copyright: "%s" = RSID RSID sidtune PlaySID compatible > w/ header v%d, = single song, >
%d songs, > default song: %d > name: "%s" > 6 author: "%s" > V copyright: "%s" = Ѓd IRCAM file (VAX) = Ѓd IRCAM file (Sun) = Ѓd IRCAM file (MIPS little-endian) = Ѓd IRCAM file (NeXT) = 2BIT Audio Visual Research file, = mono, = џџџџџџџџ stereo, x %d bits = unsigned, = џџџџџџџџ signed, x џџџ %d Hz, = no loop, = Ё џџџџџџџџ loop, < Ђ note %d, = Ѓ replay 5.485 KHz = Є replay 8.084 KHz = Ѕ replay 10.971 Khz = І replay 16.168 Khz = Ї replay 21.942 KHz = Ј replay 32.336 KHz = Љ replay 43.885 KHz = Њ replay 47.261 KHz = п IMPM Impulse Tracker module sound data - > р "%s" !
( с compatible w/ITv%x !
* т created w/ITv%x = < х IM10 Imago Orpheus module sound data - > ц "%s" = ь IMPS Impulse Tracker Sample & э 16 bit ^ ю 8 bit & я stereo ^ № mono = ё IMPI Impulse Tracker Instrument !
ђ ITv%x ! ѓ %d samples = L SCRS Scream Tracker Sample = sample = adlib melody > adlib drum & stereo ^ mono & 16bit little endian ^ 8bit = unpacked =
packed = MMD0 MED music file, version 0 = MMD1 OctaMED Pro music file, version 1 = MMD3 OctaMED Soundstudio music file, version 3 = SymM Symphonie SymMOD music file = " DBM0 DIGI Booster Pro Module > # V%X. x $ %02X > % , "%s" = ' FTMN FaceTheMusic module > ( d , "%s" = - DDMF Xtracker DMF Module x . v%i >
/ Title: "%s" > + 0 Composer: "%s" = 1 DSM Dynamic Studio Module DSM = 2 SONG DigiTrekker DTM Module = 3 DMDL DigiTrakker MDL Module = 4 PSM Protracker Studio PSM Module = , 5 PTMF Poly Tracker PTM Module > 6 Title: "%s" = 7 MT20 MadTracker 2.0 Module MT2 = 9 RTMM RTM Module = E MMMD Yamaha SMAF file = M fLaC FLAC audio bitstream data > N , unknown version = O = Q № 0 , 4 bit = R № P , 6 bit = S № p , 8 bit = T № А , 12 bit = U № № , 16 bit = V № p , 24 bit = W , mono = X , stereo = Y , 3 channels = Z , 4 channels = [ , 5 channels = \
, 6 channels = ] , 7 channels = ^ , 8 channels = ` №џџ @Ф
, 44.1 kHz = a №џџ И , 48 kHz = b №џџ а , 32 kHz = c №џџ b , 22.05 kHz = d №џџ м , 24 kHz = e №џџ ш , 16 kHz = f №џџ Б , 11.025 kHz = g №џџ ю , 12 kHz = h №џџ є , 8 kHz = i №џџ p , 96 kHz = j №џџ , 64 kHz > k , >4G samples = l > m , %u samples = n , length unknown = q VBOX VBOX voice message data = u RB40 RBS Song file = v ReBorn created by ReBorn =
% w Propellerhead created by ReBirth = MAC Monkey's Audio compressed format >
version %d =
ш with fast compression =
а with normal compression =
И with high compression =
with extra high compression =
with insane compression =
, mono =
, stereo x , sample rate %d <
version %d =
ш with fast compression =
а with normal compression =
И with high compression =
with extra high compression =
with insane compression =
, mono =
, stereo x , sample rate %d = Ђ SAdT Surprise! Adlib Tracker x Ѓ Version %d = Ѕ XAD! eXotic ADlib = Я ICE! SNDH Atari ST music =
bFLT BFLT executable x
- version %ld =
= $
ram = $
gotpic = $
gzip = $
gzdata = 8
68k Blit mpx/mux executable = A
i960 b.out relocatable object > B
not stripped = K
Ь 386 compact demand paged pure executable > L
not stripped = M
j (uses shared libs) = O
386 executable > P
not stripped = Q
j (uses shared libs) = S
386 pure executable > T
not stripped = U
j (uses shared libs) = W
386 demand paged pure executable > X
not stripped = Y
j (uses shared libs) = \
џџџ sparc demand paged & ]
џџџџџџџ < ^
shared library = _
dynamically linked executable > `
dynamically linked executable ^ a
џџџџџџџ executable > b
not stripped = $ c
Дџџџџ (uses shared libs) = e
џџџ sparc pure & f
џџџџџџџ dynamically linked executable ^ g
џџџџџџџ executable > h
not stripped = $ i
Дџџџџ (uses shared libs) = k
џџџ sparc & l
џџџџџџџ dynamically linked executable ^ m
џџџџџџџ executable > n
not stripped = $ o
Дџџџџ (uses shared libs) = З
Bentley/Intergraph MicroStation DGN cell library = И
ў Bentley/Intergraph MicroStation DGN vector CAD = Й
ў Шџџџџ Bentley/Intergraph MicroStation DGN vector CAD = Ю
ОКўЪџџџџ > Я
compiled Java class data, x а
version %d. x б
%d = в
Mach-O fat file with 1 architecture > г
< д
Mach-O fat file with %ld architectures = e ѓ
A D64 Image = e є
A D71 Image = ѕ
D( D81 Image = ї
dAC X64 Image = §
PSUR ARC archive (c64) = џLBџџџџџ WRAptor packer (c64) = 1 џџџџџџџ
џџџџ cisco IOS microcode > 2 for '%s' = 3 џџџџџџџ Ы
џџџџ cisco IOS experimental microcode > 4 for '%s' = Ї pipe CLIPPER instruction trace = Ј prof CLIPPER instruction profile = Џ spec SPEC = А .cpu CPU < Б : %.4s = В . raw result text = Њ XPKF Amiga xpkf.library compressed data = Ћ PP11 Power Packer 1.1 compressed data = Ќ PP20 Power Packer 2.0 compressed data, = fast compression = Ў
mediocre compression = Џ
good compression = А
very good compression = Б
best compression = У RZIP rzip compressed data x Ф - version %d x Х .%d x Ц (%d bytes) = Э NES iNES ROM dump, x Ю %dx16k PRG x Я , %dx8k CHR = а , [Vert.] = б , [Horiz.] = в , [SRAM] = г , [Trainer] = д , [4-Scr] = й ffэЮџџџџ Gameboy ROM: > 4 к "%.16s" = F л ,[SGB] = G м , [ROM ONLY] = G н , [ROM+MBC1] = G о , [ROM+MBC1+RAM] = G п , [ROM+MBC1+RAM+BATT] = G р , [ROM+MBC2] = G с , [ROM+MBC2+BATTERY] = G т , [ROM+RAM] = G у , [ROM+RAM+BATTERY] = G ф , [ROM+MMM01] = G х , [ROM+MMM01+SRAM] = G ц
, [ROM+MMM01+SRAM+BATT] = G ч , [ROM+MBC3+TIMER+BATT] = G ш , [ROM+MBC3+TIMER+RAM+BATT] = G щ , [ROM+MBC3] = G ъ , [ROM+MBC3+RAM] = G ы , [ROM+MBC3+RAM+BATT] = G ь , [ROM+MBC5] = G э , [ROM+MBC5+RAM] = G ю , [ROM+MBC5+RAM+BATT] = G я , [ROM+MBC5+RUMBLE] = G № , [ROM+MBC5+RUMBLE+SRAM] = G ё , [ROM+MBC5+RUMBLE+SRAM+BATT] = G ђ , [Pocket Camera] = G ѓ §џџџџџџџ , [Bandai TAMA5] = G є ўџџџџџџџ , [Hudson HuC-3] = G ѕ џџџџџџџџ , [Hudson HuC-1] = H ї , ROM: 256Kbit = H ј , ROM: 512Kbit = H љ , ROM: 1Mbit = H њ , ROM: 2Mbit = H ћ , ROM: 4Mbit = H ќ , ROM: 8Mbit = H § , ROM: 16Mbit = H ў R , ROM: 9Mbit = H џ S , ROM: 10Mbit = H
T , ROM: 12Mbit = I
, RAM: 16Kbit = I
, RAM: 64Kbit = I
, RAM: 128Kbit = I
, RAM: 1Mbit =
SEGA Sega MegaDrive/Genesis raw ROM dump >
Name: "%.16s" >
%.16s = А
RA with SRAM =
EAGN Super MagicDrive ROM dump x
%dx16k blocks =
, last in series or standalone >
, split ROM =
Њџџџџџџџ =
Лџџџџџџџ =
EAMG Super MagicDrive ROM dump x
%dx16k blocks x
, last in series or standalone = !
Њџџџџџџџ = "
Лџџџџџџџ = 6
(! Sega Dreamcast VMU game image = 7
LCDi Dream Animator file = <
@7 V64 Nintendo 64 ROM dump = K
XBEH XBE, Microsoft Xbox executable = M
= N
= O
, not signed > P
> Q
> R
, signed = T
= `џ U
, all regions ! `џ V
> `џ W
(regions: & `џ X
NA & `џ Y
Japan & `џ Z
Rest_of_World & `џ [
Manufacturer > `џ \
) = `
XIP0 XIP, Microsoft Xbox data = a
XTF0 XTF, Microsoft Xbox data =
G Convex old-style object >
not stripped =
K Convex old-style demand paged executable >
not stripped =
M Convex old-style pre-paged executable >
not stripped =
O Convex old-style pre-paged, non-swapped executable >
not stripped =
W Core file = І
kъ dump format, 4.1 BSD or earlier = Ї
lъ dump format, 4.2 or 4.3 BSD without IDC = Ј
mъ dump format, 4.2 or 4.3 BSD (IDC compatible) = Љ
nъ dump format, Convex Storage Manager by-reference dump = Ў
Convex SOFF = X Џ
c1 & X А
c2 & X Б
c2mp & X В
parallel & X Г
intrinsic & X Д
demand paged & X Е
pre-paged & X Ж
non-swapped & X З
POSIX & T Й
џџџџ executable & T К
@ object = T Л
not stripped = T М
native fpmode = T Н
ieee fpmode = T О
undefined fpmode = Р
Convex SOFF core = Т
Convex SOFF checkpoint = X У
c1 & X Ф
c2 & X Х
c2mp & X Ц
parallel & X Ч
intrinsic & X Ш
POSIX = T Ъ
native fpmode = T Ы
ieee fpmode = T Ь
undefined fpmode = ж
УTCD DACT compressed data > з
џџџџџџџџ (version %i. > и
џџџџџџџџ $BS%i. > й
џџџџџџџџ $BS%i) > к
$BS, original size: %i bytes > л
$BS, block size: %i bytes = ц
ЮW GNU dbm 1.x or ndbm database, big endian = ч
ЮW GNU dbm 1.x or ndbm database, little endian = ш
GDBM GNU dbm 2.x database = ђ
a Berkeley DB = ѓ
с > є
1.86 < ѕ
1.85 > і
(Hash, version %d, native byte-order) = ї
в > ј
1.86 < љ
1.85 > њ
(Hash, version %d, little-endian) = ќ
a Berkeley DB = §
с > ў
1.86 < џ
1.85 > (Hash, version %d, big-endian) = в > 1.86 < 1.85 > (Hash, version %d, native byte-order) = b1 Berkeley DB 1.85/1.86 > (Btree, version %d, native byte-order) = b1 Berkeley DB 1.85/1.86 > (Btree, version %d, big-endian) =
b1 Berkeley DB 1.85/1.86 > (Btree, version %d, little-endian) =
a Berkeley DB > (Hash, version %d, native byte-order) = a Berkeley DB > (Hash, version %d, big-endian) = a Berkeley DB > (Hash, version %d, little-endian) = b1 Berkeley DB > (Btree, version %d, native byte-order) = b1 Berkeley DB > (Btree, version %d, big-endian) = b1 Berkeley DB > (Btree, version %d, little-endian) = S" Berkeley DB > (Queue, version %d, native byte-order) = S" Berkeley DB > (Queue, version %d, big-endian) = S" Berkeley DB > (Queue, version %d, little-endian) = # Berkeley DB > $ (Log, version %d, native byte-order) = % Berkeley DB > & (Log, version %d, big-endian) = ' Berkeley DB > ( (Log, version %d, little-endian) = џ|љџџџџ SE Linux policy x v%d = MLS x %d symbols x Ё %d ocons = Д 1Vwp Cracklib password index, little endian > Е (%i words) = Ж ("64-bit") > З џџџџџџџџ (%i words) = И 1Vwp Cracklib password index, big endian > Й џџџџџџџџ (%i words) = Л 1Vwp Cracklib password index, big endian ("64-bit") > М (%i words) = Э *** 'diff' output text = ђ ж X image = 8 @CT T602 document data, = 9 0 Kamenicky = : 1 CP 852 = ; 2 KOI8-CS > < 2 unknown encoding = O ELF ELF = P invalid class = Q 32-bit = R 64-bit = S invalid byte order = T LSB =
U no file type, =
V relocatable, =
W executable, =
X shared object, =
[ core file &
_ џџџџџџџ processor-specific, =
` no machine, =
a AT&T WE32100 - invalid byte order, =
b SPARC - invalid byte order, =
c Intel 80386, =
d Motorola & $ e 68000 - invalid byte order, & $ f CPU32 - invalid byte order, = $ g 68020 - invalid byte order, =
h Motorola 88000 - invalid byte order, =
i Intel 80486, =
j Intel 80860, =
n MIPS, & $ o N32 =
p
MIPS, & $ q N32 =
r = t = $ u №џџџџ MIPS-I = $ v №џџџџ MIPS-II = $ w №џџџџ MIPS-III = $ x №џџџџ 0 MIPS-IV = $ y №џџџџ @ MIPS-V = $ z №џџџџ ` MIPS32 = $ { №џџџџ p MIPS64 = $ | №џџџџ џџџџ MIPS32 rel2 = $ } №џџџџ џџџџ MIPS64 rel2 = = 0 №џџџџ MIPS-I = 0 №џџџџ MIPS-II = 0 №џџџџ MIPS-III = 0 №џџџџ 0 MIPS-IV = 0 №џџџџ @ MIPS-V = 0
№џџџџ ` MIPS32 = 0 №џџџџ p MIPS64 = 0 №џџџџ џџџџ MIPS32 rel2 = 0 №џџџџ џџџџ MIPS64 rel2 =
Amdahl - invalid byte order, =
MIPS (deprecated), =
RS6000 - invalid byte order, =
PA-RISC - invalid byte order, =
2 2.0 &
0 (LP64), =
nCUBE, =
Fujitsu VPP500, =
SPARC32PLUS, =
PowerPC, =
IBM S/390, =
$ NEC V800, =
% Fujitsu FR20, =
& TRW RH-32, =
' Motorola RCE, =
( ARM, =
) Alpha, =
Ѓџџџџџџ IBM S/390 (obsolete), =
* Renesas SH, =
+ SPARC V9 - invalid byte order, =
, Siemens Tricore Embedded Processor, =
- Argonaut RISC Core, Argonaut Technologies Inc., =
. Renesas H8/300, =
/ Renesas H8/300H, =
Ё 0 Renesas H8S, =
Ђ 1 Renesas H8/500, =
Ѓ 2 IA-64, =
Є 3 Stanford MIPS-X, =
Ѕ 4 Motorola Coldfire, =
І 5 Motorola M68HC12, =
Ї > x86-64, =
Ј K Digital VAX, =
Љ X Renesas M32R, =
Њ ^ Tensilica Xtensa, =
Ћ a NatSemi 32k, =
Ќ j Analog Devices Blackfin, =
&џџџџџџ Alpha (unofficial), = Ў invalid version = Џ version 1 = $ А MathCoPro/FPU/MAU Required = Б MSB = В no file type, = Г relocatable, = Д executable, = Е shared object, = Ж core file, & Й џџџџџџџ processor-specific, = К no machine, = Л AT&T WE32100, = М SPARC, = Н Intel 80386 - invalid byte order, = О Motorola & $ П 68000, & $ Р CPU32, = $ С 68020, = Т Motorola 88000, = У Intel 80486 - invalid byte order, = Ф Intel 80860, = Ц MIPS, & $ Ч N32 = Ш
MIPS, & $ Щ N32 = Ъ = Ь = $ Э №џџџџ MIPS-I = $ Ю №џџџџ MIPS-II = $ Я №џџџџ MIPS-III = $ а №џџџџ 0 MIPS-IV = $ б №џџџџ @ MIPS-V = $ в №џџџџ ` MIPS32 = $ г №џџџџ p MIPS64 = $ д №џџџџ џџџџ MIPS32 rel2 = $ е №џџџџ џџџџ MIPS64 rel2 = з = 0 и №џџџџ MIPS-I = 0 й №џџџџ MIPS-II = 0 к №џџџџ MIPS-III = 0 л №џџџџ 0 MIPS-IV = 0 м №џџџџ @ MIPS-V = 0 н №џџџџ ` MIPS32 = 0 о №џџџџ p MIPS64 = 0 п №џџџџ џџџџ MIPS32 rel2 = 0 р №џџџџ џџџџ MIPS64 rel2 = с Amdahl, = т
MIPS (deprecated), = у RS6000, = ф PA-RISC = 2 х 2.0 & 0 ц (LP64) = ч nCUBE, = ш Fujitsu VPP500, = щ SPARC32PLUS, & $ ъ џџ V8+ Required, & $ ы џџ Sun UltraSPARC1 Extensions Required, & $ ь џџ HaL R1 Extensions Required, & $ э џџ Sun UltraSPARC3 Extensions Required, = ю PowerPC or cisco 4500, = я 64-bit PowerPC or cisco 7500, = № IBM S/390, = ё Cell SPU, = ђ cisco SVIP, = ѓ cisco 7200, = є $ NEC V800 or cisco 12000, = ѕ % Fujitsu FR20, = і & TRW RH-32, = ї ' Motorola RCE, = ј ( ARM, = љ ) Alpha, = њ * Renesas SH, = ћ + SPARC V9, = ќ , Siemens Tricore Embedded Processor, = § - Argonaut RISC Core, Argonaut Technologies Inc., = ў . Renesas H8/300, = џ / Renesas H8/300H, = 0 Renesas H8S, = 1 Renesas H8/500, = 2 IA-64, = 3 Stanford MIPS-X, = 4 Motorola Coldfire, = 5 Motorola M68HC12, = I Cray NV1, = K Digital VAX, = X Renesas M32R, = ^ Tensilica Xtensa, =
a NatSemi 32k, = &џџџџџџ Alpha (unofficial), = Ѓџџџџџџ IBM S/390 (obsolete), =
invalid version = version 1 = $ MathCoPro/FPU/MAU Required < џџџџџџџ > (%s) = = (SYSV) = (HP-UX) = (NetBSD) = (GNU/Linux) = (GNU/Hurd) = (86Open) = (Solaris) = (Monterey) = (IRIX) = (FreeBSD) =
(Tru64) = (Novell Modesto) = ! (OpenBSD) = # = $
(OpenVMS) = % a (ARM) = & џџџџџџџџ (embedded) = - lъ new-fs dump file (big endian), x . Previous dump %s, x / This dump %s, > 0 Volume %ld, = Д 1 Level zero, type: > Д 2 Level %d, type: = 3 tape header, = 4 beginning of file record, = 5 map of inodes on tape, = 6 continuation of file record, = 7 end of volume, = 8 map of inodes deleted, = 9 end of medium (for floppy), > Є : Label %s, > И ; Filesystem %s, > ј < Device %s, > 8 = Host %s, > x > Flags %x = @ kъ old-fs dump file (big endian), > C Volume %ld, = Д D Level zero, type: > Д E Level %d, type: = F tape header, = G beginning of file record, = H map of inodes on tape, = I continuation of file record, = J end of volume, = K map of inodes deleted, = L end of medium (for floppy), > Є M Label %s, > И N Filesystem %s, > ј O Device %s, > 8 P Host %s, > x Q Flags %x = S lъ new-fs dump file (little endian), x T This dump %s, x U Previous dump %s, > V Volume %ld, = Д W Level zero, type: > Д X Level %d, type: = Y tape header, = Z beginning of file record, = [ map of inodes on tape, = \ continuation of file record, = ] end of volume, = ^ map of inodes deleted, = _ end of medium (for floppy), > Є ` Label %s, > И a Filesystem %s, > ј b Device %s, > 8 c Host %s, > x d Flags %x = f kъ old-fs dump file (little endian), > i Volume %ld, = Д j Level zero, type: > Д k Level %d, type: = l tape header, = m beginning of file record, = n map of inodes on tape, = o continuation of file record, = p end of volume, = q map of inodes deleted, = r end of medium (for floppy), > Є s Label %s, > И t Filesystem %s, > ј u Device %s, > 8 v Host %s, > x w Flags %x = Ј
' ESRI Shapefile = Љ = Њ = Ћ = Ќ = x Ў version %d x Џ length %d = А type Null Shape = Б type Point = В type PolyLine = Г type Polygon = Д type MultiPoint = Е type PointZ = Ж
type PolyLineZ = З type PolygonZ = И type MultiPointZ = Й type PointM = К type PolyLineM = Л type PolygonM = М type MultiPointM = Н type MultiPatch = Ъ іііі PC formatted floppy with no filesystem = з FATX FATX filesystem data = щ 6 Netboot image, = ъ џџџџџџџ = ы mode 2 = ь mode 3 ! э џџџџџџџ unknown mode = я OS/2 OS/2 Boot Manager = \% ( T Unix Fast File system [v1] (little-endian), x д ) last mounted on %s, x + last written at %s, x б , clean flag %d, x $ - number of blocks %d, x ( . number of data blocks %d, x , / number of cylinder groups %d, x 0 0 block size %d, x 4 1 fragment size %d, x < 2 minimum percentage of free blocks %d, x @ 3 rotational delay %dms, x D 4 disk rotational speed %drps, = 5 TIME optimization = 6 SPACE optimization = \Ѕ 8 T Unix Fast File system [v2] (little-endian) x tћџџ 9 last mounted on %s, > H§џџ : volume name %s, x аўџџ ; last written at %s, x qћџџ < clean flag %d, x pћџџ = readonly flag %d, x иўџџ > number of blocks %lld, x рўџџ ? number of data blocks %lld, x Ьњџџ @ number of cylinder groups %d, x ањџџ A block size %d, x дњџџ B fragment size %d, x Lџџџ C average file size %d, x Pџџџ D average number of files in dir %d, x №ўџџ E pending blocks to free %lld, x јўџџ F pending inodes to free %ld, x h§џџ G system-wide uuid %0llx, x мњџџ H minimum percentage of free blocks %d, = ћџџ I TIME optimization = ћџџ J SPACE optimization = \ L T Unix Fast File system [v2] (little-endian) x tћџџ M last mounted on %s, > H§џџ N volume name %s, x аўџџ O last written at %s, x qћџџ P clean flag %d, x pћџџ Q readonly flag %d, x иўџџ R number of blocks %lld, x рўџџ S number of data blocks %lld, x Ьњџџ T number of cylinder groups %d, x ањџџ U block size %d, x дњџџ V fragment size %d, x Lџџџ W average file size %d, x Pџџџ X average number of files in dir %d, x №ўџџ Y pending blocks to free %lld, x јўџџ Z pending inodes to free %ld, x h§џџ [ system-wide uuid %0llx, x мњџџ \ minimum percentage of free blocks %d, = ћџџ ] TIME optimization = ћџџ ^ SPACE optimization = \% ` T Unix Fast File system [v1] (big-endian), = a LBAL Apple UFS Volume x b named %s, x c volume label version %d, x d created on %s, x д e last mounted on %s, x g last written at %s, x б h clean flag %d, x $ i number of blocks %d, x ( j number of data blocks %d, x , k number of cylinder groups %d, x 0 l block size %d, x 4 m fragment size %d, x < n minimum percentage of free blocks %d, x @ o rotational delay %dms, x D p disk rotational speed %drps, = q TIME optimization = r SPACE optimization = \Ѕ t T Unix Fast File system [v2] (big-endian) x tћџџ u last mounted on %s, > H§џџ v volume name %s, x аўџџ w last written at %s, x qћџџ x clean flag %d, x pћџџ y readonly flag %d, x иўџџ z number of blocks %lld, x рўџџ { number of data blocks %lld, x Ьњџџ | number of cylinder groups %d, x ањџџ } block size %d, x дњџџ ~ fragment size %d, x Lџџџ average file size %d, x Pџџџ average number of files in dir %d, x №ўџџ pending blocks to free %lld, x јўџџ pending inodes to free %ld, x h§џџ system-wide uuid %0llx, x мњџџ minimum percentage of free blocks %d, = ћџџ
TIME optimization = ћџџ SPACE optimization = \ T Unix Fast File system [v2] (big-endian) x tћџџ last mounted on %s, > H§џџ volume name %s, x аўџџ last written at %s, x qћџџ clean flag %d, x pћџџ readonly flag %d, x иўџџ number of blocks %lld, x рўџџ number of data blocks %lld, x Ьњџџ number of cylinder groups %d, x ањџџ block size %d, x дњџџ fragment size %d, x Lџџџ average file size %d, x Pџџџ average number of files in dir %d, x №ўџџ pending blocks to free %lld, x јўџџ pending inodes to free %ld, x h§џџ system-wide uuid %0llx, x мњџџ minimum percentage of free blocks %d, = ћџџ TIME optimization = ћџџ SPACE optimization = Ћ AЉх SGI disk label (volume header) = Ў BSFX SGI XFS filesystem data x Џ (blksz %d, x h А inosz %d, ^ d Б v1 dirs) & d В v2 dirs) = Ж 'ќF Atari-ST Minix kernel image = З љ , 720k floppy = И ај , 360k floppy = E=Э( Linux Compressed ROM File System data, little endian x size %d & version #2 & sorted_dirs &
hole_support x CRC 0x%x, x $ edition %d, x (
%d blocks, x , %d files = E=Э( Linux Compressed ROM File System data, big endian x size %d & version #2 & sorted_dirs & hole_support x CRC 0x%x, x $ edition %d, x ( %d blocks, x , %d files = % 1984 Linux Journalled Flash File system, little endian = & 1984 Linux Journalled Flash File system, big endian = 3 V' u-boot/PPCBoot image = 4 PPCBoot x 5 version %s = < sqsh Squashfs filesystem, big endian, x = version %d. x > %d, < ? x @ %d bytes, > A x ? B %lld bytes, x D %d inodes, < E x F blocksize: %d bytes, > G x 3 H blocksize: %d bytes, x ' I created: %s = J hsqs Squashfs filesystem, little endian, x
K version %d. x
L %d, <
M x N %d bytes, >
O x ? P %lld bytes, x R %d inodes, <
S x
T blocksize: %d bytes, >
U x 3 V blocksize: %d bytes, x ' W created: %s = Ѕ FONT ASCII vfont text = Џ X11 SNF font data, MSB first = А X11 SNF font data, LSB first = З fcp X11 Portable Compiled Font data = И , LSB first = Й
, MSB first = Ч Y libGrx font data, x
Ш %dx x
Щ %d x ( Ъ %s = Ь NOFџџџџџ DOS code page font data collection = Э AGE DOS code page font data = Ю DIV DOS code page font data (from Linux?) = в PFR1 PFR1 font > f г 0 : %s = м OTTO OpenType font data = ћ <MML FrameMaker MML file = R џџџ FreeBSD/i386 < S & T Рџџџџџџџџџџџџџџ shared library = U Рџџџџџџџ@ PIC object = V Рџџџџџџџ object > W џ = X џџџџџџџџџџџџџџ dynamically linked executable = Y џџџџџџџ executable > Z not stripped = \ џџџ FreeBSD/i386 pure < ] & ^ Рџџџџџџџџџџџџџџ shared library = _ Рџџџџџџџ@ PIC object = ` Рџџџџџџџ object > a џ = b џџџџџџџџџџџџџџ dynamically linked executable = c џџџџџџџ executable > d not stripped = f џџџ FreeBSD/i386 demand paged < g & h Рџџџџџџџџџџџџџџ shared library = i Рџџџџџџџ@ PIC object = j Рџџџџџџџ object > k џ = l џџџџџџџџџџџџџџ dynamically linked executable = m џџџџџџџ executable > n not stripped = p џџџ Ь FreeBSD/i386 compact demand paged < q & r Рџџџџџџџџџџџџџџ shared library = s Рџџџџџџџ@ PIC object = t Рџџџџџџџ object > u џ = v џџџџџџџџџџџџџџ dynamically linked executable = w џџџџџџџ executable > x not stripped = iHDL ld.so hints file (Little Endian > , version %d) < ) = iHDL ld.so hints file (Big Endian > , version %d) < ) = л IDP2 Quake II 3D Model file, x м %lu skin(s), x н (%lu x x о %lu), x ( п %lu frame(s), x р Frame size %lu bytes, x с %lu vertices/frame, x т %lu texture coordinates, x у %lu triangles/frame = х IBSP Quake = ц & II Map file (BSP) = ч . III Map file (BSP) = щ IDS2 Quake II SP2 sprite file = ё IWAD DOOM or DOOM ][ world = ђ PWAD DOOM or DOOM ][ extension world = § PACK Quake I or II world or extension = q SСEЧџџџџ GEOS = ( r executable = ( s VMFile = ( t binary = ( u directory label < ( v unknown > ( w unknown > x , name "%s" = gpch GCC precompiled header x (version %c x %c x %c) = C for C = o for Objective C = + for C++ = O for Objective C++ = Ћ GPAT GIMP pattern data, x Ќ %s = Г GIMP GIMP brush data = Й о GNU message catalog (little endian), x К revision %d, x Л %d messages = М о GNU message catalog (big endian), x Н revision %d, x О %d messages = Х gpg GPG key trust database x Ц version %d = Y
TML 0123 byte-order format = Z
TML 1032 byte-order format = [
TML 2301 byte-order format = \
TML 3210 byte-order format = ^ PA-RISC1.1 relocatable object = _ PA-RISC1.1 executable & Ј ` dynamically linked = a 0іN dynamically linked > ` b - not stripped = d PA-RISC1.1 shared executable = Ј e dynamically linked = f 0іN dynamically linked > ` g - not stripped = i PA-RISC1.1 demand-load executable = Ј j dynamically linked = k 0іN dynamically linked > ` l - not stripped = n PA-RISC1.1 shared library > ` o - not stripped = q
PA-RISC1.1 dynamic load library > ` r - not stripped = u PA-RISC2.0 relocatable object = w PA-RISC2.0 executable & Ј x dynamically linked = y 0іN dynamically linked > ` z - not stripped = | PA-RISC2.0 shared executable & Ј } dynamically linked = ~ 0іN dynamically linked > ` - not stripped = PA-RISC2.0 demand-load executable & Ј dynamically linked = 0іN dynamically linked > ` - not stripped = PA-RISC2.0 shared library > ` - not stripped =
PA-RISC2.0 dynamic load library > ` - not stripped = PA-RISC1.0 relocatable object = PA-RISC1.0 executable = Ј dynamically linked = 0іN dynamically linked > ` - not stripped = PA-RISC1.0 shared executable = Ј dynamically linked = 0іN dynamically linked > ` - not stripped = PA-RISC1.0 demand-load executable = Ј dynamically linked = 0іN dynamically linked > ` - not stripped = PA-RISC1.0 shared library > ` - not stripped = Ё
PA-RISC1.0 dynamic load library > ` Ђ - not stripped = Є ra<! archive file = D Ѕ - PA-RISC1.0 relocatable library = D І - PA-RISC1.1 relocatable library = D Ї - PA-RISC1.2 relocatable library = D Ј - PA-RISC2.0 relocatable library = Ћ HP s500 relocatable executable > Ќ - version %ld = Ў HP s500 executable > Џ - version %ld = Б HP s500 pure executable > В - version %ld = Е HP s200 pure executable > Ж - version %ld & З џџџџ save fp regs & И @ dynamically linked & Й debuggable > $ К not stripped = М HP s200 executable > Н - version %ld & О џџџџ save fp regs & П @ dynamically linked & Р debuggable > $ С not stripped = У HP s200 demand-load executable > Ф - version %ld & Х џџџџ save fp regs & Ц @ dynamically linked & Ч debuggable > $ Ш not stripped = Ъ HP s200 relocatable executable > Ы - version %ld > Ь - highwater %d & Э џџџџ save fp regs & Ю debuggable & Я PIC = б
HP s200 (2.x release) pure executable > в - version %ld > $ г not stripped = е
HP s200 (2.x release) executable > ж - version %ld > $ з not stripped = й HP s200 shared library > к - version %ld > л - highwater %d > $ м not stripped = о
HP s200 dynamic load library > п - version %ld > р - highwater %d > $ с not stripped = ф eџ HP old archive = х eџ
HP s200 old archive = ц eџ HP s200 old archive = ч eџ HP s500 old archive = щ І!X HP core file = ы шюЇM HP-WINDOWS font > ь - version %ld = ђ compiled Lisp =
љ AIX compiled message catalog = FORM IFF data = AIFF , AIFF audio = AIFC , AIFF-C compressed audio = ! 8SVX , 8SVX 8-bit sampled sound voice = " 16SV , 16SV 16-bit sampled sound voice = # SAMP , SAMP sampled audio = $ MAUD , MAUD MacroSystem audio = % SMUS , SMUS simple music = & CMUS , CMUS complex music = ( ILBMBMHD , ILBM interleaved image x ) , %d x x * %d = + RGBN , RGBN 12-bit RGB image = , RGB8 , RGB8 24-bit RGB image = - DEEP , DEEP TVPaint/XiPaint image = . DR2D , DR2D 2-D object = / TDDD , TDDD 3-D rendering = 0 LWOB , LWOB 3-D object = 1 LWO2 , LWO2 3-D object, v2 = 2 LWLO , LWLO 3-D layered object = 3 REAL , REAL Real3D rendering = 4 MC4D , MC4D MaxonCinema4D rendering = 5 ANIM , ANIM animation = 6 YAFA , YAFA animation = 7 SSA , SSA super smooth animation = 8 ACBM , ACBM continuous image = 9 FAXX , FAXX fax image = ; FTXT , FTXT formatted text = < CTLG , CTLG message catalog = = PREF , PREF preferences = > DTYP , DTYP datatype description = ? PTCH , PTCH binary patch = @ AMFF , AMFF AmigaMetaFile format = A WZRD , WZRD StormWIZARD resource = B DOC , DOC desktop publishing document = J IFRS , Blorb Interactive Fiction = K Exec with executable chunk = L IFZS , Z-machine or Glulx saved game file (Quetzal) = ^ џџїџџџџџ Targa image data - Map = _ - RLE >
` %hd x >
a %hd = b џџїџџџџџ Targa image data - RGB = c - RLE >
d %hd x >
e %hd = f џџїџџџџџ Targa image data - Mono = g - RLE >
h %hd x >
i %hd = y .MDA MicroDesign data = z 0 version 2 = { 3 version 3 = | .MDP MicroDesign page data = } 0 version 2 = ~ 3 version 3 = IIN1 NIFF image data = MM * TIFF image data, big-endian = II* TIFF image data, little-endian = PNG PNG image data, !
CORRUPTED, =
x %ld x x %ld, x %d-bit = grayscale, = /color RGB, = colormap, = gray+alpha, = /color RGBA, = non-interlaced = interlaced = GIF8 GIF image data = Ё 7a , version 8%s, = Ђ 9a , version 8%s, >
Ѓ %hd x >
Є %hd = Б ё @Л CMU window manager raster image data > В %d x > Г %d, > Д %d-bit = К $№B Artisan image data = Л , rectangular 24-bit = М , rectangular 8-bit with colormap = Н , rectangular 32-bit (24-bit with matte) = Р #FIG FIG image text x С , version %.3s = Ы GKSM GKS Metafile = Ь SunGKS , SunGKS = ф Sfff structured fax file = jІY Sun raster image data > , %d x > %d, > %d-bit, = old format, = compressed, = RGB, = TIFF, = IFF, = џџ reserved for testing, = no colormap = RGB colormap = ! raw colormap = 5 IT01 FIT image data x 6 , %d x x 7 %d x x 8 %d = : IT02 FIT image data x ; , %d x x < %d x x = %d = [ DICM DICOM medical imaging data = a XWD X Window Dump image data > d b , "%s" x c , %dx x d %dx x e %d = o PDS_ PDS image data = { pM85 Atari ST STAD bitmap image data (hor) = | (white background) = } џџџџџџџџ (black background) = ~ pM86 Atari ST STAD bitmap image data (vert) = (white background) = џџџџџџџџ (black background) = Н 8BPS Adobe Photoshop Image = У NITF National Imagery Transmission Format > Ф dated %.14s = Ч GEM Image data x Ш %d x x Щ %d, x Ъ %d planes, x Ы %d x x
Ь %d pixelsize = Я џџ GEM Metafile data x
а version %d = ї KiSS KISS/GS = ј color x љ %d bit x
њ %d colors x
ћ %d groups = ќ cell x § %d bit x
ў %d x x
џ %d x
+%d x
+%d = f Squeak image data = 0 Бhо: DCX multi-page PCX image data = 5 *_зџџџџ Cineon image data > Ш 6 , %ld x > Ь 7 %ld = F MRM Minolta Dimage camera raw image data = P v/1 OpenEXR image data = T CDF NetCDF Data Format data = Y Hierarchical Data Format (version 4) data = ^ =ѓ Syslinux SLL16 image data, >
_ %hd x >
` %hd = OPS Interleaf saved data = о ISPL ispell x п hash file version %d, x р lexletters %d, x с lexsize %d, x т hashsize %d, x у stblsize %d = hsi1 JPEG image data, HSI proprietary = lect DEC SRC Virtual Paper Lectern file = Д d Linux/i386 impure executable (OMAGIC) = Е , stripped = Ж d Linux/i386 pure executable (NMAGIC) = З , stripped = И d Linux/i386 demand-paged executable (ZMAGIC) = Й , stripped = К Ь d Linux/i386 demand-paged executable (QMAGIC) = Л , stripped = Р Linux-8086 impure executable ! С not stripped = Т Linux-8086 executable ! У not stripped = Х Ѓ Linux-8086 object file = Ч Minix-386 impure executable ! Ш not stripped = Щ Minix-386 executable ! Ъ not stripped = и Ь Linux/i386 core file > м Э of '%s' > Ш Ю (signal %d) = в LILO Linux/i386 LILO boot/chain loader = њ HdrS Linux kernel =
ў ћ UЊџџџџџџ x86 boot executable >
ќ = § zImage, = ў bzImage, >
џ version %s, =
ђ RO-rootFS, =
ђ RW-rootFS, >
ќ root_dev 0x%X, >
і swap_dev 0x%X, >
ј RAMdisksize %u KB, =
њ џџџџџџџџ Normal VGA =
њ ўџџџџџџџ Extended VGA =
њ §џџџџџџџ Prompt for Videomode >
њ Video mode %d =
РИџџџџ Linux kernel = у Loading version 1.3.79 or older = щ Loading from prehistoric times = MOOO User-mode Linux COW file x , version %d > , backing file %s = < РИџџџџ Linux = ц = SKLE ELKS Kernel ! ц > SKLE style boot sector = B џ џџџџџщ Уџџџџ Linux-Dev86 executable, headerless = C . > D , libc version %s = F џџ џџџџџ Linux-8086 executable ! G , unmapped zero page = H , impure ! I ! J , A_EXEC ! K , A_PAL ! L , A_NSYM ! M , A_STAND ! N @ , A_PURE ! O џџџџџџџ , A_TOVLY ! P , not stripped = % Q . > $ R , libc version %s = \ =ѓ SYSLINUX' LSS16 image data x
] , width %d x
^ , height %d = ` OOOM User-Mode-Linux's Copy-On-Write disk image x a version %d = e џ|љџџџџ SE Linux policy x f v%d = g MLS x h %d symbols x i %d ocons = џ|љџџџџ SE Linux policy x v%d = MLS x %d symbols x %d ocons = И ;ELC > Й < К Emacs/XEmacs v%d byte-compiled Lisp data = О вvp CLISP memory image data = П pvвџџџџ CLISP memory image data, other endian = Т оџџџџ GNU-format message catalog data = У оџџџџ GNU-format message catalog data = Ц њњњњ MIT scheme (library?) = а џџџўџџџџЮњэўџџџџ Mach-O = б Яџџџџџџџ 64-bit = в object = г executable = д fixed virtual memory shared library = е core = ж preload executable = з dynamically linked shared library = и dynamic linker = й bundle = к dynamically linked shared library stub > л x м filetype=%ld < н x о architecture=%ld = п vax = р romp = с architecture=3 = т ns32032 = у ns32332 = ф m68k = х i386 = ц mips = ч ns32532 = ш
architecture=10 = щ hppa = ъ acorn = ы
m88k = ь sparc = э i860-big = ю i860 = я rs6000 = № ppc = ё ppc64 > ђ x ѓ architecture=%ld = ѕ ўџџџџџџџЮњэўџџџџ Mach-O = і Яџџџџџџџ 64-bit = ї object = ј executable = љ fixed virtual memory shared library = њ core = ћ preload executable = ќ dynamically linked shared library = § dynamic linker = ў bundle = џ dynamically linked shared library stub > x filetype=%ld < x architecture=%ld = vax = romp = architecture=3 = ns32032 = ns32332 = for m68k architecture =
(mc68040) = (mc68030 only) = i386 = mips = ns32532 =
architecture=10 = hppa = acorn =
m88k = sparc = i860-big = i860 = rs6000 = ppc = ppc64 > x architecture=%ld = ) SIT! StuffIt Archive (data) x * : %s = + SITD StuffIt Deluxe (data) x , : %s = 5 APPL Macintosh Application (data) x 6 : %s = 9 zsys Macintosh System File (data) = : FNDR Macintosh Finder (data) = ; libr Macintosh Library (data) x < : %s = = shlb Macintosh Shared Library (data) x > : %s = ? cdev Macintosh Control Panel (data) x @ : %s = A INIT Macintosh Extension (data) x B : %s = C FFIL Macintosh Truetype Font (data) x D : %s = E LWFN Macintosh Postscript Font (data) x F : %s = I PACT Macintosh Compact Pro Archive (data) x J : %s = K ttro Macintosh TeachText File (data) x L : %s = M TEXT Macintosh TeachText File (data) x N : %s = f mBIN MacBinary III data with surprising version number = ЩУтСџџџџ SPSS Portable File x ( %s = $FL2 SPSS System File x %s = ёџџџџ magic binary file for file(1) cmd x (version %d) (little endian) = ёџџџџ magic binary file for file(1) cmd x (version %d) (big endian) = Maple help database = Д $ Maple something = Й E An old revision = К R The latest save = т (*^
Mathematica notebook version 2.x = ! ЃпE = ! B = ! matroska Matroska data = Q! old SGI 68020 executable = R! old SGI 68020 pure executable = Z! MFCS IRIS Showcase file x [! - version %ld = \! MFCT IRIS Showcase template x ]! - version %ld = ^! ОКоџџџџ IRIX Parallel Arena > _! - version %ld = д! Аоџџџџ IRIX core dump = е! of > ж! '%s' = и! @оџџџџ IRIX 64-bit core dump = й! of > к! '%s' = м! ЛРОКџџџџ IRIX N32 core dump = н! of > о! '%s' = я! } GLF_BINARY_LSB_FIRST = №! } GLF_BINARY_MSB_FIRST = ѓ! GLS_BINARY_LSB_FIRST = є! GLS_BINARY_MSB_FIRST = ћ! Зz Mirage Assembler m.out executable = џ! %%!! X-Post-It-Note text = " ЭЋџџџџџџ MLSSA datafile, x
" algorithm %d, x
" %d samples = " MMDF mailbox = 0" RMD1 raw modem data > 1" (%s / > 2" compression type 0x%04x) = h" №џџџџџџџ ` Atari ST M68K contiguous executable x i" (txt=%ld, x j" dat=%ld, x
k" bss=%ld, x l" sym=%ld) = m" №џџџџџџџ ` Atari ST M68K non-contig executable x n" (txt=%ld, x o" dat=%ld, x
p" bss=%ld, x q" sym=%ld) = # џџџџџџџџ DOS executable (device driver) >
# # !
# . < # [ x
# , name: %.8s <
# A > # @ !
# $ x # , name: %.8s > Ё# @ < Ђ# [ < Ѓ# [ x Є# , name: %.8s = L І# > M Ї# @ < M Ј# [ x M Љ# , name: %.8s = ф# regf Windows NT/XP registry file = х# CREG Windows 95/98/ME registry file = њ# О1 Microsoft Word Document = ў# ў7 # Microsoft Office Document =
$ Lotus 1-2-3 = $ wk3 document data = $ wk4 document data =
$ fm3 or fmb document data = $ fm3 or fmb document data = $ Lotus 1-2-3 = $ wk1 document data = $ fmt document data = $ ?_ MS Windows Help Data = #$ зЭЦ ms-windows metafont .wmf = $$ ms-windows metafont .wmf = %$ ms-windows metafont .wmf = =$ PMCC MS Windows 3.1 group files = G$ MS Windows icon resource = H$ - 1 icon > I$ - %d icons > J$ , %dx > K$ %d = L$ , 256-colors > M$ , %d-colors = p$ DCU1 Borland Delphi .DCU file = u$ pk TurboC BGI file = v$ PK TurboC Font file = $ PMCC Windows 3.x .GRP file = $ L =
$ Windows shortcut file = $ ЦгаХџџџџ DOS EPS Binary File > $ Postscript starts at byte %d > $ length %d > $ Metafile starts at byte %d > $ length %d > $ TIFF starts at byte %d > $ length %d = Ѓ$ ISc( InstallShield Cabinet archive data = Є$ №џџџџџџџ` version 6, ! Ѕ$ №џџџџџџџ` version 4/5, x ( І$ %u files = Й$ !BDN Microsoft Outlook binary email folder =
К$ (Outlook <=2002) =
Л$ (Outlook >=2003) = П$ ?_ Windows 3.x help file = Ф$ Яў Microsoft Outlook Express DBX File = Х$ Хџџџџџџџ Message database = Ц$ Цџџџџџџџ Folder database = Ч$ Чџџџџџџџ Accounts informations = Ш$ 0 Offline database = ( в$ EMF Windows Enhanced Metafile (EMF) image data x , г$ version 0x%x. > @ ж$ Description available at offset 0x%x > < з$ (length 0x%x) > @ м$ 0 Description: %15.15s = п$ COWD VMWare3 = р$ disk image x с$ (%d/ x $ т$ %d/ x ( у$ %d) = ф$ undoable disk image > х$ (%s) = ч$ VMDK VMware4 disk image = ш$ KDMV VMware4 disk image = ъ$ ћIFQ QEMU Copy-On-Write disk image x ы$ version %d, x ь$ size %d + x э$ %d = я$ QEVM QEMU's suspend to disk image = ѕ$ ЮF Bochs Sparse disk image = % №
Microsoft Visual C library = % №= Microsoft Visual C library = % №} Microsoft Visual C library = !% MSVC .bsc = F% RSRC National Instruments, = H% LV LabVIEW File, =
J% SB Code Resource File, data =
K% IN Virtual Instrument Program, data =
L% AR VI Library, data = N% LMNULBVW Portable File Names, data = P% rsc Resources File, data = R% VMAP National Instruments, VXI File, data = % a.out NetBSD little-endian object file > % not stripped = % a.out NetBSD big-endian object file > % not stripped = % џџџ a.out NetBSD/i386 demand paged & % џџџџџџџ < % shared library = % dynamically linked executable > % dynamically linked executable ^ % џџџџџџџ executable > % not stripped = % џџџ a.out NetBSD/i386 pure & % џџџџџџџ dynamically linked executable ^ % џџџџџџџ executable > % not stripped = % џџџ a.out NetBSD/i386 & % џџџџџџџ dynamically linked executable ^ % џџџџџџџ & % @ position independent ! % executable = % object file > % not stripped = Ё% џџџ G a.out NetBSD/i386 core > Ђ% from '%s' ! Ѓ% (signal %d) = Ѕ% џџџ a.out NetBSD/m68k demand paged & І% џџџџџџџ < Ї% shared library = Ј% dynamically linked executable > Љ% dynamically linked executable ^ Њ% џџџџџџџ executable > Ћ% not stripped = Ќ% џџџ a.out NetBSD/m68k pure & % џџџџџџџ dynamically linked executable ^ Ў% џџџџџџџ executable > Џ% not stripped = А% џџџ a.out NetBSD/m68k & Б% џџџџџџџ dynamically linked executable ^ В% џџџџџџџ & Г% @ position independent ! Д% executable = Е% object file > Ж% not stripped = З% џџџ G a.out NetBSD/m68k core > И% from '%s' ! Й% (signal %d) = Л% џџџ a.out NetBSD/m68k4k demand paged & М% џџџџџџџ < Н% shared library = О% dynamically linked executable > П% dynamically linked executable ^ Р% џџџџџџџ executable > С% not stripped = Т% џџџ a.out NetBSD/m68k4k pure & У% џџџџџџџ dynamically linked executable ^ Ф% џџџџџџџ executable > Х% not stripped = Ц% џџџ a.out NetBSD/m68k4k & Ч% џџџџџџџ dynamically linked executable ^ Ш% џџџџџџџ & Щ% @ position independent ! Ъ% executable = Ы% object file > Ь% not stripped = Э% џџџ G a.out NetBSD/m68k4k core > Ю% from '%s' ! Я% (signal %d) = б% џџџ a.out NetBSD/ns32532 demand paged & в% џџџџџџџ < г% shared library = д% dynamically linked executable > е% dynamically linked executable ^ ж% џџџџџџџ executable > з% not stripped = и% џџџ a.out NetBSD/ns32532 pure & й% џџџџџџџ dynamically linked executable ^ к% џџџџџџџ executable > л% not stripped = м% џџџ a.out NetBSD/ns32532 & н% џџџџџџџ dynamically linked executable ^ о% џџџџџџџ & п% @ position independent ! р% executable = с% object file > т% not stripped = у% џџџ G a.out NetBSD/ns32532 core > ф% from '%s' ! х% (signal %d) = ч% џџџ G a.out NetBSD/powerpc core > ш% from '%s' = ъ% џџџ a.out NetBSD/sparc demand paged & ы% џџџџџџџ < ь% shared library = э% dynamically linked executable > ю% dynamically linked executable ^ я% џџџџџџџ executable > №% not stripped = ё% џџџ a.out NetBSD/sparc pure & ђ% џџџџџџџ dynamically linked executable ^ ѓ% џџџџџџџ executable > є% not stripped = ѕ% џџџ a.out NetBSD/sparc & і% џџџџџџџ dynamically linked executable ^ ї% џџџџџџџ & ј% @ position independent ! љ% executable = њ% object file > ћ% not stripped = ќ% џџџ G a.out NetBSD/sparc core > §% from '%s' ! ў% (signal %d) = & џџџ a.out NetBSD/pmax demand paged & & џџџџџџџ < & shared library = & dynamically linked executable > & dynamically linked executable ^ & џџџџџџџ executable > & not stripped = & џџџ a.out NetBSD/pmax pure & & џџџџџџџ dynamically linked executable ^ & џџџџџџџ executable >
& not stripped = & џџџ a.out NetBSD/pmax & & џџџџџџџ dynamically linked executable ^
& џџџџџџџ & & @ position independent ! & executable = & object file > & not stripped = & џџџ G a.out NetBSD/pmax core > & from '%s' ! & (signal %d) = & џџџ a.out NetBSD/vax 1k demand paged & & џџџџџџџ < & shared library = & dynamically linked executable > & dynamically linked executable ^ & џџџџџџџ executable > & not stripped = & џџџ a.out NetBSD/vax 1k pure & & џџџџџџџ dynamically linked executable ^ & џџџџџџџ executable > & not stripped = !& џџџ a.out NetBSD/vax 1k & "& џџџџџџџ dynamically linked executable ^ #& џџџџџџџ & $& @ position independent ! %& executable = && object file > '& not stripped = (& џџџ G a.out NetBSD/vax 1k core > )& from '%s' ! *& (signal %d) = ,& џџџ a.out NetBSD/vax 4k demand paged & -& џџџџџџџ < .& shared library = /& dynamically linked executable > 0& dynamically linked executable ^ 1& џџџџџџџ executable > 2& not stripped = 3& џџџ a.out NetBSD/vax 4k pure & 4& џџџџџџџ dynamically linked executable ^ 5& џџџџџџџ executable > 6& not stripped = 7& џџџ a.out NetBSD/vax 4k & 8& џџџџџџџ dynamically linked executable ^ 9& џџџџџџџ & :& @ position independent ! ;& executable = <& object file > =& not stripped = >& џџџ G a.out NetBSD/vax 4k core > ?& from '%s' ! @& (signal %d) = E&
ECOFF NetBSD/alpha binary =
F& not stripped =
G& stripped = H& џџџ G a.out NetBSD/alpha core > I& from '%s' ! J& (signal %d) = L& џџџ a.out NetBSD/mips demand paged & M& џџџџџџџ < N& shared library = O& dynamically linked executable > P& dynamically linked executable ^ Q& џџџџџџџ executable > R& not stripped = S& џџџ a.out NetBSD/mips pure & T& џџџџџџџ dynamically linked executable ^ U& џџџџџџџ executable > V& not stripped = W& џџџ a.out NetBSD/mips & X& џџџџџџџ dynamically linked executable ^ Y& џџџџџџџ & Z& @ position independent ! [& executable = \& object file > ]& not stripped = ^& џџџ G a.out NetBSD/mips core > _& from '%s' ! `& (signal %d) = b& џџџ a.out NetBSD/arm32 demand paged & c& џџџџџџџ < d& shared library = e& dynamically linked executable > f& dynamically linked executable ^ g& џџџџџџџ executable > h& not stripped = i& џџџ a.out NetBSD/arm32 pure & j& џџџџџџџ dynamically linked executable ^ k& џџџџџџџ executable > l& not stripped = m& џџџ a.out NetBSD/arm32 & n& џџџџџџџ dynamically linked executable ^ o& џџџџџџџ & p& @ position independent ! q& executable = r& object file > s& not stripped = v& џџџ G a.out NetBSD/arm core > w& from '%s' ! x& (signal %d) = & BI Netscape Communicator address book = & D)z NeWS bitmap font = & G)z NeWS font family = & P)z scalable OpenFont binary = & Q)z encrypted scalable OpenFont binary = & E+z X11/NeWS bitmap font = & H+z X11/NeWS font family = & NPFF NItpicker Flow File x Ё& V%d. x Ђ& %d x Ѓ& started: %s x
Є& stopped: %s x Ѕ& Bytes: %u x І& Bytes1: %u x Ї& Flows: %u x Ј& Pkts: %u = Ц& OLF OLF = Ч& invalid class = Ш& 32-bit = Щ& 64-bit = Ъ& invalid os = Ы& OpenBSD = Ь& NetBSD = Э& FreeBSD = Ю& 4.4BSD = Я& Linux = а& SVR4 = б& esix = в& Solaris = г& Irix = д&
SCO = е& Dell = ж& NCR = з& invalid byte order = и& LSB =
й& no file type, =
к& relocatable, =
л& executable, =
м& shared object, =
п& core file > 8 Ь р& of '%s' > 8 с& (signal %d), &
т& џџџџџџџ processor-specific, =
у& no machine, =
ф& AT&T WE32100 - invalid byte order, =
х& SPARC - invalid byte order, =
ц& Intel 80386, =
ч& Motorola 68000 - invalid byte order, =
ш& Motorola 88000 - invalid byte order, =
щ& Intel 80486, =
ъ& Intel 80860, =
ы& MIPS R3000_BE - invalid byte order, =
ь& Amdahl - invalid byte order, =
э&
MIPS R3000_LE, =
ю& RS6000 - invalid byte order, =
я& PA-RISC - invalid byte order, =
№& nCUBE, =
ё& VPP500, =
ђ& SPARC32PLUS, =
ѓ& PowerPC, =
є& &џџџџџџ Alpha, = ѕ& invalid version = і& version 1 = $ ї& MathCoPro/FPU/MAU Required > ј& (%s) = љ& MSB = њ& no file type, = ћ& relocatable, = ќ& executable, = §& shared object, = ў& core file, > 8 Ь џ& of '%s' > 8 ' (signal %d), & ' џџџџџџџ processor-specific, = ' no machine, = ' AT&T WE32100, = ' SPARC, = ' Intel 80386 - invalid byte order, = ' Motorola 68000, = ' Motorola 88000, = ' Intel 80486 - invalid byte order, = ' Intel 80860, =
' MIPS R3000_BE, = ' Amdahl, = '
MIPS R3000_LE - invalid byte order, =
' RS6000, = ' PA-RISC, = ' nCUBE, = ' VPP500, = ' SPARC32PLUS, = ' PowerPC or cisco 4500, = ' cisco 7500, = ' cisco SVIP, = ' cisco 7200, = ' $ cisco 12000, = ' &џџџџџџ Alpha, = ' invalid version = ' version 1 = $ ' MathCoPro/FPU/MAU Required = Ц' Оя OSF/Rose object = < б' lppa PalmOS application > в' "%s" = < д' tXET AportisDoc file > е' "%s" = < з' KCAH HackMaster hack > и' "%s" = <
( zTXT A GutenPalm zTXT e-book > ( "%s" = N ( x N ( (v0.%02d) = N ( x N ( (v1.%02d) > N
( < N
( - 1 bookmark > N
( - %d bookmarks > N ( < N ( - 1 annotation > N ( - %d annotations > N ( (v%d. x N ( %02d) = < ( libr Palm OS dynamic library data > ( "%s" = < ( ptch Palm OS operating system patch data > ( "%s" = C( m PDP-11 single precision APL workspace = D( l PDP-11 double precision APL workspace = ( pst0 perl Storable(v0.7) data > ( & ( (network-ordered) = ( (major 2) = ( (major 2) > ( (minor %d) = Ћ( Plan 9 executable, Motorola 68k = Ќ( ы Plan 9 executable, Intel 386 = ( G Plan 9 executable, Intel 960 = Ў( Ћ Plan 9 executable, SPARC = Џ( Plan 9 executable, MIPS R3000 = А( Plan 9 executable, AT&T DSP 3210 = Б( Plan 9 executable, MIPS R4000 BE = В( Ћ Plan 9 executable, AMD 29000 = Г( G Plan 9 executable, ARM 7-something = Д( ы Plan 9 executable, PowerPC = Е( Plan 9 executable, MIPS R4000 LE = Ж( K Plan 9 executable, DEC Alpha = р( ЦгаХџџџџ DOS EPS Binary File > с( Postscript starts at byte %d > т( length %d > у( Metafile starts at byte %d > ф( length %d > х( TIFF starts at byte %d > ц( length %d = ) Rast RST-format raster font data > - ) 0 face %s = )) JZJZ = *) ZZ Zenographics ZjStream printer data (big-endian) = +) ZJZJ = ,) ZZ Zenographics ZjStream printer data (little-endian) = M) џџ џџџџџ V ps database > N) version %s > O) from kernel %s = U) 7 Psion Series 5 = V) 9 font file = W) : printer driver = X) ; clipboard = Y) B multi-bitmap image = Z) j application information file = [) m = \) } sketch image = ]) ~ voice note = ^) word file = _)
OPL program = `) sheet file = a) Ф EasyFax initialisation file = b) s OPO module = c) t OPL application = d) exported multi-bitmap image = f) A Psion Series 5 ROM multi-bitmap image = h) P Psion Series 5 = i) m database = j) ф ini file = l) y Psion Series 5 binary: = m) DLL = n) I comms hardware library = o) J comms protocol library = p) ] OPX = q) l application = r) DLL = s) Ќ logical device driver = t) physical device driver = u) х file transfer protocol = v) х file transfer protocol = w) @ printer definition = x) A printer definition = z) z Psion Series 5 executable = ) ёч Pulsar POP3 daemon mailbox cache file. x ) Version: %d. x
) %d = ) P Pyramid 90x family executable = ) P Pyramid 90x family pure executable > ) not stripped = ) P Pyramid 90x family demand paged pure executable > ) not stripped = )
Nџџџџ python 1.5/1.6 byte-compiled = )
Цџџџџ python 2.0 byte-compiled = )
ы* python 2.1 byte-compiled = )
э- python 2.2 byte-compiled = )
ђ; python 2.3 byte-compiled = )
ђm python 2.4 byte-compiled = Ё)
ђГџџџџ python 2.5 byte-compiled = В) Л?ъџџџџ Conary changeset data = М) RIFF RIFF (little-endian) data = О) PAL , palette x
П) , version %d x
Р) , %d entries = Т) RDIB , device-independent bitmap = У) BM =
Ф) , OS/2 1.x format x
" Х) , %d x x
$ Ц) %d =
Ч) @ , OS/2 2.x format x
" Ш) , %d x x
$ Щ) %d =
Ъ) ( , Windows 3.x format x " Ы) , %d x x & Ь) %d x x
, Э) %d = Я) RMID , MIDI = б) RMMP , multimedia movie = г) RMP3 , MPEG Layer 3 audio = е) WAVE , WAVE audio =
ж) , Microsoft PCM >
" з) , %d bit =
и) , Microsoft ADPCM =
й) , ITU G.711 A-law =
к) , ITU G.711 mu-law =
л) , IMA ADPCM =
м) , ITU G.723 ADPCM (Yamaha) =
н) 1 , GSM 6.10 =
о) @ , ITU G.721 ADPCM =
п) P , MPEG =
р) U , MPEG Layer 3 =
с) , mono =
т) , stereo >
у) , %d channels > ф) %d Hz = ц) CDRA , Corel Draw Picture = ш) AVI , AVI = щ) LIST = ъ) hdrlavih x $ ы) , %lu x x ( ь) %lu, > э) @B <1 fps, = ю) @B 1.00 fps, = я) Ё 2.00 fps, = №) 3.00 fps, = ё) а 4.00 fps, = ђ) @
5.00 fps, = ѓ) 6.00 fps, = є) . 7.00 fps, = ѕ) Hш 8.00 fps, = і) В 9.00 fps, = ї) 10.00 fps, < љ) > ќџџџ њ) Т ! ќџџџ ћ) ~10 fps, = ќ)
E 12.00 fps, < ў) BH > ќџџџ џ) еB ! ќџџџ *
E ~12 fps, = * k 15.00 fps, < * * > ќџџџ * Б ! ќџџџ * k ~15 fps, = * PУ 20.00 fps, = * ьЂ 23.98 fps, = * УЂ 24.00 fps, <
* qЃ > ќџџџ * Ђ ! ќџџџ * ьЂ ! ќџџџ
* УЂ ~24 fps, = * @ 25.00 fps, < * с > ќџџџ * Ё ! ќџџџ * @ ~25 fps, = * W 29.97 fps, = * 5 30.00 fps, < * Ѕ > ќџџџ * Ч ! ќџџџ * W ! ќџџџ * 5 ~30 fps, < * р} >30 fps, = X !* LIST = ` "* strlstrh = l #* vids video: = $* uncompressed = h l &* strf = h '* RLE 8bpp = h (* cvid Cinepak = h )* i263 Intel I.263 = h ** iv32 Indeo 3.2 = h +* iv41 Indeo 4.1 = h ,* iv50 Indeo 5.0 = h -* mp42 Microsoft MPEG-4 v2 = h .* mp43 Microsoft MPEG-4 v3 = h /* fmp4 FFMpeg MPEG-4 = h 0* mjpg Motion JPEG = h 1* div3 DivX 3 = p 2* div3 Low-Motion = p 3* div4 Fast-Motion = h 4* divx DivX 4 = h 5* dx50 DivX 5 = h 6* xvid XviD = h 7* wmv3 Windows Media Video 9 = h 8* h264 X.264 = h 9* = \ ` <* LIST = \ h =* strlstrh = \ t >* auds , audio: = \ Ќ @* strf =
\ Д A* uncompressed PCM =
\ Д B* ADPCM =
\ Д C* aLaw =
\ Д D* uLaw =
\ Д E* P MPEG-1 Layer 1 or 2 =
\ Д F* U MPEG-1 Layer 3 =
\ Д G* Dolby AC3 =
\ Д H* a DivX =
\ Ж J* (mono, =
\ Ж K* (stereo, >
\ Ж L* (%d channels, x \ И M* %d Hz) = \ Д O* strf =
\ М P* uncompressed PCM =
\ М Q* ADPCM =
\ М R* U MPEG-1 Layer 3 =
\ М S* Dolby AC3 =
\ М T* a DivX =
\ О V* (mono, =
\ О W* (stereo, >
\ О X* (%d channels, x \ Р Y* %d Hz) = [* ACON , animated cursor = ]* sfbk SoundFont/Bank = _* CDXA , wrapped MPEG-1 (CDXA) = `* 4XMV , 4X Movie file = h* RIFX RIFF (big-endian) data = j* PAL , palette x k* , version %d x l* , %d entries = n* RDIB , device-independent bitmap = o* BM = p* , OS/2 1.x format x " q* , %d x x $ r* %d = s* @ , OS/2 2.x format x " t* , %d x x $ u* %d = v* ( , Windows 3.x format x " w* , %d x x & x* %d x x , y* %d = {* RMID , MIDI = }* RMMP , multimedia movie = * WAVE , WAVE audio =
* , Microsoft PCM >
" * , %d bit = * , mono = * , stereo > * , %d channels >
* %d Hz = * CDRA , Corel Draw Picture = * AVI , AVI = * ACON , animated cursor = * NIFF , Notation Interchange File Format = * sfbk SoundFont/Bank = х* ъ BALANCE NS32000 .o > ц* not stripped > | ч* version %ld = ш* ъ BALANCE NS32000 executable (0 @ 0) > щ* not stripped > | ъ* version %ld = ы* ъ BALANCE NS32000 executable (invalid @ 0) > ь* not stripped > | э* version %ld = ю* ъ0 BALANCE NS32000 standalone executable > я* not stripped > | №* version %ld = + PmNs PCP compiled namespace (V.0) = + &Pџџџџ PCP archive x + (V.%d) =
+ ўџџџџџџџ temporal index = + џџџџџџџџ metadata = + log volume #0 > + log volume #%ld > + host: %s = + PcPh PCP Help = + 1 Index = + 2 Text > !+ (V.%1.1s) = (+ SpeedShop data file = ++ b9 mdbm file, version 0 (obsolete) = ,+ mdbm mdbm file, x -+ version %d, x .+ 2^%d pages, x /+ pagesize 2^%d, x 0+ hash %d, x 1+ dataformat %d = :+ CIMG Alias Maya Image File = ;+ DEEP Alias Maya Image File = W+ <!-- exported SGML document text = g+ Draw RiscOS Drawfile = h+ PACK RiscOS PackdDir archive = + ћJ QDOS executable x
+ '%s' = + ћJ QL plugin-ROM data, =
+ un-named >
+ named: %s = Ш+ RTSS NetMon capture file x Щ+ - version %d x Ъ+ .%d =
Ы+ (Unknown) =
Ь+ (Ethernet) =
Э+ (Token Ring) =
Ю+ (FDDI) =
Я+ (ATM) = д+ GMBU NetMon capture file x е+ - version %d x ж+ .%d =
з+ (Unknown) =
и+ (Ethernet) =
й+ (Token Ring) =
к+ (FDDI) =
л+ (ATM) = љ+ XCP NetXRay capture file > њ+ - version %s =
, ћ+ (Ethernet) =
, ќ+ (Token Ring) =
, §+ (FDDI) =
, ў+ (WAN) =
, џ+ (ATM) =
, , (802.11) = , дУВЁ tcpdump capture file (big-endian) x , - version %d x
, .%d = , (No link-layer encapsulation = , (Ethernet =
, (3Mb Ethernet = , (AX.25 = , (ProNET = , (CHAOS = , (Token Ring = , (BSD ARCNET = , (SLIP = , (PPP = ,
(FDDI = , (RFC 1483 ATM = , (raw IP = ,
(BSD/OS SLIP = , (BSD/OS PPP = , (Linux ATM Classical IP = , 2 (PPP or Cisco HDLC = , 3 (PPP-over-Ethernet = , c (Symantec Enterprise Firewall = , d (RFC 1483 ATM = , e (raw IP = , f (BSD/OS SLIP = !, g (BSD/OS PPP = ", h (BSD/OS Cisco HDLC = #, i (802.11 = $, j (Linux Classical IP over ATM = %, k (Frame Relay = &, l (OpenBSD loopback = ', m (OpenBSD IPsec encrypted = (, p (Cisco HDLC = ), q (Linux "cooked" = *, r (LocalTalk = +, u (OpenBSD PFLOG = ,, w (802.11 with Prism header = -, z (RFC 2625 IP over Fibre Channel = ., { (SunATM = /, (802.11 with radiotap header = 0, (Linux ARCNET = 1, (Apple IP over IEEE 1394 = 2, (MTP2 = 3, (MTP3 = 4, (DOCSIS = 5, (IrDA = 6, (Private use 0 = 7, (Private use 1 = 8, (Private use 2 = 9, (Private use 3 = :, (Private use 4 = ;, (Private use 5 = <, (Private use 6 = =, (Private use 7 = >, (Private use 8 = ?, (Private use 9 = @, (Private use 10 = A, (Private use 11 = B, (Private use 12 = C, (Private use 13 = D, Ё (Private use 14 = E, Ђ (Private use 15 = F, Ѓ (802.11 with AVS header x G, , capture length %d) = H, дУВЁ tcpdump capture file (little-endian) x
I, - version %d x
J, .%d = K, (No link-layer encapsulation = L, (Ethernet = M, (3Mb Ethernet = N, (AX.25 = O, (ProNET = P, (CHAOS = Q, (Token Ring = R, (ARCNET = S, (SLIP = T, (PPP = U,
(FDDI = V, (RFC 1483 ATM = W, (raw IP = X,
(BSD/OS SLIP = Y, (BSD/OS PPP = Z, (Linux ATM Classical IP = [, 2 (PPP or Cisco HDLC = \, 3 (PPP-over-Ethernet = ], c (Symantec Enterprise Firewall = ^, d (RFC 1483 ATM = _, e (raw IP = `, f (BSD/OS SLIP = a, g (BSD/OS PPP = b, h (BSD/OS Cisco HDLC = c, i (802.11 = d, j (Linux Classical IP over ATM = e, k (Frame Relay = f, l (OpenBSD loopback = g, m (OpenBSD IPsec encrypted = h, p (Cisco HDLC = i, q (Linux "cooked" = j, r (LocalTalk = k, u (OpenBSD PFLOG = l, w (802.11 with Prism header = m, z (RFC 2625 IP over Fibre Channel = n, { (SunATM = o, (802.11 with radiotap header = p, (Linux ARCNET = q, (Apple IP over IEEE 1394 = r, (MTP2 = s, (MTP3 = t, (DOCSIS = u, (IrDA = v, (Private use 0 = w, (Private use 1 = x, (Private use 2 = y, (Private use 3 = z, (Private use 4 = {, (Private use 5 = |, (Private use 6 = }, (Private use 7 = ~, (Private use 8 = , (Private use 9 = , (Private use 10 = , (Private use 11 = , (Private use 12 = , (Private use 13 = , Ё (Private use 14 =
, Ђ (Private use 15 = , Ѓ (802.11 with AVS header x , , capture length %d) = , 4ЭВЁ extended tcpdump capture file (big-endian) x , - version %d x , .%d = , (No link-layer encapsulation = , (Ethernet = , (3Mb Ethernet = , (AX.25 = , (ProNET = , (CHAOS = , (Token Ring = , (ARCNET = , (SLIP = , (PPP = ,
(FDDI = , (RFC 1483 ATM = , (raw IP = ,
(BSD/OS SLIP = , (BSD/OS PPP x Ё, , capture length %d) = Ђ, 4ЭВЁ extended tcpdump capture file (little-endian) x
Ѓ, - version %d x
Є, .%d = Ѕ, (No link-layer encapsulation = І, (Ethernet = Ї, (3Mb Ethernet = Ј, (AX.25 = Љ, (ProNET = Њ, (CHAOS = Ћ, (Token Ring = Ќ, (ARCNET = , (SLIP = Ў, (PPP = Џ,
(FDDI = А, (RFC 1483 ATM = Б, (raw IP = В,
(BSD/OS SLIP = Г, (BSD/OS PPP x Д, , capture length %d) = б, NetS NetStumbler log file x в, , %d stations found = з, ver EtherPeek/AiroPeek capture file = м, VNF Visual Networks traffic capture file = ц, ЊЊЊЊ 5View capture file = ћ, MTZ MTZ reflection file = а - MAP CCP4 Electron Density Map = д - , Big-endian = д - " , VAX format = д - D , Little-endian = д - U , Convex native = p- RZX! Spectrum .RZX data x q- version %d x r- .%d = - џџџџџџџ ўўџџџџ MySQL MISAM index file x - Version %d = - џџџџџџџ ўўџџџџ MySQL MISAM compressed data file x - Version %d =
- џџџџџџџ ўўџџџџ MySQL ISAM index file x - Version %d = - џџџџџџџ ўўџџџџ MySQL ISAM compressed data file x - Version %d = - ўbin MySQL replication log = Ќ- џџџ sparc demand paged & - џџџџџџџ < Ў- shared library = Џ- dynamically linked executable > А- dynamically linked executable ^ Б- џџџџџџџ executable > В- not stripped = Д- џџџ sparc pure & Е- џџџџџџџ dynamically linked executable ^ Ж- џџџџџџџ executable > З- not stripped = Й- џџџ sparc & К- џџџџџџџ dynamically linked executable ^ Л- џџџџџџџ executable > М- not stripped = О- џџџ mc68020 demand paged & П- џџџџџџџ < Р- shared library = С- dynamically linked executable > Т- dynamically linked executable ^ У- џџџџџџџ executable > Ф- not stripped = Ц- џџџ mc68020 pure & Ч- џџџџџџџ dynamically linked executable ^ Ш- џџџџџџџ executable > Щ- not stripped = Ы- џџџ mc68020 & Ь- џџџџџџџ dynamically linked executable ^ Э- џџџџџџџ executable > Ю- not stripped = а- џџџ mc68010 demand paged & б- џџџџџџџ < в- shared library = г- dynamically linked executable > д- dynamically linked executable ^ е- џџџџџџџ executable > ж- not stripped = и- џџџ mc68010 pure & й- џџџџџџџ dynamically linked executable ^ к- џџџџџџџ executable > л- not stripped = н- џџџ mc68010 & о- џџџџџџџ dynamically linked executable ^ п- џџџџџџџ executable > р- not stripped = у- old sun-2 executable > ф- not stripped = х- old sun-2 pure executable > ц- not stripped = ч- old sun-2 demand paged executable > ш- not stripped = ю- V SunOS core file = я- А (SPARC) > №- from '%s' = t ё- (quit) = t ђ- (illegal instruction) = t ѓ- (trace trap) = t є- (abort) = t ѕ- (emulator trap) = t і- (arithmetic exception) = t ї- (kill) = t ј-
(bus error) = t љ- (segmentation violation) = t њ- (bad argument to system call) = t ћ- (resource lost) x x ќ- (T=%dK, x | §- D=%dK, x ў- S=%dK) = џ- : (68K) > . from '%s' = . Ш (SPARC 4.x BCP) > . from '%s' = . Р3њџџџџ SunPC 4.0 Hard Disk = $ . acsp Kodak Color Management System, ICC Profile = %. CRfs COBALT boot rom data (Flat boot rom or file system) = c/ T707 Roland TR-707 Data = / \ifx TeX document text = К0 TZif timezone data = Ъ0 '.\" troff or preprocessor input text =
1 unknown demand paged pure executable > 1 not stripped = 1 unknown readable demand paged pure executable = 1 +/v8 Unicode text, UTF-7 = 1 +/v9 Unicode text, UTF-7 = 1 +/v+ Unicode text, UTF-7 = 1 +/v/ Unicode text, UTF-7 = 1 нsfs Unicode text, UTF-8-EBCDIC = 1 ўџ Unicode text, UTF-32, big-endian = 1 џў Unicode text, UTF-32, little-endian = T J1 Xпџџ Ultrix core file > X K1 from '%s' = T1 gmon GNU prof performance data x U1 - version %ld = X1 РHRB Harbour HRB file x Y1 version %d = a1 ~ёЉ ST40 component image format > b1 , name '%s' = g1 #! / a > h1 %s script text executable = i1 #! / a > j1 %s script text executable = t1 o VAX single precision APL workspace = u1 n VAX double precision APL workspace = z1 VAX executable > {1 not stripped = }1 VAX pure executable > ~1 not stripped = 1 VAX demand paged pure executable > 1 not stripped = 1 VAX demand paged (first page unmapped) pure executable > 1 not stripped = І1 П Virtutech CRAFF x Ї1 v%d = Ј1 uncompressed = Љ1 bzipp2ed = Њ1 gzipped = Ћ1 not clean = и1 А 0 VMS VAX executable = Ќ й1 PK , Info-ZIP SFX archive v5.12 w/decryption = ф1 VMS Alpha executable = & х1 PK , Info-ZIP SFX archive v5.12 w/decryption = ъ1 NVRM VMware nvram = љ1 OggS Ogg data ! њ1 UNKNOWN REVISION %u = ќ1 = џ1 fLaC , FLAC audio = 2 theora , Theora video = 2 Speex , Speex audio = 2 video , OGM video = % 2 div3 (DivX 3) = % 2 divx (DivX 4) = % 2 dx50 (DivX 5) = % 2 xvid (XviD) = 2 vorbis , Vorbis audio, ! # 2 UNKNOWN VERSION %lu, = # 2 = ' 2 mono, = ' 2 stereo, > ' 2 %u channels, x ( 2 %lu Hz < 0 2 џџџџџџџџџџџџ , ! 4 2 џџџџџџџџ ! 4 2 ! 4 2 ќџџџџџџ x 4 2 <%lu ! 0 2 џџџџџџџџ x 0 2 ~%lu ! , 2 џџџџџџџџ ! , 2 ќџџџџџџ ! , !2 x , "2 >%lu < 0 #2 џџџџџџџџџџџџ bps = T U +2 vorbis = T ` ,2 Xiphophorus libVorbis I , created by: Xiphophorus libVorbis I > T x -2 00000000 < T x /2 20000508 (<beta1, prepublic) = T x 02 20000508 (1.0 beta 1 or beta 2) > T x 12 20000508 < T x 22 20001031 (beta2-3) = T x 32 20001031 (1.0 beta 3) > T x 42 20001031 < T x 52 20010225 (beta3-4) = T x 62 20010225 (1.0 beta 4) > T x 72 20010225 < T x 82 20010615 (beta4-RC1) = T x 92 20010615 (1.0 RC1) = T x :2 20010813 (1.0 RC2) = T x ;2 20010816 (RC2 - Garf tuned v1) = T x <2 20011014 (RC2 - Garf tuned v2) = T x =2 20011217 (1.0 RC3) = T x >2 20011231 (1.0 RC3) > T x @2 20011231 (pre-1.0 CVS) = T ` B2 Xiph.Org libVorbis I , created by: Xiph.Org libVorbis I > T u C2 00000000 < T u D2 20020717 (pre-1.0 CVS) = T u E2 20020717 (1.0) = T u F2 20030909 (1.0.1) = T u G2 20040629 (1.1.0 RC1) = S2 N,+G VXL data file, >
T2 schema version no %d = Ф2 CSBK Ted Neslson's CosmicBook hypertext file = Ц2 EYWR AmigaWriter file = Ы2 \1cw ChiWriter file = д2 ѕэ Adobe InDesign = е2 DOCUMENT Document = к2 X hp SoftQuad troff Context intermediate for HP LaserJet = м2 X ps SoftQuad troff Context intermediate for PostScript = ѓ2 core core file (Xenix) = 3 b.out &
3 overlay &
3 separate &
3 pure &
3 segmented &
3 standalone &
!3 executable ^
"3 object file &
#3 @ V2.3 &
$3 џџџџџџ V3.0 & %3 86 & &3 186 & '3 286 & (3 ) 286 & )3
386 &
*3 Large Text &
+3 Large Data &
,3 Huge Objects Enabled = 43 Uzna xo65 object, x
53 version %d, =
63 with debug info =
73 no debug info = :3 naUz xo65 library, x
;3 version %d = ^3 Ю Jaleo XFS file x _3 - version %ld x `3 - [%ld - x a3 %ldx x b3 %ldx = c3 № YUV422] = d3 ш RGB24] = l3 ш object file (z8000 a.out) = m3 ш pure object file (z8000 a.out) = n3 ш separate object file (z8000 a.out) = o3 ш overlay object file (z8000 a.out) = d " ^[ ]{0,10}call[ ]{1,10}rxfunc OS/2 REXX batch file text = d " ^\s*call\s+rxfuncadd.*sysloadfu OS/2 REXX batch file text = LZX LZX compressed archive (Amiga) = х
GL Binary II (apple ][) data = њ -h- Software Tools format archive text = ^ LH5 SAR archive data = b -ah MAR archive data = j DS Quantum archive data = w 6" AMGC archive data = PSA PSA archive data = ESP ESP archive data = UFA UFA archive data = №' MS Compress archive data = Ё = Ђ KWAJ = Ѓ б MS Compress archive data > Є , original size: %ld bytes > Ѕ e x І , was %.8s x
Ї .%.3s = З UHA UHarc archive data = Й AB ABComp archive data = М CO CMP archive data = О Й Splint archive data = Т GTH Gather archive data = Ф BOA BOA archive data = г RNC PRO-PACK archive data = е 777 777 archive data = й HPA HPA archive data = ц PAR Par archive data = ь NSK NaShrink archive data = ё DST Disintegrator archive data = ѓ ASD ASD archive data = ї T4 TOP4 archive data = AKT AKT archive data = SEM SemOne archive data = FIZ FIZ archive data = " SBC SBC archive data = $ YBS Ybs archive data = & DitPack archive data = , VS VSARC archive data = . PDZ PDZ archive data = : UHB UHBC archive data = > WWP WWPack archive data = C Ў BSN archive data = D Ў BSN archive data = E Ў BSN archive data = P xpa XPack archive data = e ZZ0 ZZip archive data = h PAQ PAQ archive data = i №џџџџџџџ0 x j (v%c) = Д -lZ PUT archive data = Е -lz LZS archive data = SBI SoundBlaster instrument data = s TOC TOC sound file = Џ ID3 Audio file with ID3 version 2 < А џ %d. < Б џ %d tag =
В fLaC , FLAC encoding >
Г , unknown version =
Д = (
Ж № 0 , 4 bit = (
З № P , 6 bit = (
И № p , 8 bit = (
Й № А , 12 bit = (
К № № , 16 bit = (
Л № p , 24 bit = (
М , mono = (
Н , stereo = (
О , 3 channels = (
П , 4 channels = (
Р , 5 channels = (
С
, 6 channels = (
Т , 7 channels = (
У , 8 channels = %
Х №џџ @Ф
, 44.1 kHz = %
Ц №џџ И , 48 kHz = %
Ч №џџ а , 32 kHz = %
Ш №џџ b , 22.05 kHz = %
Щ №џџ м , 24 kHz = %
Ъ №џџ ш , 16 kHz = %
Ы №џџ Б , 11.025 kHz = %
Ь №џџ ю , 12 kHz = %
Э №џџ є , 8 kHz = %
Ю №џџ p , 96 kHz = %
Я №џџ , 64 kHz > )
а , >4G samples !
б fLaC , MP3 encoding = MED MED_Song = THX AHX version = 1 module data = 2 module data = < AMF AMF Module > = Title: "%s" = , RoR AMUSIC Adlib Tracker = JCH EdLib = г MP+ Musepack audio = д џџџџџџџџ , SV pre8 = е , SV 6 = ж , SV 8 = з , SV 7 = и №џџџџџџџ .0 = й №џџџџџџџ .1 = к №џџџџџџџ№џџџџџџџ .15 =
л №џџџџџџџ , no profile =
м №џџџџџџџ , profile 'Unstable/Experimental' =
н №џџџџџџџP , quality 0 =
о №џџџџџџџ` , quality 1 =
п №џџџџџџџp , quality 2 (Telephone) =
р №џџџџџџџџџџџџџџ , quality 3 (Thumb) =
с №џџџџџџџџџџџџџџ , quality 4 (Radio) =
т №џџџџџџџ џџџџџџџ , quality 5 (Standard) =
у №џџџџџџџАџџџџџџџ , quality 6 (Xtreme) =
ф №џџџџџџџРџџџџџџџ , quality 7 (Insane) =
х №џџџџџџџаџџџџџџџ , quality 8 (BrainDead) =
ц №џџџџџџџрџџџџџџџ , quality 9 =
ч №џџџџџџџ№џџџџџџџ , quality 10 = ш , Buschmann 1.7.0-9, Klemm 0.90-1.05 = щ f , Beta 1.02 = ъ h , Beta 1.04 = ы i , Alpha 1.05 = ь j , Beta 1.06 = э n , Release 1.1 = ю o , Alpha 1.11 = я p , Beta 1.12 = № q , Alpha 1.13 = ё r , Beta 1.14 = ђ s , Alpha 1.15 =
ў Microstation =
=
E DGNFile =
E DGNFile =
;G DGNFile =
;H DGNFile =
FG DGNFile =
HC DGNFile =
PD DGNFile =
zD DGNFile =
zE DGNFile =
zF DGNFile = Ё
F DGNFile = Ђ
ЛE DGNFile = Ѓ
ЦF DGNFile = Є
ШD DGNFile = Ѕ
сD DGNFile = І
њC DGNFile = Ї
њD DGNFile = Ј
њF DGNFile = Љ
ўC DGNFile = Њ
CITFile = Ћ
CITFile = э <?
PHP script text = ю <?
PHP script text = msc Message Sequence Chart (chart) = M BZh bzip2 compressed data > N / , block size = %c00k = o
GBS Nintendo Gameboy Music/Audio Data = - RRD RRDTool DB x . version %s = Є ICE ICE authority data = ю џџ ddis/ddif = я џџ| ddis/dots archive = № џџ~ ddis/dtif table data = ё c LN03 output = Y td floppy image data (TeleDisk) = FWS Macromedia Flash data, x version %d = CWS Macromedia Flash data (compressed), x version %d = FLV Macromedia Flash Video = Р flf FIGlet font > С 2a version %-2.2s = Т flc FIGlet controlfile > У 2a version %-2.2s = д WAD DOOM data, = е I main wad = ж P patch wad x з unknown junk = № GRG Gringotts data file = ђ 1 v.1, MCRYPT S2K, SERPENT crypt, SHA-256 hash, ZLib lvl.9 = є 2 v.2, MCRYPT S2K, = ѕ p RIJNDAEL-128 crypt, = і p SERPENT crypt, = ї p TWOFISH crypt, = ј p 0 CAST-256 crypt, = љ p @ SAFER+ crypt, = њ p P LOKI97 crypt, = ћ p ` 3DES crypt, = ќ p p RIJNDAEL-256 crypt, = § SHA1 hash, = ў RIPEMD-160 hash, = џ ZLib = BZip2 = lvl.0 = lvl.3 = lvl.6 = lvl.9 = 3 v.3, OpenPGP S2K, = p RIJNDAEL-128 crypt, = p SERPENT crypt, = p TWOFISH crypt, =
p 0 CAST-256 crypt, = p @ SAFER+ crypt, = p P LOKI97 crypt, =
p ` 3DES crypt, = p p RIJNDAEL-256 crypt, = SHA1 hash, = RIPEMD-160 hash, = ZLib = BZip2 = lvl.0 = lvl.3 = lvl.6 = lvl.9 > 3 v.%.1s (unknown details) = PNG PNG image data, CORRUPTED = Н Linux/i386 object file > О , DLL library = s HM LVM1 (Linux Logical Volume Manager), version 1 > , t , System ID: %s = v HM LVM1 (Linux Logical Volume Manager), version 2 > , w , System ID: %s = - Seg StuffIt Deluxe Segment (data) x . : %s = O PDF Macintosh PDF File (data) x P : %s = SAS SAS = DATA data file =
CATALOG catalog = INDEX data file index = VIEW data view = T SAS SAS 7+ = DATA data file = CATALOG catalog = INDEX data file index = VIEW data view = њ A~ MAthematica .ml file = ! m mcrypt 2.5 encrypted data, > ! algorithm: %s, >
! keysize: %d bytes, > ! mode: %s, = !! m mcrypt 2.2 encrypted data, = "! algorithm: blowfish-448, = #! algorithm: DES, = $! algorithm: 3DES, = %! algorithm: 3-WAY, = &! algorithm: GOST, = '! algorithm: SAFER-SK64, = (! algorithm: SAFER-SK128, = )! algorithm: CAST-128, = *! algorithm: xTEA, = +!
algorithm: TWOFISH-128, = ,! algorithm: RC2, = -! algorithm: TWOFISH-192, = .!
algorithm: TWOFISH-256, = /! algorithm: blowfish-128, = 0! algorithm: blowfish-192, = 1! algorithm: blowfish-256, = 2! d algorithm: RC6, = 3! e algorithm: IDEA, = 4! mode: CBC, = 5! mode: ECB, = 6! mode: CFB, = 7! mode: OFB, = 8! mode: nOFB, = 9! keymode: 8bit = :! keymode: 4bit = ;! keymode: SHA-1 hash = <! keymode: MD5 hash = е( %! PostScript document text = ж( PS-Adobe- conforming > з( at level %.3s = и( EPS - type %s = й( Query - type %s =
к( ExitServer - type %s = ) E HP PCL printer data = ) &l0A - default page size = ) &l1A - US executive page size = ) &l2A - US letter page size = ) &l3A - US legal page size = ) &l26A - A4 page size = ) &l80A - Monarch envelope size = ) &l81A - No. 10 envelope size = ) &l90A - Intl. DL envelope size =
) &l91A - Intl. C5 envelope size = ) &l100A - Intl. B5 envelope size = ) &l-81A - No. 10 envelope size (landscape) =
) &l-90A - Intl. DL envelope size (landscape) = 2) OAK = 3) = 4) Oak Technologies printer stream = ) """ a python script text executable = Ы* s SCCS archive data = + PmN PCP compiled namespace >
+ (V.%1.1s) = |+ QL5 QL disk dump data, = }+ A 720 KB, = ~+ B 1.44 MB, = + C 3.2 MB, > + label:%.10s = a- Spectrum .TAP data x b- "%-10.10s" = c- - BASIC program = d- - number array = e- - character array = f- - memory block = g- @ (screen) = Љ0 VTI Virtual TI skin = Њ0 v - Version > Ћ0 %c x Ќ0 .%c = Ш0 .\" troff or preprocessor input text = Щ0 '\" troff or preprocessor input text = Ь0 ''' troff or preprocessor input text = Я0 x T ditroff output text = а0 cat for the C/A/T phototypesetter = б0 ps for PostScript = в0 dvi for DVI = г0 ascii for ASCII = д0 lj4 for LaserJet 4 = е0 latin1 for ISO 8859-1 (Latin 1) = ж0 X75 for xditview at 75dpi = з0 -12 (12pt) = и0 X100 for xditview at 100dpi = й0 -12 (12pt) = 1 яЛП Unicode text, UTF-8 = 1 ўџ Unicode text, SCSU (Standard Compression Scheme for Unicode) = k1 #!/ a > l1 %s script text executable = m1 #! script text executable > n1 for %s = f2 WPC (Corel/WP) = g2 WordPerfect macro = h2 WordPerfect help file = i2 WordPerfect keyboard file = j2
WordPerfect document = k2 WordPerfect dictionary = l2 WordPerfect thesaurus = m2
WordPerfect block = n2 WordPerfect rectangular block = o2 WordPerfect column block = p2 WordPerfect printer data = q2 WordPerfect printer data = r2 WordPerfect driver resource data = s2 WordPerfect hyphenation code = t2 WordPerfect hyphenation data = u2 WordPerfect macro resource data = v2 WordPerfect hyphenation lex = w2 WordPerfect wordlist = x2 WordPerfect equation resource data = y2 ! WordPerfect spell rules = z2 " WordPerfect dictionary rules = {2 ' WordPerfect spell rules (Microlytics) = |2 + WordPerfect settings file = }2 - WordPerfect 4.2 document = ~2 E WordPerfect dialog file = 2 L WordPerfect button bar = 2 Shell macro = 2
Shell definition = 2 Notebook macro = 2 Notebook help file = 2 Notebook keyboard file =
2
Notebook definition = 2 Calculator help file = 2 Calendar help file = 2
Calendar data file = 2 Editor macro = 2 Editor help file = 2 Editor keyboard file = 2 Editor macro resource file = 2 Macro editor macro = 2 Macro editor help file = 2 Macro editor keyboard file = 2 PlanPerfect macro = 2 PlanPerfect help file = 2 PlanPerfect keyboard file = 2
PlanPerfect worksheet = 2 PlanPerfect printer definition = 2 PlanPerfect graphic definition = 2 PlanPerfect data = 2 PlanPerfect temporary printer = 2 PlanPerfect macro resource data = 2 Mail = 2 help file = 2 distribution list = 2
out box = 2 in box = 2 users archived mailbox = 2 archived message database = 2 archived attachments = Ё2 Printer temporary file = Ђ2
Scheduler help file = Ѓ2
Scheduler in file = Є2
Scheduler out file = Ѕ2
GroupWise settings file = І2 GroupWise directory services = Ї2 + GroupWise settings file = Ј2
Terminal resource data = Љ2 Terminal resource data = Њ2 + Terminal resource data = Ћ2 GUI loadable text = Ќ2 graphics resource data = 2
printer settings file = Ў2 port definition file = Џ2 print queue parameters = А2 compressed file = Б2
Network service msg file = В2 Network service msg file = Г2 Async gateway login msg = Д2 GroupWise message file = Е2 GroupWise admin domain database = Ж2 GroupWise admin host database = З2 GroupWise admin remote host database = И2 GroupWise admin ADS deferment data file = Й2
! IntelliTAG (SGML) compiled DTD = К2 WordPerfect graphic image (1.0) = Л2 WordPerfect graphic image (2.0) = R3 mkx Compiled XKB Keymap: lsb, > S3 version %d = T3 obsolete = U3 xkm Compiled XKB Keymap: msb, > V3 version %d = W3 obsolete = " P .la - a libtool library file libtool library file = Б (custom-set-variables Lisp/Scheme program text =
8 R COFF DSP21k & 9 executable, ^ : & ; static object, ^ < relocatable object, & = stripped ^ > not stripped = J ALAN game data < K
version 2.6%d = 0420 Alliant virtual executable & common library > not stripped = 0421 Alliant compact executable & common library > Ё not stripped =
І COFF format alpha !
Ї 0 executable =
Ј pure =
Љ paged !
Њ dynamically linked ! Ћ not stripped = Ќ stripped =
0 shared library =
Ў object x Џ - version %d x А .%d x Б -%d = д уџџџџџџ Amiga Workbench = е = 0 ж disk icon = 0 з drawer icon = 0 и tool icon = 0 й project icon = 0 к garbage icon = 0 л device icon = 0 м kickstart icon = 0 н workbench application icon > о icon, vers. %d = ђ AmigaOS bitmap font = ѓ AmigaOS outline font = H jP JPEG 2000 image = 0 ўџџџџџџџњџџџџџџџ MPEG ADTS, layer III, v1 = 2 №џџџџџџџ , 32 kBits = 3 №џџџџџџџ , 40 kBits = 4 №џџџџџџџ0 , 48 kBits = 5 №џџџџџџџ@ , 56 kBits = 6 №џџџџџџџP , 64 kBits = 7 №џџџџџџџ` , 80 kBits = 8 №џџџџџџџp , 96 kBits = 9 №џџџџџџџџџџџџџџ , 112 kBits = : №џџџџџџџџџџџџџџ , 128 kBits = ; №џџџџџџџ џџџџџџџ , 160 kBits = < №џџџџџџџАџџџџџџџ , 192 kBits = = №џџџџџџџРџџџџџџџ , 224 kBits = > №џџџџџџџаџџџџџџџ , 256 kBits = ? №џџџџџџџрџџџџџџџ , 320 kBits = A , 44.1 kHz = B , 48 kHz = C , 32 kHz = E Рџџџџџџџ , Stereo = F Рџџџџџџџ@ , JntStereo = G Рџџџџџџџџџџџџџџ , 2x Monaural = H РџџџџџџџРџџџџџџџ , Monaural = R ўџџџџџџџќџџџџџџџ MPEG ADTS, layer II, v1 = T №џџџџџџџ , 32 kBits = U №џџџџџџџ , 48 kBits = V №џџџџџџџ0 , 56 kBits = W №џџџџџџџ@ , 64 kBits = X №џџџџџџџP , 80 kBits = Y №џџџџџџџ` , 96 kBits = Z №џџџџџџџp , 112 kBits = [ №џџџџџџџџџџџџџџ , 128 kBits = \ №џџџџџџџџџџџџџџ , 160 kBits = ] №џџџџџџџ џџџџџџџ , 192 kBits = ^ №џџџџџџџАџџџџџџџ , 224 kBits = _ №џџџџџџџРџџџџџџџ , 256 kBits = ` №џџџџџџџаџџџџџџџ , 320 kBits = a №џџџџџџџрџџџџџџџ , 384 kBits = c , 44.1 kHz = d , 48 kHz = e , 32 kHz = g Рџџџџџџџ , Stereo = h Рџџџџџџџ@ , JntStereo = i Рџџџџџџџџџџџџџџ , 2x Monaural = j РџџџџџџџРџџџџџџџ , Monaural = v ўџџџџџџџўџџџџџџџ > w № < x № с MPEG ADTS, layer I, v1 = z №џџџџџџџ , 32 kBits = { №џџџџџџџ , 64 kBits = | №џџџџџџџ0 , 96 kBits = } №џџџџџџџ@ , 128 kBits = ~ №џџџџџџџP , 160 kBits = №џџџџџџџ` , 192 kBits = №џџџџџџџp , 224 kBits = №џџџџџџџџџџџџџџ , 256 kBits = №џџџџџџџџџџџџџџ , 288 kBits = №џџџџџџџ џџџџџџџ , 320 kBits = №џџџџџџџАџџџџџџџ , 352 kBits =
№џџџџџџџРџџџџџџџ , 384 kBits = №џџџџџџџаџџџџџџџ , 416 kBits = №џџџџџџџрџџџџџџџ , 448 kBits = , 44.1 kHz = , 48 kHz = , 32 kHz = Рџџџџџџџ , Stereo = Рџџџџџџџ@ , JntStereo = Рџџџџџџџџџџџџџџ , 2x Monaural = РџџџџџџџРџџџџџџџ , Monaural = ўџџџџџџџђџџџџџџџ MPEG ADTS, layer III, v2 = №џџџџџџџ , 8 kBits = №џџџџџџџ , 16 kBits = №џџџџџџџ0 , 24 kBits = №џџџџџџџ@ , 32 kBits = №џџџџџџџP , 40 kBits = Ё №џџџџџџџ` , 48 kBits = Ђ №џџџџџџџp , 56 kBits = Ѓ №џџџџџџџџџџџџџџ , 64 kBits = Є №џџџџџџџџџџџџџџ , 80 kBits = Ѕ №џџџџџџџ џџџџџџџ , 96 kBits = І №џџџџџџџАџџџџџџџ , 112 kBits = Ї №џџџџџџџРџџџџџџџ , 128 kBits = Ј №џџџџџџџаџџџџџџџ , 144 kBits = Љ №џџџџџџџрџџџџџџџ , 160 kBits = Ћ , 22.05 kHz = Ќ , 24 kHz = , 16 kHz = Џ Рџџџџџџџ , Stereo = А Рџџџџџџџ@ , JntStereo = Б Рџџџџџџџџџџџџџџ , 2x Monaural = В РџџџџџџџРџџџџџџџ , Monaural = М ўџџџџџџџєџџџџџџџ MPEG ADTS, layer II, v2 = О №џџџџџџџ , 8 kBits = П №џџџџџџџ , 16 kBits = Р №џџџџџџџ0 , 24 kBits = С №џџџџџџџ@ , 32 kBits = Т №џџџџџџџP , 40 kBits = У №џџџџџџџ` , 48 kBits = Ф №џџџџџџџp , 56 kBits = Х №џџџџџџџџџџџџџџ , 64 kBits = Ц №џџџџџџџџџџџџџџ , 80 kBits = Ч №џџџџџџџ џџџџџџџ , 96 kBits = Ш №џџџџџџџАџџџџџџџ , 112 kBits = Щ №џџџџџџџРџџџџџџџ , 128 kBits = Ъ №џџџџџџџаџџџџџџџ , 144 kBits = Ы №џџџџџџџрџџџџџџџ , 160 kBits = Э , 22.05 kHz = Ю , 24 kHz = Я , 16 kHz = б Рџџџџџџџ , Stereo = в Рџџџџџџџ@ , JntStereo = г Рџџџџџџџџџџџџџџ , 2x Monaural = д РџџџџџџџРџџџџџџџ , Monaural = о ўџџџџџџџіџџџџџџџ MPEG ADTS, layer I, v2 = р №џџџџџџџ , 32 kBits = с №џџџџџџџ , 48 kBits = т №џџџџџџџ0 , 56 kBits = у №џџџџџџџ@ , 64 kBits = ф №џџџџџџџP , 80 kBits = х №џџџџџџџ` , 96 kBits = ц №џџџџџџџp , 112 kBits = ч №џџџџџџџџџџџџџџ , 128 kBits = ш №џџџџџџџџџџџџџџ , 144 kBits = щ №џџџџџџџ џџџџџџџ , 160 kBits = ъ №џџџџџџџАџџџџџџџ , 176 kBits = ы №џџџџџџџРџџџџџџџ , 192 kBits = ь №џџџџџџџаџџџџџџџ , 224 kBits = э №џџџџџџџрџџџџџџџ , 256 kBits = я , 22.05 kHz = № , 24 kHz = ё , 16 kHz = ѓ Рџџџџџџџ , Stereo = є Рџџџџџџџ@ , JntStereo = ѕ Рџџџџџџџџџџџџџџ , 2x Monaural = і РџџџџџџџРџџџџџџџ , Monaural = ўџџџџџџџтџџџџџџџ MPEG ADTS, layer III, v2.5 = №џџџџџџџ , 8 kBits = №џџџџџџџ , 16 kBits = №џџџџџџџ0 , 24 kBits = №џџџџџџџ@ , 32 kBits = №џџџџџџџP , 40 kBits = №џџџџџџџ` , 48 kBits = №џџџџџџџp , 56 kBits = №џџџџџџџџџџџџџџ , 64 kBits =
№џџџџџџџџџџџџџџ , 80 kBits = №џџџџџџџ џџџџџџџ , 96 kBits = №џџџџџџџАџџџџџџџ , 112 kBits =
№џџџџџџџРџџџџџџџ , 128 kBits = №џџџџџџџаџџџџџџџ , 144 kBits = №џџџџџџџрџџџџџџџ , 160 kBits = , 11.025 kHz = , 12 kHz = , 8 kHz = Рџџџџџџџ , Stereo = Рџџџџџџџ@ , JntStereo = Рџџџџџџџџџџџџџџ , 2x Monaural = РџџџџџџџРџџџџџџџ , Monaural = < іџџџџџџџ№џџџџџџџ MPEG ADTS, AAC & = , v2 ^ > , v4 & @ Рџџџџџџџ LTP = A Рџџџџџџџ Main = B Рџџџџџџџ@ LC = C Рџџџџџџџџџџџџџџ SSR = E < , 96 kHz = F < , 88.2 kHz = G < , 64 kHz = H < , 48 kHz = I < , 44.1 kHz = J < , 32 kHz = K < , 24 kHz = L < , 22.05 kHz = M < , 16 kHz = N < $ , 12 kHz = O < ( , 11.025 kHz = P < , , 8 kHz = R Р @ , monaural = S Р , stereo = T Р Р , stereo + center = U Р , stereo+center+LFE = V Р @ , surround = W Р , surround + LFE & X Р , surround + side = ` рџџџџџџџрV MPEG-4 LOAS = b рџџџџџџџ@ = c < , single stream = d < , 2 streams = e < , 3 streams & f , 4 or more streams & g , 8 or more streams = h Рџџџџџџџ = i x , single stream = j x , 2 streams = k x , 3 streams & l , 4 or more streams & m @ , 8 or more streams = n сM MPEG-4 LO-EP audio stream =
q Џџџџџџџ FLI file x
r - %d frames, x
s width=%d pixels, x
t height=%d pixels, x
u depth=%d, x
v ticks/frame=%d =
x Џџџџџџџ FLC file x
y - %d frames x
z width=%d pixels, x
{ height=%d pixels, x
| depth=%d, x
} ticks/frame=%d = ц vџ Squeezed (apple ][) data = г Чq cpio archive = д qЧџџџџџџ byte-swapped cpio archive = ъ mџџџџџџџ very old PDP-11 archive = ь eџџџџџџџ old PDP-11 archive =
mџџџџџџџ very old PDP-11 archive =
' eџџџџџџџ old PDP-11 archive = ( __.SYMDEF random library = n 7 QuArk archive data = p YC YAC archive data = r X1 X1 archive data = vџ NSQ archive data = TTComp archive data = М@ Sky archive data = л LG Arhangel archive data = ш UB HIT archive data = књ Logitech Compress archive data = 4 pN PPMN archive data = G 3 AIN archive data = H 3 AIN archive data = N jm XPack DiskImage archive data = ` DZ Dzip archive data x a , version %i x b .%i =
p `ъџџџџџџ ARJ archive data x q , v%d, & r multi-volume, & s slash-switched, & t backup, x " u original name: %s, = v os: MS-DOS = w os: PRIMOS = x os: Unix = y os: Amiga = z os: Macintosh = { os: OS/2 = | os: Apple ][ GS = } os: Atari ST = ~ os: NeXT = os: VAX/VMS > %d] =
`ъџџџџџџ ARJ archive data =
- ыџџџџџџ PRCS packaged project = I Atari MSA archive data x J , %d sectors per track = K , 1 sided = L , 2 sided x M , starting track: %d x N , ending track: %d = Л p WE32000 COFF ^ М object & Н executable > О not stripped ^ П N/A on 3b2/300 w/paging & Р 32100 required & С @ and MAU hardware required = Т (impure) = У (pure) = Ф (demand paged) = Х # (target shared library) > Ц - version %ld = Ч q WE32000 COFF executable (TV) > Ш not stripped = 7
VAX-order 68K Blit (standalone) executable = 9
VAX-order2 68k Blit mpx/mux executable = :
VAX-order 68k Blit mpx/mux executable = К
Bentley/Intergraph MicroStation = Л
ўџџџџџџџ = М
CIT raster CAD = Э8 C64 PCLink Image = } CLIPPER COFF executable (VAX #) = (impure) = (5.2 compatible) = (pure) = (demand paged) = # (target shared library) > not stripped > - version %ld = CLIPPER COFF executable = x C1 R1 = x C2 R1 = x C3 R1 = x x TEST = (impure) = (pure) = (separate I&D) = (paged) = # (target shared library) > not stripped > - version %ld = 0 alignment trap enabled = 4 -Ctnc = 4 -Ctsw = 4 -Ctpw = 4 -Ctcb = 5 -Cdnc = 5 -Cdsw = 5 Ё -Cdpw = 5 Ђ -Cdcb = 6 Ѓ -Csnc = 6 Є -Cssw = 6 Ѕ -Cspw = 6 І -Cscb = є $! DCL command file = compress'd data > џџџџџџџ block compressed x %d bits = gzip compressed data < , reserved method > , unknown method & ! , ASCII & " , has CRC & # , extra field = $ x
% , was "%s" & & , has comment = ' , from FAT filesystem (MS-DOS, OS/2, NT) = ( , from Amiga = ) , from VMS = * , from Unix = + , from VM/CMS = , , from Atari = - , from HPFS filesystem (OS/2, NT) = . , from MacOS = / , from Z-System = 0 , from CP/M = 1
, from TOPS/20 = 2 , from NTFS filesystem (NT) = 3 , from QDOS = 4
, from Acorn RISCOS & 5 , comment & 6 , encrypted > 7 , last modified: %s = 8 , max compression = 9 , max speed = < packed data > = , %d characters originally = > , %d character originally = A old packed data = F џ compacted data = I џ compacted data = J Ыџџџџџџ huf output = R џv squeezed data, x S original name %s = T ўv crunched data, x U original name %s = V §v LZH compressed data, x W original name %s = Z frozen file 2.1 = [ frozen file 1.0 (or gzip 0.5) = ^ SCO compress -H (LZH) data = r BZ bzip compressed data x s , version: %c = t 1 , compression block size 100k = u 2 , compression block size 200k = v 3 , compression block size 300k = w 4 , compression block size 400k = x 5 , compression block size 500k = y 6 , compression block size 600k = z 7 , compression block size 700k = { 8 , compression block size 800k = | 9 , compression block size 900k = Ї Ё Quasijarus strong compressed data = f
џџџџџџ Lynx cartridge, x g
RAM start $%04x = h
BS93 =
к COFF format alpha &
л sharable library, ^
м dynamically linked, =
н pure =
о demand paged > п executable or object module, not stripped = р = с executable or object module, stripped > т executable or object module, not stripped > у - version %d. > ф %d- >
х %d =
щ Alpha compressed COFF =
ъ Alpha u-code object = ј locale data table = љ $ for MIPS = њ @ for Alpha = w ATSC A/52 aka AC-3 aka Dolby Digital stream, = Рџџџџџџџ 48 kHz, = Рџџџџџџџ@ 44.1 kHz, = Рџџџџџџџџџџџџџџ 32 kHz, = РџџџџџџџРџџџџџџџ reserved frequency, = , complete main (CM) = , music and effects (ME) =
, visually impaired (VI) = , hearing impaired (HI) = , dialogue (D) =
, commentary (C) = , emergency (E) = рџџџџџџџ 1+1 front, = рџџџџџџџ 1 front/0 rear, = рџџџџџџџ@ 2 front/0 rear, = рџџџџџџџ` 3 front/0 rear, = рџџџџџџџџџџџџџџ 2 front/1 rear, = рџџџџџџџ џџџџџџџ 3 front/1 rear, = рџџџџџџџРџџџџџџџ 2 front/2 rear, = рџџџџџџџрџџџџџџџ 3 front/2 rear, = @ LFE off, = @ @ LFE on, = > , 32 kbit/s = > , 40 kbit/s = > , 48 kbit/s = > , 56 kbit/s = > , 64 kbit/s = ! >
, 80 kbit/s = " > , 96 kbit/s = # > , 112 kbit/s = $ > , 128 kbit/s = % > , 160 kbit/s = & > , 192 kbit/s = ' > , 224 kbit/s = ( > , 256 kbit/s = ) > , 320 kbit/s = * > , 384 kbit/s = + > , 448 kbit/s = , > , 512 kbit/s = - > " , 576 kbit/s = . > $ , 640 kbit/s = 0 Dolby Surround not indicated = 1 not Dolby Surround encoded = 2 Dolby Surround encoded = 3 reserved Dolby Surround mode =
y kъџџџџџџ old-fs dump file (16-bit, assuming PDP-11 endianness), x z Previous dump %s, x { This dump %s, >
| Volume %ld, =
} tape header. =
~ beginning of file record. =
map of inodes on tape. =
continuation of file record. =
end of volume. =
map of inodes deleted. =
end of medium (for floppy). = T Encore = executable = pure executable = demand-paged executable = unsupported executable > not stripped > - version %ld = - = U Encore unsupported executable > not stripped > - version %ld = - = m = Word = Sheet = Ё } Sketch = Ђ
TextEd = ќ Э Окџџџџџџ > ј а Sun disk label x б '%s > в %s > ? г %s > _ д %s x е ' > м ж %d rpm, > о з %d phys cys, > р и %d alts/cyl, > ц й %d interleave, > ш к %d data cyls, > ъ л %d alt cyls, > ь м %d heads/partition, > ю н %d sectors/track, > є о start cyl %ld, x ј п %ld blocks = с џџџ , boot block present =
ў ќ UЊџџџџџџ x86 boot sector = § OSBS , OS/BS MBR = џ Invalid partition table , MS-DOS MBR = Invalid partition table$ = Е No Operating System$ = Щ Operating System load error$ , DR-DOS MBR, Version 7.01 to 7.03 = Invalid partition table$ = Е No operating system$ = Щ Operating system load error$ , DR-DOS MBR, Version 7.01 to 7.03 = V Invalid partition table$ = n No operating system$ = Operating system load error$ , DR-DOS MBR, version 7.01 to 7.03 = '
NEWLDR = . Bad PT $ = 6 No OS $ = =
OS load err$ = I Moved or missing IBMBIO.LDR
= f Press any key to continue.
$ = Copyright (c) 1984,1998 =
Caldera Inc. , DR-DOS MBR (IBMBIO.LDR) = Ungltige Partitionstabelle , MS-DOS MBR, german version 4.10.1998, 4.10.2222 > И , Serial 0x%-.4x = Ungltige Partitionstabelle , MS-DOS MBR, german version 5.00 to 4.00.950 = Invalid partition table = ' Error loading operating system = F Missing operating system , mbr = Invalid partition table = Ѓ Error loading operating system = Т Missing operating system , Microsoft Windows XP mbr > И ,Serial 0x%-.4x = , Invalid partition table = D Error loading operating system = c ! Missing operating system , Microsoft Windows XP MBR > И # , Serial 0x%-.4x = , $ Ungltige Partitionstabelle = H & Fehler beim Laden = Z ' des Betriebssystems = n ( Betriebssystem nicht vorhanden , Microsoft Windows XP MBR (german) > И ) , Serial 0x%-.4x =
E * Default: F , FREE-DOS MBR = @ + no active partition found = ` , read error while reading drive , FREE-DOS Beta 0.9 MBR = - Operating system loading = ( . error
, SYSLINUX MBR (2.10) = j 0 MBR Error
= x 1 ress any key to = 2 boot from floppy... , Acronis MBR = 5 6 No bootable partition found
= S 7 I/O Error reading boot sector
, Visopsys MBR = ] 8 No bootable partition found
= { 9 I/O Error reading boot sector
, simple Visopsys MBR = @ ; SBML = + = SMART BTMGR =
Ў > SBMK Bad!
= ? SBM , Smart Boot Manager > @ , version %s = ~ A XOSLLOADXCF , eXtended Operating System Loader = B LILO , LInux i386 boot LOader = x C LILO , version 22.3.4 SuSe = Ќ D LILO , version 22.5.8 Debian = I ыH < A J > > K ; GRand Unified Bootloader x > M , stage1 version 0x%x < @ O џ , boot drive 0x%x > A Q , LBA flag 0x%x <
B R , stage2 address 0x%x >
B T , stage2 address 0x%x > D V , 1st sector stage2 0x%x <
H W , stage2 segment 0x%x >
H Y , stage2 segment 0x%x = Z Geom Hard Disk Read Error = [ stage1 , GRUB version 0.5.95 = ~ \ Geom Hard Disk Read Error = x ] GRUB , GRUB version 0.93 or 1.94 = ^ Geom Hard Disk Read Error = y _ GRUB , GRUB version 0.94 = ` Geom Hard Disk Read Error = { a GRUB , GRUB version 0.95 or 0.96 = b Geom Hard Disk Read Error = c GRUB , GRUB version 0.97 = W e Geom Read Error = A f Loading stage1.5 , GRUB version x.y = | g Geom Hard Disk Read Error = v h GRUB , GRUB version n.m = о j Boot failed
= я k LDLINUX SYS , SYSLINUX bootloader (1.62) = р l Boot failed
= я m LDLINUX SYS , SYSLINUX bootloader (2.06 or 2.11) = ф n Boot error
, SYSLINUX bootloader (3.11) = o chksum ERROR! , Gujin bootloader = q BCDL = ђ r BCDL BIN , Bootable CD Loader (1.50Z) ! u MS ! v SYSLINUX ! w MTOOL ! R y FAT32 ! и { IO SYS ! } HdrS < О = О > Т ; partition 1: ID=0x%x
= О , active
x П , starthead %u
x Ц , startsector %u
x Ъ , %u sectors < Ю = Ю > в ; partition 2: ID=0x%x
= Ю , active
x Я , starthead %u
x ж , startsector %u
x к , %u sectors < о = о > т ; partition 3: ID=0x%x
= о , active
x п , starthead %u
x ц , startsector %u
x ъ , %u sectors < ю = ю > ђ ; partition 4: ID=0x%x
= ю Ё , active
x я Ђ , starthead %u
x і Ѕ , startsector %u
x њ І , %u sectors = К Ћ Non-system disk, = Ы Ќ press any key... , Acronis Startup Recovery Loader > н Ў п x н Џ %-.3s > р А п x р Б %-.5s > х В п x х Г .%-.3s = Й Е FDBOOT Version = Ь Ж
No Systemdisk. = м З Booting from harddisk.
= ѕ И Cannot load from harddisk.
= Й Insert Systemdisk = # К and press any key.
, FDBOOT harddisk Bootloader > Ш Л , version %-3s = ђ М Bootsector from C.H. Hochst = Н No Systemdisk. = % О Booting from harddisk.
= Й П Cannot load from harddisk.
= е Р Insert Systemdisk = ч С and press any key.
, WinImage harddisk Bootloader > б Т , version %-4.4s = У = Ф = Х О = Ц w = Ч | = Ш Ќ = Щ " = Ъ Р =
Ы t = Ь
= Э V
=
Ю Д , mkdosfs boot message display = g Я This is not a bootable disk. = а Please insert a bootable = б floppy and
= Љ в press any key to try again...
, FREE-DOS message display = B д Solaris Boot Sector = c е Incomplete MDBoot load. = Y ж Version , Sun Solaris Bootloader x a з version %c = й OS/2 !! SYS01475
= к OS/2 !! SYS02025
= Т л OS/2 !! SYS02027
= е м OS2BOOT , IBM OS/2 Warp bootloader = о OS/2 !! SYS01475
= Ў п OS/2 !! SYS02025
= У р OS/2 !! SYS02027
= ж с OS2BOOT , IBM OS/2 Warp Bootloader = p т This disk is not bootable
= у If you wish to make it bootable = А ф run the DOS program SYS =
Ш х after the
= и ц system has been loaded
= ђ ч Please insert a DOS diskette = ш into
the drive and = $ щ strike any key... , IBM OS/2 Warp message display = Ў ы NTLDR is missingџ
=
С ь Disk errorџ
= Ю э Press any key to restart
, Microsoft Windows XP Bootloader > Ё я п x Ё № %-.5s > І ё п x І ђ %-.3s > Љ ѓ п > Љ є .%-.3s > s і > p ї п x p ј %-.5s > u љ п x u њ %-.3s > x ћ п x x ќ .%-.3s = Ў ў NTLDR nicht gefundenџ
= Х џ Datentrgerfehlerџ
= й Neustart mit beliebiger Taste
, Microsoft Windows XP Bootloader (german) > Ё п x Ё %-.5s > І п x І %-.3s > Љ п > Љ .%-.3s = { > p п x p
%-.5s > u п x u %-.3s = Ў NTLDR fehltџ
= М Datentrgerfehlerџ
= а Neustart mit beliebiger Taste
, Microsoft Windows XP Bootloader (2.german) > Ё п x Ё %-.5s > І п x І %-.3s > Љ п > Љ .%-.3s > s > p п x p %-.5s > u п x u %-.3s > x п x x .%-.3s = Ў NTLDR fehltџ
= М ! Medienfehlerџ
= Ы " Neustart: Taste drcken
, Microsoft Windows XP Bootloader (3.german) > s # > p $ п x p % %-.5s > u & п x u ' %-.3s > x ( п x x ) .%-.3s > Ё + п x Ё , %-.5s > І - п x І . %-.3s > Љ / п > Љ 0 .%-.3s = Ў 2 Datentrger entfernenџ
= Ц 3 Medienfehlerџ
= е 4 Neustart: Taste drcken
, Microsoft Windows XP Bootloader (4.german) > p 5 п x p 6 %-.5s > u 7 п x u 8 %-.3s > x 9 п x x : .%-.3s =
< Fehler beim Lesen = = des Datentrgers = Њ > NTLDR fehlt = И ? NTLDR ist komprimiert = а @ Neustart mit Strg+Alt+Entf
, Microsoft Windows XP Bootloader NTFS (german) = 9 B A disk read error occurred.
= Y C A kernel file is missing = r D from the disk.
= ф E NTLDR is compressed = F Insert a system diskette = Ц G and restart
the system.
, Microsoft Windows XP Bootloader NTFS > и I п =
J Invalid system diskџ
= K Disk I/O error = Ќ L Replace the disk, and =
Ч M press any key , Microsoft Windows 98 Bootloader > и O п x и P %-.2s > к Q п x к R %-.5s
> п S п x п T %-.1s > р U п x р V .%-.3s > у X п + x у Y %-.5s > ш Z п
x ш [ %-.3s > ы \ п x ы ] .%-.3s = _ Invalid system diskџ
= ` Disk I/O errorџ
= a Replace the disk, and = У b then press any key
, Microsoft Windows 98 Bootloader = c Ungueltiges System џ
= d E/A-Fehler џ
= Ћ e Datentraeger wechseln und = Х f Taste druecken
, Microsoft Windows 95/98/ME Bootloader (german) > ё h п x ё i %-.5s > і j п x і k %-.1s
> ї l п x ї m %-.1s > ј n п
x ј o %-.1s > љ p п x љ q .%-.3s > и s п or x и t %-.2s > к u п x к v %-.5s
> п w п x п x %-.1s > р y п x р z .%-.3s > у | п + x у } %-.5s > ш ~ п
x ш %-.3s > ы п x ы .%-.3s = Ungueltiges System џ
= E/A-Fehler џ
=
Datentraeger wechseln und = Ч Taste druecken
, Microsoft Windows 95/98/ME Bootloader (German) > ё п x ё %-.7s > ј п x ј %-.1s > љ п x љ .%-.3s > и п or x и %-.2s > к п x к %-.6s > р п x р .%-.3s > у п + x у %-.5s > ш п
x ш %-.3s > ы п x ы .%-.3s =
Ungueltiges System џ
= E/A-Fehler џ
= Ќ Datentraeger wechseln und = Ц Taste druecken
, Microsoft Windows 95/98/ME Bootloader (GERMAN) x и Ђ %-.2s > к Ѓ п x к Є %-.5s > п Ѕ п x п І %-.1s > р Ї п x р Ј .%-.3s > у Љ п + x у Њ %-.5s > ш Ћ п x ш Ќ %-.2s > ъ п x ъ Ў %-.1s > ы Џ п x ы А .%-.3s > п Б п = В Kein System oder = Б Г Laufwerksfehler = Т Д Wechseln und Taste drcken , Microsoft DOS Bootloader (german) x п Ж %-.2s > с З п x с И %-.6s > ч Й п x ч К .%-.3s > ъ М п + x ъ Н %-.5s > я О п x я П %-.3s > ђ Р п x ђ С .%-.3s > ц У п = Ф Non-System disk or = Г Х disk error
= П Ц Replace and press any key = й Ч when ready
, Microsoft DOS Bootloader > р Ш п = Щ Non-System disk or = Ъ disk error
= Ј Ы Replace and press any key = Т Ь when ready
, Microsoft DOS bootloader x р Ю %-.2s > т Я п x 0 а %-.6s > ш б п x ш в .%-.3s > ы д п + x ы е %-.5s > № ж п x № з %-.3s > ѓ и п x ѓ й .%-.3s = 6 л SYS = D м VASKK = я н NEWLDR , DR-DOS Bootloader (LOADER.SYS) = F п IBMBIO COM = и р Cannot load DOS! = щ с Any key to retry , DR-DOS Bootloader = з т Cannot load DOS = ч у press key to retry , Open-DOS Bootloader = М ф KERNEL SYS = : х BOOT error! , FREE-DOS Bootloader = ѓ ц KERNEL SYS =
1 ч BOOT err! , Free-DOS Bootloader = С ш KERNEL SYS = ? щ BOOT error! , FREE-DOS 0.5 Bootloader = } ъ Loading FreeDOS...
= 7 ы BOOT error!
, FREE-DOS bootloader > Й ь п x Й э %-.6s > П ю п x П я %-.1s > Р № п x Р ё %-.1s > С ђ п x С ѓ .%-.3s = | є FreeDOS = K ѕ err , FREE-DOS BETa 0.9 Bootloader > ё ї п x ё ј %-.6s > ї љ п x ї њ %-.1s > ј ћ п x ј ќ %-.1s > љ § п x љ ў .%-.3s = M џ err , FREE-DOS BEta 0.9 Bootloader > ё п x ё %-.6s > ї п x ї %-.1s > ј п x ј %-.1s > љ п x љ .%-.3s = N err , FREE-DOS Beta 0.9 Bootloader > ё п x ё
%-.6s > ї п x ї %-.1s > ј
п x ј %-.1s > љ п x љ .%-.3s = P Error! = W Hit a key to reboot. , FREE-DOS Beta 0.9sr1 Bootloader > ё п x ё %-.6s > ї п x ї %-.1s > ј п x ј %-.1s > љ п x љ .%-.3s = о = F I/O Error reading = X ! Visopsys loader
= i " Press any key to continue.
, Visopsys loader > ю $ M > я % E < я & S = ( BootProg > ѓ , п , COM/EXE Bootloader x ѓ - %-.1s > є . п x є / %-.1s > ѕ 0 п x ѕ 1 %-.1s
> і 2 п x і 3 %-.1s > ї 4 п
x ї 5 %-.1s > ј 6 п x ј 7 %-.1s > љ 8 п x љ 9 %-.1s > њ : п x њ ; %-.1s > ћ = п . x ћ > %-.1s > ќ ? п x ќ @ %-.1s > § A п
x § B %-.1s = ь G RENF , FAT (12 bit) = я H RENF , FAT (16 bit) > ю J M > я K E < я L S = N BootProg > ѓ R п , COM/EXE Bootloader x ѓ S %-.1s > є T п x є U %-.1s > ѕ V п x ѕ W %-.1s
> і X п x і Y %-.1s > ї Z п
x ї [ %-.1s > ј \ п x ј ] %-.1s > љ ^ п x љ _ %-.1s > њ ` п x њ a %-.1s > ћ c п . x ћ d %-.1s > ќ e п x ќ f %-.1s > § g п
x § h %-.1s = ь m RENF , FAT (12 bit) = я n RENF , FAT (16 bit) = О q > Т r = т s = ђ t = в u , extended partition table = в v , extended partition table (LBA) = в w , extended partition table (last) = z ы ы = { щ щ > | % , code offset 0x%x <
>
> , OEM-ID "%8.8s" >
, Bytes/sector %u <
, Bytes/sector %u >
, sectors/cluster %u >
, reserved sectors %u <
, reserved sectors %u > , FATs %u = , FAT %u > >
, root entries %u >
, sectors %u (volumes <=32 MB) > № , Media descriptor 0x%x < № , Media descriptor 0x%x >
, sectors/FAT %u > , heads %u = , heads %u > , hidden sectors %u > , sectors %u (volumes > 32 MB) > R Ѓ ЙОЋЬ > $ Є , physical drive 0x%x > $ І , physical drive 0x%x > % Ј , reserved 0x%x > & Њ ) , dos < 4.0 BootSector (0x%x) < & Ћ ) , dos < 4.0 BootSector (0x%x) = & Ќ ) x ' , serial number 0x%x < + Ў NO NAME , label: "%11.11s" > + Џ NO NAME , label: "%11.11s" = + А NO NAME , unlabeled = 6 Б FAT , FAT = 6 В FAT12 (12 bit) = 6 Г FAT16 (16 bit) = R Е FAT32 , FAT (32 bit) x $ Ж , sectors/FAT %u >
( З , extension flags %u >
* Й , fsVersion %u > , Л , rootdir cluster %u >
0 О , infoSector %u <
0 Р , infoSector %u >
2 С , Backup boot sector %u <
2 У , Backup boot sector %u > 6 Ф , reserved1 0x%x > : Х , reserved2 0x%x > > Ц , reserved3 0x%x > @ Ш , physical drive 0x%x > @ Ъ , physical drive 0x%x > A Ь , reserved 0x%x > B Э ) , dos < 4.0 BootSector (0x%x) < B Ю ) , dos < 4.0 BootSector (0x%x) = B Я ) x C а , serial number 0x%x < G б NO NAME , label: "%11.11s" > G в NO NAME , label: "%11.11s" = G г NO NAME , unlabeled = е WEVџџџџ , BSD disklabel =
л Minix filesystem = м Minix filesystem (big endian), ! н , %d zones = о minix , bootable =
п Minix filesystem, 30 char names =
р h$ Minix filesystem, version 2 =
с x$ Minix filesystem, version 2, 30 char names =
і ъp > ј > њ ) > ћ ) > ў ) GRand Unified Bootloader = џ stage1_5 < џ stage2 x version %u x .%u < џџџ , installed partition %u > џџџ , installed partition %u = 0. 0. x , identifier 0x%x >
, LBA flag 0x%x > , GRUB version %-s = џџџџ > , configuration file %-s ! џџџџ > , configuration file %-s ! 0. 0. > , saved entry %d x , identifier 0x%x > , LBA flag 0x%x > ! , GRUB version %-s = # џџџџ > $ , configuration file %-s ! % џџџџ > & , configuration file %-s =
8 Sяџџџџџџ Linux x L rev %d x
> .%d ^ \ ext2 filesystem data ^
: Ё (mounted or unclean) & \ Ђ ext3 filesystem data & ` Ѓ (needs journal recovery) &
: Є (errors) & ` Ѕ (compressed) & d Ј (large files) =
8 Linux old jffs2 filesystem data little endian =
9
Linux jffs2 filesystem data little endian = І Berkeley vfont data = Ї byte-swapped Berkeley vfont data = u fsav macro virus signatures >
(%d- > %02d- >
%02d) = Ч
џџџџџџ GPG encrypted data = Ъ џџџџџџ GPG key public ring = Hitachi SH big-endian COFF = object = ! executable = " , stripped = # , not stripped =
% P Hitachi SH little-endian COFF =
& object =
' executable =
( , stripped =
) , not stripped = S Apollo m68k COFF executable ^ T @ not stripped > U - version %ld = V apollo a88k COFF executable ^ W @ not stripped > X - version %ld = Ш hp200 (68010) BSD = impure binary = read-only binary = ! demand paged binary = " , hp300 (68020+68881) BSD = # impure binary = $ read-only binary = % demand paged binary = т _ 370 XA sysV executable > у not stripped > ф - version %d > х - 5.2 format = ц Z 370 XA sysV pure executable > ч not stripped > ш - version %d > щ - 5.2 format = ъ X 370 sysV pure executable > ы not stripped = ь Z 370 XA sysV pure executable > э not stripped = ю ] 370 sysV executable > я not stripped = № _ 370 XA sysV executable > ё not stripped = ђ Y SVR2 executable (Amdahl-UTS) > ѓ not stripped > є - version %ld = ѕ \ SVR2 pure executable (Amdahl-UTS) > і not stripped > ї - version %ld = ј X SVR2 pure executable (USS/370) > љ not stripped > њ - version %ld = ћ ] SVR2 executable (USS/370) > ќ not stripped > § - version %ld = п executable (RISC System/6000 V3.1) or obj module > not stripped = shared library =
ctab data = ўџџџџџџ structured file = m P1 Netpbm PBM image text = n P2 Netpbm PGM image text = o P3 Netpbm PPM image text = p P4 Netpbm PBM "rawbits" image data = q P5 Netpbm PGM "rawbits" image data = r P6 Netpbm PPM "rawbits" image data = s P7 Netpbm PAM image file = v O: Solitaire Image Recorder format = w MGI Type 11 = x MGI Type 17 = б рџџџџџџџ binary Computer Graphics Metafile = в 0 character Computer Graphics Metafile = е yz MGR bitmap, modern format, 8-bit aligned = ж zz MGR bitmap, old format, 1-bit deep, 16-bit aligned = з xz MGR bitmap, old format, 1-bit deep, 32-bit aligned = и yx MGR bitmap, modern format, squeezed = ш BM PC bitmap data =
щ , OS/2 1.x format x
ъ , %d x x
ы %d =
ь @ , OS/2 2.x format x
э , %d x x
ю %d =
я ( , Windows 3.x format x № , %d x x ё %d x x
ђ %d =
RЬџџџџџџ RLE image data, x
%d x x
%d >
, lower left corner: %d >
, lower right corner: %d =
, clear first =
, no background =
, alpha channel =
, comment > , %d color channels >
, %d bits per pixel >
, %d color map channels = ) к SGI image data = + , RLE = - , high precision x . , %d-D x / , %d x x 0 %d x
1 , %d channel !
2 s > P 3 0 , "%s" = S !! Bennet Yee's "face" format = X PEX Binary Archive =
Atari ATR image = Ї
PCX ver. 2.5 image data = Ј
PCX ver. 2.8 image data, with palette = Љ
PCX ver. 2.8 image data, without palette = Њ
PCX for Windows image data = Ћ
PCX ver. 3.0 image data x
Ќ bounding box [%hd, x
%hd] - x
Ў [%hd, x
Џ %hd], > A А %d planes each of x Б %hhd-bit = D В image, = D Г colour, = D Д grayscale, > D Е image, < D Ж image, >
З %hd x x
И %hd dpi, = Й uncompressed = К RLE compressed =
6 = 90 Bio-Rad .PIC Image File >
> %hd x >
? %hd, =
@ 1 image in file >
A %hd images in file = M 0 character Computer Graphics Metafile =
u B basic-16 executable > v not stripped =
x C basic-16 executable (TV) > y not stripped =
{ H x86 executable > | not stripped =
} I x86 executable (TV) > ~ not stripped =
J iAPX 286 executable small model (COFF) > not stripped =
R iAPX 286 executable large model (COFF) > not stripped =
L 80386 COFF executable > not stripped >
- version %ld = ЊU BIOS (ia32) ROM Ext. = USB USB = LDR UNDI image = IBM IBM comp. Video = Adaptec Adaptec = Adaptec Adaptec = * PROMISE Promise x (%d*512) =
А ќџџџџџџџ џџџџџџ little endian ispell = Б hash file (?), = В 3.0 hash file, = Г 3.1 hash file, = Д hash file (?), =
Е 8-bit, no capitalization, 26 flags =
Ж 7-bit, no capitalization, 26 flags =
З 8-bit, capitalization, 26 flags =
И 7-bit, capitalization, 26 flags =
Й 8-bit, no capitalization, 52 flags =
К 7-bit, no capitalization, 52 flags =
Л 8-bit, capitalization, 52 flags =
М 7-bit, capitalization, 52 flags =
Н 8-bit, no capitalization, 128 flags =
О 7-bit, no capitalization, 128 flags =
П
8-bit, capitalization, 128 flags =
Р 7-bit, capitalization, 128 flags =
С 8-bit, no capitalization, 256 flags =
Т
7-bit, no capitalization, 256 flags =
У 8-bit, capitalization, 256 flags =
Ф 7-bit, capitalization, 256 flags >
Х and %d string characters = Ц ќџџџџџџџ џџџџџџ big endian ispell = Ч hash file (?), = Ш 3.0 hash file, = Щ 3.1 hash file, = Ъ hash file (?), = Ы 8-bit, no capitalization, 26 flags = Ь 7-bit, no capitalization, 26 flags = Э 8-bit, capitalization, 26 flags = Ю 7-bit, capitalization, 26 flags = Я 8-bit, no capitalization, 52 flags = а 7-bit, no capitalization, 52 flags = б 8-bit, capitalization, 52 flags = в 7-bit, capitalization, 52 flags = г 8-bit, no capitalization, 128 flags = д 7-bit, no capitalization, 128 flags = е
8-bit, capitalization, 128 flags = ж 7-bit, capitalization, 128 flags = з 8-bit, no capitalization, 256 flags = и
7-bit, no capitalization, 256 flags = й 8-bit, capitalization, 256 flags = к 7-bit, capitalization, 256 flags > л and %d string characters = ы эЌџџџџџџ Java serialization data > ь , version %d = ї иџџџџџџџ JPEG image data = ј JFIF , JFIF standard x ў %d. x џ %02d ! , thumbnail %dx x %d = Exif , EXIF standard = II =
F iџџџџџџ =
N џџџџџџ x N %c x N .%c ! N 0 %c =
v iџџџџџџ =
~ & џџџџџџ x ~ / %c x ~ 0 .%c ! ~ 1 0 %c =
" iџџџџџџ =
& $ џџџџџџ x / % %c x 0 & .%c ! 1 ' 0 %c =
2 ) џџџџџџ x ; * %c x < + .%c ! = , 0 %c =
> . џџџџџџ x G / %c x H 0 .%c ! I 1 0 %c =
3 iџџџџџџ =
& 5 џџџџџџ x / 6 %c x 0 7 .%c ! 1 8 0 %c =
2 : џџџџџџ x ; ; %c x < < .%c ! = = 0 %c =
> ? џџџџџџ x G @ %c x H A .%c ! I B 0 %c = D MM = v F iџџџџџџ = ~ H џџџџџџ x ~ I %c x ~ J .%c ! ~ K 0 %c = ~ & M џџџџџџ x ~ / N %c x ~ 0 O .%c ! ~ 1 P 0 %c = R iџџџџџџ = & T џџџџџџ x / U %c x 0 V .%c ! 1 W 0 %c = > Y џџџџџџ x G Z %c x H [ .%c ! I \ 0 %c = ^ iџџџџџџ = 2 ` џџџџџџ x ; a %c x < b .%c ! = c 0 %c = j ўџџџџџџџ > k , comment: "%s" = q Рџџџџџџџ , baseline x r , precision %d x s , %dx x t %d = u Сџџџџџџџ , extended sequential x v , precision %d x w , %dx x x %d = y Тџџџџџџџ , progressive x z , precision %d x { , %dx x | %d = %{ lex description text = Ѕ џџџџџџ lif file =
е 6 Linux/i386 PC Screen Font data, = ж 256 characters, no directory, = з 512 characters, no directory, = и 256 characters, Unicode directory, = й 512 characters, Unicode directory, > к 8x%d =
э ECOFF alpha =
ю executable =
я pure =
№ demand paged > ё not stripped = ђ stripped >
ѓ - version %ld. = Ѕ ;; ! Ј
Lisp/Scheme program text = Љ
Windows INF file = Д
( Emacs v18 byte-compiled Lisp data = + звџџџџџџ Macintosh MFS data = , KL (bootable) &
- џџџџџџ (locked) x . А%| created: %s, > / А%| last backup: %s, x 0 block size: %d, x 1 number of blocks: %d, x
$ 2 volume name: %s = C +H Macintosh HFS Extended x D version %d data = E KL (bootable) ^ F (mounted) & G (spared blocks) & H (unclean) & I (locked) x J last mounted by: '%.4s', x M А%| created: %s, x O А%| last modified: %s, > P А%| last backup: %s, > Q А%| last checked: %s, x & R block size: %d, x * S number of blocks: %d, x . T free blocks: %d = ` MP Apple Partition data x a block size: %d, x 0 b first type: %s, x c name: %s, x T d number of blocks: %d, = e MP x 0 f second type: %s, x g name: %s, x T h number of blocks: %d, = i MP x 0 j third type: %s, x k name: %s, x T l number of blocks: %d, =
m MP x 0
n fourth type: %s, x
o name: %s, x T
p number of blocks: %d = r ST Apple Old Partition data x s block size: %d, x 0 t first type: %s, x u name: %s, x T v number of blocks: %d, = w MP x 0 x second type: %s, x y name: %s, x T z number of blocks: %d, = { MP x 0 | third type: %s, x } name: %s, x T ~ number of blocks: %d, =
MP x 0
fourth type: %s, x
name: %s, x T
number of blocks: %d = ! (* Mathematica, or Pascal, Modula-2 or 3 code text = S! eџџџџџџ disk quotas file = T! IRIS Showcase file = U! I - x V! - version %ld = W! & IRIS Showcase template = X! c - x Y! - version %ld = a! ` MIPSEB ECOFF executable = b! (impure) = c! (swapped) = d! (paged) > e! not stripped = f! stripped x g! - version %ld x h! .%ld = j! b MIPSEL-BE ECOFF executable = k! (impure) = l! (swapped) = m! (paged) > n! not stripped = o! stripped x p! - version %d x q! .%ld = s! ` MIPSEB-LE ECOFF executable = t! (impure) = u! (swapped) = v! (paged) > w! not stripped = x! stripped x y! - version %d x z! .%ld = |! b MIPSEL ECOFF executable = }! (impure) = ~! (swapped) = ! (paged) > ! not stripped = ! stripped x ! - version %ld x ! .%ld = ! c MIPSEB MIPS-II ECOFF executable = ! (impure) = ! (swapped) = ! (paged) > ! not stripped = ! stripped x ! - version %ld x ! .%ld = ! f MIPSEL-BE MIPS-II ECOFF executable = ! (impure) = ! (swapped) = ! (paged) > ! not stripped = ! stripped x ! - version %ld x ! .%ld = ! c MIPSEB-LE MIPS-II ECOFF executable = ! (impure) = ! (swapped) = ! (paged) > ! not stripped = ! stripped x ! - version %ld x ! .%ld = Ђ! f MIPSEL MIPS-II ECOFF executable = Ѓ! (impure) = Є! (swapped) = Ѕ! (paged) > І! not stripped = Ї! stripped x Ј! - version %ld x Љ! .%ld = ! @ MIPSEB MIPS-III ECOFF executable = Ў! (impure) = Џ! (swapped) = А! (paged) > Б! not stripped = В! stripped x Г! - version %ld x Д! .%ld = Ж! B MIPSEL-BE MIPS-III ECOFF executable = З! (impure) = И! (swapped) = Й! (paged) > К! not stripped = Л! stripped x М! - version %ld x Н! .%ld = П! @ MIPSEB-LE MIPS-III ECOFF executable = Р! (impure) = С! (swapped) = Т! (paged) > У! not stripped = Ф! stripped x Х! - version %ld x Ц! .%ld = Ш! B MIPSEL MIPS-III ECOFF executable = Щ! (impure) = Ъ! (swapped) = Ы! (paged) > Ь! not stripped = Э! stripped x Ю! - version %ld x Я! .%ld = б! MIPSEB Ucode = в! MIPSEL-BE Ucode = " ЩФ ID tags data > " version %d = '" raw G3 data, byte-padded = (" raw G3 data = F" P mc68k COFF ^ G" object & H" executable > I" not stripped = Ј J" .lowmem Apple toolbox = K" (impure) = L" (pure) = M" (demand paged) = N" (standalone) = O" Q mc68k executable (shared) > P" not stripped = Q" R mc68k executable (shared demand paged) > R" not stripped = V" l 68K BCS executable = \" m 88K BCS executable = _" S0 Motorola S-Record; binary data in text format = t" ` Atari 68xxx executable, x u" text len %lu, x v" data len %lu, x
w" BSS len %lu, x x" symboltab len %lu, = y" & z" fastload flag, & {" may be loaded to alternate RAM, & |" malloc may be from alternate RAM, x }" flags: 0x%lX, = ~" no relocation tab ! " + relocation tab = " SFX [Self-Extracting LZH SFX archive] = & " SFX [Self-Extracting LZH SFX archive] = , " ZIP! [Self-Extracting ZIP SFX archive] = " d Atari 68xxx CPX file x
" (version %04lx) =
" L MS Windows COFF Intel 80386 object file =
" f MS Windows COFF MIPS R4000 object file =
Ё" MS Windows COFF Alpha object file =
Ѓ" h MS Windows COFF Motorola 68000 object file =
Ѕ" № MS Windows COFF PowerPC object file =
Ї" MS Windows COFF PA-RISC object file = Й" MZ MS-DOS executable = К" MZ PE , PE for MS Windows >
Л" (DLL) =
X М" (unknown subsystem) =
X Н" (native) =
X О" (GUI) =
X П" (console) =
X Р" (POSIX) =
С" unknown processor =
Т" L Intel 80386 =
У" f MIPS R4000 =
Ф" Alpha =
Х" h Motorola 68000 =
Ц" № PowerPC =
Ч" PA-RISC >
Ш" 32-bit >
Щ" system file = є Ъ" @ @ = Ы" MSCF , WinHKI CAB self-extracting archive >
Э" ? = < Ю" PE PE =
б" 32STUB for MS-DOS, 32rtm DOS extender !
в" 32STUB for MS Windows >
< г" (DLL) =
< \ д" (unknown subsystem) =
< \ е" (native) =
< \ ж" (GUI) =
< \ з" (console) =
< \ и" (POSIX) =
< й" unknown processor =
< к" L Intel 80386 =
< л" f MIPS R4000 =
< м" Alpha =
< н" h Motorola 68000 =
< о" № PowerPC =
< п" PA-RISC >
< р" 32-bit >
< с" system file > < ш т" Mono/.Net assembly = < ј ф" UPX0 , UPX compressed = < ј х" @ PEC2 , PECompact2 compressed = < ј ц" @ UPX2 = ќџџџч" PK , ZIP self-extracting archive (Info-Zip) = < ј ш" @ .idata = ќџџџщ" PK , ZIP self-extracting archive (Info-Zip) = ќџџџъ" ZZ0 , ZZip self-extracting archive = ќџџџы" ZZ1 , ZZip self-extracting archive = < ј ь" @ .rsrc = ќџџџэ" a\ , WinHKI self-extracting archive = ќџџџю" Rar! , RAR self-extracting archive = ќџџџя" 0 MSCF , InstallShield self-extracting archive = ќџџџ№" Nullsoft , Nullsoft Installer self-extracting archive = < ј ё" @ .data = ђ" WEXTRACT , MS CAB-Installer self-extracting archive = < ј ѓ" @ .petite , Petite compressed x < ї є" = ќџџџѕ" !sfx! , ACE self-extracting archive = < ј і" @ .WISE , WISE installer self-extracting archive = < ј ї" @ .dz , Dzip self-extracting archive = < ј ј" @ .reloc = ќџџџљ" PK , ZIP self-extracting archive (WinZip) = < ј ћ" _winzip_ , ZIP self-extracting archive (WinZip) = < ј ќ" SharedD , Microsoft Installer self-extracting archive = 0 §" Inno , InnoSetup self-extracting archive = < џ" NE , NE = < 6 # (unknown OS) = < 6 # for OS/2 1.x = < 6 # for MS Windows 3.x = < 6 # for MS-DOS > < 6 # (unknown OS) = < 6 # џџџџџџџ for MS-DOS, Phar Lap DOS extender =
< # џџџџџџџџџџџџ (DLL) =
< # џџџџџџџџџџџџ (driver) =
$ # ARJSFX , ARJ self-extracting archive = < p # WinZip(R) Self-Extractor , ZIP self-extracting archive (WinZip) = < # LX , LX <
<
# (unknown OS) =
<
# for OS/2 =
<
# for MS Windows =
<
# for DOS >
<
# (unknown OS) = < # (DLL) > < # (device driver) = < # (GUI) < < # (console) =
< # i80286 =
< # i80386 =
< # i80486 =
# emx , emx x # %s = T # arjsfx , ARJ self-extracting archive = < # W3 , W3 for MS Windows = < # LE , LE executable =
<
# = @ "# DOS/4G for MS-DOS, DOS4GW DOS extender = @ ## WATCOM C/C++ for MS-DOS, DOS4GW DOS extender = @ $# CauseWay DOS Extender for MS-DOS, CauseWay DOS extender = @ %# @ PMODE/W for MS-DOS, PMODE/W DOS extender = @ &# @ STUB/32A for MS-DOS, DOS/32A DOS extender (stub) = @ '# STUB/32C for MS-DOS, DOS/32A DOS extender (configurable stub) = @ (# DOS/32A for MS-DOS, DOS/32A DOS extender (embedded) < $ *# P = L +# ќИWATCOM = ,# 3лfЙ , 32Lite compressed =
<
0# for MS Windows =
<
1# for DOS =
<
2# for MS Windows (VxD) = | & 3# UPX , UPX compressed = T 4# UNACE , ACE self-extracting archive > < 8# !
9# L , MZ for MS-DOS ! ;# <
<# @ !
=# L !
?# LE ! ўџџџ @# BW , MZ for MS-DOS =
A# LE , LE = @ B# DOS/4G for MS-DOS, DOS4GW DOS extender =
F# BW = @ G# DOS/4G ,\b LE for MS-DOS, DOS4GW DOS extender (embedded) ! @ H# DOS/4G ,\b BW collection for MS-DOS =
K# L , COFF =
L# go32stub for MS-DOS, DJGPP go32 DOS extender =
M# emx x N# for DOS, Win or OS/2, emx %s x B O# = & P# UPX , UPX compressed = , R# .text < S# > T# ` , 32lite compressed =
V# $WdX , WDos/X DOS extender = 5 Z# РЙ ѓЅJuыУи3џО0 , aPack compressed = ч [# LH/2 Self-Extract , %s = \# diet , diet compressed = ]# LZ09 , LZEXE v0.90 compressed = ^# LZ91 , LZEXE v0.91 compressed = _# tz , TinyProg compressed = `# PKLITE , %s compressed =
d a# W Collis , Compack compressed = $ b# LHa's SFX , LHa self-extracting archive = $ c# LHA's SFX , LHa self-extracting archive = $ d# $ARX , ARX self-extracting archive = $ e# $LHarc , LHarc self-extracting archive = f# SFX by LARC , LARC self-extracting archive = f g# -lh5- , LHa self-extracting archive v2.13S = x h# Rar! , RAR self-extracting archive = @ i# aPKG , aPackage self-extracting archive = k# AIN = # l# 2 , AIN 2.x compressed < # m# 2 , AIN 1.x compressed > # n# 2 , AIN 1.x compressed = o# UC2X , UCEXE compressed = p# WWP , WWPACK compressed x
s# x
t# = u# PK , ZIP self-extracting archive = v# Rar! , RAR self-extracting archive = w# ! , AIN 2.x self-extracting archive = x# ! , AIN 2.x self-extracting archive = y# ! , AIN 1.x self-extracting archive = z# ! , AIN 1.x self-extracting archive = {# **ACE** , ACE self-extracting archive =
|# UC2SFX Header , UC2 self-extracting archive = ~# RJSX , ARJ self-extracting archive = # р aRJsfX , ARJ self-extracting archive = z # Windows self-extracting ZIP , ZIP self-extracting archive =
# PKSFX , ZIP self-extracting archive (PKZIP) = Т # yџџvџ , CODEC archive v3.21 =
Т # , 1 file >
Т # , %u files = Й# ќ = К# wЭ Й = $ Л# UPX! FREE-DOS executable (COM), UPX compressed = Р# Э! COM executable for DOS = Т# Э! COM executable for DOS = Ф# Э! COM executable for DOS = Ц# Э! ! Ч# Иџџџџџџџ COM executable for DOS =
Щ# Э! ! Ъ# Э! COM executable for DOS =
Ь# Э! COM executable for DOS = Ю# Э! COM executable for MS-DOS = а# Э! COM executable for MS-DOS = в# Э! COM executable for MS-DOS = F д# Э! COM executable for DOS = н# LZ MS-DOS executable (built-in) =
$ DBase 3 index file =
$ xџџџџџџ TNEF = [% Tower/XP rel 2 object > \% not stripped = ]% executable = ^% pure executable > _% - version %ld = `% Tower/XP rel 2 object > a% not stripped = b% executable = c% pure executable > d% - version %ld = e% Tower/XP rel 3 object > f% not stripped = g% executable = h% pure executable > i% - version %ld = j% Tower/XP rel 3 object > k% not stripped = l% executable = m% pure executable > n% - version %ld = o% Tower32/600/400 68020 object > p% not stripped = q% executable = r% pure executable > s% - version %ld = t% Tower32/800 68020 & u% w/68881 object & v% @ compatible object & w% ` object = x% executable = y% pure executable > z% not stripped > {% - version %ld = |% Ѕ Tower32/800 68010 & }% @ compatible object & ~% ` object = % executable = % pure executable > % not stripped > % - version %ld = ' Эџџџџџџ OS9/6809 module: = ' non-executable = ' machine language = ' BASIC I-code = ' Pascal P-code = ' C I-code = ' COBOL I-code = ' Fortran I-code = ' №џџџџџџџ program executable = ' №џџџџџџџ subroutine = ' №џџџџџџџ0 multi-module = ' №џџџџџџџ@ data module = ' №џџџџџџџРџџџџџџџ system module = Ё' №џџџџџџџаџџџџџџџ file manager = Ђ' №џџџџџџџрџџџџџџџ device driver = Ѓ' №џџџџџџџ№џџџџџџџ device descriptor = Ї' ќJ OS9/68K module: = Њ' џџџџџџџџџџџџџџ re-entrant = Ћ' @ @ ghost = Ќ' system-state = А' machine language = Б' BASIC I-code = В' Pascal P-code = Г' C I-code = Д' COBOL I-code = Е' Fortran I-code = К' program executable = Л' subroutine = М' multi-module = Н' data module = О' trap library = П' system module = Р'
file manager = С' device driver = Т' device descriptor = Щ' u i386 COFF object = +( џ Ю
PARIX = ,( №џџџџџџџџџџџџџџ T800 = -( №џџџџџџџџџџџџџџ T9000 = .( executable = /( object = 0( not stripped = 7( * "compact bitmap" format (Poskanzer) =
H( PDP-11 executable >
I( not stripped > J( - version %ld =
L( PDP-11 UNIX/RT ldp =
M( PDP-11 old overlay =
O( PDP-11 pure executable >
P( not stripped > Q( - version %ld =
S( PDP-11 separate I&D executable >
T( not stripped > U( - version %ld =
W( PDP-11 kernel overlay =
Z( PDP-11 demand-paged pure executable >
[( not stripped =
]( PDP-11 overlaid pure executable >
^( not stripped =
`( PDP-11 overlaid separate executable >
a( not stripped = ( џџџџџџ PGP key public ring = ( џџџџџџ PGP key security ring = ( џџџџџџ PGP key security ring = ( Іџџџџџџ PGP encrypted data = Н( Y mumps avl global > О( (V%d) > П( with %d byte name > Р( and %d byte data cells = С( Z mumps blt global > Т( (V%d) > У( - %d byte blocks = Ф( - P/D format = Х( - P/K/D format = Ц( - K/D format > Ч( - Bad Flags = Ю( %! PostScript document text = Я( PS-Adobe- conforming > а( at level %.3s = б( EPS - type %s = в( Query - type %s =
г( ExitServer - type %s = * Ћэџџџџџџ = * люџџџџџџ RPM x * v%d = * bin = * src = * i386 = * Alpha = * Sparc = * MIPS = * PowerPC = * 68000 = * SGI = * RS6000 = Ё* IA64 = Ђ*
Sparc64 = Ѓ* MIPSel = Є* ARM x
Ѕ* %s = д* ' Sendmail frozen configuration > е* - version %s =
ѕ* ы SYMMETRY i386 .o > і* not stripped > | ї* version %ld =
ј* ы" SYMMETRY i386 executable (0 @ 0) > љ* not stripped > | њ* version %ld =
ћ* ы2 SYMMETRY i386 executable (invalid @ 0) > ќ* not stripped > | §* version %ld =
ў* ыB SYMMETRY i386 standalone executable > џ* not stripped > | + version %ld =
r+ R SHARC COFF binary >
s+ , %hd sections > t+ , not stripped = + ћџџџџџџ QDOS object x
+ '%s' =
П, LANalyzer capture file =
Р, LANalyzer capture file = =- оРџџџџџџ Compiled PSI (v1) data = >- кРџџџџџџ Compiled PSI (v2) data > ?- (%s) = A- ЊЊџџџџџџ SoftQuad DESC or font file binary > B- - version %d = G- X SoftQuad troff Context intermediate = H- 495 for AT&T 495 laser printer = I- hp for Hewlett-Packard LaserJet = J- impr for IMAGEN imPRESS = K- ps for PostScript = - ўџџџџџџ MySQL table definition file x - Version %d = n/ Compiled terminfo entry = o/ Curses screen image = p/ Curses screen image = z/ ї TeX DVI file > {/ (%s) = |/ ї TeX generic font data = }/ їY TeX packed font data > ~/ (%s) = / їЪ TeX virtual font data = / TeX font metric data > ! / (%s) = / TeX font metric data > ! / (%s) = Ы0 \" troff or preprocessor input text = м0 @я very old (C/A/T) troff output data = ў0 unknown machine executable > џ0 not stripped > 1 - version %ld = 1 unknown pure executable > 1 not stripped > 1 - version %ld = 1 PDP-11 separate I&D > 1 not stripped > 1 - version %ld = 1 unknown pure executable > 1 not stripped > 1 - version %ld = 1 ўџ Unicode text, UTF-16, big-endian = 1 џў Unicode text, UTF-16, little-endian = B1 Perkin-Elmer executable = D1 z amd 29k coff noprebar executable = E1 z amd 29k coff prebar executable = F1 рџџџџџџ amd 29k coff archive = H1 unicos (cray) executable =
1 x VAX COFF executable > 1 not stripped >
1 - version %ld =
1 } VAX COFF pure executable > 1 not stripped >
1 - version %ld = А1 UU VISX image file = Б1 (zero) = В1 (unsigned char) = Г1 (short integer) = Д1 (float 32) = Е1 (float 64) = Ж1 (signed char) = З1 (bit-plane) = И1 (classes) = Й1 (statistics) = К1
(ascii text) = Л1 (image segments) = М1 d (image set) = Н1 e (unsigned char vector) = О1 f (short integer vector) = П1 g (float 32 vector) = Р1 h (float 64 vector) = С1 i (signed char vector) = Т1 j (bit plane vector) = У1 y (feature vector) = Ф1 z (feature vector library) = Х1 | (chain code) = Ц1 ~ (bit vector) = Ч1 џџџџџџџ (graph) = Ш1 џџџџџџџ (adjacency graph) = Щ1 џџџџџџџ (adjacency graph library) = Ъ1 .VISIX (ascii text) =
ѕ2 eџџџџџџџ x.out = і2 __.SYMDEF randomized x ї2 archive =
ј2 Microsoft a.out =
љ2 Middle model &
њ2 overlay &
ћ2 separate &
ќ2 pure &
§2 segmented &
ў2 standalone &
џ2 fixed-stack & 3 џџџџџџџ byte-swapped & 3 @ word-swapped > 3 not-stripped ^
3 Рџџџџџџ pre-SysV &
3 @ V2.3 &
3 џџџџџџ V3.0 & 3 86 & 3 186 & 3 286 & 3
386 <
3 @ small model = 3 H large model = 3 I huge model &
3 executable ^
3 object file &
3 @ Large Text &
3 Large Data &
3 Huge Objects Enabled > 3 not stripped =
3 @ old Microsoft 8086 x.out & 3 separate & 3 pure & 3 executable ^ 3 relocatable > 3 not stripped =
.3 XENIX 8086 relocatable or 80286 small model = d " ^[ ]{0,10}say ['"] OS/2 REXX batch file text = Ё/ \begin{theglossary} LaTeX sorted glossary = Ђ/ This is makeindex Makeindex log file = / \begin{theindex} LaTeX sorted index = / \documentstyle LaTeX document text = / \documentclass LaTeX 2e document text = / \glossaryentry LaTeX raw glossary =
/ \contentsline LaTeX table of contents =
/ % -*-latex-*- LaTeX document text = d " ^\s*say ['"] OS/2 REXX batch file text = / \indexentry LaTeX raw index file = С : shell archive or script for antique kernel text =
Ў (defparam Lisp/Scheme program text =
А (autoload Lisp/Scheme program text = " @ = " echo off MS-DOS batch file text = " echo off MS-DOS batch file text = " rem MS-DOS batch file text = " set MS-DOS batch file text = # щџџџџџџџ DOS executable (COM) =
ў # UЊџџџџџџ , boot code = # SFX of LHarc (%s) = Њ# џџџџџџџ DOS executable (COM) = Ќ# ыџџџџџџџ DOS executable (COM) =
ў # UЊџџџџџџ , boot code = U Ў# UPX , UPX compressed = Џ# $ARX , ARX self-extracting archive = А# $LHarc , LHarc self-extracting archive = Б# SFX by LARC , LARC self-extracting archive = В# Иџџџџџџџ COM executable ! Д# џLЭ! for DOS = И# џLЭ! (32-bit COMBOOT) = y$ DBase 3 data file = z$ (no records) > {$ (%ld records) = |$ џџџџџџџ DBase 3 data file with memo(s) = }$ (no records) > ~$ (%ld records) =
B V' с литйФттзУ IBM OS/400 save file data = д W' , created with SAVOBJ = д X' , created with SAVLIB = д Y' , created with SAVCFG = д Z' , created with SAVSECDTA = д ['
, created with SAVSECDTA = д \' , created with SAVDLO = д ]'
, created with SAVLICPGM = д ^' , created with SAVCHGOBJ = е _' D , at least V5R4 to open = е `' C , at least V5R3 to open = е a' B , at least V5R2 to open = е b' A , at least V5R1 to open = е c' @ , at least V4R5 to open = е d' ? , at least V4R4 to open = е e' > , at least V4R3 to open = е f' < , at least V4R2 to open = е g' = , at least V4R1M4 to open = е h' ; , at least V4R1 to open = е i' : , at least V3R7 to open = е j' 5 , at least V3R6 to open = е k' 6 , at least V3R2 to open = е l' 4 , at least V3R1 to open = е m' 1 , at least V3R0M5 to open = е n' 0 , at least V2R3 to open ! x( p = y( ^package[ ]+[0-9A-Za-z_:]+ *; = z( ^1 *;|^(use|sub|my) .*[(;{=] Perl5 module source text = в* & Sendmail frozen configuration > г* - version %s = m+ ! Assembler source = ы, Њџџџџџџџ < ь, Dyalog APL = э, incomplete workspace = ю, component file = я, external variable = №, workspace x ё, version %d x ђ, .%d = ,. №џџџџџџџ SysEx File - = /. Sequential = 0. IDP = 1. OctavePlateau = 2. Moog = 3. Passport = 4. Lexicon = 5. Kurzweil/Future Retro = 6. w 777 = 7. Bank = 8. Song = 9. 16 = :. 15 = ;.
14 = <. 13 = =. 12 = >.
11 = ?. 10 = @. 9 = A. 8 = B. 7 = C. 6 = D. 5 = E. 4 = F. 3 = G. 2 = H. 1 = I. (ALL) x J. , Channel %d = K. Fender = L. Gulbransen = M.
AKG = N. Voyce = O. Waveframe = P.
ADA = Q. Garfield = R. Ensoniq = S. Oberheim = T. Matrix 6 series = U.
Dump (All) = V. Dump (Bank) = W. Matrix 1000 < X. User bank %d > Y. Preset bank %d = Z. Apple = [. GreyMatter = \. PalmTree = ]. JLCooper = ^. Lowrey = _. AdamsSmith = `. E-mu = a. Harmony = b. ART = c. Baldwin = d. Eventide = e. Inventronics = f. Clarity = i. ! SIEL = j. " Synthaxe = k. $ Hohner = l. % Twister = m. & Solton = n. ' Jellinghaus = o. ( Southworth = p. ) PPG = q. * JEN = r. + SSL = s. , AudioVertrieb = u. / ELKA = v. EK-44 = x. 0 Dynacord = y. 1 Jomox = z. 3 Clavia = {. 9 Soundcraft = }. > Waldorf = ~. microWave = . microwave2 / XT = . Q / Q+ = . (default id) > . ( < . device %d) = . broadcast id) =
. Microwave I = . SNDR (Sound Request) = . SNDD (Sound Dump) = . SNDP (Sound Parameter Change) = . 0 SNDQ (Sound Parameter Inquiry) = . p BOOT (Sound Reserved) = . MULR (Multi Request) = . MULD (Multi Dump) = . ! MULP (Multi Parameter Change) = . 1 MULQ (Multi Parameter Inquiry) = . q OS (Multi Reserved) = . DRMR (Drum Map Request) = . DRMD (Drum Map Dump) = . " DRMP (Drum Map Parameter Change) = . 2 DRMQ (Drum Map Parameter Inquiry) = . r BIN (Drum Map Reserved) = . PATR (Sequencer Pattern Request) = . PATD (Sequencer Pattern Dump) = . # PATP (Sequencer Pattern Parameter Change) = . 3 PATQ (Sequencer Pattern Parameter Inquiry) = . s AFM (Sequencer Pattern Reserved) = . GLBR (Global Parameter Request) = . GLBD (Global Parameter Dump) = . $ GLBP (Global Parameter Parameter Change) = . 4 GLBQ (Global Parameter Parameter Inquiry) = . MODR (Mode Parameter Request) = . MODD (Mode Parameter Dump) = . ' MODP (Mode Parameter Parameter Change) = Ё. 7 MODQ (Mode Parameter Parameter Inquiry) = Ђ. microQ = Ѓ. SNDR (Sound Request) = Є. SNDD (Sound Dump) = Ѕ. SNDP (Sound Parameter Change) = І. 0 SNDQ (Sound Parameter Inquiry) = Ї. p (Sound Reserved) = Ј. MULR (Multi Request) = Љ. MULD (Multi Dump) = Њ. ! MULP (Multi Parameter Change) = Ћ. 1 MULQ (Multi Parameter Inquiry) = Ќ. q OS (Multi Reserved) = . DRMR (Drum Map Request) = Ў. DRMD (Drum Map Dump) = Џ. " DRMP (Drum Map Parameter Change) = А. 2 DRMQ (Drum Map Parameter Inquiry) = Б. r BIN (Drum Map Reserved) = В. GLBR (Global Parameter Request) = Г. GLBD (Global Parameter Dump) = Д. $ GLBP (Global Parameter Parameter Change) = Е. 4 GLBQ (Global Parameter Parameter Inquiry) = Ж. rackAttack = З. SNDR (Sound Parameter Request) = И. SNDD (Sound Parameter Dump) = Й. SNDP (Sound Parameter Parameter Change) = К. 0 SNDQ (Sound Parameter Parameter Inquiry) = Л. PRGR (Program Parameter Request) = М. PRGD (Program Parameter Dump) = Н. ! PRGP (Program Parameter Parameter Change) = О. 1 PRGQ (Program Parameter Parameter Inquiry) = П. q OS (Program Parameter Reserved) = Р. PATR (Pattern Parameter Request) = С. PATD (Pattern Parameter Dump) = Т. # PATP (Pattern Parameter Parameter Change) = У. 3 PATQ (Pattern Parameter Parameter Inquiry) = Ф. GLBR (Global Parameter Request) = Х. GLBD (Global Parameter Dump) = Ц. $ GLBP (Global Parameter Parameter Change) = Ч. 4 GLBQ (Global Parameter Parameter Inquiry) = Ш. EFXR (FX Parameter Request) = Щ. EFXD (FX Parameter Dump) = Ъ. % EFXP (FX Parameter Parameter Change) = Ы. 5 EFXQ (FX Parameter Parameter Inquiry) = Ь. MODR (Mode Command Request) = Э. MODD (Mode Command Dump) = Ю. ' MODP (Mode Command Parameter Change) = Я. 7 MODQ (Mode Command Parameter Inquiry) = а. Wave = б. SBPR (Soundprogram) = в. SAPR (Performance) = г. SWAVE (Wave) = д. SWTBL (Wave control table) = е. SVT (Velocity Curve) = ж. STT (Tuning Table) = з. SGLB (Global Parameters) = и. SARRMAP (Performance Program Change Map) = й. SBPRMAP (Sound Program Change Map) = к. SBPRPAR (Sound Parameter) = л.
SARRPAR (Performance Parameter) = м. SINSPAR (Instrument/External Parameter) = н. SBULK (Bulk Switch on/off) = р. @ Kawai = с. K1 = т. " K4 = ф. A Roland = х. D-50 = ц. + U-220 = ч. TR-707 = щ. B Korg = ъ. M1 = ь. C Yamaha = э. D Casio = ю. F Kamiya = я. G Akai = №. H Victor = ё. I Mesosha = ђ. K Fujitsu = ѓ. L Sony = є. N Teac = ѕ. P Matsushita = і. Q Fostex = ї. R Zoom = ј. T Matsushita = љ. W Acoustic tech. lab. = ћ. џџџџџџџ t Ta Horng = ќ. џџџџџџџ u e-Tek = §. џџџџџџџ v E-Voice = ў. џџџџџџџ w Midisoft = џ. џџџџџџџ x Q-Sound = / џџџџџџџ y Westrex = / џџџџџџџ z Nvidia* = / џџџџџџџ { ESS = / џџџџџџџ | Mediatrix = / џџџџџџџ } Brooktree = / џџџџџџџ ~ Otari = / џџџџџџџ Key Electronics = / џџџџџџџ Shure = / џџџџџџџ AuraSound = / џџџџџџџ Crystal =
/ џџџџџџџ Rockwell = / џџџџџџџ Silicon Graphics = / џџџџџџџ Midiman =
/ џџџџџџџ PreSonus = / џџџџџџџ Topaz = / џџџџџџџ Cast Lightning = / џџџџџџџ
Microsoft = / џџџџџџџ Sonic Foundry = / џџџџџџџ Line 6 = / џџџџџџџ
Beatnik Inc. = / џџџџџџџ Van Koerving = / џџџџџџџ Altech Systems = / џџџџџџџ S & S Research = / џџџџџџџ VLSI Technology = / џџџџџџџ Chromatic = / џџџџџџџ Sapphire = / џџџџџџџ IDRC = / џџџџџџџ Justonic Tuning = / џџџџџџџ TorComp = / џџџџџџџ Newtek Inc. = / џџџџџџџ Sound Sculpture = / џџџџџџџ Walker Technical = / џџџџџџџ Digital Harmony = !/ џџџџџџџ InVision = "/ џџџџџџџ T-Square = #/ џџџџџџџ Nemesys = $/ џџџџџџџ DBX = %/ џџџџџџџ Syndyne = &/ џџџџџџџ Bitheadz = '/ џџџџџџџ ! Cakewalk = (/ џџџџџџџ " Staccato = )/ џџџџџџџ # National Semicon. = */ џџџџџџџ $ Boom Theory = +/ џџџџџџџ % Virtual DSP Corp = ,/ џџџџџџџ & Antares = -/ џџџџџџџ ' Angel Software = ./ џџџџџџџ ( St Louis Music = // џџџџџџџ ) Lyrrus dba G-VOX = 0/ џџџџџџџ * Ashley Audio = 1/ џџџџџџџ + Vari-Lite = 2/ џџџџџџџ , Summit Audio = 3/ џџџџџџџ - Aureal Semicon. = 4/ џџџџџџџ . SeaSound = 5/ џџџџџџџ / U.S. Robotics = 6/ џџџџџџџ 0 Aurisis = 7/ џџџџџџџ 1 Nearfield Multimedia = 8/ џџџџџџџ 2 FM7 Inc. = 9/ џџџџџџџ 3 Swivel Systems = :/ џџџџџџџ 4 Hyperactive = ;/ џџџџџџџ 5 MidiLite = </ џџџџџџџ 6 Radical = =/ џџџџџџџ 7 Roger Linn = >/ џџџџџџџ 8 Helicon = ?/ џџџџџџџ 9 Event = @/ џџџџџџџ : Sonic Network = A/ џџџџџџџ ; Realtime Music = B/ џџџџџџџ < Apogee Digital = D/ џџџџџџџ + Medeli Electronics = E/ џџџџџџџ , Charlie Lab = F/ џџџџџџџ - Blue Chip Music = G/ џџџџџџџ . BEE OH Corp = H/ џџџџџџџ / LG Semicon America = I/ џџџџџџџ 0 TESI = J/ џџџџџџџ 1 EMAGIC = K/ џџџџџџџ 2 Behringer = L/ џџџџџџџ 3 Access Music = M/ џџџџџџџ 4 Synoptic = N/ џџџџџџџ 5 Hanmesoft Corp = O/ џџџџџџџ 6 Terratec = P/ џџџџџџџ 7 Proel SpA = Q/ џџџџџџџ 8 IBK MIDI = R/ џџџџџџџ 9 IRCAM = S/ џџџџџџџ : Propellerhead Software = T/ џџџџџџџ ; Red Sound Systems = U/ џџџџџџџ < Electron ESI AB = V/ џџџџџџџ = Sintefex Audio = W/ џџџџџџџ > Music and More = X/ џџџџџџџ ? Amsaro = Y/ џџџџџџџ @ CDS Advanced Technology = Z/ џџџџџџџ A Touched by Sound = [/ џџџџџџџ B DSP Arts = \/ џџџџџџџ C Phil Rees Music = ]/ џџџџџџџ D Stamer Musikanlagen GmbH = ^/ џџџџџџџ E Soundart = _/ џџџџџџџ F C-Mexx Software = `/ џџџџџџџ G Klavis Tech. = a/ џџџџџџџ H Noteheads AB =
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