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# xmcd xmcd database file for kscd text/x-xmcd = B rJ Linux/i386 PC Screen Font v2 data, x C %d characters, = D no directory, ! E Unicode directory, x F %d x G x%d = LUKS LUKS encrypted file, application/x-raw-disk-image /luks/img/luksVolumeHeaderBackUp x ver %d = =. luks-v1 > =. luks-v2 = MVR5
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- CELP encoding =
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- ADPCM3 encoding =
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with resync (=> + m @ P[0-9][0-9]\.[0-9][0-9][0-9][0-9]\.[0-9][0-9][0-9][0-9]\.[0-9] NAXOS CAD System file from version %s = K PACK < M > Q ADFS PackDir archive (RISC OS) x U , LZW %u-bits compression application/x-acorn-68E pkd/bin x [ , root "%s" x ] , load address %#x x _ , exec address %#x x a , attributes %#x x e , 1st object "%s" = TVS
= Version TeamViewer Session File x , version %s = -lh0- =
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. lharc-file = -lz4- =
. lharc-file = -lz5- =
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. lharc-file = -lz8- =
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. lharc-file = -lh3- =
. lharc-file = -lh4- =
. lharc-file = -lh5- =
. lharc-file = -lh6- =
. lharc-file = -lh7- =
. lharc-file = -lh8- =
. lharc-file =
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. lharc-file = -lhc- =
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Claris clip art = =
Claris clip art = : from '%s' = ; - received SIGQUIT = < - received SIGILL = = - received SIGTRAP = > - received SIGABRT = ? - received SIGEMT = @ - received SIGFPE = A
- received SIGBUS = B - received SIGSEGV = C - received SIGSYS = D ! - received SIGXCPU = E " - received SIGXFSZ = L G = X H = \ I = ` J = l K D = L core file > M from '%s' = N - received SIGQUIT = O - received SIGILL = P - received SIGTRAP = Q - received SIGABRT = R - received SIGEMT = S - received SIGFPE = T
- received SIGBUS = U - received SIGSEGV = V - received SIGSYS = W ! - received SIGXCPU = X " - received SIGXFSZ = $ Z HP-UX = [ = \ = ] = ^ = _ < = ` ` = l a D = b core file > c from '%s' = d - received SIGQUIT = e - received SIGILL = f - received SIGTRAP = g - received SIGABRT = h - received SIGEMT = i - received SIGFPE = j
- received SIGBUS = k - received SIGSEGV = l - received SIGSYS = m ! - received SIGXCPU = n " - received SIGXFSZ = d p HP-UX = q = r D = T s = ` t < = u = v = w = x core file > D y from '%s' = z - received SIGQUIT = { - received SIGILL = | - received SIGTRAP = } - received SIGABRT = ~ - received SIGEMT = - received SIGFPE =
- received SIGBUS = - received SIGSEGV = - received SIGSYS = ! - received SIGXCPU = " - received SIGXFSZ = x HP-UX = = = = = D = h = t < = core file > X from '%s' = - received SIGQUIT = - received SIGILL = - received SIGTRAP = - received SIGABRT = - received SIGEMT = - received SIGFPE =
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llvc1 LLVM byte-codes, gzip compression = llvc2 LLVM byte-codes, bzip2 compression = JOY LocoScript 1 document = JOY LocoScript 2 document = JOY LocoScript 3 document =
JOY LocoScript 4 document = DOC LocoScript PC document = DOC LocoScript Professional document @ = Path: news text message/news @ = Xref: news text message/news @ = From: news or mail text message/rfc822 @ = Date: news or mail text message/rfc822 = a *mbx* MBX mail folder = I PVF1
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, 25 fps = , 29.97 fps = , 30 fps =
, 50 fps = , 59.94 fps = , 60 fps & , Constrained = + ! ! MPEG ADTS, layer III, v1 audio/mpeg = ! , 32 kbps = " , 40 kbps = # 0 , 48 kbps = $ @ , 56 kbps = % P , 64 kbps = & ` , 80 kbps = ' p , 96 kbps = ( , 112 kbps = ) , 128 kbps = * , 160 kbps = + , 192 kbps = , , 224 kbps = - , 256 kbps = . , 320 kbps = 0 , 44.1 kHz = 1 , 48 kHz = 2 , 32 kHz = 4 , Stereo = 5 @ , JntStereo = 6 , 2x Monaural = 7 , Monaural = _ @G = G MPEG transport stream data video/MP2T ts = _ @G = G BDAV MPEG-2 Transport Stream (M2TS) video/MP2T m2ts/mts = ANIM = AHDR LucasArts Smush Animation Format (SAN) video = SANM = SHDR LucasArts Smush v2 (SANM) video = CRID = @UTF Scaleform video = 2 MOOF = 3
Apple Macintosh MOOF Disk Image = 4 INFO = 5 , SSDD GCR (400K) = 6 , DSDD GCR (800K) = 7 , DSHD MFM (1.44M) = 8 , write protected = 9 , cross track synchronized x : , %.32s = k >
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, header length: %d bytes = !ECI = ( NDH SNDH Atari ST music = ( TITL SNDH Atari ST music = Vgm > VGM Video Game Music dump v audio/x-vgm vgm > %d x %d x .%d > %d x , soundchip(s)= > SN76489 (PSG), > YM2413 (OPLL), > , YM2612 (OPN2), > 0 YM2151 (OPM), > 8 Sega PCM, > 4 > @ RF5C68 (PCM), > 4 > D YM2203 (OPN), > 4 > H YM2608 (OPNA), > 4 > L YM2610 (OPNB), < L YM2610B (OPNB+2FM), > 4 > P YM3812 (OPL2), > 4 > T YM3526 (OPL), > 4 $ > X Y8950 (MSX-Audio), > 4 ( > \ YMF262 (OPL3), > 4 , > ` YMF278B (OPL4), > 4 0 > d YMF271 (OPX), > 4 4 > h YMZ280B (PCMD8), > 4 8 > l RF5C164 (PCM), > 4
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TOYS PICO Sega Pico ROM image application/x-sega-pico-rom =. sega-mega-drive-header = IAC Sega Pico ROM image application/x-sega-pico-rom =. sega-mega-drive-header = TERA68K Sega Teradrive (68K) ROM image application/x-sega-teradrive-rom =. sega-mega-drive-header = TERA286 Sega Teradrive (286) ROM image application/x-sega-teradrive-rom =. sega-mega-drive-header = BR Sega Mega CD Boot ROM image application/x-genesis-rom =. sega-mega-drive-header x Sega Mega Drive / Genesis ROM image application/x-genesis-rom =. sega-mega-drive-header = & EAGN = ' Sega Mega Drive / Genesis ROM image (SMD format): application/x-genesis-rom =. ) sega-genesis-smd-header = , EAMG = - Sega Mega Drive / Genesis ROM image (SMD format): application/x-genesis-rom =. / sega-genesis-smd-header = PIRS = Microsoft Xbox 360 package (non-Xbox Live) =. xbox-360-package = LIVE = Microsoft Xbox 360 package (Xbox Live) =. xbox-360-package = CISO < = CSO v1 disk image application/x-compressed-iso ciso/cso x , original size %llu bytes x ! , datablock size %u bytes = # =
$ = % CSO v2 disk image application/x-compressed-iso ciso/cso x ( , original size %llu bytes x ) , datablock size %u bytes = 8 = = =3 Nintendo GameCube embedded disc image: application/x-gamecube-rom =. nintendo-gcn-disc-common = WBFS = ] Nintendo Wii disc image (WBFS format): application/x-wii-rom =. nintendo-gcn-disc-common = CISO = = = =3 Nintendo GameCube disc image (CISO format): application/x-wii-rom =. nintendo-gcn-disc-common = ] Nintendo Wii disc image (CISO format): application/x-wii-rom =. nintendo-gcn-disc-common = = Nintendo GameCube disc image (GCZ format) application/x-gamecube-rom = Nintendo Wii disc image (GCZ format) application/x-wii-rom x Nintendo GameCube/Wii disc image (GCZ format) = = = = ] Nintendo Wii SDK disc image: application/x-wii-rom =. nintendo-gcn-disc-common = =3 Nintendo GameCube SDK disc image: application/x-gamecube-rom =. nintendo-gcn-disc-common = NCSD = Nintendo 3DS Game Card image > P : "%.16s" x (Rev.%02u) = (New3DS only) = (inner device) = (Card1) = (Card2) = (extended device) = Nintendo 3DS eMMC dump (Old3DS) = Nintendo 3DS eMMC dump (New3DS) = HEAD =
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Nintendo Switch cartridge image (XCI), 2GB =
Nintendo Switch cartridge image (XCI), 4GB =
Nintendo Switch cartridge image (XCI), 8GB =
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, version: %d x
.%d = vdex Android vdex file, > 000 verifier deps version: %s, > 000 dex section version: %s, > number of dex files: %d, > verifier deps size: %d = wdex Android vdex file, being processed by dex2oat, > 000 verifier deps version: %s, > 000 dex section version: %s, > number of dex files: %d, > verifier deps size: %d ( = Android package resource table (ARSC) arsc ! , %d packages = ! , %d string(s) ! , %d style(s) & , sorted & , utf8 = MOVI Silicon Graphics movie file video/x-sgi-movie =
moov Apple QuickTime video/quicktime = mvhd movie (fast start) = mdra URL = cmov movie (fast start, compressed header) = rmra multiple URLs = mdat Apple QuickTime movie (unoptimized) video/quicktime = wide Apple QuickTime movie (unoptimized) video/quicktime = idsc Apple QuickTime image (fast start) image/x-quicktime = pckg Apple QuickTime compressed archive application/x-quicktime-player = % ftyp ISO Media = ' XAVC , MPEG v4 system, Sony XAVC Codec video/mp4 x ` ) , Audio "%.4s" x v * at %dHz x + , Video "%.4s" x , %d x - x%d = . 3g2 , MPEG v4 system, 3GPP2 video/3gpp2 = 0 v4 (H.263/AMR GSM 6.10) = 1 v5 (H.263/AMR GSM 6.10) = 2 v6 (ITU H.264/AMR GSM 6.10) = 5 a C.S0050-0 V1.0 = 6 b C.S0050-0-A V1.0.0 = 7 c C.S0050-0-B V1.0 = 8 3ge , MPEG v4 system, 3GPP video/3gpp = : , Release %d MBMS Extended Presentations = ; , Release %d MBMS Extended Presentations = < , Release %d MBMS Extended Presentations = = 3gf , MPEG v4 system, 3GPP = > , Release %d File-delivery profile = ? 3gg , MPEG v4 system, 3GPP video/3gpp = A , Release %d General Profile = B , Release %d General Profile = C 3gh , MPEG v4 system, 3GPP video/3gpp = E , Release %d Adaptive Streaming Profile = F 3gm , MPEG v4 system, 3GPP video/3gpp = H , Release %d Media Segment Profile = I 3gp , MPEG v4 system, 3GPP video/3gpp = K , Release %d (non existent) = L , Release %d (non existent) = M , Release %d (non existent) = N , Release %d = O , Release %d = P , Release %d = Q , Release %d Streaming Servers = R 3gr , MPEG v4 system, 3GPP video/3gpp = T , Release %d Progressive Download Profile = U , Release %d Progressive Download Profile = V 3gs , MPEG v4 system, 3GPP video/3gpp = X , Release %d Streaming Servers = Y , Release %d Streaming Servers = Z , Release %d Streaming Servers = [ 3gt , MPEG v4 system, 3GPP video/3gpp = ] , Release %d Media Stream Recording Profile = ^ , Release %d Media Stream Recording Profile = _ ARRI , MPEG v4 system, ARRI Digital Camera video/mp4 = a avc1 , MPEG v4 system, 3GPP JVT AVC [ISO 14496-12:2005] video/mp4 = c bbxm , Blinkbox Master File: H.264 video/16-bit LE LPCM audio video/mp4 = e qt , Apple QuickTime movie video/quicktime = g CAEP , Canon Digital Camera = h caqv , Casio Digital Camera = i CDes , Convergent Design = j caaa , CMAF Media Profile - AAC Adaptive Audio = k caac , CMAF Media Profile - AAC Core = l caqv , Casio Digital Camera Casio = m ccea , CMAF Supplemental Data - CEA-608/708 = n ccff , Common container file format = o cfhd , CMAF Media Profile - AVC HD = p cfsd , CMAF Media Profile - AVC SD = q chd1 , CMAF Media Profile - HEVC HDR10 = r chdf , CMAF Media Profile - AVC HDHF = s chhd , CMAF Media Profile - HEVC HHD8 = t chh1 , CMAF Media Profile - HEVC HHD10 = u clg1 , CMAF Media Profile - HEVC HLG10 = v cmfc , CMAF Track Format = w cmff , CMAF Fragment Format = x cmfl , CMAF Chunk Format = y cmfs , CMAF Segment Format = z cud1 , CMAF Media Profile - HEVC UHD10 = { cud8 , CMAF Media Profile - HEVC UHD8 = | cwvt , CMAF Media Profile - WebVTT = } da0a , DMB MAF w/ MPEG Layer II aud, MOT slides, DLS, JPG/PNG/MNG = ~ da0b , DMB MAF, ext DA0A, with 3GPP timed text, DID, TVA, REL, IPMP = da1a , DMB MAF audio with ER-BSAC audio, JPG/PNG/MNG images = da1b , DMB MAF, ext da1a, with 3GPP timed text, DID, TVA, REL, IPMP = da2a , DMB MAF aud w/ HE-AAC v2 aud, MOT slides, DLS, JPG/PNG/MNG = da2b , DMB MAF, ext da2a, with 3GPP timed text, DID, TVA, REL, IPMP = da3a , DMB MAF aud with HE-AAC aud, JPG/PNG/MNG images = da3b , DMB MAF, ext da3a w/ BIFS, 3GPP, DID, TVA, REL, IPMP = dash , MPEG v4 system, Dynamic Adaptive Streaming over HTTP video/mp4 = dby1 , MP4 files with Dolby content = dsms , Media Segment DASH conformant = dts1 , MP4 track file with audio codecs dtsc dtsh or dtse = dts2 , MP4 track file with audio codec dtsx = dts3 , MP4 track file with audio codec dtsy = dxo$20 , DxO ONE camera = dmb1 , DMB MAF supporting all the components defined in the spec = dmpf , Digital Media Project = drc1 , Dirac (wavelet compression), encap in ISO base media (MP4) = dv1a , DMB MAF vid w/ AVC vid, ER-BSAC aud, BIFS, JPG/PNG/MNG, TS = dv1b , DMB MAF, ext dv1a, with 3GPP timed text, DID, TVA, REL, IPMP = dv2a , DMB MAF vid w/ AVC vid, HE-AAC v2 aud, BIFS, JPG/PNG/MNG, TS = dv2b , DMB MAF, ext dv2a, with 3GPP timed text, DID, TVA, REL, IPMP = dv3a , DMB MAF vid w/ AVC vid, HE-AAC aud, BIFS, JPG/PNG/MNG, TS = dv3b , DMB MAF, ext dv3a, with 3GPP timed text, DID, TVA, REL, IPMP = dvr1 , DVB (.DVB) over RTP video/vnd.dvb.file = dvt1 , DVB (.DVB) over MPEG-2 Transport Stream = emsg , Event message box present video/vnd.dvb.file = F4V , Video for Adobe Flash Player 9+ (.F4V) video/mp4 = F4P , Protected Video for Adobe Flash Player 9+ (.F4P) video/mp4 = F4A , Audio for Adobe Flash Player 9+ (.F4A) audio/mp4 = F4B , Audio Book for Adobe Flash Player 9+ (.F4B) audio/mp4 = ifrm , Apple iFrame Specification, Version 8.1 Jan 2013 = im1i , CMAF Media Profile - IMSC1 Image = im1t , CMAF Media Profile - IMSC1 Text = isc2 , ISMACryp 2.0 Encrypted File = iso , MP4 Base Media video/mp4 mp4 = m v1 [ISO 14496-12:2003] = 2 v2 [ISO 14496-12:2005] = 4 v4 = 5 v5 = 6 v6 = isml , MP4 Base Media v2 [ISO 14496-12:2005] video/mp4 = J2P0 , JPEG2000 Profile 0 = J2P1 , JPEG2000 Profile 1 = jp2 , JPEG 2000 image/jp2 = JP2 , JPEG 2000 Image (.JP2) [ISO 15444-1 ?] image/jp2 = JP20 , Unknown, from GPAC samples (prob non-existent) = jpm , JPEG 2000 Compound Image (.JPM) [ISO 15444-6] image/jpm = jpsi , The JPSearch data interchange format = jpx , JPEG 2000 w/ extensions (.JPX) [ISO 15444-2] image/jpx = KDDI , 3GPP2 EZmovie for KDDI 3G cellphones video/3gpp2 = LCAG , Leica digital camera = lmsg , Last Media Segment indicator for ISO base media file format. = M4A , Apple iTunes ALAC/AAC-LC (.M4A) Audio audio/x-m4a = M4B , Apple iTunes ALAC/AAC-LC (.M4B) Audio Book audio/mp4 = M4P , Apple iTunes ALAC/AAC-LC (.M4P) AES Protected Audio video/mp4 = M4V , Apple iTunes Video (.M4V) Video video/x-m4v = M4VH , Apple TV (.M4V) video/x-m4v = M4VP , Apple iPhone (.M4V) video/x-m4v = mj2s , Motion JPEG 2000 [ISO 15444-3] Simple Profile video/mj2 = mjp2 , Motion JPEG 2000 [ISO 15444-3] General Profile = MFSM , Media File for Samsung video Metadata = MGSV , Sony Home and Mobile Multimedia Platform (HMMP) video/mj2 = mmp4 , MPEG-4/3GPP Mobile Profile (.MP4 / .3GP) (for NTT) video/mp4 = mobi , MPEG-4, MOBI format video/mp4 = mp21 , MPEG-21 [ISO/IEC 21000-9] = mp41 , MP4 v1 [ISO 14496-1:ch13] video/mp4 = mp42 , MP4 v2 [ISO 14496-14] video/mp4 = mp71 , MP4 w/ MPEG-7 Metadata [per ISO 14496-12] = mp7t , MPEG v4 system, MPEG v7 XML = mp7b , MPEG v4 system, MPEG v7 binary XML = mpuf , Compliance with the MMT Processing Unit format = msdh , Media Segment conforming to ISO base media file format. = msix , Media Segment conforming to ISO base media file format. = mmp4 , MPEG v4 system, 3GPP Mobile video/mp4 = MPPI , Photo Player, MAF [ISO/IEC 23000-3] = mqt , Sony / Mobile QuickTime (.MQV) US Pat 7,477,830 video/quicktime = MSNV , MPEG-4 (.MP4) for SonyPSP audio/mp4 = NDAS , MP4 v2 [ISO 14496-14] Nero Digital AAC Audio audio/mp4 = NDSC , MPEG-4 (.MP4) Nero Cinema Profile video/mp4 = NDSH , MPEG-4 (.MP4) Nero HDTV Profile video/mp4 = NDSM , MPEG-4 (.MP4) Nero Mobile Profile video/mp4 = NDSP , MPEG-4 (.MP4) Nero Portable Profile video/mp4 = NDSS , MPEG-4 (.MP4) Nero Standard Profile video/mp4 = NDXC , H.264/MPEG-4 AVC (.MP4) Nero Cinema Profile video/mp4 = NDXH , H.264/MPEG-4 AVC (.MP4) Nero HDTV Profile video/mp4 = NDXM , H.264/MPEG-4 AVC (.MP4) Nero Mobile Profile video/mp4 = NDXP , H.264/MPEG-4 AVC (.MP4) Nero Portable Profile video/mp4 = NDXS , H.264/MPEG-4 AVC (.MP4) Nero Standard Profile = niko , Nikon Digital Camera video/mp4 = odcf , OMA DCF DRM Format 2.0 (OMA-TS-DRM-DCF-V2_0-20060303-A) = opf2 , OMA PDCF DRM Format 2.1 (OMA-TS-DRM-DCF-V2_1-20070724-C) = opx2 , OMA PDCF DRM + XBS ext (OMA-TS-DRM_XBS-V1_0-20070529-C) = pana , Panasonic Digital Camera = piff , Protected Interoperable File Format = pnvi ]b, Panasonic Video Intercom = qt , Apple QuickTime (.MOV/QT) video/quicktime = mif1 , HEIF Image image/heif =
msf1 , HEIF Image Sequence image/heif-sequence = heic , HEIF Image HEVC Main or Main Still Picture Profile image/heic = heix , HEIF Image HEVC Main 10 Profile image/heic = hevc , HEIF Image Sequenz HEVC Main or Main Still Picture Profile image/heic-sequence = hevx , HEIF Image Sequence HEVC Main 10 Profile image/heic-sequence = heim , HEIF Image L-HEVC image/heif = heis , HEIF Image L-HEVC image/heif = avic , HEIF Image AVC image/heif = hevm , HEIF Image Sequence L-HEVC image/heif-sequence = " hevs , HEIF Image Sequence L-HEVC image/heif-sequence = $ avcs , HEIF Image Sequence AVC image/heif-sequence = ( avif , AVIF Image image/avif = * avis , AVIF Image Sequence image/avif = , risx , Representation Index Segment for MPEG-2 TS Segments = - ROSS , Ross Video = . sdv , SD Memory Card Video = / ssc1 , Samsung stereo, single stream (patent pending) = 0 ssc2 , Samsung stereo, dual stream (patent pending) = 1 SEAU , Sony Home and Mobile Multimedia Platform (HMMP) = 2 SEBK , Sony Home and Mobile Multimedia Platform (HMMP) = 3 senv , Video contents Sony Entertainment Network = 4 sims , Media Segment for Sub-Indexed Media Segment format = 5 sisx , Single Index Segment forindex MPEG-2 TS = 6 ssss , Subsegment Index Segment used to index MPEG-2 Segments = 7 uvvu , UltraViolet file brand for DECE Common Format = ADIF MPEG ADIF, AAC audio/x-hx-aac-adif & &
, VBR ^
, CBR = , single stream = , 2 streams = ! , 3 streams & " , 4 or more streams & # , 8 or more streams & $ , Copyrighted &
% @ , Original Source &
& , Home Flag ^ ' & ( , VBR ^ ) , CBR = * , single stream = + , 2 streams = , , 3 streams & - , 4 or more streams & . , 8 or more streams & / @ , Original Stream(s) & 0 , Home Source = DIF video/x-dv & (DVCPRO) movie file ^ (DV) movie file & (PAL) ^ (NTSC) = MNG MNG video data, video/x-mng !
CORRUPTED, =
x %d x x %d = JNG JNG video data, video/x-jng !
CORRUPTED, =
x %d x x %d = D NSVf Nullsoft Video = I RED1 REDCode Video = N AMVS MTV Multimedia File = d FILM Sega FILM/CPK Multimedia, x e %d x x f %d = k THP Nintendo THP Multimedia = p BBCD BBC Dirac Video = DKIF Duck IVF video file video/x-ivf >
, version %d x , codec %s x
, %d x
x%d > , %d frames = a.out little-endian 32-bit executable > not stripped = j (uses BSD/OS shared libs) = a.out little-endian 32-bit pure executable > not stripped = j (uses BSD/OS shared libs) = a.out little-endian 32-bit demand paged pure executable > not stripped = j (uses BSD/OS shared libs) = & a.out big-endian 32-bit executable > ' not stripped = ) a.out big-endian 32-bit pure executable > * not stripped = , a.out big-endian 32-bit demand paged executable > - not stripped = PAR1 Apache Parquet = l APL workspace (Ken's original?) = AppleSingle encoded Macintosh file = AppleDouble encoded Macintosh file = 2IMG Apple ][ 2IMG Disk Image x / = XGS! , XGS = CTKG , Catakig = ShIm , Sheppy's ImageMaker = SHEP , Sheppy's ImageMaker = WOOF , Sweet 16 = B2TR , Bernie ][ the Rescue = !nfc , ASIMOV2 = >BD< , Brutal Deluxe's Cadius = CdrP , CiderPress = Vi][ , Virtual ][ = PRFS , ProFUSE = FISH , FishWings = RVLW , Revival for Windows x x , Creator tag "%-4.4s" = , DOS 3.3 sector order = , Volume 254 x , Volume %u = , ProDOS sector order = @ & D x E , Volume /%s x
i , %u Blocks = , NIB data = d Apple Mechanic font = caff CoreAudio Format audio file <
version %d x = kych Mac OS X Keychain File = Mac OS X Code Requirement = (opExpr) x - %d bytes = Mac OS X Code Requirement Set > containing %d items x - %d bytes = Mac OS X Code Directory x version %x > flags %#x x - %d bytes = Mac OS X Detached Code Signature (non-executable) x - %d bytes = Mac OS X Detached Code Signature > (%d elements) x - %d bytes = NXSB Apple File System (APFS) x $ , blocksize %u = 2 m very old 32-bit-int little-endian archive = 3 m very old 32-bit-int big-endian archive = 9 e old 32-bit-int little-endian archive = : __.SYMDEF random library = ; e old 32-bit-int big-endian archive = < __.SYMDEF random library = A PDP-11 old archive = B PDP-11 4.0 archive = I l apl workspace = N System V Release 1 ar archive application/x-archive = ARC archive data, dynamic LZW application/x-arc = ARC archive data, squashed application/x-arc = ARC archive data, uncompressed application/x-arc = ARC archive data, packed application/x-arc = ARC archive data, squeezed application/x-arc = ARC archive data, crunched application/x-arc =
PAK archive data application/x-arc = ARC+ archive data application/x-arc = H HYP archive data application/x-arc = HPAK HPack archive data = 3HF HAP archive data = MDmd MDCD archive data = LIM LIM archive data = BSA BSArc archive data x version %d =
PK ReSOF archive data = XhDr X1 archive data = v CDC Codec archive data = SChF ChArc archive data = -H2O DRY archive data = ,AR7 AR7 archive data = PPMZ PPMZ archive data = MP3 MP3-Archiver archive data = OZÝ ZET archive data = gW ARQ archive data = Terse archive data = AB2 ABComp archive data = ]e InstallShield Z archive Data = eD BTS archive data = Ora ELI 5750 archive data = FC QFC archive data = QF QFC archive data = sTaC LZS221 archive data = IMP
IMP archive data = s Squish archive data = 0BS SBX archive data = ISc( InstallShield application/x-installshield ! setup header hdr = CAB cab x , version %#x ! ! , volume_info %#x ! # , offset %#x ! & , descriptor size %#x = , BH BlakHole archive data = . BIX0 BIX archive data = = P PFT archive data = A PPMD archive data = E SM MSXiE archive data = G 00zy DeepFreezer archive data = I
l %u files, = m first is type CPY = n first is type ASC = o first is type HSC = p first is type DIR = q first is type SPECIAL = t HPAK HPACK archive data = J RE~^ RAR archive data (
0 X - file number %d = EET archive application/x-eet = 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 application/vnd.symbian.install = m (EPOC release 3/4/5) = : (EPOC release 6) = z Symbian installation file (Symbian OS 9.x) x-epoc/x-sisx-app = MPQ MoPaQ (MPQ) archive = xar! xar archive application/x-xar xar/pkg/xip > , header size %u >
version %u, x compressed TOC: %llu, = no checksum = SHA-1 checksum = MD5 checksum = SHA-256 checksum = SHA-512 checksum > unknown %#x checksum = x
x
x x ) , contains = x !
x #
x % x ) ' , contains = ) x *
x ,
x . x ) / , contains = 1 x > 2
x 4
x 6 x ) 7 , contains = ; PAR2 Parity Archive Volume Set = @ BB02 Bacula volume x A , started %s = N 7kSt ZPAQ file ( = ] Norton GHost image = _ , first file = a , split file x c id=%#x = e , no compression = f , fast compression (Z1) = g , medium compression (Z2) > h < i , compression (Z%d-1) = j ! l , password protected ! , m =
o , sector copy = + q , boot track = , s , disc sector copy > u "%-.254s" = w ` U x ) x ; contains = } Cr24 Google Chrome extension application/x-chrome-extension x , version %u = ALZ ALZ archive data alz = EGGA EGG archive data, egg x version %u x .%u = " = b$ , split = `$ , solid x , unknown = pQ9 PAQ9A archive = *STA Aster*x = WORD Words Document =
GRAP Graphic = SPRE Spreadsheet = MACR Macro =
2278 Aster*x Version 2 = 6 Words Document = 5 Graphic = 2 Spreadsheet = 8 Macro = .snd Sun/NeXT audio data: = 8-bit ISDN mu-law, audio/basic = 8-bit linear PCM [REF-PCM], audio/basic = 16-bit linear PCM, audio/basic = 24-bit linear PCM, audio/basic = 32-bit linear PCM, audio/basic = 32-bit IEEE floating point, audio/basic = 64-bit IEEE floating point, audio/basic = 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.), audio/x-adpcm = & 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 = 1 .sd DEC audio data: = 2 8-bit ISDN mu-law, audio/x-dec-basic = 4 8-bit linear PCM [REF-PCM], audio/x-dec-basic = 6 16-bit linear PCM, audio/x-dec-basic = 8 24-bit linear PCM, audio/x-dec-basic = : 32-bit linear PCM, audio/x-dec-basic = < 32-bit IEEE floating point, audio/x-dec-basic = > 64-bit IEEE floating point, audio/x-dec-basic = @ Fragmented sample data, = A
DSP program, = B 8-bit fixed point, = C 16-bit fixed point, = D
24-bit fixed point, = E 32-bit fixed point, = F 16-bit linear with emphasis, = G 16-bit linear compressed, = H 16-bit linear with emphasis and compression, = I Music kit DSP commands, = J 8-bit ISDN mu-law compressed (CCITT G.721 ADPCM voice enc.), audio/x-dec-basic = L compressed (8-bit CCITT G.722 ADPCM) = M compressed (3-bit CCITT G.723.3 ADPCM), = N compressed (5-bit CCITT G.723.5 ADPCM), = O 8-bit A-law (CCITT G.711), = P mono, = Q stereo, = R quad, > S %d Hz = V MThd Standard MIDI data audio/midi x X (format %d) x
Y using %d track >
Z s x [ at 1/%d > \ SMPTE = ^ CTMF Creative Music (CMF) data audio/x-unknown = j KRTN MultiTrack sound data x k - version %d = o EMOD Extended MOD sound data, x p version %d x q .%d, x - r %d instruments = S s (module) = S t (song) = w ar. RealAudio sound file audio/x-pn-realaudio = , SCRM ScreamTracker III Module sound data > Title: "%s" audio/x-s3m = UN05 MikMod UNI format module sound data = 8 !PM! 4-channel Protracker module sound data audio/x-mod > Title: "%s" = 8 M.K. 4-channel Protracker module sound data audio/x-mod > Title: "%s" = 8 M!K! 4-channel Protracker module sound data audio/x-mod > Title: "%s" = 8 FLT4 4-channel Startracker module sound data audio/x-mod > Title: "%s" = 8 FLT8 8-channel Startracker module sound data audio/x-mod > Title: "%s" = 8 4CHN 4-channel Fasttracker module sound data audio/x-mod > Title: "%s" = 8 6CHN 6-channel Fasttracker module sound data audio/x-mod > Title: "%s" = 8 8CHN 8-channel Fasttracker module sound data audio/x-mod > Title: "%s" = 8 CD81 8-channel Octalyser module sound data audio/x-mod > Title: "%s" = 8 OKTA 8-channel Octalyzer module sound data audio/x-mod > Title: "%s" = 8 16CN 16-channel Taketracker module sound data audio/x-mod > Title: "%s" = 8 32CN 32-channel Taketracker module sound data audio/x-mod > Title: "%s" = PSID PlaySID v2.2+ (AMIGA) sidtune > 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" = d IRCAM file (VAX little-endian) = d IRCAM file (VAX big-endian) = d IRCAM file (Sun big-endian) = d IRCAM file (Sun little-endian) = d IRCAM file (MIPS little-endian) = d IRCAM file (MIPS big-endian) = d IRCAM file (NeXT big-endian) = d IRCAM file (NeXT big-endian) = d IRCAM file (NeXT little-endian) = & 2BIT Audio Visual Research file, = ' mono, = ( stereo, x ) %d bits = * unsigned, = + signed, x , %d Hz, = - no loop, = . loop, < / note %d, = 0 replay 5.485 KHz = 1 replay 8.084 KHz = 2 replay 10.971 KHz = 3 replay 16.168 KHz = 4 replay 21.942 KHz = 5 replay 32.336 KHz = 6 replay 43.885 KHz = 7 replay 47.261 KHz = S NSFE Extended NES Sound File = 0 T auth > U ("%s" > V by %s > W , copyright %s > X , ripped by %s x Y ), %d tracks, = Z dual PAL/NTSC = [ = \ PAL = ] NTSC = i IMPM Impulse Tracker module sound data - audio/x-mod > k "%s" !
( l compatible w/ITv%x !
* m created w/ITv%x = < p IM10 Imago Orpheus module sound data - > q "%s" = w IMPS Impulse Tracker Sample & x 16 bit ^ y 8 bit & z stereo ^ { mono = | IMPI Impulse Tracker Instrument !
} ITv%x ! ~ %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" > + Composer: "%s" = DSM Dynamic Studio Module DSM = SONG DigiTrekker DTM Module = DMDL DigiTrakker MDL Module = PSM Protracker Studio PSM Module = , PTMF Poly Tracker PTM Module > Title: "%s" = MT20 MadTracker 2.0 Module MT2 = RTMM RTM Module = MMMD Yamaha SMAF file = fLaC FLAC audio bitstream data audio/flac > , unknown version = = 0 , 4 bit = P , 6 bit = p , 8 bit = , 12 bit = , 16 bit = p , 24 bit = , mono = , stereo = , 3 channels = , 4 channels = , 5 channels =
, 6 channels = , 7 channels = , 8 channels = , 11.025 kHz = , 16 kHz = b , 22.05 kHz = , 24 kHz = , 32 kHz = @
, 44.1 kHz =
, 48 kHz = , 64 kHz = , 88.2 kHz =
p , 96 kHz = @ , 128 kHz = + , 176.4 kHz = . , 192 kHz = > , 256 kHz = "V , 352.8 kHz = ] , 384 kHz > , >4G samples = > , %u samples = , length unknown = VBOX VBOX voice message data = RB40 RBS Song file = ReBorn created by ReBorn =
% Propellerhead created by ReBirth = - MAC Monkey's Audio compressed format audio/x-ape >
/ version %d =
0 with fast compression =
1 with normal compression =
2 with high compression =
3 with extra high compression =
4 with insane compression =
5 , mono =
6 , stereo x 7 , sample rate %d <
8 version %d =
9 with fast compression =
: with normal compression =
; with high compression =
< with extra high compression =
= with insane compression =
> , mono =
? , stereo x @ , sample rate %d = N CC2x CheeseCutter 2 song = X SAdT Surprise! Adlib Tracker x Y Version %d = [ XAD! eXotic ADlib = _ FMK! FM Kingtracker Song = SNDH SNDH Atari ST music = MPCK Musepack audio (MPCK) audio/x-musepack = < SONG SoundFX Module sound file = SCgf SuperCollider3 Synth Definition file, x version %d = TTA1 True Audio Lossless Audio = wvpk WavPack Lossless Audio = IBK IBK instrument data = 2OP IBK instrument data, 2 operators = 4OP IBK instrument data, 4 operators = A RSTM Nintendo Wii BRSTM audio file audio/x-brstm brstm = E =. F nintendo-wii-brstm-fields =
G =. H ^nintendo-wii-brstm-fields = ] CSTM Nintendo 3DS BCSTM audio file audio/x-bcstm bcstm =
a =. b nintendo-3ds-bcstm-fields = c =. d ^nintendo-3ds-bcstm-fields = j FSTM Nintendo Wii U BFSTM audio file audio/x-bfstm bfstm =
o =. p nintendo-3ds-bcstm-fields = q =. r ^nintendo-3ds-bcstm-fields = CWAV Nintendo 3DS BCWAV audio file audio/x-bcwav bcwav =
=. nintendo-3ds-bcwav-fields = =. ^nintendo-3ds-bcwav-fields = DSD DSDIFF audio bitstream data audio/x-dff dff = FVER = x , 1 bit = PROP = SND = CHNL = , mono
= = SLFTSRGT , stereo x , 2 channels
= = SLFTSRGTLFE , 2.1 stereo = SLFTSRGTC , 3.0 stereo x , 3 channels
= = MLFTMRGTLS RS , 4.0 surround = SLFTSRGTC LFE , 3.1 stereo x , 4 channels
= = MLFTMRGTC LS RS , 5.0 surround = MLFTMRGTLFE LS RS , 4.1 surround x , 5 channels
= = MLFTMRGTC LFE LS RS , 5.1 surround x , 6 channels > , %u channels = FS x ,
= D x D "DSD %u" x %u Hz = CMPR = DSD , no compression = DST , DST compression x , unknown compression x = DIIN > , "edited master" metadata = ID3 = ID3 , ID3 version 2 x .%u x .%u x , ID3 missing (or unreachable) x , unknown version = DSD DSF audio bitstream data audio/x-dsf dsf = fmt
= x , 1 bit = , mono = , stereo = , 3.0 stereo = , 4.0 surround = , 3.1 stereo = , 5.0 surround = , 5.1 surround x x , %u channels x ,
= D x D "DSD %u"
x %u Hz x = , no compression x , unknown compression x , ID3 ! = ID3 version 2 x .%u x .%u x unreachable x missing x , unknown version = bFLT BFLT executable x - version %d =
= $ ram = $ gotpic = $
gzip = $ gzdata = TBI SAMtools TBI (Tabix index format) = , with %d reference sequence > , with %d reference sequences & , using half-closed-half-open coordinates (BED style) ^ = , using closed and one based coordinates (GFF style) = , using SAM format = , using VCF format x , sequence name column: %d x , region start column: %d = x ! , region end column: %d x " , comment character: %c x # , skip line count: %d = + BAM SAMtools BAM (Binary Sequence Alignment/Map) > , = - ^[@]HD .*VN: , with SAM header = . [0-9.]+ version %s > / , with %d reference sequences = 6 BAI SAMtools BAI (BAM indexing format) > 7 , with %d reference sequences = = CRAM CRAM > > version %d. > ? %d > @ (identified as %s) = ABF Biosig/Axon Binary format biosig/abf2 = ATF Biosig/Axon Text format biosig/atf = ADU1 Biosig/Axona file format biosig/axona = ADU2 Biosig/Axona file format biosig/axona = ! AxGr Biosig/AXG = " axgx Biosig/AXG biosig/axg = H DEMG Biosig/DEMG biosig/demg = W IGOR Biosig/IgorPro ITX file biosig/igorpro = g NEX1 Biosig/NEX biosig/nex1 = j PLEX Biosig/Plexon v1.0 = n ' Biosig/RHD2000: Intan RHD2000 format = Biosig/Walter Graphtek = Biosig/Walter Graphtek = UU Biosig/Walter Graphtek biosig/walter-graphtek = 68k Blit mpx/mux executable = bm Birtual Machine x
, version %d x , program size %u x , memory size %u x
, memory capacity %u =
i960 b.out relocatable object > not stripped = 386 compact demand paged pure executable >
not stripped = j (uses shared libs) = SPARC demand paged & < shared library = dynamically linked executable > dynamically linked executable ^ executable > not stripped = $ (uses shared libs) = SPARC pure & dynamically linked executable ^ executable > not stripped = $ (uses shared libs) = SPARC & dynamically linked executable ^ executable > not stripped = $ ! (uses shared libs) = NEKO NekoVM bytecode x (%d global symbols, x
%d global fields, x %d bytecode ops) application/x-nekovm-bytecode = MLR Resilient Logic bytecode application/vnd.resilient.logic x , version %d x .%d @ = + < namespace =6 = ^namespace[[:space:]]+[_[:alpha:]]{1,30}[[:space:]]*\{ C++ source text text/x-c++ @ = + Z protected = [ ^[[:space:]]*protected: C++ source text text/x-c++ = e A D64 Image = e A D71 Image =
D( D81 Image = dAC X64 Image = PSUR ARC archive (c64) = LB WRAptor packer (c64) = GTS5 GoatTracker 2 song > , "%s" > $ by %s > D (C) %s > d , %u subsong(s) = r glTF glTF binary model x s , version %d x t , length %d bytes model/gltf-binary glb = ply
PLY model, ply =
format ascii ASCII, = [0-9.]+ version %s =
format binary binary, = _little_endian little endian, = [0-9.]+ version %s = _big_endian big endian, = [0-9.]+ version %s = #X3D X3D (Extensible 3D) model, VRML format = V = [0-9.]+ , version %s model/x3d+vrml x3dv = :
JAR compressed with pack200, x ; version %d. x < %d application/x-java-pack200 = @
JAR compressed with pack200, x A version %d. x B %d application/x-java-pack200 = cisco IOS microcode >
for '%s' = cisco IOS experimental microcode > for '%s' @ = + = | TCD DACT compressed data > } (version %i. > ~ %i. > %i) > , original size: %i bytes > , block size: %i bytes = 4U Valve Pak file x , version %u x , %u entries = SLIB Softlib archive x
, version %d x
(contains %d files) = bvx- lzfse encoded, no compression = bvx1 lzfse compressed, uncompressed tables = bvx2 lzfse compressed, compressed tables = bvxn lzfse encoded, lzvn compressed = 1 NES NES ROM image (iNES) application/x-nes-rom =. 3 nes-rom-image-ines = 6 SEN NES ROM image (Wii U Virtual Console) application/x-nes-rom =. 8 nes-rom-image-ines = f TNES NES ROM image (Nintendo 3DS Virtual Console) application/x-nes-rom = h d : FDS, = . i nintendo-fds-disk-info-block ! j d : TNES mapper %u x k , %ux8k PRG x l , %ux8k CHR = m [WRAM] = n [H-mirror] = o [V-mirror] = p [VRAM] = (! Sega Dreamcast VMU game image = LCDi Dream Animator file = & PSAR Sony PlayStation Archive psarc x ( , version %d. x ) %d = * zlib , zlib compression = + lzma , LZMA compression = , , relative paths = - , absolute paths = . , ignore case = 2 XBEH Microsoft Xbox executable audio/x-xbox-executable xbe = 6 x 7 : "%.40s" x 8 (%c x 9 %c- x
: %03u) = ` ; , all regions ! ` < > ` = (regions: & ` > NA & ` ? Japan & ` @ Rest_of_World & ` A Manufacturer > ` B ) = D
= E = F , not signed > G
> H > I , signed = M XIP0 XIP, Microsoft Xbox data = N XTF0 XTF, Microsoft Xbox data = m XEX2 Microsoft Xbox 360 executable audio/x-xbox360-executable xex = p =. q xbox-360-xex-execution-id =. x r xbox-360-xex-region-code = t XEX1 Microsoft Xbox 360 executable (XEX1) audio/x-xbox360-executable xex = w =. x xbox-360-xex-execution-id =. T y xbox-360-xex-region-code = CON Microsoft Xbox 360 package (console-signed) =. xbox-360-package = LYNX Lynx cartridge application/x-atari-lynx-rom lnx >
, bank 0 %dk >
, bank 1 %dk >
, "%.32s" > * , "%.16s" > : , rotation %u = BPS1 BPS patch file bps = UPS1 UPS patch file ups = - SMV SNES9x input recording x . , version %d < 0 x 1 , recorded at %s > 2 , rerecorded %d times x 3 , %d frames long > 4 , data for controller(s): & 5 #1 & 6 #2 & 7 #3 & 8 #4 & 9 #5 ^ : , begins from snapshot & ; , begins from reset ^ < , NTSC standard & = , PAL standard & > , settings: < @ & A WIP1Timing & B Left+Right & C VolumeEnvX & D FakeMute & E SyncSound > G & H NoCPUShutdown < I > J # !
K x L , metadata: "%s" > M > $ N , port 1: = $ O joypad = $ P mouse = $ Q SuperScope = $ R Justifier = $ S multitap > $ T , port 2: = % U joypad = % V mouse = % W SuperScope = % X Justifier = % Y multitap > Z C !
@ [ x @ \ , metadata: "%s" & ] @ , ROM: x ^ CRC32 %#08x x _ "%s" = c SCVM ScummVM savegame > d "%s" = } =3 Nintendo GameCube disc image: application/x-gamecube-rom =. nintendo-gcn-disc-common = ] Nintendo Wii disc image: =. nintendo-gcn-disc-common = WIA Nintendo = H GameCube application/x-gamecube-rom = H Wii application/x-wii-rom x H GameCube/Wii x H disc image (WIA format): =. X nintendo-gcn-disc-common = RVZ Nintendo = H GameCube application/x-gamecube-rom = H Wii application/x-wii-rom x H GameCube/Wii x H disc image (RVZ format): =. X nintendo-gcn-disc-common = - NCCH Nintendo 3DS = . File Archive (CFA) = / Executable Image (CXI) > P 0 : "%.16s" = 1 x
2 (Old3DS System Update v =. 3 nintendo-3ds-version-code x
4 ) = 5 x
6 (New3DS System Update v =. 7 nintendo-3ds-version-code x
8 ) ! 9 ! : x ; (v =. < nintendo-3ds-version-code x = ) = > (New3DS only) = C SMDH Nintendo 3DS SMDH file !
D x E : "%.128s" !
F x G by %.128s =
H !
I x J : "%.128s" !
K x L by %.128s = Q 3DSX Nintendo 3DS Homebrew Application (3DSX) = NSO0 Nintendo Switch executable (NSO) = PFS0 Nintendo Switch partition filesystem (PFS0) x , %d files = 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 = ! m dump format, 4.2 or 4.3 BSD (IDC compatible) = " n dump format, Convex Storage Manager by-reference dump = ' Convex SOFF = X ( c1 & X ) c2 & X * c2mp & X + parallel & X , intrinsic & X - demand paged & X . pre-paged & X / non-swapped & X 0 POSIX & T 2 executable & T 3 @ object = T 4 not stripped = T 5 native fpmode = T 6 ieee fpmode = T 7 undefined fpmode = 9 Convex SOFF core = ; Convex SOFF checkpoint = X < c1 & X = c2 & X > c2mp & X ? parallel & X @ intrinsic & X A POSIX = T C native fpmode = T D ieee fpmode = T E undefined fpmode = oncg GCC gcno coverage (-ftest-coverage), x version %c. x %c = " oncg GCC gcno coverage (-ftest-coverage), x # version %c. x $ %c (big-endian) = ) adcg GCC gcda coverage (-fprofile-arcs), x * version %c. x + %c = . adcg GCC gcda coverage (-fprofile-arcs), x / version %c. x 0 %c (big-endian) = 1Vwp Cracklib password index, little endian > (%i words) = ("64-bit") > (%i words) =
1Vwp Cracklib password index, big endian > (%i words) = Bitcoin = ( reverse block x , size %u x block x , size %u =
x , BIP9 0x%x ! x , version 0x%x x L , %s UTC < X , txcount %u = X x
Y , txcount %u = X x Y , txcount %u = X x Y , txcount %llu dat = Common Trace Format (CTF) trace data (LE) =
Common Trace Format (CTF) trace data (BE) =
W u Common Trace Format (CTF) packetized metadata (LE) x # , v%d x $ .%d = W u Common Trace Format (CTF) packetized metadata (BE) x # , v%d x $ .%d = ACMP Map file for the AssaultCube FPS game = CUBE Map file for cube and cube2 engine games = TCD DACT compressed data > (version %i. > $BS%i. > $BS%i) >
$BS, original size: %i bytes > $BS, block size: %i bytes = ͚W GNU dbm 1.x or ndbm database, big endian, 32-bit application/x-gdbm = ΚW GNU dbm 1.x or ndbm database, big endian, old application/x-gdbm = ϚW GNU dbm 1.x or ndbm database, big endian, 64-bit application/x-gdbm = ͚W GNU dbm 1.x or ndbm database, little endian, 32-bit application/x-gdbm = ΚW GNU dbm 1.x or ndbm database, little endian, old application/x-gdbm = ϚW GNU dbm 1.x or ndbm database, little endian, 64-bit application/x-gdbm = GDBM GNU dbm 2.x database application/x-gdbm = # a Berkeley DB application/x-dbm = % > & 1.86 < ' 1.85 > ( (Hash, version %d, native byte-order) = ) > * 1.86 < + 1.85 > , (Hash, version %d, little-endian) = . a Berkeley DB = / > 0 1.86 < 1 1.85 > 2 (Hash, version %d, big-endian) = 3 > 4 1.86 < 5 1.85 > 6 (Hash, version %d, native byte-order) = 8 b1 Berkeley DB 1.85/1.86 > 9 (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 a Berkeley DB > B (Hash, version %d, big-endian) = C a Berkeley DB > D (Hash, version %d, little-endian) = F b1 Berkeley DB > G (Btree, version %d, native byte-order) = H b1 Berkeley DB > I (Btree, version %d, big-endian) = J b1 Berkeley DB > K (Btree, version %d, little-endian) = M S" Berkeley DB > N (Queue, version %d, native byte-order) = O S" Berkeley DB > P (Queue, version %d, big-endian) = Q S" Berkeley DB > R (Queue, version %d, little-endian) = U Berkeley DB > V (Log, version %d, native byte-order) = W Berkeley DB > X (Log, version %d, big-endian) = Y Berkeley DB > Z (Log, version %d, little-endian) = _ @ RRD RRDTool DB x ` @ version %s !
b 16bit aligned = %
c /%C+ [ big-endian x d 32bit long (m68k) =
f ! g 32bit aligned = % h /%C+ [ big-endian = i 64bit long ! j 32bit long = & k /%C+ [ little-endian = l 64bit long ! m 32bit long (i386) = n C+ [/% middle-endian ! o 32bit long (arm) = q 64bit aligned = % r /%C+ [ big-endian = s 64bit long (s390x) ! t 32bit long (hppa/mips/ppc/s390/SPARC) = & u /%C+ [ little-endian = v 64bit long (alpha/amd64/ia64) ! w 32bit long (armel/mipsel) = | SE Linux policy x v%d = MLS x %d symbols x %d ocons = 0 FS21 Zope Object Database File Storage v3 (data) = 1 FS30 Zope Object Database File Storage v4 (data) = 4 ZEC3 Zope Object Database Client Cache File (data) = 7 IDA1 IDA (Interactive Disassembler) database = DBPF Maxis Database Packed File x , version: %u. x
%u x $ , files: %u ! , created: %s !
, modified: %s application/x-maxis-dbpf dbpf/package/dat/sc4 = % 6sr rdiff network-delta data = ' 6sr rdiff network-delta signature data x ( (block length=%d, x ) signature strength=%d) = 2 X image = A l new-fs dump file (big endian), = . B new-dump-be = D k old-fs dump file (big endian), = . E old-dump-be = L k old-fs dump file (little endian), = . M ^old-dump-be = P T new-fs dump file (ufs2, big endian), = . Q ufs2-dump-be = S T new-fs dump file (ufs2, little endian), =
. T ^ufs2-dump-be = E EBML file = d @ B x , creator %.8s = @CT T602 document data, = 0 Kamenicky = 1 CP 852 = 2 KOI8-CS >
2 unknown encoding = 7 Psion Series 5 =
9 font file = : printer driver = ; clipboard =
B multi-bitmap image image/x-epoc-mbm = j application information file = m = } Sketch image image/x-epoc-sketch = ~ voice note = Word file application/x-epoc-word = OPL program (TextEd) application/x-epoc-opl = Comms settings = Sheet file application/x-epoc-sheet = EasyFax initialisation file = s OPO module application/x-epoc-opo = t OPL application application/x-epoc-app = exported multi-bitmap image = ! m = " Comms names = $ A Psion Series 5 ROM multi-bitmap image = & P Psion Series 5 = ' m database = ( Agenda file application/x-epoc-agenda = * Data file application/x-epoc-data = , Jotter file application/x-epoc-jotter = . ini file = 0 y Psion Series 5 binary: = 1 DLL = 2 I comms hardware library = 3 J comms protocol library = 4 ] OPX = 5 l application = 6 DLL = 7 logical device driver = 8 physical device driver = 9 file transfer protocol = : file transfer protocol = ; @ printer definition = < A printer definition = > z Psion Series 5 executable =
' ESRI Shapefile = = =
= = x
version %d x length %d = type Null Shape = type Point = type PolyLine = type Polygon = type MultiPoint = type PointZ =
type PolyLineZ = type PolygonZ = type MultiPointZ = type PointM = type PolyLineM = type PolygonM = type MultiPointM = type MultiPatch = PC formatted floppy with no filesystem = FATX FATX filesystem data = 6 Netboot image, = = mode 2 = mode 3 ! unknown mode = OS/2 OS/2 Boot Manager ( = | pxelinux loader (version 2.13 or older) ( = ff` pxelinux loader ( = pxelinux loader (version 3.70 or newer) ( = V NTFS bin = . ! ntfs-sector2 ( = V $ NTFS bin = . ' ntfs-sector2 = \% P T Unix Fast File system [v1] (little-endian), =. Q ffsv1 = \% S T Unix Fast File system [v1] (big-endian), = T LBAL Apple UFS Volume x U named %s, x V volume label version %d, x W created on %s, =. X ^ffsv1 = \ n 8 Unix Fast File system [v2ea] (little-endian) =. o ffsv2 = \ q T Unix Fast File system [v2] (little-endian) =. r ffsv2 = \ t 8 Unix Fast File system [v2ea] (little-endian) =. u ^ffsv2 = \ w T Unix Fast File system [v2] (big-endian) =. x ^ffsv2 = \ z 8 Unix Fast File system [v2ea] (little-endian) =. { ffsv2 = \ } T Unix Fast File system [v2] (little-endian) =. ~ ffsv2 = \ 8 Unix Fast File system [v2ea] (little-endian) =. ^ffsv2 = \ T Unix Fast File system [v2] (big-endian) =. ^ffsv2 = F2FS filesystem x l , UUID=%08x x p -%04x x r -%04x x t -%04x x v -%08x x z %04x x | , volume name "%s" = A SGI disk label (volume header) = BSFX SGI XFS filesystem data x (blksz %d, x h inosz %d, ^ d v1 dirs) & d v2 dirs) = 'F Atari-ST Minix kernel image = , 720k floppy = , 360k floppy = E=( Linux Compressed ROM File System data, little endian x size %u & version #2 & sorted_dirs & hole_support x CRC %#x, x $ edition %u, x ( %u blocks, x , %u files = E=( Linux Compressed ROM File System data, big endian x size %u & version #2 & sorted_dirs & hole_support x CRC %#x, x $ edition %u, x ( %u blocks, x , %u files = V' u-boot legacy uImage, x %s, = Invalid os/ = OpenBSD/ = NetBSD/ = FreeBSD/ = 4.4BSD/ = Linux/ = SVR4/ = Esix/ = Solaris/ =
Irix/ =
SCO/ = Dell/ =
NCR/ =
LynxOS/ = VxWorks/ = pSOS/ = QNX/ = Firmware/ = RTEMS/ = ARTOS/ = Unity OS/ = INTEGRITY/ = Invalid CPU, = Alpha, = ARM, = Intel x86, = IA64, = MIPS, = MIPS 64-bit, = PowerPC, = IBM S390, = SuperH, = !
Sparc, = " Sparc 64-bit, = # M68K, = $
Nios-32, = % MicroBlaze, = & Nios-II, = ' Blackfin, = ( AVR32, = ) STMicroelectronics ST200, = * Sandbox architecture, = + ANDES Technology NDS32, = , OpenRISC 1000, = - ARM 64-bit, = . DesignWare ARC, = / x86_64, = 0 Xtensa, = 1 RISC-V, = 2 Invalid Image = 3 Standalone Program = 4 OS Kernel Image = 5 RAMDisk Image = 6 Multi-File Image = 7 Firmware Image = 8 Script File = 9 Filesystem Image (any type) = : Binary Flat Device Tree BLOB = ; (Not compressed), = < (gzip), = = (bzip2), = > (lzma), x ? %d bytes, x @ %s, x A Load Address: %#08X, x B Entry Point: %#08X, x C Header CRC: %#08X, x D Data CRC: %#08X = m sqsh Squashfs filesystem, big endian, =. n squashfs = p hsqs Squashfs filesystem, little endian, = . q ^squashfs = DISO Delta ISO data, x version %d = b LFS filesystem image = version 1, x blocks %u, x blocks per segment %u, = version 2, x fragments %u, x bytes per segment %u, x disk blocks %u, x block size %u, x ! fragment size %u, x " fragments per block %u, x # start for free list %u, x $ $ number of free blocks %d, x ( % number of files %u, x , & blocks available for writing %d, x 0 ' inodes in cache %d, x 4 ( inode file disk address %#x, x 8 ) inode file inode number %u, x < * address of last segment written %#x, x @ + address of next segment to write %#x, x D , address of current segment written %#x =
SCO UnixWare BFS filesystem =
1SFB BE/OS BFS1 filesystem x $
, byte order %d x (
, block size %d x ,
, block shift %d x 0
, total blocks %lld x 8
, used blocks %lld =
NeXT NeXT version 1 disklabel =.
next =
dlV1 NeXT version 2 disklabel =.
next =
dlV2 NeXT version 3 disklabel =. !
next = E
EROFS filesystem > G
, compat: & H
SB_CHKSUM & I
MTIME x J
, blocksize=%u x
K
, exslots=%u x 1 0 S
, uuid=%s > @ T
0 , name=%s > P U
, incompat: & P V
LZ4_0PADDING & P W
BIG_PCLUSTER & P X
CHUNKED_FILE & P Y
DEVICE_TABLE & P Z
ZTAILPACKING = % POWER Secure Boot Container, x & version %u x ' container size %llu = + 7zXZ XZ compressed = , POWER boot firmware = - 0 H (PHYP entry point) = 6 FLV Macromedia Flash Video video/x-flv = FLIF FLIF < H image data x , %u x
x%u = 1 , 8-bit/color, = 2 , 16-bit/color, =
1 , grayscale, non-interlaced = 3 , RGB, non-interlaced = 4 , RGBA, non-interlaced = A , grayscale = C , RGB, interlaced = D , RGBA, interlaced > H , animation data < , %i frames x , %u x x%u = 1 , 8-bit/color = 2 , 16-bit/color = x , %i frames, x , %u x x%u = 1 , 8-bit/color = 2 , 16-bit/color = Q , grayscale, non-interlaced = S , RGB, non-interlaced = ! T , RGBA, non-interlaced = " a , grayscale = # c , RGB, interlaced = $ d , RGBA, interlaced = fcp X11 Portable Compiled Font data, ^ bit: LSB, & bit: MSB, ^ byte: LSB first & byte: MSB first = Y libGrx font data, x
%dx x
%d x ( %s = NOF DOS code page font data collection font/x-dos-cpi cpi = AGE DOS code page font data = DIV DOS code page font data (from Linux?) = PFR1 Portable Font Resource font data (new) > f 0 : %s = PFR0 Portable Font Resource font data (old) > version %d = OTTO OpenType font data application/vnd.ms-opentype = wOFF Web Open Font Format font/woff =. woff x , version %d x .%d = wOF2 Web Open Font Format (Version 2) font/woff2 woff2 =. woff x , version %d x .%d = . H PowerPC OpenFirmware FORTH Dictionary, x / Text length: %d bytes, x 0 Data length: %d bytes, x 1 BSS length: %d bytes, x 2 Symbol Table length: %d bytes, x 3 Entry Point: %#08X, x 4 Text Relocation Table length: %d bytes, x 5 Data Relocation Table length: %d bytes = 7 MIPS OpenFirmware FORTH Dictionary, x 8 Text length: %d bytes, x 9 Data length: %d bytes, x : BSS length: %d bytes, x ; Symbol Table length: %d bytes, x < Entry Point: %#08X, x = Text Relocation Table length: %d bytes, x > Data Relocation Table length: %d bytes = L X cForth 32-bit Dictionary, x M Serial: %#08X, x N Dictionary Start: %#08X, x O Dictionary Size: %d bytes, x P User Area Start: %#08X, x Q User Area Size: %d bytes, x R Entry Point: %#08X = / R = S dynamically linked executable = T executable > U not stripped = W FreeBSD/i386 pure < X & Y shared library = Z @ PIC object = [ object > \ = ] dynamically linked executable = ^ executable > _ not stripped = a FreeBSD/i386 demand paged < b & c shared library = d @ PIC object = e object > f = g dynamically linked executable = h executable > i not stripped = k FreeBSD/i386 compact demand paged < l & m shared library = n @ PIC object = o object > p = q dynamically linked executable = r executable > s not stripped = iHDL ld.so hints file (Little Endian > , version %d) < ) = iHDL ld.so hints file (Big Endian > , version %d) < ) = IDP2 Quake II 3D Model file, x %u skin(s), x
(%u x x %u), x ( %u frame(s), x
Frame size %u bytes, x %u vertices/frame, x %u texture coordinates, x %u triangles/frame = IBSP Quake = & II Map file (BSP) = . III Map file (BSP) = IDS2 Quake II SP2 sprite file = IWAD doom main IWAD data x containing %d lumps = PWAD doom patch PWAD data x containing %d lumps = HM3W Warcraft III map file = 4 * Unreal Engine package (little-endian) xxx/tfc/upk/me1/u !
6 , version %u !
7 /%03u =
. 8 upk_header = : * Unreal Engine package (big-endian) xxx/tfc ! < , version %u ! = /%03u = . > ^upk_header = CIV6 Sid Meier's Civilization VI saved game = f Syzygy DTZ tablebase application/syzygy = q#] Syzygy WDL tablebase application/syzygy ( = K GTA1 map layout (CMP), = Level 1 = Level 2 = Level 3 = GBMP GTA2/GBH map layout (GMP), x
version %d ( = " GTA1 style data (GRX), 8 bit editor graphics ( = E GTA1 style data (GRY), 8 bit in-game graphics ( = P GTA1 style data (G24), 24 bit in-game graphics = GBST GTA2/GBH style data (STY), in-game graphics, x
version %d ( = RenderWare data, v3.1.0.0, used in GTA III on PS2, = texture archive (TXD) = 3D models (DFF) ( = RenderWare data, v3.1.0.1, used in GTA III on PC/PS2, = texture archive (TXD) = 3D models (DFF) ( = RenderWare data, v3.2.0.0, used in GTA III on PC, = texture archive (TXD) = 3D models (DFF) ( = RenderWare data, v3.3.0.0, = texture archive (TXD) = 3D models (DFF) ( = RenderWare data, v3.3.0.2, used in GTA III PC and GTA VC PS2, = texture archive (TXD) = 3D models (DFF) ( = RenderWare data, v3.4.0.0, = texture archive (TXD) = 3D models (DFF) ( = RenderWare data, v3.4.0.3, used in GTA VC PC, = texture archive (TXD) = 3D models (DFF) ( = RenderWare data, v3.4.0.5, used in GTA III/VC on Android, = texture archive (TXD) = 3D models (DFF) ( = RenderWare data, v3.5.0.0, used in GTA III/VC on Xbox, = texture archive (TXD) = 3D models (DFF) ( = RenderWare data, v3.6.0.3, used in GTA SA, = texture archive (TXD) = 3D models (DFF) = @ bnry GTA Item Placement data (IPL), used in GTA SA/IV, x %d items = TKEY GTA in-game text (GXT), version 2, used in GTA III = TABL GTA in-game text (GXT), version 3, used in GTA VC/LS/VCS = ( VER2 GTA archive (IMG), version 2, used in GTA SA, x ) %d items ( = 0 TRi GTA Drawable data (WDR), model and weapon data, used in GTA IV ( = 1 8Ri GTA Windows Frag Type (WFT), vehicle models, used in GTA IV ( = 2 Si GTA Ped and LOD models (WDD), used in GTA IV ( = 3 Si GTA Windows Texture Dictionary (WTD), used in GTA IV = 7 TABL GTA in-game text (GXT), x
8 version %d, used in GTA SA/IV = 9 2GXT GTA in-game text (GXT2), used in GTA V ( = = SCR
GTA script (SCO), unencrypted, used in GTA IV, x > %d code bytes, x ? %d static variables, x @ %d global variables ( = A scr GTA script (SCO), encrypted, used in GTA IV x B %d code bytes, x C %d static variables, x D %d global variables ( = H R*N GTA archive (IMG), x I version %d, used in GTA IV, x J %d items = g MTSM Minetest Schematic mts x i , version %d x j , size [%d x k , %d x
l , %d] = gpch GCC precompiled header x (version %c x
%c x %c) = C for C = o for Objective-C = + for C++ = O for Objective-C++ =
$ gconv module configuration cache data = KEB Knudsen seismic KEL binary (KEB) - =
[-A-Z0-9]+ Software: %s = V[0-9]+\.[0-9]+ version %s = h $HSF XSE multibeam = v HDCS Caris multibeam sonar related data = DSBB Surfer 6 binary grid file x
, %d x
x%d x & , minx=%g x & , maxx=%g x & , miny=%g x & , maxy=%g x & ( , minz=%g x & 0 , maxz=%g = LASF LIDAR point data records > , version %u > .%u > , SYSID %s > : , Generating Software %s = SE GEOS = ( executable = ( VMFile = ( binary = (
directory label < ( unknown > ( unknown >
, name "%s" = / GPAT GIMP pattern data, x 0 %s image/x-gimp-pat pat = 9 GIMP GIMP brush data image/x-gimp-gbr gbr = glibc locale file LC_CTYPE = glibc locale file LC_NUMERIC =
glibc locale file LC_TIME = glibc locale file LC_COLLATE = glibc locale file LC_MONETARY =
glibc locale file LC_MESSAGES = glibc locale file LC_ALL = glibc locale file LC_PAPER = glibc locale file LC_NAME = glibc locale file LC_ADDRESS = glibc locale file LC_TELEPHONE = glibc locale file LC_MEASUREMENT = glibc locale file LC_IDENTIFICATION = $
GStreamer binary registry x % , version %s = GNU message catalog (little endian), x revision application/x-gettext-translation gmo/mo x %u. x %u x , %u message > s = & ! ' , at %#x string table > ) ! * 0 , at %#x string table x $ 2 , %u sysdep message > $ 3 s > O
x P x R , %s > T
x U ! V
x W '%s' = Y
! Z
x [ '%s'
= ]
x ^ '%s' = ` GNU message catalog (big endian), application/x-gettext-translation gmo/mo x m revision %d. > n %d, x o %d messages, x $ p %d sysdep messages = q %d, x r %d messages = w gpg GPG key trust database x x version %d =
# Khronos SPIR-V binary, big-endian x , version %#08x x , generator %#08x = # Khronos SPIR-V binary, little-endian x , version %#08x x , generator %#08x = 0
TML 0123 byte-order format = 1
TML 1032 byte-order format = 2
TML 2301 byte-order format = 3
TML 3210 byte-order format = 5 PA-RISC1.1 relocatable object = 6 PA-RISC1.1 executable & 7 dynamically linked = 8 0N dynamically linked > ` 9 - not stripped = ; PA-RISC1.1 shared executable = < dynamically linked = = 0N dynamically linked > ` > - not stripped = @ PA-RISC1.1 demand-load executable = A dynamically linked = B 0N dynamically linked > ` C - not stripped = E PA-RISC1.1 shared library > ` F - not stripped = H
PA-RISC1.1 dynamic load library > ` I - not stripped = L PA-RISC2.0 relocatable object = N PA-RISC2.0 executable & O dynamically linked = P 0N dynamically linked > ` Q - not stripped = S PA-RISC2.0 shared executable & T dynamically linked = U 0N dynamically linked > ` V - not stripped = X PA-RISC2.0 demand-load executable & Y dynamically linked = Z 0N dynamically linked > ` [ - not stripped = ] PA-RISC2.0 shared library > ` ^ - not stripped = `
PA-RISC2.0 dynamic load library > ` a - not stripped = d PA-RISC1.0 relocatable object = f PA-RISC1.0 executable = g dynamically linked = h 0N dynamically linked > ` i - not stripped = k PA-RISC1.0 shared executable = l dynamically linked = m 0N dynamically linked > ` n - not stripped = p PA-RISC1.0 demand-load executable = q dynamically linked = r 0N dynamically linked > ` s - not stripped = u PA-RISC1.0 shared library > ` v - not stripped = x
PA-RISC1.0 dynamic load library > ` y - not stripped = | HP s500 relocatable executable > } - version %d = HP s500 executable > - version %d = HP s500 pure executable > - version %d = HP s200 pure executable > - version %d & save fp regs & @ dynamically linked & debuggable > $ not stripped = HP s200 executable > - version %d & save fp regs & @ dynamically linked & debuggable > $ not stripped = HP s200 demand-load executable > - version %d & save fp regs & @ dynamically linked & debuggable > $ not stripped = HP s200 relocatable executable > - version %d > - highwater %d & save fp regs & debuggable & PIC =
HP s200 (2.x release) pure executable > - version %d > $ not stripped =
HP s200 (2.x release) executable > - version %d > $ not stripped = HP s200 shared library > - version %d > - highwater %d > $ not stripped =
HP s200 dynamic load library > - version %d > - highwater %d > $ not stripped = e HP old archive = e
HP s200 old archive = e HP s200 old archive = e HP s500 old archive = !X HP core file = M HP-WINDOWS font > - version %d = compiled Lisp = HPHP HP = 48 48 binary = 49 49 binary > @ - Rev %c =
) (ADR) =
3) (REAL) =
U) (LREAL) =
w) (COMPLX) =
) (LCOMPLX) =
) (CHAR) =
) (ARRAY) =
* (LNKARRAY) =
,* (STRING) =
N* (HXS) =
t* (LIST) =
* (DIR) =
* (ALG) =
* (UNIT) =
* (TAGGED) =
+ (GROB) =
@+ (LIB) =
b+ (BACKUP) =
+ (LIBDATA) =
- (PROG) =
- (CODE) =
H. (GNAME) =
m. (LNAME) =
. (XLIB) = AIX compiled message catalog = k AIX backup/restore format file = o AIX backup/restore format file =
FORM IFF data = AIFF , AIFF audio audio/x-aiff = AIFC , AIFF-C compressed audio audio/x-aiff = 8SVX , 8SVX 8-bit sampled sound voice audio/x-aiff = 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 = $ LWOB , LWOB 3-D object = % LWO2 , LWO2 3-D object, v2 = & LWLO , LWLO 3-D layered object = ' REAL , REAL Real3D rendering = ( MC4D , MC4D MaxonCinema4D rendering = ) ANIM , ANIM animation = * YAFA , YAFA animation = + SSA , SSA super smooth animation = , FANT , Fantavision animation = - ACBM , ACBM continuous image = . FAXX , FAXX fax image = / STFX , ST-Fax image = 0 IMAGIHDR , CD-i image = 2 FTXT , FTXT formatted text = 3 CTLG , CTLG message catalog = 4 PREF , PREF preferences = 5 DTYP , DTYP datatype description = 6 PTCH , PTCH binary patch = 7 AMFF , AMFF AmigaMetaFile format = 8 WZRD , WZRD StormWIZARD resource = 9 DOC , DOC desktop publishing document = : SWRT , SWRT Final Copy/Writer document = ; WORD , ProWrite document = < WTXT , WTXT Wordworth document = = WOWO , WOWO Wordworth document = > WVQA , Westwood Studios VQA Multimedia, x
? %d video frames, x
@ %d x x
A %d = B MOVE , Wing Commander III Video = C _PC_ , PC version = D 3DO_ , 3DO version = M IFRS , Blorb Interactive Fiction = N Exec with executable chunk = O IFZS , Z-machine or Glulx saved game file (Quetzal) application/x-blorb = .MDA MicroDesign data = 0 version 2 = 3 version 3 = .MDP MicroDesign page data =
0 version 2 = 3 version 3 = IIN1 NIFF image data image/x-niff = MM + Big TIFF image data, big-endian image/tiff = II+ Big TIFF image data, little-endian image/tiff = % @ CMU window manager raster image data > & %d x > ' %d, > ( %d-bit = Q $B Artisan image data = R , rectangular 24-bit = S , rectangular 8-bit with colormap = T , rectangular 32-bit (24-bit with matte) = { FIG DeskMate Drawing image/x-deskmate-fig fig = GKSM GKS Metafile = SunGKS , SunGKS = Sfff structured fax file ( = jY Sun raster image data > , %d x > %d, > %d-bit, = old format, = compressed, = RGB, = TIFF, =
IFF, = reserved for testing, = no colormap =
RGB colormap = raw colormap = " IT01 FIT image data x # , %d x x $ %d x x % %d = ' IT02 FIT image data x ( , %d x x ) %d x x * %d = L DICM DICOM medical imaging data application/dicom dcm/dicom/dic = PDS_ PDS image data = pM85 Atari ST STAD bitmap image data (hor) = (white background) = (black background) = pM86 Atari ST STAD bitmap image data (vert) = (white background) = (black background) = NITF National Imagery Transmission Format > dated %.14s ( = GEM Metafile data x
version %d = KiSS KISS/GS = color x %d bit x
%d colors x
%d groups = cell x %d bit x
%d x x
%d x
+%d x
! +%d = O f Squeak image data ( = i h: DCX multi-page image/x-dcx dcx x o , at %#x x ) p ( = { *_ Cineon image data > | , %d x > } %d = MRM Minolta Dimage camera raw image data ( = v/1 OpenEXR image data, image/x-exr x version %d, ^ storage: scanline & storage: tiled = compression , compression:
= none
= rle
= zips
= zip
= piz
= pxr24
= b44
= b44a
= dwaa
= dwab
> unknown = dataWindow , dataWindow:
x
(%d
x %d)- x (%d
x %d) = displayWindow , displayWindow:
x
(%d
x %d)- x (%d
x %d) =
lineOrder , lineOrder:
= increasing y
= decreasing y
= random y
> unknown = SDPX DPX image data, big-endian, image/x-dpx =. dpx_info = XPDS DPX image data, little-endian, image/x-dpx = . ^dpx_info ( = Common Data Format (Version 3 or later) data application/x-cdf ( = ` Common Data Format (Version 2.6 or 2.7) data application/x-cdf ( = Common Data Format (Version 2.5 or earlier) data application/x-cdf ( = Hierarchical Data Format (version 4) data application/x-hdf hdf/hdf4/h4 = : CPC Cartesian Perceptual Compression image image/x-cpi cpi/cpc = F C565 OLPC firmware icon image data x
G %u x x
H %u = L Cytovision Metaphases file = M Cytovision Karyotype file = N Cytovision FISH Probe file = O ھ Cytovision FLEX file = P Cytovision FLEX file = Q Cytovision RATS file = _ @ PCO- PCO B16 image data x ` , %dx x a %d = b , short header = c , extended header = d , grayscale = $ e linear LUT = $ f logarithmic LUT x g [%d x h ,%d] = i , color = @ j linear LUT = @ k logarithmic LUT x ( l r[%d x , m ,%d] x 0 n g[%d x 4 o ,%d] x 8 p b[%d x < q ,%d] = Xcur X11 cursor = MMOR Olympus ORF raw image data, big-endian image/x-olympus-orf = IIRO Olympus ORF raw image data, little-endian image/x-olympus-orf = IIRS Olympus ORF raw image data, little-endian image/x-olympus-orf =
FOVb Foveon X3F raw image data image/x-x3f x
, version %d. x
%d x
, %dx x
%d =
PDN3 Paint.NET image data image/x-paintnet = $
FMR ISO/IEC 19794-2 Format Minutiae Record (FMR) = ^
BPG BPG (Better Portable Graphics) image/bpg = c
icns Mac OS X icon image/x-icns ????icnsicns > g
x i
, %d bytes x k
, "%4.4s" type ( =
` MDEC video stream, x
%dx x
%d = 2 GVRT Sega GVR image: =. 3 sega-gvr-image-header = ^ ARRI ARRI ARI image data, = _ 4Vx little-endian, = ` xV4 big-endian, x a version %d, x b %dx x c %d =
VTF Valve Texture Format x
v%u x
.%u x
, %u >
x %u =
>
?
x %u >
, %u frames x 8
, mipmaps: %u > 4
, =. 4
vtf-image-format =
VTF3 Valve Texture Format (PS3) x
, %u x
x %u = , DXT1 = , DXT5 ( = \ ASTC x %u x
x%u > x%u x texture, %u x
x %u >
x %u = DanM icrosoft Paint image data (version 1.x) x
(%d x
x %d) = LinS Microsoft Paint image data (version 2.0) x
! (%d x
" x %d) = t PVR PowerVR 3.0 texture: x u %u x x v %u > w x %u x x , = y =. z pvr3-pixel-format ! { ! | %c ! } %u ! ~ %c !
%u !
%c ! %u ! %c ! %u = , sRGB = , premultiplied alpha = RVP PowerVR 3.0 texture: BE, x %u x x %u > x %u x , = =. pvr3-pixel-format ! ! %c ! %u !
%c ! %u ! %c !
%u ! %c ! %u = , sRGB = , premultiplied alpha = XPR0 Microsoft Xbox XPR0 texture x , format: =. xbox-xpr-pixel-format = ILDA ILDA Image Data Transfer Format = 3D Coordinates with Indexed Color = 2D Coordinates with Indexed Color = Color Palette = 3D Coordinates with True Color = 2D Coordinates with True Color > 0 , palette %s > 0 , company %s > , number of records %d x , palette number %d > , number of frames %d > , projector number %d ( = Z Lepton image file x (version %d) = qktk Apple QuickTake 100 Raw Image = . quicktake ( = d eLW Corel Draw Picture application/vnd.corel-draw cdr = l e , version 1.0 = q m , version 2.0 ( = z J xH Crunch compressed texture: x { %u x x | %u = } , DXT1 = ~ , DXT3 = , DXT5 = , DXT5 CCxY = , DXT5 xGxR = , DXT5 xGBR = , DXT5 AGBR = , DXn XY = , DXn YX = , DXT5 Alpha =
, ETC1 > , %u images > , %u faces = qoif QOI image data image/x-qoi qoi x %ux x %u, =
s = RGB = RGBA x x *bad channels %u* =
(linear alpha) =
= RGB = RGBA =
(all channels linear) x
x
*bad colorspace %u* = GDST Godot 3 texture: image/x-godot-stex stex x
" %u x x
# %u =
$ , !
% =. & godot-rescale-display-w =.
' godot-rescale-display-h x
( , ! ) has mipmaps, = * lossless encoding = + lossy encoding = , 0 =. - godot-pixel-format = 6 GST2 Godot 4 texture image/x-godot-stex stex x 9 v%u: x
( : %u x x
* ; %u =. < godot-rescale-display-w =. = godot-rescale-display-h x
> , > , ? %u mipmaps, =. 0 @ godot-pixel-format = $ A , embedded PNG image = $ B , embedded WebP image = $ C , Basis Universal = o RIX3 ColoRIX Image =
. p rix-header = r RIX7 ColoRIX Slideshow = Z Intel serial flash for ICH/PCH ROM <= 5 or 3400 series A-step = Z Intel serial flash for PCH ROM = OPS Interleaf saved data = : ISPL ispell x ; hash file version %d, x < lexletters %d, x = lexsize %d, x > hashsize %d, x ? stblsize %d = IsZ! ISO Zipped file x , header size %u x , version %u x , serial %u > , password protected =
Java KeyStore application/x-java-keystore = Java JCE KeyStore application/x-java-jce-keystore = MJ Java jmod module version 1.0 application/x-java-jmod = % Java module image (big endian) > & , version %d x ' .%d application/x-java-image = * Java module image (little endian) >
+ , version %d x
, .%d application/x-java-image @= + module(\.|\[["'])exports.*= JavaScript source application/javascript js = JPEG-LS image data image/jls jls =. jpeg = n hsi1 JPEG image data, HSI proprietary image/x-hsi hsi/jpg = QO JPEG 2000 codestream image/x-jp2-codestream jpc/j2c/j2k = ٢ Keepass password database = eK 1.x KDB > 0
, %d groups > 4 , %d entries = , SHA-256 = , AES = , RC4 = , Twofish > x , %d key transformation rounds = gK 2.x KDBX = , Kerberos Keytab file = . - keytab_entry = lect DEC SRC Virtual Paper Lectern file = d Linux/i386 impure executable (OMAGIC) = , stripped = d Linux/i386 pure executable (NMAGIC) = , stripped = d Linux/i386 demand-paged executable (ZMAGIC) = , stripped = d Linux/i386 demand-paged executable (QMAGIC) = , stripped = Linux-8086 impure executable ! not stripped = Linux-8086 executable ! not stripped = ! Linux-8086 object file = # Minix-386 impure executable ! $ not stripped = % Minix-386 executable ! & not stripped = ' Minix-386 NSYM/GNU executable ! ( not stripped = 1 LILO Linux/i386 LILO boot/chain loader = Linux kernel = Loading version 1.3.79 or older = Loading from prehistoric times = MOOO User-mode Linux COW file < , version %d > , backing file %s > , version %d > , backing file %s = Linux = SKLE ELKS Kernel ! SKLE style boot sector = $ (o Linux kernel ARM boot executable zImage ! 0 (little-endian) img/bin = 0 (big-endian) = $ (o Linux kernel ARM boot executable zImage (big-endian) = 8 ARMd Linux kernel ARM64 boot executable Image ^ , little-endian & , big-endian & , 4K pages & , 16K pages & , 32K pages = Linux-Dev86 executable, headerless = . > , libc version %s = Linux-8086 executable ! , unmapped zero page =
, impure ! ! , A_EXEC ! , A_PAL ! , A_NSYM ! , A_STAND ! @ , A_PURE ! , A_TOVLY ! , not stripped = % . > $ , libc version %s = ! = SYSLINUX' LSS16 image data image/x-lss16 x
$ , width %d x
% , height %d = ' OOOM User-Mode-Linux's Copy-On-Write disk image x ( version %d = , | SE Linux policy x - v%d = . MLS x / %d symbols x 0 %d ocons = b SnAp LVM Snapshot (CopyOnWrite store) ! c - valid, = d - invalid, x e version %d, x f chunk_size %d = i | SE Linux policy x j v%d = k MLS x l %d symbols x m %d ocons = locale archive x %d strings = N+ Linux Software RAID x version 1.2 (%d) = . linuxraid = N+ Linux Software RAID x version 1.1 (%d) = . linuxraid = * $1E iproute2 routes dump = + "6G iproute2 addresses dump = 0 CVT CRIU image file v1.1 = 1 @YU CRIU service file = 2 11X CRIU inventory = F ҋvp CLISP memory image data = G pv CLISP memory image data, other endian = J MIT scheme (library?) = llvm LLVM byte-codes, uncompressed = CPCH LLVM Pre-compiled header file = LLVM bitcode, wrapper = x86_64 = i386 = ppc = ppc64 = arm = BC LLVM IR bitcode = Lua Lua bytecode, = # version 2.4 = % version 2.5/3.0 = 1 version 3.1 = 2 version 3.2 = @ version 4.0 = P version 5.0 = Q version 5.1 = R version 5.2 = S version 5.3 = T version 5.4 = / SIT! StuffIt Archive (data) application/x-stuffit SIT!SIT! x 2 : %s = 3 SITD StuffIt Deluxe (data) x 4 : %s = SPSS Portable File x ( %s = $FL2 SPSS System File x %s = $FL3 SPSS System File x %s = > magic binary file for file(1) cmd application/x-file mgc x B (version %d) (little endian) = C magic binary file for file(1) cmd application/x-file mgc x G (version %d) (big endian) = 8 x>" Transport Neutral Encapsulation Format (TNEF) application/vnd.ms-tnef tnef/dat ! @ , 1st level %#2.2x ! B , 1st id %#8.8x = C ! E , TnefVersion length %x ! G , version %#8.8x !
I , checksum %#4.4x ! K , level %#2.2x = M , OEM codepage = O x Q %u ! " S and %u x
& U (checksum %#x) ! ( W , level %u = ) Y , MessageAttribute x
- ^ "%s" = i JAM JAM message area header file >
j (%d messages) = .FIT FIT Map data =
x # , unit id %d x ' , serial %u x + L% , %s x
/ , manufacturer %d =
/ (garmin) x
1 , product %d x 5 , type %d = 5 (Device) = 5 (Settings) = 5 (Sports/Cycling) = 5 (Activity) = 5 (Elevations) = 5
(Totals) = B KpGr Garmin update !
D d x
E d , version %u x
F d .%u = . H garmin-entry x
J = . K garmin-entry x
M x N = . O garmin-entry x
Q =
: U GARMIN BITMAP = image/x-garmin-exe exe x ) X x : Z = application/x-garmin-rgn rgn = : ^ KpGrd x ) _ = : a PK x ) b = [ $ Maple something = ` E An old revision = a R The latest save =
HG10 Mercurial changeset bundle = UN (uncompressed) = GZ (gzip compressed) =
BZ (bzip2 compressed) = z Mirage Assembler m.out executable = q MDMP Mini DuMP crash report application/x-dmp dmp/mdmp ! w , version %#4.4x x y , %d streams ! { , %#8.8x RVA ! } , CheckSum %#8.8x x , %s x , %#x type = ͫ MLSSA datafile, x
algorithm %d, x
%d samples = MMDF mailbox = B RMD1 raw modem data > C (%s / > D compression type %#04x) = * ` Atari ST M68K contiguous executable x + (txt=%d, x , dat=%d, x
- bss=%d, x . sym=%d) = / ` Atari ST M68K non-contig executable x 0 (txt=%d, x 1 dat=%d, x
2 bss=%d, x 3 sym=%d) = ! PK Mozilla archive omni.ja application/x-zip ja = @ ۥ- Microsoft WinWord 2.0 Document application/msword = @ ۥ- Microsoft WinWord 2.0 Document application/msword = - s = x > z Lotus application/vnd.lotus-1-2-3 ????L123 =
1-2-3 CoNFiguration, version 2.x (PGRAPH.CNF) cnf =
1-2-3 CoNFiguration, version 2.4J cnf =
1-2-3 CoNFiguration, version 1-2.1 cnf =
Symphony CoNFiguration cnf =
1-2-3 CoNFiguration, version 2.2 cnf =
1-2-3 CoNFiguration, version 2.3-2.4 cnf =
1-2-3 CoNFiguration, version 3.x cnf =
P 1-2-3 CoNFiguration, version 4.x cnf =
1-2-3 WorKSheet, version 1 wks =
Symphony WoRksheet, version 1.0 wrk/wr1 =
1-2-3/Symphony worksheet, version 2 wk1/wr1 =
1-2-3 WorKsheet, version 1.xJ wj1 =
1-2-3 worksheet, version 2.4J wj3 =
1-2-3 ForMaTting data, version 2.x fmt/fj3 =
1-2-3 FoRMatting data, version 2.0 frm x unknown worksheet or configuration cnf x
, revision %#x = . lotus-cells = .
lotus-cells = @ Windows metafile =. wmf-head = DCU1 Borland Delphi .DCU file = pk TurboC BGI file = PK TurboC Font file = PMCC Windows 3.x .GRP file ( = * 4DH 4DOS help file x + , version %-4.4s = U @ ISc( InstallShield Cabinet archive data = V ` version 6, ! W ` version 4/5, x ( X %u files = MSVC .bsc = @ KSCC KSS music file v1.03 = = , soundchips: AY-3-8910, SCC(+) = , soundchip(s): SN76489 = stereo = , YM2413 = , Y8950 = @ KSSX KSS music file v1.20 = = ! @ , 60Hz = " @ @ , 50Hz = # , soundchips: AY-3-8910, SCC(+) = $ , soundchips: SN76489 = % stereo = & , = ' YM2413 = ( YM2413, Y8950 = ) YM2413+Y8950 pseudostereo = * , Majyutsushi DAC = RSRC National Instruments, = LV LabVIEW File, =
SB Code Resource File, data =
IN Virtual Instrument Program, data =
AR VI Library, data = LMNULBVW Portable File Names, data = rsc Resources File, data = VMAP National Instruments, VXI File, data = 9 a.out NetBSD/i386 demand paged = . : netbsd-4096 = < a.out NetBSD/i386 pure = . = netbsd-pure = ? a.out NetBSD/i386 =
. @ netbsd-normal = B G a.out NetBSD/i386 core = . C netbsd-core = E a.out NetBSD/m68k demand paged = . F ^netbsd-8192 = H a.out NetBSD/m68k pure = . I ^netbsd-pure = K a.out NetBSD/m68k =. L ^netbsd-normal = N G a.out NetBSD/m68k core = . O ^netbsd-core = Q a.out NetBSD/m68k4k demand paged = . R ^netbsd-4096 = T a.out NetBSD/m68k4k pure = . U ^netbsd-pure = W a.out NetBSD/m68k4k =. X ^netbsd-normal = Z G a.out NetBSD/m68k4k core = . [ ^netbsd-core = ] a.out NetBSD/ns32532 demand paged = . ^ netbsd-4096 = ` a.out NetBSD/ns32532 pure = . a netbsd-pure = c a.out NetBSD/ns32532 =
. d netbsd-normal = f G a.out NetBSD/ns32532 core = . g netbsd-core = i G a.out NetBSD/powerpc core = . j netbsd-core = l a.out NetBSD/SPARC demand paged = . m ^netbsd-8192 = o a.out NetBSD/SPARC pure = . p ^netbsd-pure = r a.out NetBSD/SPARC =. s ^netbsd-normal = u G a.out NetBSD/SPARC core = . v ^netbsd-core = x a.out NetBSD/pmax demand paged = . y netbsd-4096 = { a.out NetBSD/pmax pure = . | ^netbsd-pure = ~ a.out NetBSD/pmax =
. netbsd-normal = G a.out NetBSD/pmax core = . netbsd-core = a.out NetBSD/vax 1k demand paged = . netbsd-4096 = a.out NetBSD/vax 1k pure = . netbsd-pure = a.out NetBSD/vax 1k =
. netbsd-normal = G a.out NetBSD/vax 1k core = . netbsd-core = a.out NetBSD/vax 4k demand paged = . netbsd-4096 = a.out NetBSD/vax 4k pure = . netbsd-pure = a.out NetBSD/vax 4k =
. netbsd-normal = G a.out NetBSD/vax 4k core = . netbsd-core = ECOFF NetBSD/alpha binary =
not stripped =
stripped = G a.out NetBSD/alpha core > from '%s' ! (signal %d) = a.out NetBSD/mips demand paged = . ^netbsd-8192 > not stripped = a.out NetBSD/mips pure = . netbsd-pure = a.out NetBSD/mips =
. netbsd-normal = G a.out NetBSD/mips core = . netbsd-core = a.out NetBSD/arm32 demand paged = . netbsd-4096 = a.out NetBSD/arm32 pure = . netbsd-pure = a.out NetBSD/arm32 =
. netbsd-normal = G a.out NetBSD/arm core = . netbsd-core = ʏ NetBSD kernel core file = , Unknown = , sun 68010/68020 = , sun 68020 = d , 386 PC = , i386 BSD = , m68k BSD (8K pages) = , m68k BSD (4K pages) = , ns32532 BSD = , SPARC/32 BSD = , pmax BSD = , vax BSD (1K pages) = , alpha BSD = , mips BSD (Big Endian) = , arm6 BSD = , m68k BSD (2K pages) = , sh3 BSD = , ppc BSD (Big Endian) = , vax BSD (4K pages) = , mips1 BSD = , mips2 BSD = , m88k BSD = , parisc BSD = , sh5/64 BSD = , SPARC/64 BSD = , amd64 BSD = , sh5/32 BSD = , ia64 BSD = , aarch64 BSD = , or1k BSD = , Risk-V BSD = , hp200 BSD = , , hp300 BSD = , hp800 HP-UX = , hp200/hp300 HP-UX = , CPU = , DATA = , STACK x
, (headersize = %d x
, segmentsize = %d x , segments = %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 = X
n+1 NIfTI-1 neuroimaging data, image/x.nifti nii =.
nifti1 = X ni1 NIfTI-1 neuroimaging data header, image/x.nifti hdr =. nifti1 = NPFF NItpicker Flow File x V%d. x %d x started: %s x
stopped: %s x Bytes: %u x Bytes1: %u x
Flows: %u x Pkts: %u = OLF OLF = invalid class = 32-bit = 64-bit = invalid os = OpenBSD = NetBSD = FreeBSD = 4.4BSD = Linux = SVR4 = esix = Solaris = Irix =
SCO = Dell = NCR = invalid byte order = LSB =
! no file type, =
" relocatable, =
# executable, =
$ shared object, =
' core file > 8 ( of '%s' > 8 ) (signal %d), &
* processor-specific, =
+ no machine, =
, AT&T WE32100 - invalid byte order, =
- SPARC - invalid byte order, =
. Intel 80386, =
/ Motorola 68000 - invalid byte order, =
0 Motorola 88000 - invalid byte order, =
1 Intel 80486, =
2 Intel 80860, =
3 MIPS R3000_BE - invalid byte order, =
4 Amdahl - invalid byte order, =
5
MIPS R3000_LE, =
6 RS6000 - invalid byte order, =
7 PA-RISC - invalid byte order, =
8 nCUBE, =
9 VPP500, =
: SPARC32PLUS, =
; PowerPC, =
< & Alpha, = = invalid version = > version 1 = $ ? MathCoPro/FPU/MAU Required > @ (%s) = A MSB = B no file type, = C relocatable, = D executable, = E shared object, = F core file, > 8 G of '%s' > 8 H (signal %d), & I processor-specific, = J no machine, = K AT&T WE32100, = L SPARC, = M Intel 80386 - invalid byte order, = N Motorola 68000, = O Motorola 88000, = P Intel 80486 - invalid byte order, = Q Intel 80860, = R MIPS R3000_BE, = S Amdahl, = T
MIPS R3000_LE - invalid byte order, = U RS6000, = V PA-RISC, = W nCUBE, = X VPP500, = Y SPARC32PLUS, = Z PowerPC or cisco 4500, = [ cisco 7500, = \ cisco SVIP, = ] cisco 7200, = ^ $ cisco 12000, = _ & Alpha, = ` invalid version = a version 1 = $ b MathCoPro/FPU/MAU Required = ~ OpenFst binary FST data x
, fst type: %s x
, arc type: %s x , version: %d x
, num states: %lld > , num arcs: %lld =
\QV OpenFst binary FAR data, far type: stlist x , version: %d = \~ OpenFst binary FAR data, far type: sttable x , version: %d = $ Oric tape, =
BASIC, = memory block, > autorun, x
"%.15s" ( = w WarpIN Installer application/x-os2-wpi wpi x , created by %s x F , '%s' x , URL %s = OSF/Rose object = < 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) = < ptch Palm OS operating system patch data > "%s" = m PDP-11 single precision APL workspace = l PDP-11 double precision APL workspace = @ pst0 perl Storable (v0.7) data > A & B (network-ordered) = C (major 2) = D (major 2) > E (minor %d) = { PGP RSA encrypted session key - x | keyid: %08X x } %08X = ~ RSA (Encrypt or Sign) 2048b = RSA Encrypt-Only 2048b =
=
=
=
=
=
=
=
= . = PGP RSA encrypted session key - x keyid: %08X x %08X = RSA (Encrypt or Sign) 3072b = RSA Encrypt-Only 3072b =
=
=
=
=
=
=
=
= . = PGP RSA encrypted session key - x keyid: %08X x %08X = RSA (Encrypt or Sign) 4096b = RSA Encrypt-Only 4096b =
=
=
=
=
=
=
=
= . = PGP RSA encrypted session key - x keyid: %08X x %08X = RSA (Encrypt or Sign) 8192b = RSA Encrypt-Only 8192b =
=
=
=
=
=
=
=
= . = PGP Elgamal encrypted session key - x keyid: %08X x %08X = Elgamal Encrypt-Only 1024b. =
=
=
=
=
=
=
=
= PGP Elgamal encrypted session key - x keyid: %08X x %08X = Elgamal Encrypt-Only 2048b. =
=
=
=
=
=
=
=
= PGP Elgamal encrypted session key - x keyid: %08X x %08X = Elgamal Encrypt-Only 3072b. =
=
=
=
=
=
=
=
= Plan 9 executable, Motorola 68k = Plan 9 executable, AT&T Hobbit = Plan 9 executable, Intel 386 =
G Plan 9 executable, Intel 960 = Plan 9 executable, SPARC = Plan 9 executable, MIPS R3000 =
Plan 9 executable, AT&T DSP 3210 = Plan 9 executable, MIPS R4000 BE = Plan 9 executable, AMD 29000 = G Plan 9 executable, ARM 7-something = Plan 9 executable, PowerPC = Plan 9 executable, MIPS R4000 LE = K Plan 9 executable, DEC Alpha = <: Plan 9 object file, MIPS R3000 = <
C Plan 9 object file, AT&T Hobbit = 2M Plan 9 object file, Motorola 68k = <t Plan 9 object file, SPARC = E ~ Plan 9 object file, Intel 386 = Rast RST-format raster font data > - 0 face %s =
Pulsar POP3 daemon mailbox cache file. x Version: %d. x %d = PWS3 Password Safe V3 database = P Pyramid 90x family executable = P Pyramid 90x family pure executable >
not stripped = P Pyramid 90x family demand paged pure executable > not stripped =
python 1.0 byte-compiled application/x-bytecode.python = python 1.1/1.2 byte-compiled application/x-bytecode.python =
. python 1.3 byte-compiled application/x-bytecode.python =
python 1.4 byte-compiled application/x-bytecode.python =
N python 1.5 byte-compiled application/x-bytecode.python =
python 1.6 byte-compiled application/x-bytecode.python =
python 1.6 byte-compiled application/x-bytecode.python =
Ƈ python 2.0 byte-compiled application/x-bytecode.python =
ƈ python 2.0 byte-compiled application/x-bytecode.python =
* python 2.1 byte-compiled application/x-bytecode.python = !
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- python 2.2 byte-compiled application/x-bytecode.python = %
. python 2.2 byte-compiled application/x-bytecode.python = '
; python 2.3 byte-compiled application/x-bytecode.python = )
< python 2.3 byte-compiled application/x-bytecode.python = +
E python 2.3 byte-compiled application/x-bytecode.python = -
Y python 2.4 byte-compiled application/x-bytecode.python = /
c python 2.4 byte-compiled application/x-bytecode.python = 1
m python 2.4 byte-compiled application/x-bytecode.python = 3
n python 2.4 byte-compiled application/x-bytecode.python = 5
w python 2.5 byte-compiled application/x-bytecode.python = 7
python 2.5 byte-compiled application/x-bytecode.python = 9
python 2.5 byte-compiled application/x-bytecode.python = ;
python 2.5 byte-compiled application/x-bytecode.python = =
python 2.5 byte-compiled application/x-bytecode.python = ?
python 2.5 byte-compiled application/x-bytecode.python = A
python 2.5 byte-compiled application/x-bytecode.python = C
python 2.5 byte-compiled application/x-bytecode.python = E
python 2.5 byte-compiled application/x-bytecode.python = G
python 2.6 byte-compiled application/x-bytecode.python = I
python 2.6 byte-compiled application/x-bytecode.python = K
python 2.6 byte-compiled application/x-bytecode.python = M
python 2.7 byte-compiled application/x-bytecode.python = O
python 2.7 byte-compiled application/x-bytecode.python = Q
python 2.7 byte-compiled application/x-bytecode.python = S
python 2.7 byte-compiled application/x-bytecode.python = U
python 2.7 byte-compiled application/x-bytecode.python = W
python 2.7 byte-compiled application/x-bytecode.python = Y
PyPy2.7 byte-compiled application/x-bytecode.python = [
python 3.0 byte-compiled application/x-bytecode.python = ]
python 3.0 byte-compiled application/x-bytecode.python = _
python 3.0 byte-compiled application/x-bytecode.python = a
python 3.0 byte-compiled application/x-bytecode.python = c
python 3.0 byte-compiled application/x-bytecode.python = e
python 3.0 byte-compiled application/x-bytecode.python = g
python 3.0 byte-compiled application/x-bytecode.python = i
python 3.0 byte-compiled application/x-bytecode.python = k
python 3.0 byte-compiled application/x-bytecode.python = m
python 3.0 byte-compiled application/x-bytecode.python = o
python 3.0 byte-compiled application/x-bytecode.python = q
python 3.0 byte-compiled application/x-bytecode.python = s
python 3.0 byte-compiled application/x-bytecode.python = u
' python 3.0 byte-compiled application/x-bytecode.python = w
; python 3.0 byte-compiled application/x-bytecode.python = y
E python 3.1 byte-compiled application/x-bytecode.python = {
O python 3.1 byte-compiled application/x-bytecode.python = }
X python 3.2 byte-compiled application/x-bytecode.python =
b python 3.2 byte-compiled application/x-bytecode.python =
l python 3.2 byte-compiled application/x-bytecode.python =
v python 3.3 byte-compiled application/x-bytecode.python =
python 3.3 byte-compiled application/x-bytecode.python =
python 3.3 byte-compiled application/x-bytecode.python =
python 3.3 byte-compiled application/x-bytecode.python =
python 3.3 byte-compiled application/x-bytecode.python =
python 3.4 byte-compiled application/x-bytecode.python =
python 3.4 byte-compiled application/x-bytecode.python =
python 3.4 byte-compiled application/x-bytecode.python =
python 3.4 byte-compiled application/x-bytecode.python =
python 3.4 byte-compiled application/x-bytecode.python =
python 3.4 byte-compiled application/x-bytecode.python =
python 3.4 byte-compiled application/x-bytecode.python =
python 3.5.1- byte-compiled application/x-bytecode.python =
python 3.5.1- byte-compiled application/x-bytecode.python =
python 3.5.1- byte-compiled application/x-bytecode.python =
python 3.5.1- byte-compiled application/x-bytecode.python =
python 3.5.2+ byte-compiled application/x-bytecode.python =
python 3.6 byte-compiled application/x-bytecode.python =
! python 3.6 byte-compiled application/x-bytecode.python =
* python 3.6 byte-compiled application/x-bytecode.python =
+ python 3.6 byte-compiled application/x-bytecode.python =
, python 3.6 byte-compiled application/x-bytecode.python =
- python 3.6 byte-compiled application/x-bytecode.python =
/ python 3.6 byte-compiled application/x-bytecode.python =
0 python 3.6 byte-compiled application/x-bytecode.python =
1 python 3.6 byte-compiled application/x-bytecode.python =
2 python 3.6 byte-compiled application/x-bytecode.python =
3 python 3.6 byte-compiled application/x-bytecode.python =
> python 3.7 byte-compiled application/x-bytecode.python =
? python 3.7 byte-compiled application/x-bytecode.python =
? Conary changeset data = * tOc Git pack index = + , version 2 = / DIRC Git index > 0 , version %d > 1 , %d entries = 5 HG10 Mercurial bundle, = 6 UN uncompressed = 7 BZ bzip2 compressed = RIFF RIFF (little-endian) data = PAL , palette application/x-riff pal x , %u bytes = plth , extended = data x , data size %u x
, %u entries x
x , extra bytes > %#8.8x = RDIB , device-independent bitmap rdi/dib = BM =
, OS/2 1.x format x
" , %d x x
$ %d =
@ , OS/2 2.x format x
" , %d x x
$ %d =
( , Windows 3.x format x " , %d x x & %d x x
,
%d =
RMID , MIDI audio/mid rmi = RMMP , multimedia movie video/x-mmm mmm = RMP3 , MPEG Layer 3 audio = WAVE , WAVE audio audio/x-wav wav/wave > " = . # riff-walk = % =
& = ' =. ( tr500-call-recorder-header = + cdr ! - CDRXcont =
. / corel-draw = 2 CDRXcont , Corel Clipart application/x-corel-ccx ccx x 7 , %u bytes = < CDT =
. = corel-draw = ? CDST =
. @ corel-draw = B PAT =
. C corel-draw = G DES ! H DESC = . I corel-des = K DESC = O NUNDROOT , Steinberg CuBase = W IDF LIST , MIDI Instrument Definition File audio/x-idf idf x 0 ` "%s" = 1 b inst by x $ d "%s" = g AVI , AVI video/x-msvideo avi/divx = m LIST = n hdrlavih x $ o , %u x x ( p %u, > q @B <1 fps, = r @B 1.00 fps, = s 2.00 fps, = t 3.00 fps, = u 4.00 fps, = v @
5.00 fps, = w 6.00 fps, = x . 7.00 fps, = y H 8.00 fps, = z 9.00 fps, = { 10.00 fps, < } > ~ ! ~10 fps, = E 12.00 fps, < BH > B ! E ~12 fps, = k 15.00 fps, < * > ! k ~15 fps, = P 20.00 fps, = 23.98 fps, = â 24.00 fps, < q > ! ! â ~24 fps, = @ 25.00 fps, < > ! @ ~25 fps, = W 29.97 fps, = 5 30.00 fps, < > ǁ ! W ! 5 ~30 fps, < } >30 fps, = X LIST = ` strlstrh = l vids video: = uncompressed = h l strf = h RLE 8bpp = h anim Intel RDX = h aur2 AuraVision Aura 2 = h aura AuraVision Aura = h bt20 Brooktree MediaStream = h btcv Brooktree Composite Video = h cc12 Intel YUV12 = h cdvc Canopus DV = h cham Winnov Caviara Cham = h cljr Proprietary YUV 4 pixels = h cmyk Common Data Format in Printing = h cpla Weitek 4:2:0 YUV Planar = h cvid Cinepak = h cwlt Microsoft Color WLT DIB = h cyuv Creative Labs YUV = h d261 H.261 = h d263 H.263 = h duck TrueMotion 1.0 = h dve2 DVE-2 Videoconferencing = h fljp Field Encoded Motion JPEG = h fvf1 Fractal Video Frame = h gwlt Microsoft Greyscale WLT DIB = h h260 H.260 = h h261 H.261 = h h262 H.262 = h h263 H.263 = h h264 H.264 = h h265 H.265 = h h266 H.266 = h h267 H.267 = h h268 H.268 = h h269 H.269 = h i263 Intel I.263 = h i420 Intel Indeo 4 = h ian Intel RDX = h iclb CellB Videoconferencing Codec = h ilvc Intel Layered Video = h ilvr ITU-T H.263+ = h iraw Intel YUV Uncompressed = h iv30 Intel Indeo 3 = h iv31 Intel Indeo 3.1 = h iv32 Intel Indeo 3.2 = h iv33 Intel Indeo 3.3 = h iv34 Intel Indeo 3.4 = h iv35 Intel Indeo 3.5 = h iv36 Intel Indeo 3.6 = h iv37 Intel Indeo 3.7 = h iv38 Intel Indeo 3.8 = h iv39 Intel Indeo 3.9 = h iv40 Intel Indeo 4.0 = h iv41 Intel Indeo 4.1 = h iv42 Intel Indeo 4.2 = h iv43 Intel Indeo 4.3 = h iv44 Intel Indeo 4.4 = h iv45 Intel Indeo 4.5 = h iv46 Intel Indeo 4.6 = h iv47 Intel Indeo 4.7 = h iv48 Intel Indeo 4.8 = h iv49 Intel Indeo 4.9 = h iv50 Intel Indeo 5.0 = h mpeg MPEG 1 Video Frame = h mjpg Motion JPEG = h mp42 Microsoft MPEG-4 v2 = h mp43 Microsoft MPEG-4 v3 = h mrca MR Codec = h mrle Run Length Encoding = h msvc Microsoft Video 1 = h phmo Photomotion = h qpeq QPEG 1.1 Format Video = h rgbt RGBT = h rle4 Run Length Encoded 4 = h rle8 Run Length Encoded 8 = h rt21 Intel Indeo 2.1 = h rvx Intel RDX = h sdcc Sun Digital Camera Codec = h sfmc Crystal Net SFM Codec = h smsc SMSC = h smsd SMSD = h splc Splash Studios ACM Audio Codec = h sqz2 Microsoft VXtreme Video Codec = h sv10 Sorenson Video R1 = h tlms TeraLogic Motion Intraframe Codec A = h tlst TeraLogic Motion Intraframe Codec B = h tm20 TrueMotion 2.0 = h tmic TeraLogic Motion Intraframe Codec 2 = h tmot TrueMotion Video Compression = h tr20 TrueMotion RT 2.0 = h ulti Ultimotion = h uyvy UYVY 4:2:2 byte ordering = h v422 24-bit YUV 4:2:2 format = h v655 16-bit YUV 4:2:2 format = h vcr1 ATI VCR 1.0 = h vcr2 ATI VCR 2.0 = h vcr3 ATI VCR 3.0 = h vcr4 ATI VCR 4.0 = h
vcr5 ATI VCR 5.0 = h vcr6 ATI VCR 6.0 = h vcr7 ATI VCR 7.0 = h
vcr8 ATI VCR 8.0 = h vcr9 ATI VCR 9.0 = h vdct Video Maker Pro DIB = h vids YUV 4:2:2 CCIR 601 for V422 = h vivo Vivo H.263 = h vixl VIXL = h vlv1 VLCAP.DRV = h wbvc W9960 = h x263 mmioFOURCC('X','2','6','3') = h xlv0 XL Video Decoder = h y211 YUV 2:1:1 Packed = h y411 YUV 4:1:1 Packed = h y41b YUV 4:1:1 Planar = h y41p PC1 4:1:1 = h y41t PC1 4:1:1 with transparency = h y42b YUV 4:2:2 Planar = h y42t PC1 4:2:2 with transparency = h yc12 Intel YUV12 Codec = h yuv8 Winnov Caviar YUV8 = h yuv9 YUV9 = h ! yuy2 YUY2 4:2:2 byte ordering packed = h " yuyv BI_YUYV, Canopus = h # fmp4 FFMpeg MPEG-4 = h $ div3 DivX 3 = p % div3 Low-Motion = p & div4 Fast-Motion = h ' divx DivX 4 = h ( dx50 DivX 5 = h ) xvid XviD = h * h264 H.264 = h + wmv3 Windows Media Video 9 = h , h264 X.264 or H.264 = h - = \ ` 0 LIST = \ h 1 strlstrh = \ t 2 auds , audio: = \ 4 strf =
\ 5 uncompressed PCM =
\ 6 ADPCM =
\ 7 aLaw =
\ 8 uLaw =
\ 9 P MPEG-1 Layer 1 or 2 =
\ : U MPEG-1 Layer 3 =
\ ; Dolby AC3 =
\ < a DivX =
\ > (mono, =
\ ? (stereo, >
\ @ (%d channels, x \ A %d Hz) = \ C strf =
\ D uncompressed PCM =
\ E ADPCM =
\ F U MPEG-1 Layer 3 =
\ G Dolby AC3 =
\ H a DivX =
\ J (mono, =
\ K (stereo, >
\ L (%d channels, x \ M %d Hz) = S VDRM , VirtualDub link video/x-vdr vdr = V PATH , PATH x
X %s = ] ACON , animated cursor application/x-navi-animation ani = c INAM x
d "%s" = f TRAI x
g %s = j sfbk , SoundFont/Bank audio/x-sfbk sf2 = o CDXA , wrapped MPEG-1 (CDXA) video/x-cdxa mpg/dat = s 4XMV , 4X Movie file video/x-4xmv 4xm/4xa = w AMV , AMV video/x-amv amv = } WEBP , Web/P image image/webp webp = . riff-walk = MIDS , MIDI Stream audio/x-mids mds = TRID , TrID defs package application/x-trid-trd trd = RIFX RIFF (big-endian) data = PAL , palette x , version %d x , %d entries = RDIB , device-independent bitmap = BM =
, OS/2 1.x format x " , %d x x $ %d =
@ , OS/2 2.x format x " , %d x x $ %d = ( , Windows 3.x format x " , %d x x & %d x x , %d = RMID , MIDI = RMMP , multimedia movie = WAVE , WAVE audio =
, Microsoft PCM >
" , %d bit = , mono = , stereo > , %d channels > %d Hz = # CDR = . $ ^corel-draw = ' AVI , AVI = ) ACON , animated cursor = + NIFF , Notation Interchange File Format = - sfbk SoundFont/Bank = % U Raspberry PI EEPROM application/x-raspberry-eeprom bin x + , offset %8.8x ! . , length %x > 0 0 , "%s" = 2 ! 4 , 2nd MAGIC=%8.8x = RPM application/x-rpm x v%d x
.%d = src = bin =
i386/x86_64 = Alpha/Sparc64 = Sparc = MIPS = PowerPC = 68000 = SGI = RS6000 = IA64 =
Sparc64 = MIPSel = ARM =
MiNT = S/390 = S/390x = PowerPC64 = SuperH = Xtensa = noarch x
%s = # drpm Delta RPM application/x-rpm x % %s = & MIPSel = ' ARM = (
MiNT = ) S/390 = * S/390x = + PowerPC64 = , SuperH = - Xtensa x
. %s =
MTZ MTZ reflection file = MAP CCP4 Electron Density Map = , Big-endian = ! " , VAX format = " D , Little-endian = # U , Convex native = GDSII Stream file = x version %d.0 > version %d x .%d = Sun 'jks' Java Keystore File data = | SE Linux modular policy x version %d, x %d sections, = | x
mod version %d, = Not MLS, = MLS, =
> / module name %s = base = BALANCE NS32000 .o > not stripped > |
version %d = BALANCE NS32000 executable (0 @ 0) > not stripped > |
version %d = BALANCE NS32000 executable (invalid @ 0) > not stripped > | version %d = 0 BALANCE NS32000 standalone executable > not stripped > | version %d = @ =srl Sereal data packet application/sereal =. sereal = @ =rl Sereal data packet application/sereal =. sereal = MFCS IRIS Showcase file x - version %d = MFCT IRIS Showcase template x - version %d = IRIX Parallel Arena > - version %d = " IRIX core dump = # of > $ '%s' = & @ IRIX 64-bit core dump = ' of > ( '%s' = * IRIX N32 core dump = + of > , '%s' = J PmNs PCP compiled namespace (V.0) = M &P PCP archive x N (V.%d) = O temporal index = P metadata = Q log volume #0 > R log volume #%d > S host: %s = T &P( PCP archive x U (V.%d) = V temporal index = W metadata = X log volume #0 > Y log volume #%d > $ Z host: %s = m PcPh PCP Help = n 1 Index = o 2 Text > p (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 hash %d, x dataformat %d = CIMG Alias Maya Image File = DEEP Alias Maya Image File @ = `