Lines Matching refs:bits
95 # compression mode y (0 - 4) for GIF LZW with a maximum n bits
97 >>>5 ulelong+12 x \b, LZW %u-bits compression
108 # attributes (bits: 0~owner read,1~owner write,3~no delete,4~public read,5~public write)
1878 # and/or look for unused bits of booleans bytes like zoom, paginated, mail merge
1881 # test for unused bits of zoom- , paginated-boolean bytes
2507 # the magic number was a host "int", which might have been 16 bits
2508 # or 32 bits. We don't say "PDP-11" or "VAX", as there might have
4271 >14 beshort x %d bits
4456 # some common bits/sample values
5597 >7 string =_ saved as 32-bits
5610 >7 string =- saved as 64-bits
6262 # .usp are user dictionary bits
6393 # test for unused flag bits (0x8000,0x0800,0x0400,0x0200,x0080) in f_flags
6613 >2 byte&0x1f x %d bits
6776 # There's only a magic nibble (4 bits); that nibble repeats every 33
8166 >388 lelong x %d bits/color
8167 >392 lelong x %d bits/pixel
8600 # multiple of 2 in between 16 and 16 K ,implies upper and lower bits are zero
8824 # look after database name for "some" null bits
8964 >&0 der int3=010001 DER Encoded Key Pair, 512 bits
8969 >&0 der int3=010001 DER Encoded Key Pair, 1024 bits
8974 >&0 der int3=010001 DER Encoded Key Pair, 2048 bits
8979 >&0 der int3=010001 DER Encoded Key Pair, 4096 bits
8984 >&0 der int3=010001 DER Encoded Key Pair, 8192 bits
8989 >&0 der int3=010001 DER Encoded Key Pair, 16k bits
8994 >&0 der int3=010001 DER Encoded Key Pair, 32k bits
8999 >>&0 der int2=0dfa DER Encoded Certificate, 512 bits
9000 >>&0 der int2=0dfb DER Encoded Certificate, 1024 bits
9001 >>&0 der int2=0dfc DER Encoded Certificate, 2048 bits
9002 >>&0 der int2=0dfd DER Encoded Certificate, 4096 bits
9003 >>&0 der int2=0dfe DER Encoded Certificate, 8192 bits
9004 >>&0 der int2=0dff DER Encoded Certificate, 16k bits
9005 >>&0 der int2=0e04 DER Encoded Certificate, 32k bits
9006 >>&0 der int2=x DER Encoded Certificate, ? bits (%s)
10331 # where xxyyzz are lower bits from offsets of error messages varying for different languages
10352 # where xxyyzz are lower bits from offsets of error messages varying for different languages
10370 # where xxyyzz are lower bits from offsets of error messages varying for different languages
11417 # a word like "FATnm " is only a hint for a FAT size on nm-bits
12246 # These bits come from LBN 1 (home block) of ODS-1, ODS-2 and ODS-5 volumes,
14449 # test for unused flag bits (0x8000,0x0800,0x0400,0x0200,x0080) in f_flags
14457 # test for unused flag bits in f_flags
15130 # profile flags bits 0-2 of least 16 used by ICC
15145 # ICC device attributes bits 0-7 used
15378 # Image descriptor: bits 3-0 give the alpha channel depth, bits 5-4 give direction
15380 # bits 5-4 give direction. normal bottom left
15385 # some info say other bits 6-7 should be zero
15917 >12 byte >0 \b, %d bits per pixel
18479 # upper 8 bits of the CPU subtype
18836 # # finder flags, bits 0-7
20245 # 16 0-bits near beginning like True Type fonts *.ttf, Postscript PrinterFontMetric *.pfm, FTYPE.HY…
20247 # maximal 7 0-bits for pixel sequences or 11 0-bits for EOL in G3
20271 # 16 0-bits near beginning like PicturePuzzler found on Golden Orchard Apple CD Rom
20273 # maximal 7 0-bits for pixel sequences or 11 0-bits for EOL in G3
20879 # DOS drivers LS120.SYS, MKELS120.SYS use reserved bits of attribute field
21381 >6 uleshort >1 \b, %d bits/pixel
22772 0 string StartFont ASCII font bits
23721 >>>>11 ubeshort x %u bits
23732 >>>>9 ubeshort x %u bits
24230 # 2 byte for key bits in version 5.28 look
25039 # 128 bit + total file size (64 bits) so 24 bytes
25288 >1120 ulong >0 %d bits/pixel
25887 # Variable byte #3, consisting of bits:
26769 # where real SYStem EXclusive messages at offset 1 are limited to seven bits
27765 # binaries, so the first 16 bits of the file would contain 0x10B.
28020 >32 string BYTE \b, 8 bits = VAX byte
28021 >32 string HALF \b, 16 bits = VAX word = Fortran INTEGER*2
28022 >32 string FULL \b, 32 bits = VAX longword = Fortran INTEGER*4
28023 >32 string REAL \b, 32 bits = VAX longword = Fortran REAL*4
28024 >32 string DOUB \b, 64 bits = VAX quadword = Fortran REAL*8
28025 >32 string COMPLEX \b, 64 bits = VAX quadword = Fortran COMPLEX*8
29168 # test for unused null bits in PNF_FLAGs
30090 # 32 bits zeroed), because there is no simple way to print them as the
