/dragonfly/contrib/file/magic/Magdir/ |
H A D | xdelta | 6 0 string %XDELTA% XDelta binary patch file 0.14 7 0 string %XDZ000% XDelta binary patch file 0.18 8 0 string %XDZ001% XDelta binary patch file 0.20 9 0 string %XDZ002% XDelta binary patch file 1.0 10 0 string %XDZ003% XDelta binary patch file 1.0.4 11 0 string %XDZ004% XDelta binary patch file 1.1 13 0 string \xD6\xC3\xC4\x00 VCDIFF binary diff
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H A D | varied.script | 10 >3 string >\0 %s script executable (binary data) 18 >3 string >\0 %s script executable (binary data) 26 >2 string >\0 %s script executable (binary data) 34 >3 string >\0 for %s (binary data) 43 >15 string/b >\0 %s script executable (binary data) 51 >16 string/b >\0 %s script executable (binary data)
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H A D | lammps | 12 0 string LammpS\ RestartT LAMMPS binary restart file 18 # Atom style binary dump file for the LAMMPS MD code 21 >0x08 string DUMPATOM LAMMPS atom style binary dump 28 >0x08 string DUMPATOM LAMMPS atom style binary dump 33 # Atom style binary dump file for the LAMMPS MD code 36 >0x08 string DUMPCUSTOM LAMMPS custom style binary dump 43 >0x08 string DUMPCUSTOM LAMMPS custom style binary dump
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H A D | hp | 27 # 0 beshort 200 hp200 (68010) BSD binary 205 >4 string 48 48 binary 206 >4 string 49 49 binary 250 >4 string Bin binary 269 >4 string Bin binary 285 >2 beshort 0407 impure binary 286 >2 beshort 0410 read-only binary 287 >2 beshort 0413 demand paged binary 289 >2 beshort 0407 impure binary 290 >2 beshort 0410 read-only binary [all …]
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H A D | octave | 4 # octave binary data file(1) magic, from Dirk Eddelbuettel <edd@debian.org> 5 0 string Octave-1-L Octave binary data (little endian) 6 0 string Octave-1-B Octave binary data (big endian)
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H A D | smile | 14 # Bit 2 (mask 0x04): Whether raw binary (unescaped 8-bit) values may be present in content 22 0 string :)\n Smile binary data 28 >3 byte&0x04 0x04 binary raw, 29 >3 byte&0x04 0x00 binary encoded,
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H A D | efi | 7 >4 lelong 1 Universal EFI binary with 1 architecture 10 >4 lelong 2 Universal EFI binary with 2 architectures 15 >4 lelong >2 Universal EFI binary with %d architectures
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H A D | openfst | 6 0 long 0x7eb2fdd6 OpenFst binary FST data 13 0 long 0x56515c OpenFst binary FAR data, far type: stlist 16 0 long 0x7eb2f35c OpenFst binary FAR data, far type: sttable
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H A D | webassembly | 9 # https://webassembly.org/docs/binary-encoding/ is the main 10 # document describing the binary format. 13 0 string \0asm WebAssembly (wasm) binary module
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H A D | cafebabe | 8 # The long at offset 4 in a Mach-O universal binary tells the number of 27 # for debugging purpose version as hexadecimal to compare with Mach-O universal binary 88 >4 belong 1 Mach-O universal binary with 1 architecture: 89 !:mime application/x-mach-binary 93 >>4 ubelong <20 Mach-O universal binary with %d architectures: 94 !:mime application/x-mach-binary
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/dragonfly/contrib/gcc-8.0/libstdc++-v3/config/io/ |
H A D | basic_file_stdio.cc | 81 binary = std::ios_base::binary in fopen_mode() enumerator 86 switch (mode & (in|out|trunc|app|binary)) in fopen_mode() 98 case ( out |binary): return "wb"; in fopen_mode() 99 case ( out |app|binary): return "ab"; in fopen_mode() 100 case ( app|binary): return "ab"; in fopen_mode() 101 case ( out|trunc |binary): return "wb"; in fopen_mode() 102 case (in |binary): return "rb"; in fopen_mode() 103 case (in|out |binary): return "r+b"; in fopen_mode() 104 case (in|out|trunc |binary): return "w+b"; in fopen_mode() 105 case (in|out |app|binary): return "a+b"; in fopen_mode() [all …]
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/dragonfly/contrib/gcc-4.7/libstdc++-v3/config/io/ |
H A D | basic_file_stdio.cc | 82 binary = std::ios_base::binary in fopen_mode() enumerator 87 switch (mode & (in|out|trunc|app|binary)) in fopen_mode() 99 case ( out |binary): return "wb"; in fopen_mode() 100 case ( out |app|binary): return "ab"; in fopen_mode() 101 case ( app|binary): return "ab"; in fopen_mode() 102 case ( out|trunc |binary): return "wb"; in fopen_mode() 103 case (in |binary): return "rb"; in fopen_mode() 104 case (in|out |binary): return "r+b"; in fopen_mode() 105 case (in|out|trunc |binary): return "w+b"; in fopen_mode() 106 case (in|out |app|binary): return "a+b"; in fopen_mode() [all …]
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/dragonfly/contrib/gcc-8.0/gcc/ |
H A D | tree-ssa-scopedtables.c | 161 expr.ops.binary.op = EQ_EXPR; in simplify_binary_operation() 420 expr->ops.binary.opnd1, hstate); in add_hashable_expr() 604 if (expr0->ops.binary.op != expr1->ops.binary.op) in hashable_expr_equal_p() 608 expr1->ops.binary.opnd0, 0) in hashable_expr_equal_p() 610 expr1->ops.binary.opnd1, 0)) in hashable_expr_equal_p() 616 expr1->ops.binary.opnd1, 0) in hashable_expr_equal_p() 618 expr1->ops.binary.opnd0, 0)); in hashable_expr_equal_p() 729 expr->ops.binary.op = subcode; in expr_hash_elt() 1096 cond->ops.binary.op = code; 1097 cond->ops.binary.opnd0 = op0; [all …]
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H A D | internal-fn.def | 59 - binary: a normal binary optab, such as vec_interleave_lo_<mode> 139 vec_shl_insert, binary) 208 DEF_INTERNAL_FLT_FN (ATAN2, ECF_CONST, atan2, binary) 210 DEF_INTERNAL_FLT_FN (FMOD, ECF_CONST, fmod, binary) 211 DEF_INTERNAL_FLT_FN (POW, ECF_CONST, pow, binary) 212 DEF_INTERNAL_FLT_FN (REMAINDER, ECF_CONST, remainder, binary) 213 DEF_INTERNAL_FLT_FN (SCALB, ECF_CONST, scalb, binary) 214 DEF_INTERNAL_FLT_FLOATN_FN (FMIN, ECF_CONST, fmin, binary) 215 DEF_INTERNAL_FLT_FLOATN_FN (FMAX, ECF_CONST, fmax, binary) 216 DEF_INTERNAL_OPTAB_FN (XORSIGN, ECF_CONST, xorsign, binary) [all …]
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/dragonfly/lib/libc/inet/ |
H A D | nsap_addr.c | 42 inet_nsap_addr(const char *ascii, u_char *binary, int maxlen) { in inet_nsap_addr() argument 63 *binary++ = (nib << 4) | xtob(c); in inet_nsap_addr() 78 inet_nsap_ntoa(int binlen, const u_char *binary, char *ascii) { in inet_nsap_ntoa() argument 98 nib = *binary >> 4; in inet_nsap_ntoa() 100 nib = *binary++ & 0x0f; in inet_nsap_ntoa()
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/dragonfly/tools/tools/bus_autoconf/ |
H A D | bus_autoconf.sh | 49 ${OBJCOPY} -j bus_autoconf_format -O binary ${F} bus_autoconf.ids 2> /dev/null 53 ${OBJCOPY} -j usb_host_id -O binary ${F} "usb_host_id,${G}" 2> /dev/null 57 ${OBJCOPY} -j usb_device_id -O binary ${F} "usb_device_id,${G}" 2> /dev/null 61 ${OBJCOPY} -j usb_dual_id -O binary ${F} "usb_dual_id,${G}" 2> /dev/null
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/dragonfly/usr.bin/dfregress/ |
H A D | userland.c | 67 run_userland(const char *binary, int argc, const char **argv, const char *interpreter, in run_userland() argument 109 "binary %s: %s\n", binary, strerror(errno)); in run_userland() 240 r = execvp(binary, __DECONST(char **, argv)); in run_userland() 303 run_simple_cmd(const char *binary, const char *arg, char *errbuf, in run_simple_cmd() argument 309 s = strrchr(binary, '/'); in run_simple_cmd() 311 argv[0] = (s == NULL) ? __DECONST(char *, binary) : s+1; in run_simple_cmd() 315 return run_userland(binary, /* executable */ in run_simple_cmd()
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/dragonfly/lib/libnetgraph7/ |
H A D | msg.c | 94 struct ng_mesg *reply, *binary, *ascii; in NgSendAsciiMsg() local 144 binary = (struct ng_mesg *)reply->data; in NgSendAsciiMsg() 147 binary->header.token = gMsgId; in NgSendAsciiMsg() 148 binary->header.version = NG_VERSION; in NgSendAsciiMsg() 150 path, binary, binary->data, binary->header.arglen) < 0) { in NgSendAsciiMsg() 154 token = binary->header.token; in NgSendAsciiMsg()
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/dragonfly/lib/libnetgraph/ |
H A D | msg.c | 97 struct ng_mesg *const binary = (struct ng_mesg *)reply->data; in NgSendAsciiMsg() local 145 binary->header.token = gMsgId; in NgSendAsciiMsg() 147 path, binary, binary->data, binary->header.arglen) < 0) in NgSendAsciiMsg() 149 return (binary->header.token); in NgSendAsciiMsg()
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/dragonfly/sys/contrib/dev/acpica/generate/unix/ |
H A D | readme.txt | 8 Windows binary versions of these tools are available at: 74 acpibin compares AML files, dumps AML binary files to text files, 75 extracts binary AML from text files, and other AML file 95 acpinames loads an ACPI namespace from a binary ACPI table file. 110 6) acpixtract, extract binary ACPI tables from an acpidump 112 acpixtract is used to extract binary ACPI tables from the ASCII text
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/dragonfly/contrib/gcc-4.7/gcc/ |
H A D | tree-ssa-dom.c | 229 expr->ops.binary.op = subcode; in initialize_hash_element() 321 expr->ops.binary.op = TREE_CODE (cond); in initialize_expr_from_cond() 398 if (expr0->ops.binary.op != expr1->ops.binary.op) in hashable_expr_equal_p() 402 expr1->ops.binary.opnd0, 0) in hashable_expr_equal_p() 404 expr1->ops.binary.opnd1, 0)) in hashable_expr_equal_p() 410 expr1->ops.binary.opnd1, 0) in hashable_expr_equal_p() 412 expr1->ops.binary.opnd0, 0)); in hashable_expr_equal_p() 510 expr->ops.binary.opnd1, val); in iterative_hash_hashable_expr() 1228 cond->ops.binary.op = code; in build_and_record_new_cond() 1229 cond->ops.binary.opnd0 = op0; in build_and_record_new_cond() [all …]
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/dragonfly/sys/netgraph/netgraph/ |
H A D | ng_base.c | 1510 struct ng_mesg *rp, *binary, *ascii; in ng_generic_msg() local 1513 binary = (struct ng_mesg *)msg->data; in ng_generic_msg() 1516 < binary->header.arglen) { in ng_generic_msg() 1530 bcopy(binary, ascii, sizeof(*binary)); in ng_generic_msg() 1536 && binary->header.cmd == c->cmd) in ng_generic_msg() 1563 (u_char *)binary->data, in ng_generic_msg() 1583 struct ng_mesg *rp, *ascii, *binary; in ng_generic_msg() local 1603 binary = (struct ng_mesg *)rp->data; in ng_generic_msg() 1606 bcopy(ascii, binary, sizeof(*ascii)); in ng_generic_msg() 1627 binary->header.cmd = c->cmd; in ng_generic_msg() [all …]
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/dragonfly/contrib/binutils-2.27/libiberty/ |
H A D | pex-common.c | 417 pex_input_pipe (struct pex_obj *obj, int binary) in pex_input_pipe() argument 437 if (obj->funcs->pipe (obj, p, binary != 0) < 0) in pex_input_pipe() 440 f = obj->funcs->fdopenw (obj, p[WRITE_PORT], binary != 0); in pex_input_pipe() 463 pex_read_output (struct pex_obj *obj, int binary) in pex_read_output() argument 478 obj->read_output = fopen (obj->next_input_name, binary ? "rb" : "r"); in pex_read_output() 494 obj->read_output = obj->funcs->fdopenr (obj, o, binary); in pex_read_output() 502 pex_read_err (struct pex_obj *obj, int binary) in pex_read_err() argument 509 obj->read_err = obj->funcs->fdopenr (obj, o, binary); in pex_read_err()
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/dragonfly/contrib/binutils-2.34/libiberty/ |
H A D | pex-common.c | 417 pex_input_pipe (struct pex_obj *obj, int binary) in pex_input_pipe() argument 437 if (obj->funcs->pipe (obj, p, binary != 0) < 0) in pex_input_pipe() 440 f = obj->funcs->fdopenw (obj, p[WRITE_PORT], binary != 0); in pex_input_pipe() 463 pex_read_output (struct pex_obj *obj, int binary) in pex_read_output() argument 478 obj->read_output = fopen (obj->next_input_name, binary ? "rb" : "r"); in pex_read_output() 494 obj->read_output = obj->funcs->fdopenr (obj, o, binary); in pex_read_output() 502 pex_read_err (struct pex_obj *obj, int binary) in pex_read_err() argument 509 obj->read_err = obj->funcs->fdopenr (obj, o, binary); in pex_read_err()
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/dragonfly/contrib/gdb-7/libiberty/ |
H A D | pex-common.c | 415 pex_input_pipe (struct pex_obj *obj, int binary) in pex_input_pipe() argument 435 if (obj->funcs->pipe (obj, p, binary != 0) < 0) in pex_input_pipe() 438 f = obj->funcs->fdopenw (obj, p[WRITE_PORT], binary != 0); in pex_input_pipe() 461 pex_read_output (struct pex_obj *obj, int binary) in pex_read_output() argument 476 obj->read_output = fopen (obj->next_input_name, binary ? "rb" : "r"); in pex_read_output() 492 obj->read_output = obj->funcs->fdopenr (obj, o, binary); in pex_read_output() 500 pex_read_err (struct pex_obj *obj, int binary) in pex_read_err() argument 507 obj->read_err = obj->funcs->fdopenr (obj, o, binary); in pex_read_err()
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