| /src/external/gpl3/gdb/dist/gdb/testsuite/gdb.base/ |
| fission-macro.c | 19 #define SECOND 2
|
| /src/usr.bin/leave/ |
| leave.c | 55 #define SECOND 1
56 #define MINUTE (SECOND * 60)
|
| /src/external/gpl3/binutils/dist/gas/config/ |
| tc-mep.h | 117 next instruction is expected to be the first or second instruction in
119 typedef enum exp_par_insn_{FIRST, SECOND} EXP_PAR_INSN;
|
| tc-mips.c | 1012 will be the GP-relative one and the second sequence will be the
1014 symbols and the second will be for local symbols.
1016 The frag's "subtype" is RELAX_ENCODE (FIRST, SECOND), where FIRST and
1017 SECOND are the lengths of the two sequences in bytes. These fields
1025 Set if it has been decided that we should use the second
1029 Set in the first variant frag if the macro's second implementation
1050 Like RELAX_DELAY_SLOT, but indicates that the second implementation of
1060 ... generate second expansion ...
1065 #define RELAX_ENCODE(FIRST, SECOND, PIC) \
1066 (((FIRST) << 8) | (SECOND) | ((PIC) ? 0x10000 : 0)
19651 unsigned int first, second; local
[all...] |
| /src/external/gpl3/binutils.old/dist/gas/config/ |
| tc-mep.h | 117 next instruction is expected to be the first or second instruction in
119 typedef enum exp_par_insn_{FIRST, SECOND} EXP_PAR_INSN;
|
| tc-mips.c | 1008 will be the GP-relative one and the second sequence will be the
1010 symbols and the second will be for local symbols.
1012 The frag's "subtype" is RELAX_ENCODE (FIRST, SECOND), where FIRST and
1013 SECOND are the lengths of the two sequences in bytes. These fields
1021 Set if it has been decided that we should use the second
1025 Set in the first variant frag if the macro's second implementation
1046 Like RELAX_DELAY_SLOT, but indicates that the second implementation of
1056 ... generate second expansion ...
1061 #define RELAX_ENCODE(FIRST, SECOND, PIC) \
1062 (((FIRST) << 8) | (SECOND) | ((PIC) ? 0x10000 : 0)
19339 unsigned int first, second; local
[all...] |
| /src/external/bsd/ntp/dist/ntpd/ |
| refclock_irig.c | 51 * The data encode 20 BCD digits which determine the second, minute,
61 * The timecode and reference timestamp are updated once each second
115 * x20 Seconds numbering discrepancy. The decoder second does not match
116 * the IRIG second. This is usually the result of an overdriven
157 #define SECOND 8000 /* nominal sample rate (Hz) */
163 #define FIELD 100 /* bits per second */
170 #define MAXFREQ (250e-6 * SECOND) /* freq tolerance (.025%) */
174 * of the first cycle of the second. The IIR baseband filter phase delay
201 #define IRIG_ERR_CHECK 0x20 /* second numbering discrepancy */
234 int seccnt; /* second interval counter *
266 int second; \/* previous second *\/ member in struct:irigunit
[all...] |
| refclock_chu.c | 78 * (ddd), hour (hh in UTC), minute (mm) and the second (ss). Since
84 * Format B bursts are sent at second 31 of the minute in hex digits
96 * 2 Leap second warning. One second will be added.
97 * 4 Leap second warning. One second will be subtracted.
101 * coincides with 0.5 second. Since characters have 11 bits and are
103 * coincides with 0.5 - 9 * 11/300 = 0.170 second. Depending on the
133 * second 39.
147 * The nibble-swapped timecode shows DUT1 +0.1 second, year 1998 and TA
338 int second; \/* counts the seconds of the minute *\/ member in struct:chuunit
[all...] |
| /src/external/bsd/ntp/dist/util/ |
| tg.c | 19 * a leap second in UTC. Note however, the ultimate accuracy is limited
37 * behavior at the next leap second epoch. The remaining options are
66 #define SECOND 8000 /* one second of 125-us samples */
105 * Decoder operations at the end of each second are driven by a state
107 * by second number. Each entry in the table contains a case switch
214 {MIN, M8}, /* 0 pi (second) */
229 void sec(int); /* send second */
239 int second = 0; /* seconds counter */ variable
339 info.play.sample_rate = SECOND;
[all...] |
| tg2.c | 19 * a leap second in UTC. Note however, the ultimate accuracy is limited
37 * behavior at the next leap second epoch. The remaining options are
114 * - Corrected WWV(H) signal to leave "tick" sound off of 29th and 59th second of minute.
178 * - Added leap second pending and DST change pending into IEEE 1344.
183 * - Added leap second addition and deletion.
240 #define SECOND (8000) /* one second of 125-us samples */
308 * Decoder operations at the end of each second are driven by a state
310 * by second number. Each entry in the table contains a case switch
403 * IRIG format frames (1000 Hz, 1 second for 10 frames of data
[all...] |
| /src/external/gpl3/gcc/dist/libsanitizer/tsan/ |
| tsan_rtl_access.cpp | 152 // triggers the race, but the second element contains info about the freeing
297 // triggers the race, but the second element contains info about the freeing
466 goto SECOND;
473 SECOND:
504 goto SECOND;
511 SECOND:
|
| /src/external/gpl2/xcvs/dist/lib/ |
| getdate.c | 347 /* Copy the second part of user declarations. */
2566 { "SECOND", tSEC_UNIT, 1 },
2582 /*{ "SECOND", tORDINAL, 2 }, */
3363 leap second. Typically this is not what the user wants, but it's
|
| /src/external/apache2/llvm/dist/clang/include/clang/AST/ |
| OpenMPClause.h | 1399 enum {FIRST, SECOND, NUM_MODIFIERS};
1426 /// Set the second schedule modifier.
1430 Modifiers[SECOND] = M;
1438 /// Set location of the second schedule modifier.
1440 ModifiersLoc[SECOND] = Loc;
1450 assert(Modifiers[SECOND] == OMPC_SCHEDULE_MODIFIER_unknown);
1451 Modifiers[SECOND] = M;
1489 /// \param M2 The second modifier applied to 'schedule' clause.
1490 /// \param M2Loc Location of the second modifier
1502 Modifiers[SECOND] = M2
[all...] |
| /src/external/bsd/tmux/dist/ |
| server-client.c | 687 SECOND,
737 type = SECOND;
739 log_debug("second-click at %u,%u", x, y);
1678 case SECOND:
|
