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    Searched refs:c_time (Results 1 - 7 of 7) sorted by relevancy

  /src/sys/sys/
callout.h 96 int c_time; /* when callout fires */ member in struct:callout_impl
  /src/usr.bin/ipcs/
ipcs.c 316 show_msginfo(time_t s_time, time_t r_time, time_t c_time, int ipcid,
327 cvt_time(c_time, c_time_buf, sizeof(c_time_buf));
371 show_shminfo(time_t atime, time_t dtime, time_t c_time, int ipcid, u_int64_t key,
380 cvt_time(c_time, c_time_buf, sizeof(c_time_buf));
423 show_seminfo(time_t otime, time_t c_time, int ipcid, u_int64_t key, mode_t mode,
430 cvt_time(c_time, c_time_buf, sizeof(c_time_buf));
  /src/sys/kern/
kern_timeout.c 66 * Timeouts are kept in a hierarchical timing wheel. The c_time is the
77 * be scheduled to timeout further in time than INT_MAX, but c->c_time can
79 * The only way we can use the c->c_time value in any predictable way is
80 * when we calculate how far in the future `to' will timeout - "c->c_time
438 old_time = c->c_time;
439 c->c_time = to_ticks + occ->cc_ticks;
440 if (c->c_time - old_time < 0) {
452 c->c_time = to_ticks + occ->cc_ticks;
458 c->c_time = to_ticks + cc->cc_ticks;
848 delta = (int)((unsigned)c->c_time - (unsigned)ticks)
    [all...]
  /src/sys/arch/shark/shark/
scr.c 535 int c_time; /* ticks to the event */
3601 p1->c_time -= scrClkCount;
3603 if (p1->c_time > 0)
3608 if (p1->c_time == 0)
3617 while ((c = scrClkCallTodo.c_next) != NULL && c->c_time <= 0)
3739 * as well. Watch out for negative c_time values; these represent
3742 for (p = &scrClkCallTodo; (t = p->c_next) != NULL && count > t->c_time; p = t)
3744 if (t->c_time > 0)
3746 count -= t->c_time;
3751 new->c_time = count
534 int c_time; \/* ticks to the event *\/ member in struct:callout_t
    [all...]
  /src/usr.sbin/trpt/
trpt.c 539 ci->c_time - hardticks);
  /src/usr.bin/netstat/
inet.c 1079 printf("\t%d\n", ci->c_time - hardticks);
inet6.c 1524 printf("\t%d\n", ci->c_time - hardticks);

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