e->n_ref = 1;
e->signal_fd = e->watchdog_fd = e->epoll_fd = e->realtime.fd = e->boottime.fd = e->monotonic.fd = e->realtime_alarm.fd = e->boottime_alarm.fd = -1;
- e->realtime.next = e->boottime.next = e->monotonic.next = e->realtime_alarm.next = e->boottime_alarm.next = (usec_t) -1;
+ e->realtime.next = e->boottime.next = e->monotonic.next = e->realtime_alarm.next = e->boottime_alarm.next = USEC_INFINITY;
e->original_pid = getpid();
- e->perturb = (usec_t) -1;
+ e->perturb = USEC_INFINITY;
assert_se(sigemptyset(&e->sigset) == 0);
bit. Here, we calculate a perturbation usec offset from the
boot ID. */
- if (_likely_(e->perturb != (usec_t) -1))
+ if (_likely_(e->perturb != USEC_INFINITY))
return;
if (sd_id128_get_boot(&bootid) >= 0)
if (d->fd < 0)
return 0;
- if (d->next == (usec_t) -1)
+ if (d->next == USEC_INFINITY)
return 0;
/* disarm */
if (r < 0)
return r;
- d->next = (usec_t) -1;
+ d->next = USEC_INFINITY;
return 0;
}
return -EIO;
if (next)
- *next = (usec_t) -1;
+ *next = USEC_INFINITY;
return 0;
}