getmonotime
now = getmonotime();
timeout = monotime_add(getmonotime(),
timeout = monotime_sub(timeout, getmonotime());
pauseaccept = getmonotime();
mt = monotime_sub(getmonotime(), mt);
return monotime_sub(getmonotime(), monotime_from_sec(t));
monotime_t getmonotime(void);
now = getmonotime();
loop_start = getmonotime();
monotime_to_usec(monotime_sub(getmonotime(), loop_start));
loop_start = getmonotime();
io_end = getmonotime();
peer_end = getmonotime();
adjout_end = getmonotime();
dump_end = getmonotime();
nh_end = getmonotime();
monotime_to_usec(monotime_sub(getmonotime(), nh_end));
rde_roa.lastchange = getmonotime();
new->lastchange = getmonotime();
new->lastchange = getmonotime();
ra->lastchange = getmonotime();
peer->staletime[aid] = now = getmonotime();
while (monotime_cmp(now, getmonotime()) >= 0) {
peer->staletime[aid] = now = getmonotime();
while (monotime_cmp(now, getmonotime()) >= 0) {
p->lastchange = getmonotime();
start = getmonotime();
if (monotime_to_msec(monotime_sub(getmonotime(), start)) > 10)
p->lastchange = getmonotime();
n->lastchange = getmonotime();
timeout = monotime_sub(timeout, getmonotime());
if (timer_nextisdue(&expire_timer, getmonotime()) != NULL) {
now = getmonotime();
peer->stats.last_updown = getmonotime();
p->stats.last_updown = getmonotime();
now = getmonotime();
timeout = monotime_sub(timeout, getmonotime());
monotime_cmp(getmonotime(), pauseaccept) > 0)
p->stats.last_updown = getmonotime();
p->stats.last_write = getmonotime();
p->stats.last_read = getmonotime();
pauseaccept = monotime_add(getmonotime(),
ms = monotime_add(ms, getmonotime());
getmonotime(&tv_now);
void getmonotime(struct timeval *);
getmonotime(&clt->clt_tv_start);
getmonotime(&clt->clt_tv_last);
getmonotime(&clt->clt_tv_last);
getmonotime(&clt->clt_tv_last);
getmonotime(&clt->clt_tv_last);
getmonotime(&clt->clt_tv_last);
getmonotime(&clt->clt_tv_last);
p->next = getmonotime() + t;
p->reply[p->shift].rcvd = getmonotime();
p->deadline = getmonotime() + t;
now = getmonotime();
cstr->last = getmonotime();
cstr->last = getmonotime();
now = getmonotime();
now = getmonotime();
cstr->last = getmonotime();
now = getmonotime();
now = getmonotime();
conf->constraint_last = getmonotime();
nextaction = getmonotime() + 900;
if (p->next > 0 && p->next <= getmonotime()) {
if (p->deadline > 0 && p->deadline <= getmonotime()) {
last_sensor_scan + SENSOR_SCAN_INTERVAL <= getmonotime()) {
last_sensor_scan = getmonotime();
now = getmonotime();
settime_deadline = getmonotime();
getmonotime() > settime_deadline + SETTIME_TIMEOUT) {
(getmonotime() - cstatus->constraint_last);
time_t getmonotime(void);
s->next = getmonotime();
s->next = getmonotime() + SENSOR_QUERY_INTERVAL_SETTIME;
s->next = getmonotime() + SENSOR_QUERY_INTERVAL;
getmonotime(&tv_now);
getmonotime(&now);
getmonotime(&now);
getmonotime(&cie->tv_start);
getmonotime(&tv);
getmonotime(&tv_now);
getmonotime(&tv_now);
getmonotime(&con->se_tv_last);
getmonotime(&con->se_tv_start);
getmonotime(&con->se_tv_start);
getmonotime(&tv_now);
getmonotime(&con->se_tv_last);
getmonotime(&con->se_tv_last);
getmonotime(&con->se_tv_last);
getmonotime(&con->se_tv_last);
getmonotime(&con->se_tv_last);
getmonotime(&con->se_tv_start);
getmonotime(&con->se_tv_start);
getmonotime(&tv_now);
void getmonotime(struct timeval *);
time_t getmonotime(void);
now = getmonotime();
now = getmonotime();
conn->idle_time = getmonotime() + HTTP_IDLE_TIMEOUT;
deadline = getmonotime() + timeout - repo_timeout / 2;
rp->alarm = getmonotime() + repo_timeout;
rp->alarm = getmonotime() + repo_timeout;
now = getmonotime();
rp->alarm = getmonotime() + repo_timeout;
getmonotime(&tv);
void getmonotime(struct timeval *);