void
rqstat_sum(rqst_stats_t *sum, rqst_stats_t *incr)
{
addtime( &(sum->totalresponsetime), &(incr->totalresponsetime));
mintime( &(sum->minresponsetime), &(incr->minresponsetime));
maxtime( &(sum->maxresponsetime), &(incr->maxresponsetime));
sum->totalresponsetimesq += incr->totalresponsetimesq;
addtime( &(sum->totalconnecttime), &(incr->totalconnecttime));
mintime( &(sum->minconnecttime), &(incr->minconnecttime));
maxtime( &(sum->maxconnecttime), &(incr->maxconnecttime));
sum->totalconnecttimesq += incr->totalconnecttimesq;
sum->totalconnects += incr->totalconnects;
sum->totalerrs += incr->totalerrs;
addtime( &(sum->totalerrortime), &(incr->totalerrortime));
sum->totalbytes += incr->totalbytes;
sum->totalbytessq += incr->totalbytessq;
sum->minbytes = min(sum->minbytes, incr->minbytes);
sum->maxbytes = max(sum->maxbytes, incr->maxbytes);
sum->totalbody += incr->totalbody;
sum->totalbodysq += incr->totalbodysq;
sum->minbody = min(sum->minbody, incr->minbody);
sum->maxbody = max(sum->maxbody, incr->maxbody);
}
long
next_muckevent_time(void)
{
long nexttime = 1000L;
nexttime = mintime(next_event_time(), nexttime);
nexttime = mintime(next_dump_time(), nexttime);
nexttime = mintime(next_clean_time(), nexttime);
return (nexttime);
}
time_t
next_muckevent_time(void)
{
time_t nexttime = 1000L;
nexttime = mintime(next_event_time(), nexttime);
nexttime = mintime(next_dump_time(), nexttime);
nexttime = mintime(next_clean_time(), nexttime);
#ifdef RWHO
nexttime = mintime(next_rwho_time(), nexttime);
#endif
#ifdef MUD
nexttime = mintime(next_mud_time(), nexttime);
nexttime = mintime(next_mob_time(), nexttime);
#endif
return (nexttime);
}
