153 	 * that the start time plus the interval time doesn't exceed  in clock_highres_timer_settime()
163 	 *    (where "s" is the start time, "i" is the interval, "n" is the  in clock_highres_timer_settime()
187 		 * If this is a one-shot, then we set the interval to be  in clock_highres_timer_settime()
233 	hrtime_t interval = ts2hrt(&it->it_itime.it_interval);  in clock_highres_timer_gettime()  local
255 		if (interval == 0) {  in clock_highres_timer_gettime()
265 		 * Calculate how far we are into this interval.  in clock_highres_timer_gettime()
267 		diff = (now - start) % interval;  in clock_highres_timer_gettime()
270 		 * Now check to see if we've dealt with the last interval  in clock_highres_timer_gettime()
275 			 * The last interval hasn't fired; set it_value to 0.  in clock_highres_timer_gettime()
282 		 * The last interval _has_ fired; we can return the amount  in clock_highres_timer_gettime()
283 		 * of time left in this interval.  in clock_highres_timer_gettime()
285 		diff = interval - diff;  in clock_highres_timer_gettime()