594 ffclock_convert_delta(ffcounter ffdelta, uint64_t period, struct bintime *bt)  in ffclock_convert_delta()  argument
602 		if (ffdelta > delta_max)  in ffclock_convert_delta()
605 			delta = ffdelta;  in ffclock_convert_delta()
610 		ffdelta -= delta;  in ffclock_convert_delta()
611 	} while (ffdelta > 0);  in ffclock_convert_delta()
628 	ffcounter ffdelta;  in ffclock_windup()  local
643 	ffdelta = (ffcounter)delta;  in ffclock_windup()
647 	ffclock_convert_delta(ffdelta, cest->period, &bt);  in ffclock_windup()
651 	ffclock_convert_delta(ffdelta, ffth->period_lerp, &bt);  in ffclock_windup()
654 	ffth->tick_ffcount = fftimehands->tick_ffcount + ffdelta;  in ffclock_windup()
662 		ffdelta = ffth->tick_ffcount - cest->update_ffcount;  in ffclock_windup()
663 		ffclock_convert_delta(ffdelta, cest->period, &bt);  in ffclock_windup()
679 		ffdelta = ffth->tick_ffcount - cest->update_ffcount;  in ffclock_windup()
681 		ffclock_convert_delta(ffdelta, cest->period, &bt);  in ffclock_windup()
732 			ffdelta = cest->update_ffcount;  in ffclock_windup()
733 			ffdelta -= fftimehands->cest.update_ffcount;  in ffclock_windup()
734 			ffclock_convert_delta(ffdelta, cest->period, &bt);  in ffclock_windup()
746 				frac /= ffdelta / gap_lerp.sec;  in ffclock_windup()
748 			frac += gap_lerp.frac / ffdelta;  in ffclock_windup()
844 	ffcounter ffdelta;  in ffclock_convert_abs()  local
855 			ffdelta = ffcount - ffth->tick_ffcount;  in ffclock_convert_abs()
857 			ffdelta = ffth->tick_ffcount - ffcount;  in ffclock_convert_abs()
861 			ffclock_convert_delta(ffdelta, ffth->period_lerp, &bt2);  in ffclock_convert_abs()
864 			ffclock_convert_delta(ffdelta, ffth->cest.period, &bt2);  in ffclock_convert_abs()
881 ffclock_convert_diff(ffcounter ffdelta, struct bintime *bt)  in ffclock_convert_diff()  argument
890 		ffclock_convert_delta(ffdelta, ffth->cest.period, bt);  in ffclock_convert_diff()