517 	struct ffclock_estimate	cest;  member
560 	struct ffclock_estimate cest;  in ffclock_reset_clock()  local
563 	memset(&cest, 0, sizeof(struct ffclock_estimate));  in ffclock_reset_clock()
566 	timespec2bintime(ts, &(cest.update_time));  in ffclock_reset_clock()
567 	ffclock_read_counter(&cest.update_ffcount);  in ffclock_reset_clock()
568 	cest.leapsec_next = 0;  in ffclock_reset_clock()
569 	cest.period = ((1ULL << 63) / tc->tc_frequency) << 1;  in ffclock_reset_clock()
570 	cest.errb_abs = 0;  in ffclock_reset_clock()
571 	cest.errb_rate = 0;  in ffclock_reset_clock()
572 	cest.status = FFCLOCK_STA_UNSYNC;  in ffclock_reset_clock()
573 	cest.leapsec_total = 0;  in ffclock_reset_clock()
574 	cest.leapsec = 0;  in ffclock_reset_clock()
577 	bcopy(&cest, &ffclock_estimate, sizeof(struct ffclock_estimate));  in ffclock_reset_clock()
625 	struct ffclock_estimate *cest;  in ffclock_windup()  local
641 	cest = &ffth->cest;  in ffclock_windup()
642 	bcopy(&fftimehands->cest, cest, sizeof(struct ffclock_estimate));  in ffclock_windup()
647 	ffclock_convert_delta(ffdelta, cest->period, &bt);  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()
678 		bcopy(&ffclock_estimate, cest, sizeof(struct ffclock_estimate));  in ffclock_windup()
679 		ffdelta = ffth->tick_ffcount - cest->update_ffcount;  in ffclock_windup()
680 		ffth->tick_time = cest->update_time;  in ffclock_windup()
681 		ffclock_convert_delta(ffdelta, cest->period, &bt);  in ffclock_windup()
713 		    ((cest->status & FFCLOCK_STA_UNSYNC) == 0) &&  in ffclock_windup()
714 		    ((cest->status & FFCLOCK_STA_WARMUP) == FFCLOCK_STA_WARMUP)) {  in ffclock_windup()
723 		ffclock_status = cest->status;  in ffclock_windup()
724 		ffth->period_lerp = cest->period;  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()
778 	struct ffclock_estimate *cest;  in ffclock_change_tc()  local
787 	cest = &ffth->cest;  in ffclock_change_tc()
788 	bcopy(&(fftimehands->cest), cest, sizeof(struct ffclock_estimate));  in ffclock_change_tc()
789 	cest->period = ((1ULL << 63) / tc->tc_frequency ) << 1;  in ffclock_change_tc()
790 	cest->errb_abs = 0;  in ffclock_change_tc()
791 	cest->errb_rate = 0;  in ffclock_change_tc()
792 	cest->status |= FFCLOCK_STA_UNSYNC;  in ffclock_change_tc()
797 	ffth->period_lerp = cest->period;  in ffclock_change_tc()
864 			ffclock_convert_delta(ffdelta, ffth->cest.period, &bt2);  in ffclock_convert_abs()
890 		ffclock_convert_delta(ffdelta, ffth->cest.period, bt);  in ffclock_convert_diff()
1057 	struct ffclock_estimate cest;  in sysclock_getsnapshot()  local
1074 		ffi->period = ffth->cest.period;  in sysclock_getsnapshot()
1077 		cest = ffth->cest;  in sysclock_getsnapshot()
1100 	ffi->leapsec_adjustment = cest.leapsec_total;  in sysclock_getsnapshot()
1101 	if (clock_snap->ffcount > cest.leapsec_next)  in sysclock_getsnapshot()
1102 		ffi->leapsec_adjustment -= cest.leapsec;  in sysclock_getsnapshot()
1105 	clock_snap->ff_info.status = cest.status;  in sysclock_getsnapshot()
1106 	ffcount = clock_snap->ffcount - cest.update_ffcount;  in sysclock_getsnapshot()
1107 	ffclock_convert_delta(ffcount, cest.period, &bt);  in sysclock_getsnapshot()
1109 	bintime_mul(&bt, cest.errb_rate * (uint64_t)18446744073709ULL);  in sysclock_getsnapshot()
1111 	bintime_addx(&bt, cest.errb_abs * (uint64_t)18446744073ULL);  in sysclock_getsnapshot()
1876 	ffclock_convert_delta(tcount, pps->capffth->cest.period, &bt);  in pps_event()