135 clock_ct_to_ts(const struct clocktime *ct, struct timespec *ts)  in clock_ct_to_ts()  argument
141 		clock_print_ct(ct, 9);  in clock_ct_to_ts()
150 	year = ct->year;  in clock_ct_to_ts()
157 	if (ct->mon < 1 || ct->mon > 12 || ct->day < 1 ||  in clock_ct_to_ts()
158 	    ct->day > days_in_month(year, ct->mon) ||  in clock_ct_to_ts()
159 	    ct->hour > 23 ||  ct->min > 59 || ct->sec > 59 || year < 1970 ||  in clock_ct_to_ts()
181 	for (i = 1; i < ct->mon; i++)  in clock_ct_to_ts()
183 	days += (ct->day - 1);  in clock_ct_to_ts()
185 	ts->tv_sec = (((time_t)days * 24 + ct->hour) * 60 + ct->min) * 60 +  in clock_ct_to_ts()
186 	    ct->sec;  in clock_ct_to_ts()
187 	ts->tv_nsec = ct->nsec;  in clock_ct_to_ts()
197 	struct clocktime ct;  in clock_bcd_to_ts()  local
223 	ct.year = FROMBCD(byear) + FROMBCD(bcent) * 100;  in clock_bcd_to_ts()
224 	ct.mon  = FROMBCD(bct->mon);  in clock_bcd_to_ts()
225 	ct.day  = FROMBCD(bct->day);  in clock_bcd_to_ts()
226 	ct.hour = FROMBCD(bct->hour);  in clock_bcd_to_ts()
227 	ct.min  = FROMBCD(bct->min);  in clock_bcd_to_ts()
228 	ct.sec  = FROMBCD(bct->sec);  in clock_bcd_to_ts()
229 	ct.dow  = bct->dow;  in clock_bcd_to_ts()
230 	ct.nsec = bct->nsec;  in clock_bcd_to_ts()
234 		if (ct.hour == 12)  in clock_bcd_to_ts()
235 			ct.hour = 0;  in clock_bcd_to_ts()
237 			ct.hour += 12;  in clock_bcd_to_ts()
240 	return (clock_ct_to_ts(&ct, ts));  in clock_bcd_to_ts()
244 clock_ts_to_ct(const struct timespec *ts, struct clocktime *ct)  in clock_ts_to_ct()  argument
254 	ct->dow = day_of_week(days);  in clock_ts_to_ct()
265 	ct->year = year;  in clock_ts_to_ct()
270 	ct->mon = i;  in clock_ts_to_ct()
273 	ct->day = days + 1;  in clock_ts_to_ct()
276 	ct->hour = rsec / 3600;  in clock_ts_to_ct()
278 	ct->min  = rsec / 60;  in clock_ts_to_ct()
280 	ct->sec  = rsec;  in clock_ts_to_ct()
281 	ct->nsec = ts->tv_nsec;  in clock_ts_to_ct()
285 		clock_print_ct(ct, 9);  in clock_ts_to_ct()
289 	KASSERT(ct->year >= 0 && ct->year < 10000,  in clock_ts_to_ct()
290 	    ("year %d isn't a 4 digit year", ct->year));  in clock_ts_to_ct()
291 	KASSERT(ct->mon >= 1 && ct->mon <= 12,  in clock_ts_to_ct()
292 	    ("month %d not in 1-12", ct->mon));  in clock_ts_to_ct()
293 	KASSERT(ct->day >= 1 && ct->day <= 31,  in clock_ts_to_ct()
294 	    ("day %d not in 1-31", ct->day));  in clock_ts_to_ct()
295 	KASSERT(ct->hour >= 0 && ct->hour <= 23,  in clock_ts_to_ct()
296 	    ("hour %d not in 0-23", ct->hour));  in clock_ts_to_ct()
297 	KASSERT(ct->min >= 0 && ct->min <= 59,  in clock_ts_to_ct()
298 	    ("minute %d not in 0-59", ct->min));  in clock_ts_to_ct()
300 	KASSERT(ct->sec >= 0 && ct->sec <= 60,  in clock_ts_to_ct()
301 	    ("seconds %d not in 0-60", ct->sec));  in clock_ts_to_ct()
307 	struct clocktime ct;  in clock_ts_to_bcd()  local
309 	clock_ts_to_ct(ts, &ct);  in clock_ts_to_bcd()
314 		if (ct.hour >= 12) {  in clock_ts_to_bcd()
315 			ct.hour -= 12;  in clock_ts_to_bcd()
318 		if (ct.hour == 0)  in clock_ts_to_bcd()
319 			ct.hour = 12;  in clock_ts_to_bcd()
322 	bct->year = TOBCD(ct.year % 100) | (TOBCD(ct.year / 100) << 8);  in clock_ts_to_bcd()
323 	bct->mon  = TOBCD(ct.mon);  in clock_ts_to_bcd()
324 	bct->day  = TOBCD(ct.day);  in clock_ts_to_bcd()
325 	bct->hour = TOBCD(ct.hour);  in clock_ts_to_bcd()
326 	bct->min  = TOBCD(ct.min);  in clock_ts_to_bcd()
327 	bct->sec  = TOBCD(ct.sec);  in clock_ts_to_bcd()
328 	bct->dow  = ct.dow;  in clock_ts_to_bcd()
329 	bct->nsec = ct.nsec;  in clock_ts_to_bcd()
351 clock_print_ct(const struct clocktime *ct, int nsdigits)  in clock_print_ct()  argument
358 		    ct->year, ct->mon, ct->day,  in clock_print_ct()
359 		    ct->hour, ct->min, ct->sec,  in clock_print_ct()
360 		    nsdigits, nsdigits, ct->nsec / nsdivisors[nsdigits]);  in clock_print_ct()
363 		    ct->year, ct->mon, ct->day,  in clock_print_ct()
364 		    ct->hour, ct->min, ct->sec);  in clock_print_ct()
371 	struct clocktime ct;  in clock_print_ts()  local
373 	clock_ts_to_ct(ts, &ct);  in clock_print_ts()
374 	clock_print_ct(&ct, nsdigits);  in clock_print_ts()