212 	tbprintf("%s.%s%d", devnames[s->sn_dev],  in showsensor()
223 		tbprintf("%10.2f degC",  in showsensor()
227 		tbprintf("%11lld RPM", s->sn_value);  in showsensor()
230 		tbprintf("%10.2f V DC",  in showsensor()
234 		tbprintf("%10.2f V AC",  in showsensor()
238 		tbprintf("%11lld ohm", s->sn_value);  in showsensor()
241 		tbprintf("%10.2f W", s->sn_value / 1000000.0);  in showsensor()
244 		tbprintf("%10.2f A", s->sn_value / 1000000.0);  in showsensor()
247 		tbprintf("%12.2f Wh", s->sn_value / 1000000.0);  in showsensor()
250 		tbprintf("%10.2f Ah", s->sn_value / 1000000.0);  in showsensor()
253 		tbprintf("%15s", s->sn_value ? "On" : "Off");  in showsensor()
256 		tbprintf("%11lld raw", s->sn_value);  in showsensor()
259 		tbprintf("%14.2f%%", s->sn_value / 1000.0);  in showsensor()
262 		tbprintf("%15.2f lx", s->sn_value / 1000000.0);  in showsensor()
267 			tbprintf("%15s", drvstat[s->sn_value]);  in showsensor()
272 		tbprintf("%15s", fmttime(s->sn_value / 1000000000.0));  in showsensor()
275 		tbprintf("%3.2f%%", s->sn_value / 1000.0);  in showsensor()
281 			tbprintf("%sHz", buf);  in showsensor()
283 			tbprintf("%11.2f Hz", s->sn_value / 1000000.0);  in showsensor()
286 		tbprintf("%3.4f degrees", s->sn_value / 1000000.0);  in showsensor()
289 		tbprintf("%.3f m", s->sn_value / 1000000.0);  in showsensor()
292 		tbprintf("%.2f Pa", s->sn_value / 1000.0);  in showsensor()
295 		tbprintf("%2.4f m/s^2", s->sn_value / 1000000.0);  in showsensor()
298 		tbprintf("%4.3f m/s", s->sn_value / 1000000.0);  in showsensor()
301 		tbprintf("%.2f J", s->sn_value / 1000000.0);  in showsensor()
304 		tbprintf("%10lld", s->sn_value);  in showsensor()