133 	struct smusat_sensor *sensor;  in smusat_attach()  local
152 		sensor = &sc->sc_sensors[sc->sc_num_sensors];  in smusat_attach()
153 		sensor->sc = sc;  in smusat_attach()
155 		memset(sensor->location, 0, sizeof(sensor->location));  in smusat_attach()
156 		OF_getprop(node, "location", sensor->location,  in smusat_attach()
157 		    sizeof(sensor->location));  in smusat_attach()
159 		if (OF_getprop(node, "reg", &sensor->reg,  in smusat_attach()
160 		        sizeof(sensor->reg)) <= 0)  in smusat_attach()
163 		if ((sensor->reg < 0x30) || (sensor->reg > 0x37))  in smusat_attach()
165 		sensor->reg -= 0x30;   in smusat_attach()
167 		if (OF_getprop(node, "zone", &sensor->zone,  in smusat_attach()
168 		        sizeof(sensor->zone)) <= 0)  in smusat_attach()
175 			sensor->type = SMUSAT_SENSOR_TEMP;  in smusat_attach()
176 			sensor->shift = 10;  in smusat_attach()
178 			sensor->type = SMUSAT_SENSOR_CURRENT;  in smusat_attach()
179 			sensor->shift = 8;  in smusat_attach()
181 			sensor->type = SMUSAT_SENSOR_VOLTAGE;  in smusat_attach()
182 			sensor->shift = 4;  in smusat_attach()
184 			sensor->type = SMUSAT_SENSOR_POWER;  in smusat_attach()
185 			sensor->shift = 0;  in smusat_attach()
189 		    sensor->location, sensor->reg, sensor->zone, type);  in smusat_attach()
205 		sensor = &sc->sc_sensors[i];  in smusat_attach()
207 		for (j = 0; j < strlen(sensor->location); j++) {  in smusat_attach()
208 			sysctl_sensor_name[j] = tolower(sensor->location[j]);  in smusat_attach()
226 		    NULL, 0, &sensor->zone, 0,  in smusat_attach()
236 		    smusat_sysctl_sensor_value, 0, (void *) sensor, 0,  in smusat_attach()
252 	struct smusat_sensor *sensor;  in smusat_setup_sme()  local
260 		sensor = &sc->sc_sensors[i];  in smusat_setup_sme()
262 		switch (sensor->type) {  in smusat_setup_sme()
281 		    "%s", sensor->location);  in smusat_setup_sme()
304 	struct smusat_sensor *sensor;  in smusat_sme_refresh()  local
305 	int which = edata->sensor;  in smusat_sme_refresh()
311 		sensor = &sc->sc_sensors[which];  in smusat_sme_refresh()
313 		ret = smusat_sensor_read(sensor, NULL);  in smusat_sme_refresh()
315 			switch (sensor->type) {  in smusat_sme_refresh()
317 				edata->value_cur = sensor->current_value *  in smusat_sme_refresh()
321 				edata->value_cur = sensor->current_value * 1000000;  in smusat_sme_refresh()
324 				edata->value_cur = sensor->current_value * 1000000;  in smusat_sme_refresh()
327 				edata->value_cur = sensor->current_value * 1000000;  in smusat_sme_refresh()
330 				edata->value_cur = sensor->current_value;  in smusat_sme_refresh()
357 smusat_sensor_read(struct smusat_sensor *sensor, int *value)  in smusat_sensor_read()  argument
359 	struct smusat_softc *sc = sensor->sc;  in smusat_sensor_read()
368 	reg = sensor->reg << 1;  in smusat_sensor_read()
369 	sensor->current_value = (sc->sc_cache[reg] << 8) + sc->sc_cache[reg + 1];  in smusat_sensor_read()
370 	sensor->current_value <<= sensor->shift;  in smusat_sensor_read()
372 	sensor->current_value >>= 16;  in smusat_sensor_read()
375 		*value = sensor->current_value;  in smusat_sensor_read()
384 	struct smusat_sensor *sensor = node.sysctl_data;  in smusat_sysctl_sensor_value()  local
390 	ret = smusat_sensor_read(sensor, &value);  in smusat_sysctl_sensor_value()