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   1 /**
   2  * Copyright (c) 2010-2023 Contributors to the openHAB project
   3  *
   4  * See the NOTICE file(s) distributed with this work for additional
   5  * information.
   6  *
   7  * This program and the accompanying materials are made available under the
   8  * terms of the Eclipse Public License 2.0 which is available at
   9  * http://www.eclipse.org/legal/epl-2.0
  10  *
  11  * SPDX-License-Identifier: EPL-2.0
  12  */
  13 package org.openhab.binding.shelly.internal.handler;
  14
  15 import static org.openhab.binding.shelly.internal.ShellyBindingConstants.*;
  16 import static org.openhab.binding.shelly.internal.api1.Shelly1ApiJsonDTO.*;
  17 import static org.openhab.binding.shelly.internal.util.ShellyUtils.*;
  18
  19 import org.eclipse.jdt.annotation.NonNullByDefault;
  20 import org.eclipse.jdt.annotation.Nullable;
  21 import org.openhab.binding.shelly.internal.api.ShellyApiException;
  22 import org.openhab.binding.shelly.internal.api.ShellyDeviceProfile;
  23 import org.openhab.binding.shelly.internal.api1.Shelly1ApiJsonDTO.ShellyRollerStatus;
  24 import org.openhab.binding.shelly.internal.api1.Shelly1ApiJsonDTO.ShellySettingsEMeter;
  25 import org.openhab.binding.shelly.internal.api1.Shelly1ApiJsonDTO.ShellySettingsMeter;
  26 import org.openhab.binding.shelly.internal.api1.Shelly1ApiJsonDTO.ShellySettingsRelay;
  27 import org.openhab.binding.shelly.internal.api1.Shelly1ApiJsonDTO.ShellySettingsStatus;
  28 import org.openhab.binding.shelly.internal.api1.Shelly1ApiJsonDTO.ShellyStatusSensor;
  29 import org.openhab.binding.shelly.internal.api1.Shelly1ApiJsonDTO.ShellyStatusSensor.ShellyADC;
  30 import org.openhab.binding.shelly.internal.api1.Shelly1ApiJsonDTO.ShellyStatusSensor.ShellyExtTemperature.ShellyShortTemp;
  31 import org.openhab.binding.shelly.internal.api1.Shelly1ApiJsonDTO.ShellyThermnostat;
  32 import org.openhab.binding.shelly.internal.provider.ShellyChannelDefinitions;
  33 import org.openhab.core.library.types.StringType;
  34 import org.openhab.core.library.unit.ImperialUnits;
  35 import org.openhab.core.library.unit.SIUnits;
  36 import org.openhab.core.library.unit.Units;
  37 import org.openhab.core.types.UnDefType;
  38
  39 /***
  40  * The{@link ShellyComponents} implements updates for supplemental components
  41  * Meter will be used by Relay + Light; Sensor is part of H&T, Flood, Door Window, Sense
  42  *
  43  * @author Markus Michels - Initial contribution
  44  */
  45 @NonNullByDefault
  46 public class ShellyComponents {
  47
  48     /**
  49      * Update device status
  50      *
  51      * @param th Thing Handler instance
  52      * @param profile ShellyDeviceProfile
  53      */
  54     public static boolean updateDeviceStatus(ShellyThingInterface thingHandler, ShellySettingsStatus status) {
  55         ShellyDeviceProfile profile = thingHandler.getProfile();
  56
  57         if (!profile.gateway.isEmpty()) {
  58             thingHandler.updateChannel(CHANNEL_GROUP_DEV_STATUS, CHANNEL_DEVST_GATEWAY, getStringType(profile.gateway));
  59         }
  60         if (!thingHandler.areChannelsCreated()) {
  61             thingHandler.updateChannelDefinitions(ShellyChannelDefinitions.createDeviceChannels(thingHandler.getThing(),
  62                     thingHandler.getProfile(), status));
  63         }
  64
  65         if (getLong(status.uptime) > 10) {
  66             thingHandler.updateChannel(CHANNEL_GROUP_DEV_STATUS, CHANNEL_DEVST_UPTIME,
  67                     toQuantityType((double) getLong(status.uptime), DIGITS_NONE, Units.SECOND));
  68         }
  69
  70         Integer rssi = getInteger(status.wifiSta.rssi);
  71         thingHandler.updateChannel(CHANNEL_GROUP_DEV_STATUS, CHANNEL_DEVST_RSSI, mapSignalStrength(rssi));
  72         if (getDouble(status.temperature) != SHELLY_API_INVTEMP) {
  73             if (status.tmp != null && !thingHandler.getProfile().isSensor) {
  74                 thingHandler.updateChannel(CHANNEL_GROUP_DEV_STATUS, CHANNEL_DEVST_ITEMP,
  75                         toQuantityType(getDouble(status.tmp.tC), DIGITS_NONE, SIUnits.CELSIUS));
  76             } else if (status.temperature != null) {
  77                 thingHandler.updateChannel(CHANNEL_GROUP_DEV_STATUS, CHANNEL_DEVST_ITEMP,
  78                         toQuantityType(getDouble(status.temperature), DIGITS_NONE, SIUnits.CELSIUS));
  79             }
  80         }
  81         thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_SENSOR_SLEEPTIME,
  82                 toQuantityType(getInteger(status.sleepTime), Units.SECOND));
  83
  84         thingHandler.updateChannel(CHANNEL_GROUP_DEV_STATUS, CHANNEL_DEVST_UPDATE, getOnOff(status.hasUpdate));
  85
  86         if (profile.settings.calibrated != null) {
  87             thingHandler.updateChannel(CHANNEL_GROUP_DEV_STATUS, CHANNEL_DEVST_CALIBRATED,
  88                     getOnOff(profile.settings.calibrated));
  89         }
  90
  91         return false; // device status never triggers update
  92     }
  93
  94     public static boolean updateRelay(ShellyBaseHandler thingHandler, ShellySettingsStatus status, int id) {
  95         ShellyDeviceProfile profile = thingHandler.getProfile();
  96         ShellySettingsRelay relay = status.relays.get(id);
  97         ShellySettingsRelay rsettings;
  98         if (profile.settings.relays != null) {
  99             rsettings = profile.settings.relays.get(id);
 100         } else {
 101             throw new IllegalArgumentException("No relay settings");
 102         }
 103
 104         boolean updated = false;
 105         if (relay.isValid == null || relay.isValid) {
 106             String groupName = profile.getControlGroup(id);
 107             updated |= thingHandler.updateChannel(groupName, CHANNEL_OUTPUT_NAME, getStringType(rsettings.name));
 108
 109             if (getBool(relay.overpower)) {
 110                 thingHandler.postEvent(ALARM_TYPE_OVERPOWER, false);
 111             }
 112
 113             updated |= thingHandler.updateChannel(groupName, CHANNEL_OUTPUT, getOnOff(relay.ison));
 114             updated |= thingHandler.updateChannel(groupName, CHANNEL_TIMER_ACTIVE, getOnOff(relay.hasTimer));
 115             if (status.extSwitch != null) {
 116                 if (status.extSwitch.input0 != null) {
 117                     updated |= thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_ESENSOR_INPUT1,
 118                             getOpenClosed(getInteger(status.extSwitch.input0.input) == 1));
 119                 }
 120             }
 121             if (status.extTemperature != null) {
 122                 // Shelly 1/1PM support up to 3 external sensors
 123                 // for whatever reason those are not represented as an array, but 3 elements
 124                 updated |= updateTempChannel(status.extTemperature.sensor1, thingHandler, CHANNEL_ESENSOR_TEMP1);
 125                 updated |= updateTempChannel(status.extTemperature.sensor2, thingHandler, CHANNEL_ESENSOR_TEMP2);
 126                 updated |= updateTempChannel(status.extTemperature.sensor3, thingHandler, CHANNEL_ESENSOR_TEMP3);
 127                 updated |= updateTempChannel(status.extTemperature.sensor4, thingHandler, CHANNEL_ESENSOR_TEMP4);
 128                 updated |= updateTempChannel(status.extTemperature.sensor5, thingHandler, CHANNEL_ESENSOR_TEMP5);
 129             }
 130             if ((status.extHumidity != null) && (status.extHumidity.sensor1 != null)) {
 131                 updated |= thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_ESENSOR_HUMIDITY,
 132                         toQuantityType(getDouble(status.extHumidity.sensor1.hum), DIGITS_PERCENT, Units.PERCENT));
 133             }
 134             if ((status.extVoltage != null) && (status.extVoltage.sensor1 != null)) {
 135                 updated |= thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_ESENSOR_VOLTAGE,
 136                         toQuantityType(getDouble(status.extVoltage.sensor1.voltage), 4, Units.VOLT));
 137             }
 138             if ((status.extDigitalInput != null) && (status.extDigitalInput.sensor1 != null)) {
 139                 updated |= thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_ESENSOR_DIGITALINPUT,
 140                         getOnOff(status.extDigitalInput.sensor1.state));
 141             }
 142             if ((status.extAnalogInput != null) && (status.extAnalogInput.sensor1 != null)) {
 143                 updated |= thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_ESENSOR_ANALOGINPUT, toQuantityType(
 144                         getDouble(status.extAnalogInput.sensor1.percent), DIGITS_PERCENT, Units.PERCENT));
 145             }
 146
 147             // Update Auto-ON/OFF timer
 148             updated |= thingHandler.updateChannel(groupName, CHANNEL_TIMER_AUTOON,
 149                     toQuantityType(getDouble(rsettings.autoOn), Units.SECOND));
 150             updated |= thingHandler.updateChannel(groupName, CHANNEL_TIMER_AUTOOFF,
 151                     toQuantityType(getDouble(rsettings.autoOff), Units.SECOND));
 152         }
 153         return updated;
 154     }
 155
 156     public static boolean updateRoller(ShellyBaseHandler thingHandler, ShellyRollerStatus control, int id)
 157             throws ShellyApiException {
 158         ShellyDeviceProfile profile = thingHandler.getProfile();
 159         boolean updated = false;
 160         if (getBool(control.isValid)) {
 161             String groupName = profile.getControlGroup(id);
 162             if (control.name != null) {
 163                 updated |= thingHandler.updateChannel(groupName, CHANNEL_OUTPUT_NAME, getStringType(control.name));
 164             }
 165
 166             String state = getString(control.state);
 167             int pos = -1;
 168             switch (state) {
 169                 case SHELLY_ALWD_ROLLER_TURN_OPEN:
 170                     pos = SHELLY_MAX_ROLLER_POS;
 171                     break;
 172                 case SHELLY_ALWD_ROLLER_TURN_CLOSE:
 173                     pos = SHELLY_MIN_ROLLER_POS;
 174                     break;
 175                 case SHELLY_ALWD_ROLLER_TURN_STOP:
 176                     if (control.currentPos != null) {
 177                         // only valid in stop state
 178                         pos = Math.max(SHELLY_MIN_ROLLER_POS, Math.min(control.currentPos, SHELLY_MAX_ROLLER_POS));
 179                     }
 180                     break;
 181             }
 182             if (pos != -1) {
 183                 thingHandler.logger.debug("{}: Update roller position to {}/{}, state={}", thingHandler.thingName, pos,
 184                         SHELLY_MAX_ROLLER_POS - pos, state);
 185                 updated |= thingHandler.updateChannel(groupName, CHANNEL_ROL_CONTROL_CONTROL,
 186                         toQuantityType((double) (SHELLY_MAX_ROLLER_POS - pos), Units.PERCENT));
 187                 updated |= thingHandler.updateChannel(groupName, CHANNEL_ROL_CONTROL_POS,
 188                         toQuantityType((double) pos, Units.PERCENT));
 189             }
 190
 191             updated |= thingHandler.updateChannel(groupName, CHANNEL_ROL_CONTROL_STATE, new StringType(state));
 192             updated |= thingHandler.updateChannel(groupName, CHANNEL_ROL_CONTROL_STOPR,
 193                     getStringType(control.stopReason));
 194             updated |= thingHandler.updateChannel(groupName, CHANNEL_ROL_CONTROL_SAFETY,
 195                     getOnOff(control.safetySwitch));
 196         }
 197         return updated;
 198     }
 199
 200     /**
 201      * Update Meter channel
 202      *
 203      * @param th Thing Handler instance
 204      * @param profile ShellyDeviceProfile
 205      * @param status Last ShellySettingsStatus
 206      */
 207     public static boolean updateMeters(ShellyThingInterface thingHandler, ShellySettingsStatus status) {
 208         ShellyDeviceProfile profile = thingHandler.getProfile();
 209
 210         double accumulatedWatts = 0.0;
 211         double accumulatedTotal = 0.0;
 212         double accumulatedReturned = 0.0;
 213
 214         boolean updated = false;
 215         // Devices without power meters get no updates
 216         // We need to differ
 217         // Roler+RGBW2 have multiple meters -> aggregate consumption to the functional device
 218         // Meter and EMeter have a different set of channels
 219         if (status.meters != null || status.emeters != null) {
 220             if (!profile.isRoller && !profile.isRGBW2) {
 221                 // In Relay mode we map eacher meter to the matching channel group
 222                 int m = 0;
 223                 if (!profile.isEMeter) {
 224                     for (ShellySettingsMeter meter : status.meters) {
 225                         if (m >= profile.numMeters) {
 226                             // Shelly1: reports status.meters[0].is_valid = true, but even doesn't have a meter
 227                             meter.isValid = false;
 228                         }
 229                         if (getBool(meter.isValid) || profile.isLight) { // RGBW2-white doesn't report valid flag
 230                             // correctly in white mode
 231                             String groupName = profile.getMeterGroup(m);
 232                             if (!thingHandler.areChannelsCreated()) {
 233                                 // skip for Shelly Bulb: JSON has a meter, but values don't get updated
 234                                 if (!profile.isBulb) {
 235                                     thingHandler.updateChannelDefinitions(ShellyChannelDefinitions
 236                                             .createMeterChannels(thingHandler.getThing(), meter, groupName));
 237                                 }
 238                             }
 239
 240                             updated |= thingHandler.updateChannel(groupName, CHANNEL_METER_CURRENTWATTS,
 241                                     toQuantityType(getDouble(meter.power), DIGITS_WATT, Units.WATT));
 242                             accumulatedWatts += getDouble(meter.power);
 243
 244                             // convert Watt/Min to kw/h
 245                             if (meter.total != null) {
 246                                 double kwh = getDouble(meter.total) / 1000 / 60;
 247                                 updated |= thingHandler.updateChannel(groupName, CHANNEL_METER_TOTALKWH,
 248                                         toQuantityType(kwh, DIGITS_KWH, Units.KILOWATT_HOUR));
 249                                 accumulatedTotal += kwh;
 250                             }
 251                             if (meter.counters != null) {
 252                                 updated |= thingHandler.updateChannel(groupName, CHANNEL_METER_LASTMIN1,
 253                                         toQuantityType(getDouble(meter.counters[0]), DIGITS_WATT, Units.WATT));
 254                             }
 255                             if (meter.timestamp != null) {
 256                                 thingHandler.updateChannel(groupName, CHANNEL_LAST_UPDATE,
 257                                         getTimestamp(getString(profile.settings.timezone), meter.timestamp));
 258                             }
 259                         }
 260                         m++;
 261                     }
 262                 } else {
 263                     for (ShellySettingsEMeter emeter : status.emeters) {
 264                         if (getBool(emeter.isValid)) {
 265                             String groupName = profile.getMeterGroup(m);
 266                             if (!thingHandler.areChannelsCreated()) {
 267                                 thingHandler.updateChannelDefinitions(ShellyChannelDefinitions
 268                                         .createEMeterChannels(thingHandler.getThing(), profile, emeter, groupName));
 269                             }
 270
 271                             // convert Watt/Hour to kw/h
 272                             double total = getDouble(emeter.total) / 1000 / 60;
 273                             double totalReturned = getDouble(emeter.totalReturned) / 1000;
 274                             updated |= thingHandler.updateChannel(groupName, CHANNEL_METER_CURRENTWATTS,
 275                                     toQuantityType(getDouble(emeter.power), DIGITS_WATT, Units.WATT));
 276                             updated |= thingHandler.updateChannel(groupName, CHANNEL_METER_TOTALKWH,
 277                                     toQuantityType(total, DIGITS_KWH, Units.KILOWATT_HOUR));
 278                             updated |= thingHandler.updateChannel(groupName, CHANNEL_EMETER_TOTALRET,
 279                                     toQuantityType(totalReturned, DIGITS_KWH, Units.KILOWATT_HOUR));
 280                             updated |= thingHandler.updateChannel(groupName, CHANNEL_EMETER_REACTWATTS,
 281                                     toQuantityType(getDouble(emeter.reactive), DIGITS_WATT, Units.WATT));
 282                             updated |= thingHandler.updateChannel(groupName, CHANNEL_EMETER_VOLTAGE,
 283                                     toQuantityType(getDouble(emeter.voltage), DIGITS_VOLT, Units.VOLT));
 284                             updated |= thingHandler.updateChannel(groupName, CHANNEL_EMETER_CURRENT,
 285                                     toQuantityType(getDouble(emeter.current), DIGITS_AMPERE, Units.AMPERE));
 286                             updated |= thingHandler.updateChannel(groupName, CHANNEL_EMETER_PFACTOR,
 287                                     toQuantityType(computePF(emeter), Units.PERCENT));
 288
 289                             accumulatedWatts += getDouble(emeter.power);
 290                             accumulatedTotal += total;
 291                             accumulatedReturned += totalReturned;
 292                             if (updated) {
 293                                 thingHandler.updateChannel(groupName, CHANNEL_LAST_UPDATE, getTimestamp());
 294                             }
 295                         }
 296                         m++;
 297                     }
 298                 }
 299             } else {
 300                 // In Roller Mode we accumulate all meters to a single set of meters
 301                 double currentWatts = 0.0;
 302                 double totalWatts = 0.0;
 303                 double lastMin1 = 0.0;
 304                 long timestamp = 0l;
 305                 String groupName = CHANNEL_GROUP_METER;
 306
 307                 if (!thingHandler.areChannelsCreated()) {
 308                     ShellySettingsMeter m = status.meters.get(0);
 309                     if (getBool(m.isValid)) {
 310                         // Create channels for 1 Meter
 311                         thingHandler.updateChannelDefinitions(
 312                                 ShellyChannelDefinitions.createMeterChannels(thingHandler.getThing(), m, groupName));
 313                     }
 314                 }
 315
 316                 for (ShellySettingsMeter meter : status.meters) {
 317                     if (getBool(meter.isValid)) {
 318                         currentWatts += getDouble(meter.power);
 319                         totalWatts += getDouble(meter.total);
 320                         if (meter.counters != null) {
 321                             lastMin1 += getDouble(meter.counters[0]);
 322                         }
 323                         if (getLong(meter.timestamp) > timestamp) {
 324                             timestamp = getLong(meter.timestamp); // newest one
 325                         }
 326                     }
 327                 }
 328
 329                 updated |= thingHandler.updateChannel(groupName, CHANNEL_METER_LASTMIN1,
 330                         toQuantityType(getDouble(lastMin1), DIGITS_WATT, Units.WATT));
 331
 332                 // convert totalWatts into kw/h
 333                 totalWatts = totalWatts / (60.0 * 1000.0);
 334                 updated |= thingHandler.updateChannel(groupName, CHANNEL_METER_CURRENTWATTS,
 335                         toQuantityType(getDouble(currentWatts), DIGITS_WATT, Units.WATT));
 336                 updated |= thingHandler.updateChannel(groupName, CHANNEL_METER_TOTALKWH,
 337                         toQuantityType(totalWatts, DIGITS_KWH, Units.KILOWATT_HOUR));
 338
 339                 if (updated && timestamp > 0) {
 340                     thingHandler.updateChannel(groupName, CHANNEL_LAST_UPDATE,
 341                             getTimestamp(getString(profile.settings.timezone), timestamp));
 342                 }
 343             }
 344
 345             if (!profile.isRoller && !profile.isRGBW2) {
 346                 thingHandler.updateChannel(CHANNEL_GROUP_DEV_STATUS, CHANNEL_DEVST_ACCUWATTS, toQuantityType(
 347                         status.totalPower != null ? status.totalPower : accumulatedWatts, DIGITS_WATT, Units.WATT));
 348                 thingHandler.updateChannel(CHANNEL_GROUP_DEV_STATUS, CHANNEL_DEVST_ACCUTOTAL,
 349                         toQuantityType(status.totalCurrent != null ? status.totalCurrent / 1000 : accumulatedTotal,
 350                                 DIGITS_KWH, Units.KILOWATT_HOUR));
 351                 thingHandler.updateChannel(CHANNEL_GROUP_DEV_STATUS, CHANNEL_DEVST_ACCURETURNED,
 352                         toQuantityType(status.totalReturned != null ? status.totalReturned / 1000 : accumulatedReturned,
 353                                 DIGITS_KWH, Units.KILOWATT_HOUR));
 354             }
 355         }
 356
 357         return updated;
 358     }
 359
 360     private static Double computePF(ShellySettingsEMeter emeter) {
 361         if (emeter.pf != null) { // EM3
 362             return emeter.pf; // take device value
 363         }
 364
 365         // EM: compute from provided values
 366         if (emeter.reactive != null && Math.abs(emeter.power) + Math.abs(emeter.reactive) > 1.5) {
 367             double pf = emeter.power / Math.sqrt(emeter.power * emeter.power + emeter.reactive * emeter.reactive);
 368             return pf;
 369         }
 370         return 0.0;
 371     }
 372
 373     /**
 374      * Update Sensor channel
 375      *
 376      * @param th Thing Handler instance
 377      * @param profile ShellyDeviceProfile
 378      * @param status Last ShellySettingsStatus
 379      *
 380      * @throws ShellyApiException
 381      */
 382     public static boolean updateSensors(ShellyThingInterface thingHandler, ShellySettingsStatus status)
 383             throws ShellyApiException {
 384         ShellyDeviceProfile profile = thingHandler.getProfile();
 385
 386         boolean updated = false;
 387         if (profile.isSensor || profile.hasBattery) {
 388             ShellyStatusSensor sdata = thingHandler.getApi().getSensorStatus();
 389             if (!thingHandler.areChannelsCreated()) {
 390                 thingHandler.updateChannelDefinitions(
 391                         ShellyChannelDefinitions.createSensorChannels(thingHandler.getThing(), profile, sdata));
 392             }
 393
 394             updated |= thingHandler.updateWakeupReason(sdata.actReasons);
 395
 396             if ((sdata.sensor != null) && sdata.sensor.isValid) {
 397                 // Shelly DW: “sensor”:{“state”:“open”, “is_valid”:true},
 398                 updated |= thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_SENSOR_STATE,
 399                         getOpenClosed(getString(sdata.sensor.state).equalsIgnoreCase(SHELLY_API_DWSTATE_OPEN)));
 400                 String sensorError = sdata.sensorError;
 401                 boolean changed = thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_SENSOR_ERROR,
 402                         getStringType(sensorError));
 403                 if (changed && !"0".equals(sensorError)) {
 404                     thingHandler.postEvent(getString(sdata.sensorError), true);
 405                 }
 406                 updated |= changed;
 407             }
 408             if (sdata.tmp != null && getBool(sdata.tmp.isValid)) {
 409                 Double temp = getString(sdata.tmp.units).toUpperCase().equals(SHELLY_TEMP_CELSIUS)
 410                         ? getDouble(sdata.tmp.tC)
 411                         : getDouble(sdata.tmp.tF);
 412                 updated |= updateTempChannel(thingHandler, CHANNEL_GROUP_SENSOR, CHANNEL_SENSOR_TEMP,
 413                         temp.doubleValue(), getString(sdata.tmp.units));
 414             } else if (status.thermostats != null) {
 415                 // Shelly TRV
 416                 if (profile.settings.thermostats != null) {
 417                     ShellyThermnostat ps = profile.settings.thermostats.get(0);
 418                     ShellyThermnostat t = status.thermostats.get(0);
 419                     int bminutes = getInteger(t.boostMinutes) >= 0 ? getInteger(t.boostMinutes)
 420                             : getInteger(ps.boostMinutes);
 421                     updated |= thingHandler.updateChannel(CHANNEL_GROUP_CONTROL, CHANNEL_CONTROL_BCONTROL,
 422                             getOnOff(getInteger(t.boostMinutes) > 0));
 423                     updated |= thingHandler.updateChannel(CHANNEL_GROUP_CONTROL, CHANNEL_CONTROL_BTIMER,
 424                             toQuantityType((double) bminutes, DIGITS_NONE, Units.MINUTE));
 425                     updated |= thingHandler.updateChannel(CHANNEL_GROUP_CONTROL, CHANNEL_CONTROL_MODE, getStringType(
 426                             getBool(t.targetTemp.enabled) ? SHELLY_TRV_MODE_AUTO : SHELLY_TRV_MODE_MANUAL));
 427                     updated |= thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_SENSOR_OPEN,
 428                             getOpenClosed(t.windowOpen));
 429
 430                     int pid = getBool(t.schedule) ? getInteger(t.profile) : 0;
 431                     updated |= thingHandler.updateChannel(CHANNEL_GROUP_CONTROL, CHANNEL_CONTROL_SCHEDULE,
 432                             getOnOff(t.schedule));
 433                     updated |= thingHandler.updateChannel(CHANNEL_GROUP_CONTROL, CHANNEL_CONTROL_PROFILE,
 434                             getStringType(profile.getValueProfile(0, pid)));
 435                     if (t.tmp != null) {
 436                         updated |= updateTempChannel(thingHandler, CHANNEL_GROUP_SENSOR, CHANNEL_SENSOR_TEMP,
 437                                 t.tmp.value, t.tmp.units);
 438                         updated |= updateTempChannel(thingHandler, CHANNEL_GROUP_SENSOR, CHANNEL_CONTROL_SETTEMP,
 439                                 t.targetTemp.value, t.targetTemp.unit);
 440                     }
 441                     if (t.pos != null) {
 442                         updated |= thingHandler.updateChannel(CHANNEL_GROUP_CONTROL, CHANNEL_CONTROL_POSITION,
 443                                 t.pos != -1 ? toQuantityType(t.pos, DIGITS_NONE, Units.PERCENT) : UnDefType.UNDEF);
 444                         updated |= thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_SENSOR_STATE,
 445                                 getOpenClosed(getDouble(t.pos) > 0));
 446                     }
 447                 }
 448             }
 449
 450             if (sdata.hum != null) {
 451                 updated |= thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_SENSOR_HUM,
 452                         toQuantityType(getDouble(sdata.hum.value), DIGITS_PERCENT, Units.PERCENT));
 453             }
 454             if ((sdata.lux != null) && getBool(sdata.lux.isValid)) {
 455                 // “lux”:{“value”:30, “illumination”: “dark”, “is_valid”:true},
 456                 updated |= thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_SENSOR_LUX,
 457                         toQuantityType(getDouble(sdata.lux.value), DIGITS_LUX, Units.LUX));
 458                 if (sdata.lux.illumination != null) {
 459                     updated |= thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_SENSOR_ILLUM,
 460                             getStringType(sdata.lux.illumination));
 461                 }
 462             }
 463             if (sdata.accel != null) {
 464                 updated |= thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_SENSOR_TILT,
 465                         toQuantityType(getDouble(sdata.accel.tilt.doubleValue()), DIGITS_NONE, Units.DEGREE_ANGLE));
 466             }
 467             if (sdata.flood != null) {
 468                 updated |= thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_SENSOR_FLOOD,
 469                         getOnOff(sdata.flood));
 470             }
 471             if (sdata.smoke != null) {
 472                 updated |= thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_SENSOR_SMOKE,
 473                         getOnOff(sdata.smoke));
 474             }
 475             if (sdata.mute != null) {
 476                 updated |= thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_SENSOR_MUTE, getOnOff(sdata.mute));
 477             }
 478
 479             if (sdata.gasSensor != null) {
 480                 updated |= thingHandler.updateChannel(CHANNEL_GROUP_DEV_STATUS, CHANNEL_DEVST_SELFTTEST,
 481                         getStringType(sdata.gasSensor.selfTestState));
 482                 updated |= thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_SENSOR_ALARM_STATE,
 483                         getStringType(sdata.gasSensor.alarmState));
 484                 updated |= thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_SENSOR_SSTATE,
 485                         getStringType(sdata.gasSensor.sensorState));
 486             }
 487             if ((sdata.concentration != null) && sdata.concentration.isValid) {
 488                 updated |= thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_SENSOR_PPM, toQuantityType(
 489                         getInteger(sdata.concentration.ppm).doubleValue(), DIGITS_NONE, Units.PARTS_PER_MILLION));
 490             }
 491             if ((sdata.adcs != null) && (sdata.adcs.size() > 0)) {
 492                 ShellyADC adc = sdata.adcs.get(0);
 493                 updated |= thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_SENSOR_VOLTAGE,
 494                         toQuantityType(getDouble(adc.voltage), 2, Units.VOLT));
 495             }
 496
 497             boolean charger = (getInteger(profile.settings.externalPower) == 1) || getBool(sdata.charger);
 498             if ((profile.settings.externalPower != null) || (sdata.charger != null)) {
 499                 updated |= thingHandler.updateChannel(CHANNEL_GROUP_DEV_STATUS, CHANNEL_DEVST_CHARGER,
 500                         getOnOff(charger));
 501             }
 502             if (sdata.bat != null) { // no update for Sense
 503                 updated |= thingHandler.updateChannel(CHANNEL_GROUP_BATTERY, CHANNEL_SENSOR_BAT_LEVEL,
 504                         toQuantityType(getDouble(sdata.bat.value), 0, Units.PERCENT));
 505
 506                 int lowBattery = thingHandler.getThingConfig().lowBattery;
 507                 boolean changed = thingHandler.updateChannel(CHANNEL_GROUP_BATTERY, CHANNEL_SENSOR_BAT_LOW,
 508                         getOnOff(!charger && getDouble(sdata.bat.value) < lowBattery));
 509                 updated |= changed;
 510                 if (!charger && changed && getDouble(sdata.bat.value) < lowBattery) {
 511                     thingHandler.postEvent(ALARM_TYPE_LOW_BATTERY, false);
 512                 }
 513             }
 514
 515             if (sdata.motion != null) { // Shelly Sense
 516                 updated |= thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_SENSOR_MOTION,
 517                         getOnOff(sdata.motion));
 518             }
 519             if (sdata.sensor != null) { // Shelly Motion
 520                 updated |= thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_SENSOR_MOTION_ACT,
 521                         getOnOff(sdata.sensor.motionActive));
 522                 updated |= thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_SENSOR_MOTION,
 523                         getOnOff(sdata.sensor.motion));
 524                 long timestamp = getLong(sdata.sensor.motionTimestamp);
 525                 if (timestamp != 0) {
 526                     updated |= thingHandler.updateChannel(CHANNEL_GROUP_SENSOR, CHANNEL_SENSOR_MOTION_TS,
 527                             getTimestamp(getString(profile.settings.timezone), timestamp));
 528                 }
 529             }
 530
 531             updated |= thingHandler.updateInputs(status);
 532
 533             if (updated) {
 534                 thingHandler.updateChannel(profile.getControlGroup(0), CHANNEL_LAST_UPDATE, getTimestamp());
 535             }
 536         }
 537         return updated;
 538     }
 539
 540     public static boolean updateTempChannel(@Nullable ShellyShortTemp sensor, ShellyThingInterface thingHandler,
 541             String channel) {
 542         return sensor != null ? updateTempChannel(thingHandler, CHANNEL_GROUP_SENSOR, channel, sensor.tC, "") : false;
 543     }
 544
 545     public static boolean updateTempChannel(ShellyThingInterface thingHandler, String group, String channel,
 546             @Nullable Double temp, @Nullable String unit) {
 547         if (temp == null || temp == SHELLY_API_INVTEMP) {
 548             return false;
 549         }
 550         return thingHandler.updateChannel(group, channel,
 551                 toQuantityType(convertToC(temp, unit), DIGITS_TEMP, SIUnits.CELSIUS));
 552     }
 553
 554     private static Double convertToC(@Nullable Double temp, @Nullable String unit) {
 555         if (temp == null || temp == SHELLY_API_INVTEMP) {
 556             return SHELLY_API_INVTEMP;
 557         }
 558         if (SHELLY_TEMP_FAHRENHEIT.equalsIgnoreCase(getString(unit))) {
 559             // convert Fahrenheit to Celsius
 560             return ImperialUnits.FAHRENHEIT.getConverterTo(SIUnits.CELSIUS).convert(temp).doubleValue();
 561         }
 562         return temp;
 563     }
 564 }