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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.radiothermostat.internal.handler;
  14
  15 import static org.openhab.binding.radiothermostat.internal.RadioThermostatBindingConstants.*;
  16
  17 import java.text.NumberFormat;
  18 import java.text.ParseException;
  19 import java.time.ZonedDateTime;
  20 import java.util.ArrayList;
  21 import java.util.Calendar;
  22 import java.util.Collection;
  23 import java.util.Collections;
  24 import java.util.List;
  25 import java.util.concurrent.ScheduledFuture;
  26 import java.util.concurrent.TimeUnit;
  27
  28 import javax.measure.quantity.Temperature;
  29
  30 import org.eclipse.jdt.annotation.NonNullByDefault;
  31 import org.eclipse.jdt.annotation.Nullable;
  32 import org.eclipse.jetty.client.HttpClient;
  33 import org.openhab.binding.radiothermostat.internal.RadioThermostatConfiguration;
  34 import org.openhab.binding.radiothermostat.internal.RadioThermostatStateDescriptionProvider;
  35 import org.openhab.binding.radiothermostat.internal.RadioThermostatThingActions;
  36 import org.openhab.binding.radiothermostat.internal.communication.RadioThermostatConnector;
  37 import org.openhab.binding.radiothermostat.internal.communication.RadioThermostatEvent;
  38 import org.openhab.binding.radiothermostat.internal.communication.RadioThermostatEventListener;
  39 import org.openhab.binding.radiothermostat.internal.dto.RadioThermostatDTO;
  40 import org.openhab.binding.radiothermostat.internal.dto.RadioThermostatHumidityDTO;
  41 import org.openhab.binding.radiothermostat.internal.dto.RadioThermostatRuntimeDTO;
  42 import org.openhab.binding.radiothermostat.internal.dto.RadioThermostatTstatDTO;
  43 import org.openhab.binding.radiothermostat.internal.util.RadioThermostatScheduleJson;
  44 import org.openhab.core.library.types.DateTimeType;
  45 import org.openhab.core.library.types.DecimalType;
  46 import org.openhab.core.library.types.OnOffType;
  47 import org.openhab.core.library.types.PointType;
  48 import org.openhab.core.library.types.QuantityType;
  49 import org.openhab.core.library.types.StringType;
  50 import org.openhab.core.library.unit.ImperialUnits;
  51 import org.openhab.core.thing.Channel;
  52 import org.openhab.core.thing.ChannelUID;
  53 import org.openhab.core.thing.Thing;
  54 import org.openhab.core.thing.ThingStatus;
  55 import org.openhab.core.thing.ThingStatusDetail;
  56 import org.openhab.core.thing.binding.BaseThingHandler;
  57 import org.openhab.core.thing.binding.ThingHandlerService;
  58 import org.openhab.core.types.Command;
  59 import org.openhab.core.types.RefreshType;
  60 import org.openhab.core.types.State;
  61 import org.openhab.core.types.StateOption;
  62 import org.openhab.core.types.UnDefType;
  63 import org.slf4j.Logger;
  64 import org.slf4j.LoggerFactory;
  65
  66 import com.google.gson.Gson;
  67
  68 /**
  69  * The {@link RadioThermostatHandler} is responsible for handling commands, which are
  70  * sent to one of the channels.
  71  *
  72  * Based on the 'airquality' binding by Kuba Wolanin
  73  *
  74  * @author Michael Lobstein - Initial contribution
  75  */
  76 @NonNullByDefault
  77 public class RadioThermostatHandler extends BaseThingHandler implements RadioThermostatEventListener {
  78     private static final int DEFAULT_REFRESH_PERIOD = 2;
  79     private static final int DEFAULT_LOG_REFRESH_PERIOD = 10;
  80
  81     private final RadioThermostatStateDescriptionProvider stateDescriptionProvider;
  82     private final Logger logger = LoggerFactory.getLogger(RadioThermostatHandler.class);
  83
  84     private final Gson gson;
  85     private final RadioThermostatConnector connector;
  86     private final RadioThermostatDTO rthermData = new RadioThermostatDTO();
  87
  88     private @Nullable ScheduledFuture<?> refreshJob;
  89     private @Nullable ScheduledFuture<?> logRefreshJob;
  90     private @Nullable ScheduledFuture<?> clockSyncJob;
  91
  92     private int refreshPeriod = DEFAULT_REFRESH_PERIOD;
  93     private int logRefreshPeriod = DEFAULT_LOG_REFRESH_PERIOD;
  94     private boolean isCT80 = false;
  95     private boolean disableLogs = false;
  96     private boolean clockSync = false;
  97     private String setpointCmdKeyPrefix = "t_";
  98     private String heatProgramJson = BLANK;
  99     private String coolProgramJson = BLANK;
 100
 101     public RadioThermostatHandler(Thing thing, RadioThermostatStateDescriptionProvider stateDescriptionProvider,
 102             HttpClient httpClient) {
 103         super(thing);
 104         this.stateDescriptionProvider = stateDescriptionProvider;
 105         gson = new Gson();
 106         connector = new RadioThermostatConnector(httpClient);
 107     }
 108
 109     @Override
 110     public void initialize() {
 111         logger.debug("Initializing RadioThermostat handler.");
 112         RadioThermostatConfiguration config = getConfigAs(RadioThermostatConfiguration.class);
 113
 114         final String hostName = config.hostName;
 115         final Integer refresh = config.refresh;
 116         final Integer logRefresh = config.logRefresh;
 117         this.isCT80 = config.isCT80;
 118         this.disableLogs = config.disableLogs;
 119         this.clockSync = config.clockSync;
 120
 121         if (hostName == null || hostName.isBlank()) {
 122             updateStatus(ThingStatus.OFFLINE, ThingStatusDetail.CONFIGURATION_ERROR,
 123                     "@text/offline.configuration-error-hostname");
 124             return;
 125         }
 126
 127         if (refresh != null) {
 128             this.refreshPeriod = refresh;
 129         }
 130
 131         if (logRefresh != null) {
 132             this.logRefreshPeriod = logRefresh;
 133         }
 134
 135         connector.setThermostatHostName(hostName);
 136         connector.addEventListener(this);
 137
 138         // The setpoint mode is controlled by the name of setpoint attribute sent to the thermostat.
 139         // Temporary mode uses setpoint names prefixed with "t_" while absolute mode uses "a_"
 140         if (config.setpointMode.equals("absolute")) {
 141             this.setpointCmdKeyPrefix = "a_";
 142         }
 143
 144         // populate fan mode options based on thermostat model
 145         stateDescriptionProvider.setStateOptions(new ChannelUID(getThing().getUID(), FAN_MODE), getFanModeOptions());
 146
 147         // if we are not a CT-80, remove the humidity & program mode channel
 148         if (!this.isCT80) {
 149             List<Channel> channels = new ArrayList<>(this.getThing().getChannels());
 150             channels.removeIf(c -> (c.getUID().getId().equals(HUMIDITY)));
 151             channels.removeIf(c -> (c.getUID().getId().equals(PROGRAM_MODE)));
 152             updateThing(editThing().withChannels(channels).build());
 153         }
 154
 155         final RadioThermostatScheduleJson thermostatSchedule = new RadioThermostatScheduleJson(config);
 156
 157         try {
 158             heatProgramJson = thermostatSchedule.getHeatProgramJson();
 159         } catch (IllegalStateException e) {
 160             updateStatus(ThingStatus.OFFLINE, ThingStatusDetail.CONFIGURATION_ERROR,
 161                     "@text/offline.configuration-error-heating-program");
 162             return;
 163         }
 164
 165         try {
 166             coolProgramJson = thermostatSchedule.getCoolProgramJson();
 167         } catch (IllegalStateException e) {
 168             updateStatus(ThingStatus.OFFLINE, ThingStatusDetail.CONFIGURATION_ERROR,
 169                     "@text/offline.configuration-error-cooling-program");
 170             return;
 171         }
 172
 173         updateStatus(ThingStatus.UNKNOWN);
 174
 175         startAutomaticRefresh();
 176
 177         if (!this.disableLogs || this.isCT80) {
 178             startAutomaticLogRefresh();
 179         }
 180
 181         if (this.clockSync) {
 182             scheduleClockSyncJob();
 183         }
 184     }
 185
 186     @Override
 187     public Collection<Class<? extends ThingHandlerService>> getServices() {
 188         return Collections.singletonList(RadioThermostatThingActions.class);
 189     }
 190
 191     /**
 192      * Start the job to periodically update data from the thermostat
 193      */
 194     private void startAutomaticRefresh() {
 195         ScheduledFuture<?> refreshJob = this.refreshJob;
 196         if (refreshJob == null || refreshJob.isCancelled()) {
 197             Runnable runnable = () -> {
 198                 // populate the heat and cool programs on the thermostat from the user configuration,
 199                 // the commands will be sent each time the refresh job runs until a success response is seen
 200                 if (!heatProgramJson.isEmpty()) {
 201                     final String response = connector.sendCommand(null, null, heatProgramJson, HEAT_PROGRAM_RESOURCE);
 202                     if (response.contains("success")) {
 203                         heatProgramJson = BLANK;
 204                     }
 205                 }
 206
 207                 if (!coolProgramJson.isEmpty()) {
 208                     final String response = connector.sendCommand(null, null, coolProgramJson, COOL_PROGRAM_RESOURCE);
 209                     if (response.contains("success")) {
 210                         coolProgramJson = BLANK;
 211                     }
 212                 }
 213
 214                 // send an async call to the thermostat to get the 'tstat' data
 215                 connector.getAsyncThermostatData(DEFAULT_RESOURCE);
 216             };
 217
 218             refreshJob = null;
 219             this.refreshJob = scheduler.scheduleWithFixedDelay(runnable, 0, refreshPeriod, TimeUnit.MINUTES);
 220         }
 221     }
 222
 223     /**
 224      * Schedule the clock sync job
 225      */
 226     private void scheduleClockSyncJob() {
 227         ScheduledFuture<?> clockSyncJob = this.clockSyncJob;
 228         if (clockSyncJob == null || clockSyncJob.isCancelled()) {
 229             clockSyncJob = null;
 230             this.clockSyncJob = scheduler.schedule(this::syncThermostatClock, 1, TimeUnit.MINUTES);
 231         }
 232     }
 233
 234     /**
 235      * Sync the thermostat's clock with the host system clock
 236      */
 237     private void syncThermostatClock() {
 238         Calendar c = Calendar.getInstance();
 239
 240         // The thermostat week starts as Monday = 0, subtract 2 since in standard DoW Monday = 2
 241         int thermDayOfWeek = c.get(Calendar.DAY_OF_WEEK) - 2;
 242         // Sunday will be -1, so add 7 to make it 6
 243         if (thermDayOfWeek < 0) {
 244             thermDayOfWeek += 7;
 245         }
 246
 247         final String response = connector.sendCommand(null, null,
 248                 String.format(JSON_TIME, thermDayOfWeek, c.get(Calendar.HOUR_OF_DAY), c.get(Calendar.MINUTE)),
 249                 TIME_RESOURCE);
 250
 251         // if sync call was successful run again in one hour, if un-successful try again in one minute
 252         this.clockSyncJob = scheduler.schedule(this::syncThermostatClock, (response.contains("success") ? 60 : 1),
 253                 TimeUnit.MINUTES);
 254     }
 255
 256     /**
 257      * Start the job to periodically update humidity and runtime date from the thermostat
 258      */
 259     private void startAutomaticLogRefresh() {
 260         ScheduledFuture<?> logRefreshJob = this.logRefreshJob;
 261         if (logRefreshJob == null || logRefreshJob.isCancelled()) {
 262             Runnable runnable = () -> {
 263                 // Request humidity data from the thermostat if we are a CT80
 264                 if (this.isCT80) {
 265                     // send an async call to the thermostat to get the humidity data
 266                     connector.getAsyncThermostatData(HUMIDITY_RESOURCE);
 267                 }
 268
 269                 if (!this.disableLogs) {
 270                     // send an async call to the thermostat to get the runtime data
 271                     connector.getAsyncThermostatData(RUNTIME_RESOURCE);
 272                 }
 273             };
 274
 275             logRefreshJob = null;
 276             this.logRefreshJob = scheduler.scheduleWithFixedDelay(runnable, (!this.clockSync ? 1 : 2), logRefreshPeriod,
 277                     TimeUnit.MINUTES);
 278         }
 279     }
 280
 281     @Override
 282     public void dispose() {
 283         logger.debug("Disposing the RadioThermostat handler.");
 284         connector.removeEventListener(this);
 285
 286         ScheduledFuture<?> refreshJob = this.refreshJob;
 287         if (refreshJob != null) {
 288             refreshJob.cancel(true);
 289             this.refreshJob = null;
 290         }
 291
 292         ScheduledFuture<?> logRefreshJob = this.logRefreshJob;
 293         if (logRefreshJob != null) {
 294             logRefreshJob.cancel(true);
 295             this.logRefreshJob = null;
 296         }
 297
 298         ScheduledFuture<?> clockSyncJob = this.clockSyncJob;
 299         if (clockSyncJob != null) {
 300             clockSyncJob.cancel(true);
 301             this.clockSyncJob = null;
 302         }
 303     }
 304
 305     public void handleRawCommand(@Nullable String rawCommand) {
 306         connector.sendCommand(null, null, rawCommand, DEFAULT_RESOURCE);
 307     }
 308
 309     public void handleRawCommand(@Nullable String rawCommand, String resource) {
 310         connector.sendCommand(null, null, rawCommand, resource);
 311     }
 312
 313     @Override
 314     public void handleCommand(ChannelUID channelUID, Command command) {
 315         if (command instanceof RefreshType) {
 316             updateChannel(channelUID.getId(), rthermData);
 317         } else {
 318             Integer cmdInt = -1;
 319             String cmdStr = command.toString();
 320             try {
 321                 // parse out an Integer from the string
 322                 // ie '70.5 F' becomes 70, also handles negative numbers
 323                 cmdInt = NumberFormat.getInstance().parse(cmdStr).intValue();
 324             } catch (ParseException e) {
 325                 logger.debug("Command: {} -> Not an integer", cmdStr);
 326             }
 327
 328             switch (channelUID.getId()) {
 329                 case MODE:
 330                     // only do if commanded mode is different than current mode
 331                     if (!cmdInt.equals(rthermData.getThermostatData().getMode())) {
 332                         connector.sendCommand("tmode", cmdStr, DEFAULT_RESOURCE);
 333
 334                         // set the new operating mode, reset everything else,
 335                         // because refreshing the tstat data below is really slow.
 336                         rthermData.getThermostatData().setMode(cmdInt);
 337                         rthermData.getThermostatData().setHeatTarget(Double.valueOf(0));
 338                         rthermData.getThermostatData().setCoolTarget(Double.valueOf(0));
 339                         updateChannel(SET_POINT, rthermData);
 340                         rthermData.getThermostatData().setHold(0);
 341                         updateChannel(HOLD, rthermData);
 342                         rthermData.getThermostatData().setProgramMode(-1);
 343                         updateChannel(PROGRAM_MODE, rthermData);
 344
 345                         // now just trigger a refresh of the thermostat to get the new active setpoint
 346                         // this takes a while for the JSON request to complete (async).
 347                         connector.getAsyncThermostatData(DEFAULT_RESOURCE);
 348                     }
 349                     break;
 350                 case FAN_MODE:
 351                     rthermData.getThermostatData().setFanMode(cmdInt);
 352                     connector.sendCommand("fmode", cmdStr, DEFAULT_RESOURCE);
 353                     break;
 354                 case PROGRAM_MODE:
 355                     rthermData.getThermostatData().setProgramMode(cmdInt);
 356                     connector.sendCommand("program_mode", cmdStr, DEFAULT_RESOURCE);
 357                     break;
 358                 case HOLD:
 359                     if (command instanceof OnOffType && command == OnOffType.ON) {
 360                         rthermData.getThermostatData().setHold(1);
 361                         connector.sendCommand("hold", "1", DEFAULT_RESOURCE);
 362                     } else if (command instanceof OnOffType && command == OnOffType.OFF) {
 363                         rthermData.getThermostatData().setHold(0);
 364                         connector.sendCommand("hold", "0", DEFAULT_RESOURCE);
 365                     }
 366                     break;
 367                 case SET_POINT:
 368                     String cmdKey = null;
 369                     if (rthermData.getThermostatData().getMode() == 1) {
 370                         cmdKey = this.setpointCmdKeyPrefix + "heat";
 371                         rthermData.getThermostatData().setHeatTarget(Double.valueOf(cmdInt));
 372                     } else if (rthermData.getThermostatData().getMode() == 2) {
 373                         cmdKey = this.setpointCmdKeyPrefix + "cool";
 374                         rthermData.getThermostatData().setCoolTarget(Double.valueOf(cmdInt));
 375                     } else {
 376                         // don't do anything if we are not in heat or cool mode
 377                         break;
 378                     }
 379                     connector.sendCommand(cmdKey, cmdInt.toString(), DEFAULT_RESOURCE);
 380                     break;
 381                 case REMOTE_TEMP:
 382                     if (cmdInt != -1) {
 383                         QuantityType<?> remoteTemp = ((QuantityType<Temperature>) command)
 384                                 .toUnit(ImperialUnits.FAHRENHEIT);
 385                         connector.sendCommand("rem_temp", String.valueOf(remoteTemp.intValue()), REMOTE_TEMP_RESOURCE);
 386                     } else {
 387                         connector.sendCommand("rem_mode", "0", REMOTE_TEMP_RESOURCE);
 388                     }
 389                     break;
 390                 case MESSAGE:
 391                     if (!cmdStr.isEmpty()) {
 392                         connector.sendCommand(null, null, String.format(JSON_PMA, cmdStr), PMA_RESOURCE);
 393                     } else {
 394                         connector.sendCommand("mode", "0", PMA_RESOURCE);
 395                     }
 396                     break;
 397                 default:
 398                     logger.warn("Unsupported command: {}", command.toString());
 399             }
 400         }
 401     }
 402
 403     /**
 404      * Handle a RadioThermostat event received from the listeners
 405      *
 406      * @param event the event received from the listeners
 407      */
 408     @Override
 409     public void onNewMessageEvent(RadioThermostatEvent event) {
 410         logger.debug("onNewMessageEvent: key {} = {}", event.getKey(), event.getValue());
 411
 412         String evtKey = event.getKey();
 413         String evtVal = event.getValue();
 414
 415         if (KEY_ERROR.equals(evtKey)) {
 416             updateStatus(ThingStatus.OFFLINE, ThingStatusDetail.OFFLINE.COMMUNICATION_ERROR,
 417                     "@text/offline.communication-error-get-data");
 418         } else {
 419             updateStatus(ThingStatus.ONLINE, ThingStatusDetail.NONE);
 420
 421             // Map the JSON response to the correct object and update appropriate channels
 422             switch (evtKey) {
 423                 case DEFAULT_RESOURCE:
 424                     rthermData.setThermostatData(gson.fromJson(evtVal, RadioThermostatTstatDTO.class));
 425                     // if thermostat returned -1 for temperature, skip this update
 426                     if (rthermData.getThermostatData().getTemperature() >= 0) {
 427                         updateAllChannels();
 428                     }
 429                     break;
 430                 case HUMIDITY_RESOURCE:
 431                     RadioThermostatHumidityDTO dto = gson.fromJson(evtVal, RadioThermostatHumidityDTO.class);
 432                     // if thermostat returned -1 for humidity, skip this update
 433                     if (dto != null && dto.getHumidity() >= 0) {
 434                         rthermData.setHumidity(dto.getHumidity());
 435                         updateChannel(HUMIDITY, rthermData);
 436                     }
 437                     break;
 438                 case RUNTIME_RESOURCE:
 439                     rthermData.setRuntime(gson.fromJson(evtVal, RadioThermostatRuntimeDTO.class));
 440                     updateChannel(TODAY_HEAT_RUNTIME, rthermData);
 441                     updateChannel(TODAY_COOL_RUNTIME, rthermData);
 442                     updateChannel(YESTERDAY_HEAT_RUNTIME, rthermData);
 443                     updateChannel(YESTERDAY_COOL_RUNTIME, rthermData);
 444                     break;
 445             }
 446         }
 447     }
 448
 449     /**
 450      * Update the channel from the last Thermostat data retrieved
 451      *
 452      * @param channelId the id identifying the channel to be updated
 453      */
 454     private void updateChannel(String channelId, RadioThermostatDTO rthermData) {
 455         if (isLinked(channelId)) {
 456             Object value;
 457             try {
 458                 value = getValue(channelId, rthermData);
 459             } catch (Exception e) {
 460                 logger.debug("Error setting {} value", channelId.toUpperCase());
 461                 return;
 462             }
 463
 464             State state = null;
 465             if (value == null) {
 466                 state = UnDefType.UNDEF;
 467             } else if (value instanceof PointType) {
 468                 state = (PointType) value;
 469             } else if (value instanceof ZonedDateTime) {
 470                 state = new DateTimeType((ZonedDateTime) value);
 471             } else if (value instanceof QuantityType<?>) {
 472                 state = (QuantityType<?>) value;
 473             } else if (value instanceof Number) {
 474                 state = new DecimalType((Number) value);
 475             } else if (value instanceof String) {
 476                 state = new StringType(value.toString());
 477             } else if (value instanceof OnOffType) {
 478                 state = (OnOffType) value;
 479             } else {
 480                 logger.warn("Update channel {}: Unsupported value type {}", channelId,
 481                         value.getClass().getSimpleName());
 482             }
 483             logger.debug("Update channel {} with state {} ({})", channelId, (state == null) ? "null" : state.toString(),
 484                     (value == null) ? "null" : value.getClass().getSimpleName());
 485
 486             // Update the channel
 487             if (state != null) {
 488                 updateState(channelId, state);
 489             }
 490         }
 491     }
 492
 493     /**
 494      * Update a given channelId from the thermostat data
 495      *
 496      * @param the channel id to be updated
 497      * @param data the RadioThermostat dto
 498      * @return the value to be set in the state
 499      */
 500     public static @Nullable Object getValue(String channelId, RadioThermostatDTO data) {
 501         switch (channelId) {
 502             case TEMPERATURE:
 503                 if (data.getThermostatData().getTemperature() != null) {
 504                     return new QuantityType<Temperature>(data.getThermostatData().getTemperature(),
 505                             API_TEMPERATURE_UNIT);
 506                 } else {
 507                     return null;
 508                 }
 509             case HUMIDITY:
 510                 if (data.getHumidity() != null) {
 511                     return new QuantityType<>(data.getHumidity(), API_HUMIDITY_UNIT);
 512                 } else {
 513                     return null;
 514                 }
 515             case MODE:
 516                 return data.getThermostatData().getMode();
 517             case FAN_MODE:
 518                 return data.getThermostatData().getFanMode();
 519             case PROGRAM_MODE:
 520                 return data.getThermostatData().getProgramMode();
 521             case SET_POINT:
 522                 if (data.getThermostatData().getSetpoint() != 0) {
 523                     return new QuantityType<Temperature>(data.getThermostatData().getSetpoint(), API_TEMPERATURE_UNIT);
 524                 } else {
 525                     return null;
 526                 }
 527             case OVERRIDE:
 528                 return data.getThermostatData().getOverride();
 529             case HOLD:
 530                 return OnOffType.from(data.getThermostatData().getHold() == 1);
 531             case STATUS:
 532                 return data.getThermostatData().getStatus();
 533             case FAN_STATUS:
 534                 // workaround for some thermostats that don't report that the fan is on during heating or cooling
 535                 if (data.getThermostatData().getStatus() > 0) {
 536                     return 1;
 537                 } else {
 538                     return data.getThermostatData().getFanStatus();
 539                 }
 540             case DAY:
 541                 return data.getThermostatData().getTime().getDayOfWeek();
 542             case HOUR:
 543                 return data.getThermostatData().getTime().getHour();
 544             case MINUTE:
 545                 return data.getThermostatData().getTime().getMinute();
 546             case DATE_STAMP:
 547                 return data.getThermostatData().getTime().getThemostatDateTime();
 548             case TODAY_HEAT_RUNTIME:
 549                 return new QuantityType<>(data.getRuntime().getToday().getHeatTime().getRuntime(), API_MINUTES_UNIT);
 550             case TODAY_COOL_RUNTIME:
 551                 return new QuantityType<>(data.getRuntime().getToday().getCoolTime().getRuntime(), API_MINUTES_UNIT);
 552             case YESTERDAY_HEAT_RUNTIME:
 553                 return new QuantityType<>(data.getRuntime().getYesterday().getHeatTime().getRuntime(),
 554                         API_MINUTES_UNIT);
 555             case YESTERDAY_COOL_RUNTIME:
 556                 return new QuantityType<>(data.getRuntime().getYesterday().getCoolTime().getRuntime(),
 557                         API_MINUTES_UNIT);
 558         }
 559         return null;
 560     }
 561
 562     /**
 563      * Updates all channels from rthermData
 564      */
 565     private void updateAllChannels() {
 566         // Update all channels from rthermData
 567         getThing().getChannels().forEach(channel -> {
 568             if (!NO_UPDATE_CHANNEL_IDS.contains(channel.getUID().getId())) {
 569                 updateChannel(channel.getUID().getId(), rthermData);
 570             }
 571         });
 572     }
 573
 574     /**
 575      * Build a list of fan modes based on what model thermostat is used
 576      *
 577      * @return list of state options for thermostat fan modes
 578      */
 579     private List<StateOption> getFanModeOptions() {
 580         List<StateOption> fanModeOptions = new ArrayList<>();
 581
 582         fanModeOptions.add(new StateOption("0", "@text/options.fan-option-auto"));
 583         if (this.isCT80) {
 584             fanModeOptions.add(new StateOption("1", "@text/options.fan-option-circulate"));
 585         }
 586         fanModeOptions.add(new StateOption("2", "@text/options.fan-option-on"));
 587
 588         return fanModeOptions;
 589     }
 590 }