Examples with EnergyBlock org.openhab.binding.modbus.stiebeleltron.internal.dto.EnergyBlock used on opensource projects

Example 1 with EnergyBlock

use of org.openhab.binding.modbus.stiebeleltron.internal.dto.EnergyBlock in project openhab-addons by openhab.

the class EnergyBlockParser method parse.

public EnergyBlock parse(ModbusRegisterArray raw) {
    EnergyBlock block = new EnergyBlock();
    block.productionHeatToday = extractUInt16(raw, 0, (short) 0);
    block.productionHeatTotalLow = extractUInt16(raw, 1, (short) 0);
    block.productionHeatTotalHigh = extractUInt16(raw, 2, (short) 0);
    block.productionWaterToday = extractUInt16(raw, 3, (short) 0);
    block.productionWaterTotalLow = extractUInt16(raw, 4, (short) 0);
    block.productionWaterTotalHigh = extractUInt16(raw, 5, (short) 0);
    block.consumptionHeatToday = extractUInt16(raw, 10, (short) 0);
    block.consumptionHeatTotalLow = extractUInt16(raw, 11, (short) 0);
    block.consumptionHeatTotalHigh = extractUInt16(raw, 12, (short) 0);
    block.consumptionWaterToday = extractUInt16(raw, 13, (short) 0);
    block.consumptionWaterTotalLow = extractUInt16(raw, 14, (short) 0);
    block.consumptionWaterTotalHigh = extractUInt16(raw, 15, (short) 0);
    return block;
}

Example 2 with EnergyBlock

use of org.openhab.binding.modbus.stiebeleltron.internal.dto.EnergyBlock in project openhab-addons by openhab.

the class StiebelEltronHandler method handlePolledEnergyData.

/**
 * This method is called each time new data has been polled from the modbus
 * slave The register array is first parsed, then each of the channels are
 * updated to the new values
 *
 * @param registers byte array read from the modbus slave
 */
protected void handlePolledEnergyData(ModbusRegisterArray registers) {
    logger.trace("Energy block received, size: {}", registers.size());
    EnergyBlock block = energyBlockParser.parse(registers);
    // Energy information group
    updateState(channelUID(GROUP_ENERGY_INFO, CHANNEL_PRODUCTION_HEAT_TODAY), new QuantityType<>(block.productionHeatToday, KILOWATT_HOUR));
    updateState(channelUID(GROUP_ENERGY_INFO, CHANNEL_PRODUCTION_HEAT_TOTAL), getEnergyQuantity(block.productionHeatTotalHigh, block.productionHeatTotalLow));
    updateState(channelUID(GROUP_ENERGY_INFO, CHANNEL_PRODUCTION_WATER_TODAY), new QuantityType<>(block.productionWaterToday, KILOWATT_HOUR));
    updateState(channelUID(GROUP_ENERGY_INFO, CHANNEL_PRODUCTION_WATER_TOTAL), getEnergyQuantity(block.productionWaterTotalHigh, block.productionWaterTotalLow));
    updateState(channelUID(GROUP_ENERGY_INFO, CHANNEL_CONSUMPTION_HEAT_TODAY), new QuantityType<>(block.consumptionHeatToday, KILOWATT_HOUR));
    updateState(channelUID(GROUP_ENERGY_INFO, CHANNEL_CONSUMPTION_HEAT_TOTAL), getEnergyQuantity(block.consumptionHeatTotalHigh, block.consumptionHeatTotalLow));
    updateState(channelUID(GROUP_ENERGY_INFO, CHANNEL_CONSUMPTION_WATER_TODAY), new QuantityType<>(block.consumptionWaterToday, KILOWATT_HOUR));
    updateState(channelUID(GROUP_ENERGY_INFO, CHANNEL_CONSUMPTION_WATER_TOTAL), getEnergyQuantity(block.consumptionWaterTotalHigh, block.consumptionWaterTotalLow));
    resetCommunicationError();
}