public static EnergyValue Parse(byte[] message)
{
int scale = 0;
EnergyValue energy = new EnergyValue();
//energy.Value = ((double)int.Parse(
// message[12].ToString("X2") + message[13].ToString("X2") + message[14].ToString("X2"),
// System.Globalization.NumberStyles.HexNumber
// )) / 1000D;
energy.Value = Utility.ExtractValueFromBytes(message, 11, out scale);
if (Enum.IsDefined(typeof(ZWaveEnergyParameter), scale))
{
energy.Parameter = (ZWaveEnergyParameter)scale;
}
switch (energy.Parameter)
{
// Accumulated power consumption kW/h
case ZWaveEnergyParameter.kWh:
energy.EventType = ParameterType.METER_KW_HOUR;
break;
// Accumulated power consumption kilo Volt Ampere / hours (kVA/h)
case ZWaveEnergyParameter.kVAh:
energy.EventType = ParameterType.METER_KVA_HOUR;
break;
// Instant power consumption Watt
case ZWaveEnergyParameter.Watt:
energy.EventType = ParameterType.METER_WATT;
break;
// Pulses count
case ZWaveEnergyParameter.Pulses:
energy.EventType = ParameterType.METER_PULSES;
break;
// AC load Voltage
case ZWaveEnergyParameter.ACVolt:
energy.EventType = ParameterType.METER_AC_VOLT;
break;
// AC load Current
case ZWaveEnergyParameter.ACCurrent:
energy.EventType = ParameterType.METER_AC_CURRENT;
break;
// Power Factor
case ZWaveEnergyParameter.PowerFactor:
energy.EventType = ParameterType.METER_POWER;
break;
default:
energy.EventType = ParameterType.METER_WATT;
break;
}
return(energy);
}
public static SensorValue Parse(byte[] message)
{
SensorValue sensor = new SensorValue();
//
int scale = 0;
double val = Utility.ExtractValueFromBytes(message, 11, out scale);
//
byte key = message[9];
if (key == (byte)ZWaveSensorParameter.TEMPERATURE)
{
sensor.Parameter = ZWaveSensorParameter.TEMPERATURE;
sensor.Value = Utility.ExtractTemperatureFromBytes(message);
sensor.EventType = ParameterType.SENSOR_TEMPERATURE;
}
else if (key == (byte)ZWaveSensorParameter.GENERAL_PURPOSE_VALUE)
{
sensor.Parameter = ZWaveSensorParameter.GENERAL_PURPOSE_VALUE;
sensor.Value = val;
sensor.EventType = ParameterType.GENERIC;
}
else if (key == (byte)ZWaveSensorParameter.LUMINANCE)
{
sensor.Parameter = ZWaveSensorParameter.LUMINANCE;
sensor.Value = val;
sensor.EventType = ParameterType.SENSOR_LUMINANCE;
}
else if (key == (byte)ZWaveSensorParameter.RELATIVE_HUMIDITY)
{
sensor.Parameter = ZWaveSensorParameter.RELATIVE_HUMIDITY;
sensor.Value = val;
sensor.EventType = ParameterType.SENSOR_HUMIDITY;
}
else if (key == (byte)ZWaveSensorParameter.POWER)
{
//sensor.Value = BitConverter.ToUInt16(new byte[2] { message[12], message[11] }, 0) / 10D;
//sensor.Value = ((double)int.Parse(
// message[12].ToString("X2") + message[13].ToString("X2") + message[14].ToString("X2"),
// System.Globalization.NumberStyles.HexNumber
// )) / 1000D;
// TODO: this might be very buggy.... to be tested
EnergyValue energy = EnergyValue.Parse(message);
sensor.Parameter = ZWaveSensorParameter.POWER;
sensor.Value = energy.Value;
sensor.EventType = ParameterType.METER_POWER;
}
else
{
sensor.Value = val;
}
//
return(sensor);
}