static internal void Update_RemoteDevice(Thermostat thermostat, SensorCapabilities capability, DeviceDataPoint ddPoint, EcobeeConnection ecobee)
{
string name;
string id = GetDeviceKeys(ddPoint.device, out name);
if (name.Equals("Temperature Sensor"))
{
if (capability.value != "unknown")
{
var temp = Int16.Parse(capability.value) / 10;
hs.SetDeviceValueByRef(ddPoint.dvRef, temp, true);
}
else
{
hs.SetDeviceString(ddPoint.dvRef, "unknown", true);
}
ddPoint.device.set_ScaleText(hs, thermostat.settings.useCelsius ? "C" : "F");
}
if (name.Equals("Occupancy Sensor"))
{
if (capability.value.Equals("true"))
{
hs.SetDeviceValueByRef(ddPoint.dvRef, 1, true);
}
else
{
hs.SetDeviceValueByRef(ddPoint.dvRef, 0, true);
}
}
}
private void EnableAllowedSensors()
{
if (locationProvider != null)
{
SensorCapabilities sensors = locationProvider.Sensors;
sensors.GeoLocationEnabled = true;
sensors.WifiEnabled = HaveAccessWifiInformationEntitlement;
sensors.BluetoothEnabled = true;
}
}
static internal bool Remote_Devices(string tString, Thermostat thermostat, RemoteSensors remote, SensorCapabilities capability, List <DeviceDataPoint> deviceList, EcobeeConnection ecobee)
{
var sensorType = "";
if (capability.type.Equals("temperature"))
{
sensorType = "Temperature";
}
if (capability.type.Equals("occupancy"))
{
sensorType = "Occupancy";
}
string name;
string id;
foreach (var ddPoint in deviceList)
{
id = GetDeviceKeys(ddPoint.device, out name);
if (id == (thermostat.identifier + remote.code) && name == (sensorType + tString))
{
Update_RemoteDevice(thermostat, capability, ddPoint, ecobee);
return(false);
}
}
DeviceClass dv = new DeviceClass();
dv = GenericHomeSeerDevice(dv, sensorType + tString, remote.name, thermostat.identifier + remote.code);
var dvRef = dv.get_Ref(hs);
id = GetDeviceKeys(dv, out name);
switch (name)
{
case "Temperature Sensor":
{
VSVGPairs.VSPair SPair = default(VSVGPairs.VSPair);
SPair = new VSVGPairs.VSPair(ePairStatusControl.Status);
SPair.PairType = VSVGPairs.VSVGPairType.Range;
SPair.RangeStart = -500;
SPair.RangeEnd = 500;
SPair.RangeStatusSuffix = " " + getTemperatureUnits(thermostat.settings.useCelsius);
hs.DeviceVSP_AddPair(dvRef, SPair);
VSVGPairs.VGPair GPair = new VSVGPairs.VGPair();
GPair.PairType = VSVGPairs.VSVGPairType.Range;
GPair.RangeStart = -500;
GPair.RangeEnd = 500;
GPair.Graphic = "/images/HomeSeer/contemporary/Thermometer-70.png";
hs.DeviceVGP_AddPair(dvRef, GPair);
break;
}
case "Occupancy Sensor":
{
VSVGPairs.VSPair SPair = default(VSVGPairs.VSPair);
SPair = new VSVGPairs.VSPair(ePairStatusControl.Status);
SPair.PairType = VSVGPairs.VSVGPairType.SingleValue;
SPair.Value = 0;
SPair.Status = "Unoccupied";
hs.DeviceVSP_AddPair(dvRef, SPair);
SPair.Value = 1;
SPair.Status = "Occupied";
hs.DeviceVSP_AddPair(dvRef, SPair);
VSVGPairs.VGPair GPair = new VSVGPairs.VGPair();
GPair.PairType = VSVGPairs.VSVGPairType.SingleValue;
GPair.Set_Value = 0;
GPair.Graphic = "/images/HomeSeer/contemporary/away.png";
hs.DeviceVGP_AddPair(dvRef, GPair);
GPair.Set_Value = 1;
GPair.Graphic = "/images/HomeSeer/contemporary/home.png";
hs.DeviceVGP_AddPair(dvRef, GPair);
break;
}
}
return(true);
}
