public HMIP_SWDO(XMLAPI.DeviceList.Device d, XMLAPI.Client CGIClient, DeviceManager dm) : base(d, CGIClient, dm)
{
Config_Pending = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["CONFIG_PENDING"]);
Duty_Cycle = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["DUTY_CYCLE"]);
Error_Code = new TypedDatapoint <String>(base.Channels[0].Datapoints["ERROR_CODE"]);
Low_Bat = new TypedDatapoint <Boolean>(base.Channels[0].Datapoints["LOW_BAT"]);
Operating_Voltage = new TypedDatapoint <System.Decimal>(base.Channels[0].Datapoints["OPERATING_VOLTAGE"]);
Operating_Voltage_Status = new TypedDatapoint <csharpmatic.Interfaces.IHmIP_Operating_Voltage_Status_Enum>(base.Channels[0].Datapoints["OPERATING_VOLTAGE_STATUS"]);
Rssi_Device = new TypedDatapoint <System.String>(base.Channels[0].Datapoints["RSSI_DEVICE"]);
Rssi_Peer = new TypedDatapoint <System.String>(base.Channels[0].Datapoints["RSSI_PEER"]);
Sabotage = new TypedDatapoint <Boolean>(base.Channels[0].Datapoints["SABOTAGE"]);
Unreach = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["UNREACH"]);
Update_Pending = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["UPDATE_PENDING"]);
State = new TypedDatapoint <Int32>(base.Channels[1].Datapoints["STATE"]);
}
public HMIP_SWSD(XMLAPI.DeviceList.Device d, XMLAPI.Client CGIClient, DeviceManager dm) : base(d, CGIClient, dm)
{
Config_Pending = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["CONFIG_PENDING"]);
Duty_Cycle = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["DUTY_CYCLE"]);
Low_Bat = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["LOW_BAT"]);
Rssi_Device = new TypedDatapoint <System.Int32>(base.Channels[0].Datapoints["RSSI_DEVICE"]);
Rssi_Peer = new TypedDatapoint <System.Int32>(base.Channels[0].Datapoints["RSSI_PEER"]);
Time_Of_Operation = new TypedDatapoint <String>(base.Channels[0].Datapoints["TIME_OF_OPERATION"]);
Time_Of_Operation_Status = new TypedDatapoint <Int32>(base.Channels[0].Datapoints["TIME_OF_OPERATION_STATUS"]);
Unreach = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["UNREACH"]);
Update_Pending = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["UPDATE_PENDING"]);
Error_Code = new TypedDatapoint <System.Int32>(base.Channels[1].Datapoints["ERROR_CODE"]);
Smoke_Detector_Alarm_Status = new TypedDatapoint <csharpmatic.Interfaces.ISmokeDetectorDevice_Smoke_Detector_Alarm_Status_Enum>(base.Channels[1].Datapoints["SMOKE_DETECTOR_ALARM_STATUS"]);
Smoke_Detector_Command = new TypedDatapoint <csharpmatic.Interfaces.ISmokeDetectorDevice_Smoke_Detector_Command_Enum>(base.Channels[1].Datapoints["SMOKE_DETECTOR_COMMAND"]);
Smoke_Detector_Test_Result = new TypedDatapoint <csharpmatic.Interfaces.ISmokeDetectorDevice_Smoke_Detector_Test_Result_Enum>(base.Channels[1].Datapoints["SMOKE_DETECTOR_TEST_RESULT"]);
}
public static Device CreateInstance(XMLAPI.DeviceList.Device d, XMLAPI.Client CGIClient, DeviceManager dm)
{
Type t = GetInterfaceDeviceType(d);
Device newDev = Activator.CreateInstance(t, d, CGIClient, dm) as Device;
return(newDev);
}
public HMIP_PSM(XMLAPI.DeviceList.Device d, XMLAPI.Client CGIClient, DeviceManager dm) : base(d, CGIClient, dm)
{
Actuator_Actual_Temperature = new TypedDatapoint <System.Decimal>(base.Channels[0].Datapoints["ACTUATOR_ACTUAL_TEMPERATURE"]);
Actuator_Actual_Temperature_Status = new TypedDatapoint <System.Int32>(base.Channels[0].Datapoints["ACTUATOR_ACTUAL_TEMPERATURE_STATUS"]);
Config_Pending = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["CONFIG_PENDING"]);
Duty_Cycle = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["DUTY_CYCLE"]);
Error_Code = new TypedDatapoint <String>(base.Channels[0].Datapoints["ERROR_CODE"]);
Error_Overheat = new TypedDatapoint <Boolean>(base.Channels[0].Datapoints["ERROR_OVERHEAT"]);
Operating_Voltage = new TypedDatapoint <System.Decimal>(base.Channels[0].Datapoints["OPERATING_VOLTAGE"]);
Operating_Voltage_Status = new TypedDatapoint <csharpmatic.Interfaces.IHmIP_Operating_Voltage_Status_Enum>(base.Channels[0].Datapoints["OPERATING_VOLTAGE_STATUS"]);
Rssi_Device = new TypedDatapoint <System.String>(base.Channels[0].Datapoints["RSSI_DEVICE"]);
Rssi_Peer = new TypedDatapoint <System.String>(base.Channels[0].Datapoints["RSSI_PEER"]);
Unreach = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["UNREACH"]);
Update_Pending = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["UPDATE_PENDING"]);
Press_Long = new TypedDatapoint <Boolean>(base.Channels[1].Datapoints["PRESS_LONG"]);
Press_Short = new TypedDatapoint <Boolean>(base.Channels[1].Datapoints["PRESS_SHORT"]);
Process = new TypedDatapoint <csharpmatic.Interfaces.ISingleSwitchControlDevice_Process>(base.Channels[3].Datapoints["PROCESS"]);
Section = new TypedDatapoint <System.Int32>(base.Channels[3].Datapoints["SECTION"]);
Section_Status = new TypedDatapoint <csharpmatic.Interfaces.ISingleSwitchControlDevice_Section_Status>(base.Channels[3].Datapoints["SECTION_STATUS"]);
State = new TypedDatapoint <System.Boolean>(base.Channels[3].Datapoints["STATE"]);
Current = new TypedDatapoint <Decimal>(base.Channels[6].Datapoints["CURRENT"]);
Current_Status = new TypedDatapoint <Int32>(base.Channels[6].Datapoints["CURRENT_STATUS"]);
Energy_Counter = new TypedDatapoint <Decimal>(base.Channels[6].Datapoints["ENERGY_COUNTER"]);
Energy_Counter_Overflow = new TypedDatapoint <Boolean>(base.Channels[6].Datapoints["ENERGY_COUNTER_OVERFLOW"]);
Frequency = new TypedDatapoint <Decimal>(base.Channels[6].Datapoints["FREQUENCY"]);
Frequency_Status = new TypedDatapoint <Int32>(base.Channels[6].Datapoints["FREQUENCY_STATUS"]);
Power = new TypedDatapoint <Decimal>(base.Channels[6].Datapoints["POWER"]);
Power_Status = new TypedDatapoint <Int32>(base.Channels[6].Datapoints["POWER_STATUS"]);
Voltage = new TypedDatapoint <Decimal>(base.Channels[6].Datapoints["VOLTAGE"]);
Voltage_Status = new TypedDatapoint <Int32>(base.Channels[6].Datapoints["VOLTAGE_STATUS"]);
}
public Device(XMLAPI.DeviceList.Device d, XMLAPI.Client CGIClient, DeviceManager dm)
{
DeviceManager = dm;
FillFromDeviceListDevice(d);
FillFromRoomList(CGIClient.RoomList);
FillFromFunctionList(CGIClient.FunctionList);
FillFromStateList(CGIClient.StateList);
FillFromMasterValueList(CGIClient.MasterValueListByChannel);
InitDatapointLookups();
}
public HMIP_BDT(XMLAPI.DeviceList.Device d, XMLAPI.Client CGIClient, DeviceManager dm) : base(d, CGIClient, dm)
{
Actuator_Actual_Temperature = new TypedDatapoint <Decimal>(base.Channels[0].Datapoints["ACTUATOR_ACTUAL_TEMPERATURE"]);
Actuator_Actual_Temperature_Status = new TypedDatapoint <Int32>(base.Channels[0].Datapoints["ACTUATOR_ACTUAL_TEMPERATURE_STATUS"]);
Config_Pending = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["CONFIG_PENDING"]);
Duty_Cycle = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["DUTY_CYCLE"]);
Error_Code = new TypedDatapoint <String>(base.Channels[0].Datapoints["ERROR_CODE"]);
Error_Overheat = new TypedDatapoint <Boolean>(base.Channels[0].Datapoints["ERROR_OVERHEAT"]);
Error_Overload = new TypedDatapoint <Boolean>(base.Channels[0].Datapoints["ERROR_OVERLOAD"]);
Error_Update = new TypedDatapoint <Boolean>(base.Channels[0].Datapoints["ERROR_UPDATE"]);
Operating_Voltage = new TypedDatapoint <System.Decimal>(base.Channels[0].Datapoints["OPERATING_VOLTAGE"]);
Operating_Voltage_Status = new TypedDatapoint <csharpmatic.Interfaces.IHmIP_Operating_Voltage_Status_Enum>(base.Channels[0].Datapoints["OPERATING_VOLTAGE_STATUS"]);
Rssi_Device = new TypedDatapoint <System.String>(base.Channels[0].Datapoints["RSSI_DEVICE"]);
Rssi_Peer = new TypedDatapoint <System.String>(base.Channels[0].Datapoints["RSSI_PEER"]);
Unreach = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["UNREACH"]);
Update_Pending = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["UPDATE_PENDING"]);
Activity_State = new TypedDatapoint <Int32>(base.Channels[4].Datapoints["ACTIVITY_STATE"]);
Level = new TypedDatapoint <System.Decimal>(base.Channels[4].Datapoints["LEVEL"]);
Level_Status = new TypedDatapoint <csharpmatic.Interfaces.IDimmerDevice_Level_Status>(base.Channels[4].Datapoints["LEVEL_STATUS"]);
Process = new TypedDatapoint <Int32>(base.Channels[4].Datapoints["PROCESS"]);
Section = new TypedDatapoint <Int32>(base.Channels[4].Datapoints["SECTION"]);
Section_Status = new TypedDatapoint <Int32>(base.Channels[4].Datapoints["SECTION_STATUS"]);
Ramp_Time = new TypedDatapoint <System.Decimal>(base.Channels[4].Datapoints["RAMP_TIME"]);
Week_Program_Channel_Locks = new TypedDatapoint <Int32>(base.Channels[7].Datapoints["WEEK_PROGRAM_CHANNEL_LOCKS"]);
Week_Program_Target_Channel_Lock = new TypedDatapoint <Int32>(base.Channels[7].Datapoints["WEEK_PROGRAM_TARGET_CHANNEL_LOCK"]);
Week_Program_Target_Channel_Locks = new TypedDatapoint <Int32>(base.Channels[7].Datapoints["WEEK_PROGRAM_TARGET_CHANNEL_LOCKS"]);
}
public HMIP_PS(XMLAPI.DeviceList.Device d, XMLAPI.Client CGIClient, DeviceManager dm) : base(d, CGIClient, dm)
{
Actuator_Actual_Temperature = new TypedDatapoint <System.Decimal>(base.Channels[0].Datapoints["ACTUATOR_ACTUAL_TEMPERATURE"]);
Actuator_Actual_Temperature_Status = new TypedDatapoint <System.Int32>(base.Channels[0].Datapoints["ACTUATOR_ACTUAL_TEMPERATURE_STATUS"]);
Config_Pending = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["CONFIG_PENDING"]);
Duty_Cycle = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["DUTY_CYCLE"]);
Error_Code = new TypedDatapoint <String>(base.Channels[0].Datapoints["ERROR_CODE"]);
Error_Overheat = new TypedDatapoint <Boolean>(base.Channels[0].Datapoints["ERROR_OVERHEAT"]);
Operating_Voltage = new TypedDatapoint <System.Decimal>(base.Channels[0].Datapoints["OPERATING_VOLTAGE"]);
Operating_Voltage_Status = new TypedDatapoint <csharpmatic.Interfaces.IOperating_Voltage_Status_Enum>(base.Channels[0].Datapoints["OPERATING_VOLTAGE_STATUS"]);
Rssi_Device = new TypedDatapoint <System.Int32>(base.Channels[0].Datapoints["RSSI_DEVICE"]);
Rssi_Peer = new TypedDatapoint <System.Int32>(base.Channels[0].Datapoints["RSSI_PEER"]);
Unreach = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["UNREACH"]);
Update_Pending = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["UPDATE_PENDING"]);
Press_Long = new TypedDatapoint <Boolean>(base.Channels[1].Datapoints["PRESS_LONG"]);
Press_Short = new TypedDatapoint <Boolean>(base.Channels[1].Datapoints["PRESS_SHORT"]);
Process = new TypedDatapoint <csharpmatic.Interfaces.ISingleSwitchControlDevice_Process>(base.Channels[3].Datapoints["PROCESS"]);
Section = new TypedDatapoint <System.Int32>(base.Channels[3].Datapoints["SECTION"]);
Section_Status = new TypedDatapoint <csharpmatic.Interfaces.ISingleSwitchControlDevice_Section_Status>(base.Channels[3].Datapoints["SECTION_STATUS"]);
State = new TypedDatapoint <System.Boolean>(base.Channels[3].Datapoints["STATE"]);
Week_Program_Channel_Locks = new TypedDatapoint <Int32>(base.Channels[6].Datapoints["WEEK_PROGRAM_CHANNEL_LOCKS"]);
Week_Program_Target_Channel_Lock = new TypedDatapoint <Int32>(base.Channels[6].Datapoints["WEEK_PROGRAM_TARGET_CHANNEL_LOCK"]);
Week_Program_Target_Channel_Locks = new TypedDatapoint <Int32>(base.Channels[6].Datapoints["WEEK_PROGRAM_TARGET_CHANNEL_LOCKS"]);
}
private void FillFromDeviceListDevice(XMLAPI.DeviceList.Device d)
{
Name = d.Name;
ISEID = d.Ise_id;
Address = d.Address;
Interface = d.Interface;
DeviceType = d.Device_type;
ChannelByISEID = new Dictionary <string, Channel>();
Channels = new Channel[d.Channel.Count];
for (int i = 0; i < Channels.Length; i++)
{
Channels[i] = new Channel(d.Channel[i], this);
if (!ChannelByISEID.ContainsKey(Channels[i].ISEID))
{
ChannelByISEID.Add(Channels[i].ISEID, Channels[i]);
}
else
{
throw new Exception(String.Format("Duplicated channel iseid {0} on device {1}.", Channels[i].ISEID, d.Name));
}
}
}
public HMIP_HEATING(XMLAPI.DeviceList.Device d, XMLAPI.Client CGIClient, DeviceManager dm) : base(d, CGIClient, dm)
{
Actuator_Actual_Temperature_Status = new TypedDatapoint <Int32>(base.Channels[0].Datapoints["ACTUATOR_ACTUAL_TEMPERATURE_STATUS"]);
Config_Pending = new TypedDatapoint <Boolean>(base.Channels[0].Datapoints["CONFIG_PENDING"]);
Duty_Cycle = new TypedDatapoint <Boolean>(base.Channels[0].Datapoints["DUTY_CYCLE"]);
Error_Code = new TypedDatapoint <String>(base.Channels[0].Datapoints["ERROR_CODE"]);
Error_Overheat = new TypedDatapoint <Boolean>(base.Channels[0].Datapoints["ERROR_OVERHEAT"]);
Low_Bat = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["LOW_BAT"]);
Operating_Voltage_Status = new TypedDatapoint <Int32>(base.Channels[0].Datapoints["OPERATING_VOLTAGE_STATUS"]);
Sabotage = new TypedDatapoint <Boolean>(base.Channels[0].Datapoints["SABOTAGE"]);
Unreach = new TypedDatapoint <Boolean>(base.Channels[0].Datapoints["UNREACH"]);
Update_Pending = new TypedDatapoint <Boolean>(base.Channels[0].Datapoints["UPDATE_PENDING"]);
Active_Profile = new TypedDatapoint <System.Int32>(base.Channels[1].Datapoints["ACTIVE_PROFILE"]);
Actual_Temperature = new TypedDatapoint <System.Decimal>(base.Channels[1].Datapoints["ACTUAL_TEMPERATURE"]);
Actual_Temperature_Status = new TypedDatapoint <csharpmatic.Interfaces.ITempControl_Actual_Temperature_Status>(base.Channels[1].Datapoints["ACTUAL_TEMPERATURE_STATUS"]);
Boost_Mode = new TypedDatapoint <System.Boolean>(base.Channels[1].Datapoints["BOOST_MODE"]);
Boost_Time = new TypedDatapoint <System.Int32>(base.Channels[1].Datapoints["BOOST_TIME"]);
Control_Differential_Temperature = new TypedDatapoint <Decimal>(base.Channels[1].Datapoints["CONTROL_DIFFERENTIAL_TEMPERATURE"]);
Control_Mode = new TypedDatapoint <Int32>(base.Channels[1].Datapoints["CONTROL_MODE"]);
Duration_Unit = new TypedDatapoint <Int32>(base.Channels[1].Datapoints["DURATION_UNIT"]);
Duration_Value = new TypedDatapoint <Int32>(base.Channels[1].Datapoints["DURATION_VALUE"]);
Frost_Protection = new TypedDatapoint <System.Boolean>(base.Channels[1].Datapoints["FROST_PROTECTION"]);
Heating_Cooling = new TypedDatapoint <Int32>(base.Channels[1].Datapoints["HEATING_COOLING"]);
Humidity = new TypedDatapoint <System.Int32>(base.Channels[1].Datapoints["HUMIDITY"]);
Humidity_Status = new TypedDatapoint <csharpmatic.Interfaces.IHumidityControl_Humidity_Status_Enum>(base.Channels[1].Datapoints["HUMIDITY_STATUS"]);
Level = new TypedDatapoint <System.Decimal>(base.Channels[1].Datapoints["LEVEL"]);
Level_Status = new TypedDatapoint <csharpmatic.Interfaces.IValveControlDevice_Level_Status>(base.Channels[1].Datapoints["LEVEL_STATUS"]);
Party_Mode = new TypedDatapoint <Boolean>(base.Channels[1].Datapoints["PARTY_MODE"]);
Party_Set_Point_Temperature = new TypedDatapoint <Decimal>(base.Channels[1].Datapoints["PARTY_SET_POINT_TEMPERATURE"]);
Party_Time_End = new TypedDatapoint <DateTime>(base.Channels[1].Datapoints["PARTY_TIME_END"]);
Party_Time_Start = new TypedDatapoint <DateTime>(base.Channels[1].Datapoints["PARTY_TIME_START"]);
Quick_Veto_Time = new TypedDatapoint <Int32>(base.Channels[1].Datapoints["QUICK_VETO_TIME"]);
Set_Point_Mode = new TypedDatapoint <System.Int32>(base.Channels[1].Datapoints["SET_POINT_MODE"]);
Set_Point_Temperature = new TypedDatapoint <System.Decimal>(base.Channels[1].Datapoints["SET_POINT_TEMPERATURE"]);
Switch_Point_Occured = new TypedDatapoint <System.Boolean>(base.Channels[1].Datapoints["SWITCH_POINT_OCCURED"]);
Valve_Adaption = new TypedDatapoint <System.Boolean>(base.Channels[1].Datapoints["VALVE_ADAPTION"]);
Valve_State = new TypedDatapoint <csharpmatic.Interfaces.IValveControl_Valve_State_Enum>(base.Channels[1].Datapoints["VALVE_STATE"]);
Window_State = new TypedDatapoint <csharpmatic.Interfaces.ITempControl_Windows_State_Enum>(base.Channels[1].Datapoints["WINDOW_STATE"]);
Handle_State = new TypedDatapoint <Int32>(base.Channels[3].Datapoints["HANDLE_STATE"]);
Process = new TypedDatapoint <Int32>(base.Channels[4].Datapoints["PROCESS"]);
Section = new TypedDatapoint <Int32>(base.Channels[4].Datapoints["SECTION"]);
Section_Status = new TypedDatapoint <Int32>(base.Channels[4].Datapoints["SECTION_STATUS"]);
Relay_State = new TypedDatapoint <Boolean>(base.Channels[4].Datapoints["RELAY_STATE"]);
}
public HMIP_WTH_2(XMLAPI.DeviceList.Device d, XMLAPI.Client CGIClient, DeviceManager dm) : base(d, CGIClient, dm)
{
Config_Pending = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["CONFIG_PENDING"]);
Duty_Cycle = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["DUTY_CYCLE"]);
Low_Bat = new TypedDatapoint <Boolean>(base.Channels[0].Datapoints["LOW_BAT"]);
Operating_Voltage = new TypedDatapoint <System.Decimal>(base.Channels[0].Datapoints["OPERATING_VOLTAGE"]);
Operating_Voltage_Status = new TypedDatapoint <csharpmatic.Interfaces.IHmIP_Operating_Voltage_Status_Enum>(base.Channels[0].Datapoints["OPERATING_VOLTAGE_STATUS"]);
Rssi_Device = new TypedDatapoint <System.String>(base.Channels[0].Datapoints["RSSI_DEVICE"]);
Rssi_Peer = new TypedDatapoint <System.String>(base.Channels[0].Datapoints["RSSI_PEER"]);
Unreach = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["UNREACH"]);
Update_Pending = new TypedDatapoint <System.Boolean>(base.Channels[0].Datapoints["UPDATE_PENDING"]);
Active_Profile = new TypedDatapoint <System.Int32>(base.Channels[1].Datapoints["ACTIVE_PROFILE"]);
Actual_Temperature = new TypedDatapoint <System.Decimal>(base.Channels[1].Datapoints["ACTUAL_TEMPERATURE"]);
Actual_Temperature_Status = new TypedDatapoint <csharpmatic.Interfaces.ITempControl_Actual_Temperature_Status>(base.Channels[1].Datapoints["ACTUAL_TEMPERATURE_STATUS"]);
Boost_Mode = new TypedDatapoint <System.Boolean>(base.Channels[1].Datapoints["BOOST_MODE"]);
Boost_Time = new TypedDatapoint <System.Int32>(base.Channels[1].Datapoints["BOOST_TIME"]);
Control_Differential_Temperature = new TypedDatapoint <Decimal>(base.Channels[1].Datapoints["CONTROL_DIFFERENTIAL_TEMPERATURE"]);
Control_Mode = new TypedDatapoint <Int32>(base.Channels[1].Datapoints["CONTROL_MODE"]);
Duration_Unit = new TypedDatapoint <Int32>(base.Channels[1].Datapoints["DURATION_UNIT"]);
Duration_Value = new TypedDatapoint <Int32>(base.Channels[1].Datapoints["DURATION_VALUE"]);
Frost_Protection = new TypedDatapoint <System.Boolean>(base.Channels[1].Datapoints["FROST_PROTECTION"]);
Heating_Cooling = new TypedDatapoint <Int32>(base.Channels[1].Datapoints["HEATING_COOLING"]);
Humidity = new TypedDatapoint <System.Int32>(base.Channels[1].Datapoints["HUMIDITY"]);
Humidity_Status = new TypedDatapoint <csharpmatic.Interfaces.IHumidityControl_Humidity_Status_Enum>(base.Channels[1].Datapoints["HUMIDITY_STATUS"]);
Party_Mode = new TypedDatapoint <Boolean>(base.Channels[1].Datapoints["PARTY_MODE"]);
Party_Set_Point_Temperature = new TypedDatapoint <Decimal>(base.Channels[1].Datapoints["PARTY_SET_POINT_TEMPERATURE"]);
Party_Time_End = new TypedDatapoint <DateTime>(base.Channels[1].Datapoints["PARTY_TIME_END"]);
Party_Time_Start = new TypedDatapoint <DateTime>(base.Channels[1].Datapoints["PARTY_TIME_START"]);
Quick_Veto_Time = new TypedDatapoint <Int32>(base.Channels[1].Datapoints["QUICK_VETO_TIME"]);
Set_Point_Mode = new TypedDatapoint <System.Int32>(base.Channels[1].Datapoints["SET_POINT_MODE"]);
Set_Point_Temperature = new TypedDatapoint <System.Decimal>(base.Channels[1].Datapoints["SET_POINT_TEMPERATURE"]);
Switch_Point_Occured = new TypedDatapoint <System.Boolean>(base.Channels[1].Datapoints["SWITCH_POINT_OCCURED"]);
Window_State = new TypedDatapoint <csharpmatic.Interfaces.ITempControl_Windows_State_Enum>(base.Channels[1].Datapoints["WINDOW_STATE"]);
}
public static Type GetInterfaceDeviceType(XMLAPI.DeviceList.Device d)
{
return(GetInterfaceDeviceType(d.Device_type));
}
