// initializes this class and processes the given Input Message and fills the Message Fields
public C_Message (String RAW_Message, House _House)
{
if (RAW_Message.Length < 2)
throw new MAXException("Unable to process the RAW Message.");
if (!RAW_Message.StartsWith("C:"))
throw new MAXException("Unable to process the RAW Message. Not a C Message.");
String[] SplittedRAWMessage = RAW_Message.Remove(0,2).Split(new char[1] { ',' });
if (SplittedRAWMessage.Length >= 2)
{
RFAdress = SplittedRAWMessage[0];//Int32.Parse(SplittedRAWMessage[0],System.Globalization.NumberStyles.HexNumber);
RawMessageDecoded = Base64.Decode(SplittedRAWMessage[1]);
}
else
throw new MAXException("Unable to process C Message. Not enough content.");
}
// initializes this class and processdes the given Input Message and fills the Message Fields
public H_Message (String RAW_Message, House _House)
{
if (RAW_Message.Length < 2)
throw new MAXException("Unable to process the RAW Message.");
if (!RAW_Message.StartsWith("H:"))
throw new MAXException("Unable to process the RAW Message. Not a H Message.");
String[] SplittedRAWMessage = RAW_Message.Remove(0,2).Split(new char[1] { ',' });
if (SplittedRAWMessage.Length >= 3)
{
MAXserialNumber = SplittedRAWMessage[0];
RFAddress = SplittedRAWMessage[1];//Int32.Parse(SplittedRAWMessage[1],System.Globalization.NumberStyles.HexNumber);
FirmwareVersion = Int32.Parse(SplittedRAWMessage[2],System.Globalization.NumberStyles.HexNumber);
HTTPConnId = SplittedRAWMessage[4];
CubeDateTime = DecodeDateTime(SplittedRAWMessage[7],SplittedRAWMessage[8]);
_House.CubeInformation = this;
}
else
throw new MAXException("Unable to process H Message. Not enough content.");
}
// this is the ELV MAX! Cube monitoring script
public void Run()
{
while(running)
{
TcpClient client;
NetworkStream stream;
Dictionary<String, IMAXDevice> currentHouse = new Dictionary<string,IMAXDevice>();
#region Update House
try
{
// now fill that with the initial handshake data...
#region Initial connect and retrieving everything we get from the cube
// network connect and first initialization
client = new TcpClient();
client.Connect(Hostname,Port);
stream = client.GetStream();
// the read buffer (chosen quite big)
byte[] myReadBuffer = new byte[4096*8];
List<String> Messages = new List<string>();
// to build the complete message
StringBuilder myCompleteMessage = new StringBuilder();
int numberOfBytesRead = 0;
MAXEncodeDecode DecoderEncoder = new MAXEncodeDecode();
keepRunning = true;
// Incoming message may be larger than the buffer size.
do
{
myCompleteMessage = new StringBuilder();
stream.ReadTimeout = 1000;
try
{
numberOfBytesRead = stream.Read(myReadBuffer, 0, myReadBuffer.Length);
myCompleteMessage.AppendFormat("{0}", Encoding.ASCII.GetString(myReadBuffer, 0, numberOfBytesRead));
Messages.Add(myCompleteMessage.ToString());
}
catch(Exception)
{
previousHouse = null;
// everything to start
theHouse = new House();
keepRunning = false;
}
}
while(keepRunning);
#endregion
ConsoleOutputLogger.WriteLine("ELV MAX Cube connected...");
#region preprocess
List<String> PreProcessedMessages = new List<string>();
foreach(String _Message in Messages)
{
if (_Message.Remove(_Message.Length-2).Contains("\r\n"))
{
String[] PMessages = _Message.Remove(_Message.Length-2).Split(new char[1] { '\n' },StringSplitOptions.RemoveEmptyEntries);
foreach(String pmessage in PMessages)
{
PreProcessedMessages.Add(pmessage.Replace("\r","")+"\r\n");
}
}
else
PreProcessedMessages.Add(_Message);
}
#endregion
#region process
// Analyze and Output Messages, feed them to the decoder
foreach(String _Message in PreProcessedMessages)
{
//IMAXMessage Message = DecoderEncoder.ProcessMessage(_Message.ToString(), theHouse);
// if (Message != null)
// {
// ConsoleOutputLogger.WriteLine(_Message.ToString());
// ConsoleOutputLogger.WriteLine(Message.ToString());
// ConsoleOutputLogger.WriteLine("");
// }
DecoderEncoder.ProcessMessage(_Message.ToString(), theHouse);
}
#endregion
while(running)
{
// when we are here, we got a filled "theHouse" which does contain first hand L message information
previousHouse = theHouse.GetAllDevicesInADictionary();
#region send L: request and get all the feedback
System.Text.ASCIIEncoding enc = new System.Text.ASCIIEncoding();
byte[] args_data_buffer = enc.GetBytes("l:\r\n");
Messages = new List<string>();
keepRunning = true;
// Incoming message may be larger than the buffer size.
stream.Write(args_data_buffer, 0, args_data_buffer.Length);
do
{
myCompleteMessage = new StringBuilder();
stream.ReadTimeout = 1000;
try
{
numberOfBytesRead = stream.Read(myReadBuffer, 0, myReadBuffer.Length);
myCompleteMessage.AppendFormat("{0}", Encoding.ASCII.GetString(myReadBuffer, 0, numberOfBytesRead));
Messages.Add(myCompleteMessage.ToString());
}
catch(Exception)
{
keepRunning = false;
}
}
while(keepRunning);
#endregion
#region preprocess
PreProcessedMessages = new List<string>();
foreach(String _Message in Messages)
{
if (_Message.Remove(_Message.Length-2).Contains("\r\n"))
{
String[] PMessages = _Message.Remove(_Message.Length-2).Split(new char[1] { '\n' },StringSplitOptions.RemoveEmptyEntries);
foreach(String pmessage in PMessages)
{
PreProcessedMessages.Add(pmessage.Replace("\r","")+"\r\n");
}
}
else
PreProcessedMessages.Add(_Message);
}
#endregion
#region process
// Analyze and Output Messages, feed them to the decoder
foreach(String _Message in PreProcessedMessages)
{
//IMAXMessage Message = DecoderEncoder.ProcessMessage(_Message.ToString(), theHouse);
// if (Message != null)
// {
// ConsoleOutputLogger.WriteLine(_Message.ToString());
// ConsoleOutputLogger.WriteLine(Message.ToString());
// ConsoleOutputLogger.WriteLine("");
// }
currentHouse = new Dictionary<string, IMAXDevice>();
DecoderEncoder.ProcessLMessage(_Message.ToString(), theHouse, currentHouse);
}
#endregion
#region Diff the house
if (previousHouse != null)
{
// only if we already got two houses in here...
List<IDeviceDiffSet> differences = DiffHouse.CalculateDifferences(previousHouse,currentHouse);
if (differences.Count != 0)
{
#region enqueue the difference-sets into the data queue
foreach(IDeviceDiffSet _difference in differences)
{
iQueue.Enqueue(_difference);
}
#endregion
}
}
#endregion
theHouse.UpdateDevices(currentHouse);
// update appropriate devices and in given intervals output non updated
TimeSpan _lastUpdate = DateTime.Now-LastReStoring;
// auto-update every n ... minutes
if (_lastUpdate.TotalSeconds > Properties.Settings.Default.ELVMAXSensorReStoringSec)
{
LastReStoring = DateTime.Now;
foreach(IMAXDevice _device in currentHouse.Values)
{
#region Heating Thermostat
if (_device.Type == DeviceTypes.HeatingThermostat)
{
HeatingThermostat _heating = (HeatingThermostat)_device;
HeatingThermostatDiff _queueable = new HeatingThermostatDiff(_device.Name,_device.AssociatedRoom.RoomID,_device.AssociatedRoom.RoomName);
if (_heating.LowBattery)
_queueable.LowBattery = BatteryStatus.lowbattery;
else
_queueable.LowBattery = BatteryStatus.ok;
_queueable.Mode = _heating.Mode;
_queueable.Temperature = _heating.Temperature;
if (_queueable.Temperature != 0)
iQueue.Enqueue(_queueable);
}
#endregion
#region ShutterContact
if (_device.Type == DeviceTypes.ShutterContact)
{
ShutterContact _shutter = (ShutterContact)_device;
ShutterContactDiff _queueable = new ShutterContactDiff(_device.Name,_device.AssociatedRoom.RoomID,_device.AssociatedRoom.RoomName);
if (_shutter.LowBattery)
_queueable.LowBattery = BatteryStatus.lowbattery;
else
_queueable.LowBattery = BatteryStatus.ok;
_queueable.ShutterState = _shutter.ShutterState;
iQueue.Enqueue(_queueable);
}
#endregion
}
}
Thread.Sleep (MAXUpdateTime);
}
}
catch(Exception e)
{
ConsoleOutputLogger.WriteLine(e.Message);
Thread.Sleep(Properties.Settings.Default.ELVMAXReconnectTimeMsec);
ConsoleOutputLogger.WriteLine("ELV MAX Cube reconnect...");
//stream.Close();
//client.Close();
}
#endregion
}
}
public L_Message(String RAW_Message, House _theHouse, Dictionary<String,IMAXDevice> OutputDeviceList)
{
DevicesInThisMessage = new List<IMAXDevice>();
if (RAW_Message.Length < 2)
throw new MAXException("Unable to process the RAW Message.");
if (!RAW_Message.StartsWith("L:"))
throw new MAXException("Unable to process the RAW Message. Not a L Message.");
RawMessageDecoded = Base64.Decode(RAW_Message.Remove(0,2));
// Tokenize RAW Message
List<byte[]> Tokenized = TokenizeMessage.Tokenize(RawMessageDecoded);
foreach(byte[] array in Tokenized)
{
StringBuilder sb = new StringBuilder();
for(int i=0;i<=2;i++)
{
sb.Append(array[i]);
}
// get data 1 and data 2 out
// on position 5,6
byte Data1 = array[4];
byte Data2 = array[5];
String binValueData1 = Convert.ToString(Data1,2);
binValueData1 = binValueData1.PadLeft(8, '0');
String binValueData2 = Convert.ToString(Data2,2);
binValueData2 = binValueData2.PadLeft(8, '0');
Int32 Cursor = 7; // the current position, skipping ?1,
String RFAddress = sb.ToString();
#region look for this RF Adress in the House's device list
List<IMAXDevice> AllDevices = _theHouse.GetAllDevices();
IMAXDevice foundDevice = null;
foreach(IMAXDevice _device in AllDevices)
{
if (_device.RFAddress == RFAddress)
{
if (_device.Type == DeviceTypes.HeatingThermostat)
{
foundDevice = new HeatingThermostat();
foundDevice.AssociatedRoom = _device.AssociatedRoom;
foundDevice.Name = _device.Name;
foundDevice.RFAddress = _device.RFAddress;
foundDevice.SerialNumber = _device.SerialNumber;
}
if (_device.Type == DeviceTypes.ShutterContact)
{
foundDevice = new ShutterContact();
foundDevice.AssociatedRoom = _device.AssociatedRoom;
foundDevice.Name = _device.Name;
foundDevice.RFAddress = _device.RFAddress;
foundDevice.SerialNumber = _device.SerialNumber;
}
break;
}
}
#endregion
if (foundDevice != null)
{
// remove the device from the house to add it later again...
DevicesInThisMessage.Add(foundDevice);
#region HeatingThermostat
if (foundDevice.Type == DeviceTypes.HeatingThermostat)
{
HeatingThermostat KnownDevice = (HeatingThermostat)foundDevice;
#region get all those flags out of Data1 and Data2
#region Valid
if (binValueData1[3] == '1')
KnownDevice.Valid = true;
else
KnownDevice.Valid = false;
#endregion
#region Error
if (binValueData1[4] == '1')
KnownDevice.Error = true;
else
KnownDevice.Error = false;
#endregion
#region IsAnswer
if (binValueData1[5] == '1')
KnownDevice.IsAnswer = true;
else
KnownDevice.IsAnswer = false;
#endregion
#region LowBattery
if (binValueData2[0] == '1')
KnownDevice.LowBattery = true;
else
KnownDevice.LowBattery = false;
#endregion
#region LinkError
if (binValueData2[1] == '1')
KnownDevice.LinkError = true;
else
KnownDevice.LinkError = false;
#endregion
#region PanelLock
if (binValueData2[2] == '1')
KnownDevice.PanelLock = true;
else
KnownDevice.PanelLock = false;
#endregion
#region GatewayOK
if (binValueData2[3] == '1')
KnownDevice.GatewayOK = true;
else
KnownDevice.GatewayOK = false;
#endregion
#region Mode
String ModeValue = binValueData2[6]+""+binValueData2[7];
switch(ModeValue)
{
case "00":
KnownDevice.Mode = ThermostatModes.automatic;
break;
case "01":
KnownDevice.Mode = ThermostatModes.manual;
break;
case "10":
KnownDevice.Mode = ThermostatModes.vacation;
break;
case "11":
KnownDevice.Mode = ThermostatModes.boost;
break;
default:
break;
}
#endregion
#endregion
// hurray, we've got a device we know how to handle B-)
((HeatingThermostat)foundDevice).Temperature = array[Cursor]/2;
Cursor++;
OutputDeviceList.Add(KnownDevice.SerialNumber,KnownDevice);
}
#endregion
#region ShutterContact
if (foundDevice.Type == DeviceTypes.ShutterContact)
{
ShutterContact KnownDevice = (ShutterContact)foundDevice;
#region get all those flags out of Data1 and Data2
#region Valid
if (binValueData1[3] == '1')
KnownDevice.Valid = true;
else
KnownDevice.Valid = false;
#endregion
#region Error
if (binValueData1[4] == '1')
KnownDevice.Error = true;
else
KnownDevice.Error = false;
#endregion
#region IsAnswer
if (binValueData1[5] == '1')
KnownDevice.IsAnswer = true;
else
KnownDevice.IsAnswer = false;
#endregion
#region LowBattery
if (binValueData2[0] == '1')
KnownDevice.LowBattery = true;
else
KnownDevice.LowBattery = false;
#endregion
#region LinkError
if (binValueData2[1] == '1')
KnownDevice.LinkError = true;
else
KnownDevice.LinkError = false;
#endregion
#region PanelLock
if (binValueData2[2] == '1')
KnownDevice.PanelLock = true;
else
KnownDevice.PanelLock = false;
#endregion
#region GatewayOK
if (binValueData2[3] == '1')
KnownDevice.GatewayOK = true;
else
KnownDevice.GatewayOK = false;
#endregion
#region Mode
String ModeValue = binValueData2[6]+""+binValueData2[7];
switch(ModeValue)
{
case "00":
KnownDevice.ShutterState = ShutterContactModes.closed;
break;
case "10":
KnownDevice.ShutterState = ShutterContactModes.open;
break;
default:
break;
}
#endregion
#endregion
OutputDeviceList.Add(KnownDevice.SerialNumber, KnownDevice);
}
#endregion
}
}
}
// initializes this class and processes the given Input Message and fills the Message Fields
public M_Message (String RAW_Message, House _House)
{
thisHouse = _House;
if (RAW_Message.Length < 2)
throw new MAXException("Unable to process the RAW Message.");
if (!RAW_Message.StartsWith("M:"))
throw new MAXException("Unable to process the RAW Message. Not a M Message.");
String[] SplittedRAWMessage = RAW_Message.Remove(0,2).Split(new char[1] { ',' });
if (SplittedRAWMessage.Length >= 3)
{
Index = Int32.Parse(SplittedRAWMessage[0],System.Globalization.NumberStyles.HexNumber);
Count = Int32.Parse(SplittedRAWMessage[1],System.Globalization.NumberStyles.HexNumber);
RawMessageDecoded = Base64.Decode(SplittedRAWMessage[2]);
// System.Text.ASCIIEncoding enc = new System.Text.ASCIIEncoding();
// Console.WriteLine(enc.GetString (RawMessageDecoded));
// StringBuilder hexlist = new StringBuilder();
//
// foreach(Byte _byte in RawMessageDecoded)
// {
// hexlist.Append(_byte.ToString()+" ");
// }
Int32 Cursor = 2;
// now go deeper
Byte RoomCount = RawMessageDecoded[Cursor];
Cursor++;
#region Rooms
// go through every room
for(byte roomnumber=1;roomnumber<=RoomCount;roomnumber++)
{
Room newRoom = new Room(thisHouse);
newRoom.RoomID = RawMessageDecoded[Cursor];
Cursor++;
Byte RoomNameLength = RawMessageDecoded[Cursor];
Cursor++;
byte[] RoomName = new byte[RoomNameLength];
for(Byte j=0;j<=RoomNameLength-1;j++)
{
//RoomName.Append((char)RawMessageDecoded[Cursor]);
RoomName[j] = RawMessageDecoded[Cursor];
Cursor++;
}
newRoom.RoomName = System.Text.Encoding.UTF8.GetString(RoomName);
StringBuilder RFAddress_Buffer = new StringBuilder();
for(Byte j=0;j<=3-1;j++)
{
RFAddress_Buffer.Append(RawMessageDecoded[Cursor]);
Cursor++;
}
newRoom.RFAddress = RFAddress_Buffer.ToString();//Int32.Parse(RFAddress_Buffer.ToString(),System.Globalization.NumberStyles.HexNumber);
_House.Rooms.Add(newRoom);
}
#region Devices
//newRoom.RFAddress = Int32.Parse(RFAddress.ToString(),System.Globalization.NumberStyles.HexNumber);
Byte DeviceCount = RawMessageDecoded[Cursor];
Cursor++;
// go through all the devices in here
for(byte devicenumber=1;devicenumber<=DeviceCount;devicenumber++)
{
// read in the device
IMAXDevice newDevice = new UnknownDevice();
#region Determine DeviceType
Byte DevType = RawMessageDecoded[Cursor];
Cursor++;
switch(DevType)
{
case 1:
newDevice = new HeatingThermostat();
break;
case 2:
newDevice = new HeatingThermostatPlus();
break;
case 3:
newDevice = new WallMountedThermostat();
break;
case 4:
newDevice = new ShutterContact();
break;
case 5:
newDevice = new PushButton();
break;
default:
break;
}
#endregion
StringBuilder DeviceRFAddress = new StringBuilder();
for(Byte j=0;j<=3-1;j++)
{
DeviceRFAddress.Append(RawMessageDecoded[Cursor]);
Cursor++;
}
newDevice.RFAddress = DeviceRFAddress.ToString();//Int32.Parse(DeviceRFAddress.ToString(),System.Globalization.NumberStyles.HexNumber);
StringBuilder DeviceSerialNumber = new StringBuilder();
for(Byte j=0;j<=10-1;j++)
{
DeviceSerialNumber.Append((char)RawMessageDecoded[Cursor]);
Cursor++;
}
newDevice.SerialNumber = DeviceSerialNumber.ToString();
Byte DeviceNameLength = RawMessageDecoded[Cursor];
Cursor++;
byte[] DeviceName = new byte[DeviceNameLength];
for(Byte j=0;j<=DeviceNameLength-1;j++)
{
DeviceName[j] = RawMessageDecoded[Cursor];
Cursor++;
}
newDevice.Name = System.Text.Encoding.UTF8.GetString(DeviceName);
Byte RoomID = RawMessageDecoded[Cursor];
Cursor++;
// add the device to the room
foreach(Room newRoom in _House.Rooms)
{
if (newRoom.RoomID == RoomID)
{
newDevice.AssociatedRoom = newRoom;
newRoom.Devices.Add(newDevice.SerialNumber,newDevice);
break;
}
}
}
#endregion
// add this Room to the M_Message-Structure
#endregion
}
else
throw new MAXException("Unable to process M Message. Not enough content.");
}
public Room(House _House)
{
AssociatedHouse = _House;
Devices = new Dictionary <String, IMAXDevice>();
}
// this is the ELV MAX! Cube monitoring script
public void Run()
{
while (running)
{
TcpClient client;
NetworkStream stream;
Dictionary <String, IMAXDevice> currentHouse = new Dictionary <string, IMAXDevice>();
#region Update House
try
{
// now fill that with the initial handshake data...
#region Initial connect and retrieving everything we get from the cube
// network connect and first initialization
client = new TcpClient();
client.Connect(Hostname, Port);
stream = client.GetStream();
// the read buffer (chosen quite big)
byte[] myReadBuffer = new byte[4096 * 8];
List <String> Messages = new List <string>();
// to build the complete message
StringBuilder myCompleteMessage = new StringBuilder();
int numberOfBytesRead = 0;
MAXEncodeDecode DecoderEncoder = new MAXEncodeDecode();
keepRunning = true;
// Incoming message may be larger than the buffer size.
do
{
myCompleteMessage = new StringBuilder();
stream.ReadTimeout = 1000;
try
{
numberOfBytesRead = stream.Read(myReadBuffer, 0, myReadBuffer.Length);
myCompleteMessage.AppendFormat("{0}", Encoding.ASCII.GetString(myReadBuffer, 0, numberOfBytesRead));
Messages.Add(myCompleteMessage.ToString());
}
catch (Exception)
{
previousHouse = null;
// everything to start
theHouse = new House();
keepRunning = false;
}
}while(keepRunning);
#endregion
ConsoleOutputLogger.WriteLine("ELV MAX Cube connected...");
#region preprocess
List <String> PreProcessedMessages = new List <string>();
foreach (String _Message in Messages)
{
if (_Message.Remove(_Message.Length - 2).Contains("\r\n"))
{
String[] PMessages = _Message.Remove(_Message.Length - 2).Split(new char[1] {
'\n'
}, StringSplitOptions.RemoveEmptyEntries);
foreach (String pmessage in PMessages)
{
PreProcessedMessages.Add(pmessage.Replace("\r", "") + "\r\n");
}
}
else
{
PreProcessedMessages.Add(_Message);
}
}
#endregion
#region process
// Analyze and Output Messages, feed them to the decoder
foreach (String _Message in PreProcessedMessages)
{
//IMAXMessage Message = DecoderEncoder.ProcessMessage(_Message.ToString(), theHouse);
// if (Message != null)
// {
// ConsoleOutputLogger.WriteLine(_Message.ToString());
// ConsoleOutputLogger.WriteLine(Message.ToString());
// ConsoleOutputLogger.WriteLine("");
// }
DecoderEncoder.ProcessMessage(_Message.ToString(), theHouse);
}
#endregion
while (running)
{
// when we are here, we got a filled "theHouse" which does contain first hand L message information
previousHouse = theHouse.GetAllDevicesInADictionary();
#region send L: request and get all the feedback
System.Text.ASCIIEncoding enc = new System.Text.ASCIIEncoding();
byte[] args_data_buffer = enc.GetBytes("l:\r\n");
Messages = new List <string>();
keepRunning = true;
// Incoming message may be larger than the buffer size.
stream.Write(args_data_buffer, 0, args_data_buffer.Length);
do
{
myCompleteMessage = new StringBuilder();
stream.ReadTimeout = 1000;
try
{
numberOfBytesRead = stream.Read(myReadBuffer, 0, myReadBuffer.Length);
myCompleteMessage.AppendFormat("{0}", Encoding.ASCII.GetString(myReadBuffer, 0, numberOfBytesRead));
Messages.Add(myCompleteMessage.ToString());
}
catch (Exception)
{
keepRunning = false;
}
}while(keepRunning);
#endregion
#region preprocess
PreProcessedMessages = new List <string>();
foreach (String _Message in Messages)
{
if (_Message.Remove(_Message.Length - 2).Contains("\r\n"))
{
String[] PMessages = _Message.Remove(_Message.Length - 2).Split(new char[1] {
'\n'
}, StringSplitOptions.RemoveEmptyEntries);
foreach (String pmessage in PMessages)
{
PreProcessedMessages.Add(pmessage.Replace("\r", "") + "\r\n");
}
}
else
{
PreProcessedMessages.Add(_Message);
}
}
#endregion
#region process
// Analyze and Output Messages, feed them to the decoder
foreach (String _Message in PreProcessedMessages)
{
//IMAXMessage Message = DecoderEncoder.ProcessMessage(_Message.ToString(), theHouse);
// if (Message != null)
// {
// ConsoleOutputLogger.WriteLine(_Message.ToString());
// ConsoleOutputLogger.WriteLine(Message.ToString());
// ConsoleOutputLogger.WriteLine("");
// }
currentHouse = new Dictionary <string, IMAXDevice>();
DecoderEncoder.ProcessLMessage(_Message.ToString(), theHouse, currentHouse);
}
#endregion
#region Diff the house
if (previousHouse != null)
{
// only if we already got two houses in here...
List <IDeviceDiffSet> differences = DiffHouse.CalculateDifferences(previousHouse, currentHouse);
if (differences.Count != 0)
{
#region enqueue the difference-sets into the data queue
foreach (IDeviceDiffSet _difference in differences)
{
iQueue.Enqueue(_difference);
}
#endregion
}
}
#endregion
theHouse.UpdateDevices(currentHouse);
// update appropriate devices and in given intervals output non updated
TimeSpan _lastUpdate = DateTime.Now - LastReStoring;
// auto-update every n ... minutes
if (_lastUpdate.TotalSeconds > Properties.Settings.Default.ELVMAXSensorReStoringSec)
{
LastReStoring = DateTime.Now;
foreach (IMAXDevice _device in currentHouse.Values)
{
#region Heating Thermostat
if (_device.Type == DeviceTypes.HeatingThermostat)
{
HeatingThermostat _heating = (HeatingThermostat)_device;
HeatingThermostatDiff _queueable = new HeatingThermostatDiff(_device.Name, _device.AssociatedRoom.RoomID, _device.AssociatedRoom.RoomName);
if (_heating.LowBattery)
{
_queueable.LowBattery = BatteryStatus.lowbattery;
}
else
{
_queueable.LowBattery = BatteryStatus.ok;
}
_queueable.Mode = _heating.Mode;
_queueable.Temperature = _heating.Temperature;
if (_queueable.Temperature != 0)
{
iQueue.Enqueue(_queueable);
}
}
#endregion
#region ShutterContact
if (_device.Type == DeviceTypes.ShutterContact)
{
ShutterContact _shutter = (ShutterContact)_device;
ShutterContactDiff _queueable = new ShutterContactDiff(_device.Name, _device.AssociatedRoom.RoomID, _device.AssociatedRoom.RoomName);
if (_shutter.LowBattery)
{
_queueable.LowBattery = BatteryStatus.lowbattery;
}
else
{
_queueable.LowBattery = BatteryStatus.ok;
}
_queueable.ShutterState = _shutter.ShutterState;
iQueue.Enqueue(_queueable);
}
#endregion
}
}
Thread.Sleep(MAXUpdateTime);
}
}
catch (Exception e)
{
ConsoleOutputLogger.WriteLine(e.Message);
Thread.Sleep(Properties.Settings.Default.ELVMAXReconnectTimeMsec);
ConsoleOutputLogger.WriteLine("ELV MAX Cube reconnect...");
//stream.Close();
//client.Close();
}
#endregion
}
}