// Callback used by the BACnet Stack to send a BACnet message
public UInt16 SendMessage(System.Byte *message, UInt16 messageLength, System.Byte *connectionString, System.Byte connectionStringLength, System.Byte networkType, Boolean broadcast)
{
if (connectionStringLength < 6 || messageLength <= 0)
{
return(0);
}
// Extract the connection string into a IP address and port.
IPAddress ipAddress = new IPAddress(new byte[] { connectionString[0], connectionString[1], connectionString[2], connectionString[3] });
IPEndPoint ipEndPoint = new IPEndPoint(ipAddress, (connectionString[4] + connectionString[5] * 256));
// Debug
Console.WriteLine("FYI: Sending {0} bytes to {1}", messageLength, ipEndPoint.ToString());
// Copy from the unsafe pointer to a Byte array.
byte[] sendBytes = new byte[messageLength];
Marshal.Copy((IntPtr)message, sendBytes, 0, messageLength);
try
{
udpServer.Send(sendBytes, sendBytes.Length, ipEndPoint);
return((UInt16)sendBytes.Length);
}
catch (Exception e)
{
Console.WriteLine(e.ToString());
}
return(0);
}
// Callback used by the BACnet Stack to check if there is a message to process
public UInt16 RecvMessage(System.Byte *message, UInt16 maxMessageLength, System.Byte *receivedConnectionString, System.Byte maxConnectionStringLength, System.Byte *receivedConnectionStringLength, System.Byte *networkType)
{
try
{
if (udpServer.Available > 0)
{
// Data buffer for incoming data.
byte[] receiveBytes = udpServer.Receive(ref remoteIpEndPoint);
byte[] ipAddress = remoteIpEndPoint.Address.GetAddressBytes();
byte[] port = BitConverter.GetBytes(UInt16.Parse(remoteIpEndPoint.Port.ToString()));
// Copy from the unsafe pointer to a Byte array.
Marshal.Copy(receiveBytes, 0, (IntPtr)message, receiveBytes.Length);
// Copy the Connection string
Marshal.Copy(ipAddress, 0, (IntPtr)receivedConnectionString, 4);
Marshal.Copy(port, 0, (IntPtr)receivedConnectionString + 4, 2);
*receivedConnectionStringLength = 6;
// Debug
Console.WriteLine("FYI: Recving {0} bytes from {1}", receiveBytes.Length, remoteIpEndPoint.ToString());
// Return length.
return((ushort)receiveBytes.Length);
}
}
catch (Exception e)
{
Console.WriteLine(e.ToString());
}
return(0);
}
public bool SendMessage(System.UInt16 connectionId, System.Byte *payload, System.UInt16 payloadSize)
{
if (!_serialPort.IsOpen)
{
return(false); // Serial port is not open, can't send any bytes.
}
Console.WriteLine("FYI: Sending {0} bytes", payloadSize);
// Copy from the unsafe pointer to a Byte array.
byte[] message = new byte[payloadSize];
Marshal.Copy((IntPtr)payload, message, 0, payloadSize);
try
{
_serialPort.Write(message, 0, payloadSize);
// Message sent
Console.Write(" ");
Console.WriteLine(BitConverter.ToString(message).Replace("-", " ")); // Convert bytes to HEX string.
return(true);
}
catch (Exception e)
{
Console.WriteLine(e.ToString());
return(false);
}
}
public void Write(System.Byte data)
{
unsafe
{
System.Byte *pPtr = &data;
Write((IntPtr)pPtr, sizeof(System.Byte));
}
}
// Callback used by the BACnet Stack to send a BACnet message
public UInt16 SendMessage(System.Byte *message, UInt16 messageLength, System.Byte *connectionString, System.Byte connectionStringLength, System.Byte networkType, Boolean broadcast)
{
if (connectionStringLength < 6 || messageLength <= 0)
{
return(0);
}
// Extract the connection string into a IP address and port.
IPAddress ipAddress;
if (broadcast)
{
// Note: for the sake of this example, simply setting the last octet if the message should be sent as a broadcast.
ipAddress = new IPAddress(new byte[] { connectionString[0], connectionString[1], connectionString[2], 0xFF });
}
else
{
ipAddress = new IPAddress(new byte[] { connectionString[0], connectionString[1], connectionString[2], connectionString[3] });
}
IPEndPoint ipEndPoint = new IPEndPoint(ipAddress, (connectionString[4] + connectionString[5] * 256));
// Debug
Console.WriteLine("FYI: Sending {0} bytes to {1}", messageLength, ipEndPoint.ToString());
// XML decode (debug)
IntPtr xmlBuffer = Marshal.AllocHGlobal(1024 * 5);
int bufferLength = CASBACnetStackAdapter.DecodeAsXML(message, messageLength, xmlBuffer, 1024 * 5);
string xmlStringBuffer = Marshal.PtrToStringAnsi(xmlBuffer, bufferLength);
Marshal.FreeHGlobal(xmlBuffer);// Free HGlobal memory
Console.WriteLine(xmlStringBuffer);
Console.WriteLine("");
// Copy from the unsafe pointer to a Byte array.
byte[] sendBytes = new byte[messageLength];
Marshal.Copy((IntPtr)message, sendBytes, 0, messageLength);
try
{
this.udpServer.Send(sendBytes, sendBytes.Length, ipEndPoint);
return((UInt16)sendBytes.Length);
}
catch (Exception e)
{
Console.WriteLine(e.ToString());
}
return(0);
}
public int RecvMessage(System.UInt16 *connectionId, System.Byte *payload, System.UInt16 maxPayloadSize)
{
if (this.tcpClient == null || !this.tcpClient.Connected)
{
return(0);
}
// Data buffer for incoming data.
byte[] bytes = new Byte[maxPayloadSize];
// Try to get the data from the socket.
try
{
if (this.tcpClient.Available <= 0)
{
return(0);
}
// An incoming connection needs to be processed.
int bytesRec = this.tcpClient.Receive(bytes);
if (bytesRec <= 0)
{
return(0);
}
// Copy from the unsafe pointer to a Byte array.
byte[] message = new byte[bytesRec];
Marshal.Copy(bytes, 0, (IntPtr)payload, bytesRec);
// Debug Show the data on the console.
Console.WriteLine("FYI: Recived {0} bytes from {1}", bytesRec, this.tcpClient.RemoteEndPoint.ToString());
Console.Write(" ");
Console.WriteLine(BitConverter.ToString(bytes).Replace("-", " ").Substring(0, bytesRec * 3)); // Convert bytes to HEX string.
return(bytesRec);
}
catch (System.Net.Sockets.SocketException e)
{
if (e.ErrorCode == 10054)
{
// Client disconnected. This is normal.
return(0);
}
Console.WriteLine(e.ToString());
return(0);
}
}
// Callback used by the BACnet Stack to check if there is a message to process
public UInt16 RecvMessage(System.Byte *message, UInt16 maxMessageLength, System.Byte *receivedConnectionString, System.Byte maxConnectionStringLength, System.Byte *receivedConnectionStringLength, System.Byte *networkType)
{
try
{
if (this.udpServer.Available > 0)
{
// Data buffer for incoming data.
byte[] receiveBytes = this.udpServer.Receive(ref this.RemoteIpEndPoint);
byte[] ipAddress = RemoteIpEndPoint.Address.GetAddressBytes();
byte[] port = BitConverter.GetBytes(UInt16.Parse(RemoteIpEndPoint.Port.ToString()));
// Copy from the unsafe pointer to a Byte array.
Marshal.Copy(receiveBytes, 0, (IntPtr)message, receiveBytes.Length);
// Copy the Connection string
Marshal.Copy(ipAddress, 0, (IntPtr)receivedConnectionString, 4);
Marshal.Copy(port, 0, (IntPtr)receivedConnectionString + 4, 2);
*receivedConnectionStringLength = 6;
// Debug
Console.WriteLine("FYI: Recving {0} bytes from {1}", receiveBytes.Length, RemoteIpEndPoint.ToString());
// XML decode (debug)
IntPtr xmlBuffer = Marshal.AllocHGlobal(1024 * 5);
int bufferLength = CASBACnetStackAdapter.DecodeAsXML(message, (ushort)receiveBytes.Length, xmlBuffer, 1024 * 5);
string xmlStringBuffer = Marshal.PtrToStringAnsi(xmlBuffer, bufferLength);
Marshal.FreeHGlobal(xmlBuffer);// Free HGlobal memory
Console.WriteLine(xmlStringBuffer);
Console.WriteLine("");
// Return length
return((ushort)receiveBytes.Length);
}
}
catch (Exception e)
{
Console.WriteLine(e.ToString());
}
return(0);
}
public bool SendMessage(System.UInt16 connectionId, System.Byte *payload, System.UInt16 payloadSize)
{
if (this.tcpClient == null || !this.tcpClient.Connected)
{
return(false);
}
Console.WriteLine("FYI: Sending {0} bytes to {1}", payloadSize, this.tcpClient.RemoteEndPoint.ToString());
// Copy from the unsafe pointer to a Byte array.
byte[] message = new byte[payloadSize];
Marshal.Copy((IntPtr)payload, message, 0, payloadSize);
try
{
// Send the message
if (this.tcpClient.Send(message) == payloadSize)
{
// Message sent
Console.Write(" ");
Console.WriteLine(BitConverter.ToString(message).Replace("-", " ")); // Convert bytes to HEX string.
return(true);
}
}
catch (System.Net.Sockets.SocketException e)
{
if (e.ErrorCode == 10054)
{
// Client disconnected. This is normal.
return(false);
}
Console.WriteLine(e.ToString());
return(false);
}
// Could not send message for some reason.
return(false);
}
public int RecvMessage(System.UInt16 *connectionId, System.Byte *payload, System.UInt16 maxPayloadSize)
{
if (!_serialPort.IsOpen)
{
return(0); // Serial port is not open, can't recive any bytes.
}
try
{
byte[] incommingMessage = new byte[maxPayloadSize];
int incommingMessageSize = _serialPort.Read(incommingMessage, 0, maxPayloadSize);
if (incommingMessageSize <= 0)
{
// Nothing recived.
return(0);
}
// Copy from the unsafe pointer to a Byte array.
byte[] message = new byte[incommingMessageSize];
Marshal.Copy(incommingMessage, 0, (IntPtr)payload, incommingMessageSize);
// Debug Show the data on the console.
Console.WriteLine("FYI: Recived {0} bytes", incommingMessageSize);
Console.Write(" ");
Console.WriteLine(BitConverter.ToString(incommingMessage).Replace("-", " ").Substring(0, incommingMessageSize * 3)); // Convert bytes to HEX string.
return(incommingMessageSize);
}
catch (TimeoutException) {
// Timeout while wating
return(0);
}
catch (Exception e)
{
Console.WriteLine(e.ToString());
return(0);
}
}
// Callback used by the BACnet Stack to set Charstring property values to the user
public bool CallbackGetPropertyCharString(UInt32 deviceInstance, UInt16 objectType, UInt32 objectInstance, UInt32 propertyIdentifier, System.Byte *value, UInt32 *valueElementCount, UInt32 maxElementCount, System.Byte encodingType, bool useArrayIndex, UInt32 propertyArrayIndex)
{
Console.WriteLine("FYI: Request for CallbackGetPropertyCharString. objectType={0}, objectInstance={1}, propertyIdentifier={2}, propertyArrayIndex={3}", objectType, objectInstance, propertyIdentifier, propertyArrayIndex);
switch (objectType)
{
case CASBACnetStackAdapter.OBJECT_TYPE_DEVICE:
if (deviceInstance == database.Device.Instance && objectInstance == database.Device.Instance)
{
if (propertyIdentifier == CASBACnetStackAdapter.PROPERTY_IDENTIFIER_OBJECT_NAME)
{
*valueElementCount = CASBACnetStackAdapter.UpdateStringAndReturnSize(value, maxElementCount, database.Device.Name);
return(true);
}
else if (propertyIdentifier == CASBACnetStackAdapter.PROPERTY_IDENTIFIER_MODEL_NAME)
{
*valueElementCount = CASBACnetStackAdapter.UpdateStringAndReturnSize(value, maxElementCount, database.Device.ModelName);
return(true);
}
else if (propertyIdentifier == CASBACnetStackAdapter.PROPERTY_IDENTIFIER_VENDOR_NAME)
{
*valueElementCount = CASBACnetStackAdapter.UpdateStringAndReturnSize(value, maxElementCount, database.Device.VendorName);
return(true);
}
else if (propertyIdentifier == CASBACnetStackAdapter.PROPERTY_IDENTIFIER_DESCRIPTION)
{
*valueElementCount = CASBACnetStackAdapter.UpdateStringAndReturnSize(value, maxElementCount, database.Device.Description);
return(true);
}
else if (propertyIdentifier == CASBACnetStackAdapter.PROPERTY_IDENTIFIER_APPLICATIONSOFTWAREVERSION)
{
string version = APPLICATION_VERSION + "." + CIBuildVersion.CIBUILDNUMBER;
* valueElementCount = CASBACnetStackAdapter.UpdateStringAndReturnSize(value, maxElementCount, version);
return(true);
}
}
break;
case CASBACnetStackAdapter.OBJECT_TYPE_ANALOG_INPUT:
if (objectInstance == database.AnalogInputAutoIncrement.Instance)
{
if (propertyIdentifier == CASBACnetStackAdapter.PROPERTY_IDENTIFIER_OBJECT_NAME)
{
*valueElementCount = CASBACnetStackAdapter.UpdateStringAndReturnSize(value, maxElementCount, database.AnalogInputAutoIncrement.Name);
return(true);
}
}
else if (objectInstance == database.AnalogInputManualIncrement.Instance)
{
if (propertyIdentifier == CASBACnetStackAdapter.PROPERTY_IDENTIFIER_OBJECT_NAME)
{
*valueElementCount = CASBACnetStackAdapter.UpdateStringAndReturnSize(value, maxElementCount, database.AnalogInputManualIncrement.Name);
return(true);
}
}
break;
case CASBACnetStackAdapter.OBJECT_TYPE_BINARY_INPUT:
if (objectInstance == database.BinaryInput.Instance)
{
if (propertyIdentifier == CASBACnetStackAdapter.PROPERTY_IDENTIFIER_OBJECT_NAME)
{
*valueElementCount = CASBACnetStackAdapter.UpdateStringAndReturnSize(value, maxElementCount, database.BinaryInput.Name);
return(true);
}
}
break;
case CASBACnetStackAdapter.OBJECT_TYPE_MULTI_STATE_INPUT:
if (objectInstance == database.MultiStateInput.Instance)
{
if (propertyIdentifier == CASBACnetStackAdapter.PROPERTY_IDENTIFIER_OBJECT_NAME)
{
*valueElementCount = CASBACnetStackAdapter.UpdateStringAndReturnSize(value, maxElementCount, database.MultiStateInput.Name);
return(true);
}
else if (propertyIdentifier == CASBACnetStackAdapter.PROPERTY_IDENTIFIER_STATETEXT && useArrayIndex)
{
if (propertyArrayIndex <= database.MultiStateInput.StateText.Length)
{
*valueElementCount = CASBACnetStackAdapter.UpdateStringAndReturnSize(value, maxElementCount, database.MultiStateInput.StateText[propertyArrayIndex - 1]);
return(true);
}
}
}
break;
case CASBACnetStackAdapter.OBJECT_TYPE_TREND_LOG:
if (objectInstance == database.TrendLog.Instance)
{
if (propertyIdentifier == CASBACnetStackAdapter.PROPERTY_IDENTIFIER_OBJECT_NAME)
{
*valueElementCount = CASBACnetStackAdapter.UpdateStringAndReturnSize(value, maxElementCount, database.TrendLog.Name);
return(true);
}
}
break;
case CASBACnetStackAdapter.OBJECT_TYPE_TREND_LOG_MULTIPLE:
if (objectInstance == database.TrendLogMultiple.Instance)
{
if (propertyIdentifier == CASBACnetStackAdapter.PROPERTY_IDENTIFIER_OBJECT_NAME)
{
*valueElementCount = CASBACnetStackAdapter.UpdateStringAndReturnSize(value, maxElementCount, database.TrendLogMultiple.Name);
return(true);
}
}
break;
default:
break;
}
Console.WriteLine(" FYI: Not implmented. propertyIdentifier={0}", propertyIdentifier);
return(false); // Could not handle this request.
}
public static extern uint ReadRegisters(System.UInt16 connectionId, System.Byte address, System.Byte function, System.UInt16 startingAddress, System.UInt16 length, System.IntPtr data, System.UInt16 maxData, System.Byte *exceptionCode);
public static extern uint WriteRegisters(System.UInt16 connectionId, System.Byte address, System.Byte function, System.UInt16 startingAddress, System.IntPtr data, System.UInt16 valuesSize, System.Byte *exceptionCode);
void CallbackHookPropertyTime(UInt32 id, System.Byte service, UInt16 objectType, UInt32 objectInstance, UInt32 propertyIdentifier, bool usePropertyArrayIndex, UInt32 propertyArrayIndex, System.Byte hour, System.Byte minute, System.Byte second, System.Byte hundrethSecond, System.Byte *connectionString, System.Byte connectionStringLength, System.Byte networkType, UInt16 network, System.Byte *sourceAddress, System.Byte sourceAddressLength)
{
Console.WriteLine("CallbackHookPropertyTime id=[{0}], objectType=[{1}], objectInstance=[{2}], propertyIdentifier=[{3}], hour=[{4}], minute=[{4}], second=[{4}], hundrethSecond=[{4}] ", id, objectType, objectInstance, propertyIdentifier, hour, minute, second, hundrethSecond);
}
void CallbackHookPropertyUInt(UInt32 id, System.Byte service, UInt16 objectType, UInt32 objectInstance, UInt32 propertyIdentifier, bool usePropertyArrayIndex, UInt32 propertyArrayIndex, UInt32 value, System.Byte *connectionString, System.Byte connectionStringLength, System.Byte networkType, UInt16 network, System.Byte *sourceAddress, System.Byte sourceAddressLength)
{
Console.WriteLine("CallbackHookPropertyUInt id=[{0}], objectType=[{1}], objectInstance=[{2}], propertyIdentifier=[{3}], value=[{4}] ", id, objectType, objectInstance, propertyIdentifier, value);
}
public bool GetModbusValue(System.Byte slaveAddress, System.Byte function, System.UInt16 startingAddress, System.UInt16 length, System.Byte *data, System.UInt16 maxDataSize, System.Byte *errorCode)
{
Console.WriteLine("FYI: GetModbusValue slaveAddress=[{0}], function=[{1}], startingAddress=[{2}], length=[{3}]", slaveAddress, function, startingAddress, length);
if (startingAddress > SETTING_MODBUS_DATABASE_MAX_SIZE)
{
// Out of range
*errorCode = CASModbusAdapter.EXCEPTION_02_ILLEGAL_DATA_ADDRESS;
}
switch (function)
{
case CASModbusAdapter.FUNCTION_03_READ_HOLDING_REGISTERS:
case CASModbusAdapter.FUNCTION_04_READ_INPUT_REGISTERS:
// Convert the USHORT into BYTE
byte[] dataAsBytes = new byte[length * 2];
Buffer.BlockCopy(this.database, startingAddress, dataAsBytes, 0, length * 2);
Marshal.Copy(dataAsBytes, 0, (IntPtr)data, length * 2);
return(true);
default:
break;
}
return(false);
}
void CallbackHookIAm(UInt32 deviceIdentifier, UInt32 maxApduLengthAccepted, System.Byte segmentationSupported, UInt16 vendorIdentifier, System.Byte *connectionString, System.Byte connectionStringLength, System.Byte networkType, UInt16 network, System.Byte *sourceAddress, System.Byte sourceAddressLength)
{
Console.WriteLine("CallbackHookIAm deviceIdentifier=[{0}]", deviceIdentifier);
}
void CallbackHookIHave(UInt32 deviceIdentifier, UInt16 objectType, UInt32 objectInstance, System.Byte *objectName, UInt32 objectNameLength, System.Byte objectNameEncoding, System.Byte *connectionString, System.Byte connectionStringLength, System.Byte networkType, UInt16 network, System.Byte *sourceAddress, System.Byte sourceAddressLength)
{
Console.WriteLine("CallbackHookIHave deviceIdentifier=[{0}], objectType=[{1}], objectInstance=[{2}]", deviceIdentifier, objectType, objectInstance);
}
void CallbackHookSimpleAck(System.Byte originalInvokeId, UInt32 serverAckChoice, System.Byte *connectionString, System.Byte connectionStringLength, System.Byte networkType, UInt16 network, System.Byte *sourceAddress, System.Byte sourceAddressLength)
{
Console.WriteLine("CallbackHookSimpleAck originalInvokeId=[{0}], serverAckChoice=[{1}]", originalInvokeId, serverAckChoice);
}
void CallbackHookAbort(System.Byte originalInvokeId, bool sentByServer, UInt32 abortReason, System.Byte *connectionString, System.Byte connectionStringLength, System.Byte networkType, UInt16 network, System.Byte *sourceAddress, System.Byte sourceAddressLength)
{
Console.WriteLine("CallbackHookAbort originalInvokeId=[{0}], abortReason=[{1}]", originalInvokeId, abortReason);
}
void CallbackHookReject(System.Byte originalInvokeId, UInt32 rejectReason, System.Byte *connectionString, System.Byte connectionStringLength, System.Byte networkType, UInt16 network, System.Byte *sourceAddress, System.Byte sourceAddressLength)
{
Console.WriteLine("CallbackHookReject originalInvokeId=[{0}], rejectReason=[{1}]", originalInvokeId, rejectReason);
}
void CallbackHookError(System.Byte originalInvokeId, UInt32 errorChoice, UInt32 errorClass, UInt32 errorCode, System.Byte *connectionString, System.Byte connectionStringLength, System.Byte networkType, UInt16 network, System.Byte *sourceAddress, System.Byte sourceAddressLength, bool useObjectProperty, UInt16 objectType, UInt32 objectInstance, UInt32 propertyIdentifier)
{
Console.WriteLine("CallbackHookError originalInvokeId=[{0}], errorChoice=[{1}], errorClass=[{2}]", originalInvokeId, errorChoice, errorClass);
}
public bool SetModbusValue(System.Byte slaveAddress, System.Byte function, System.UInt16 startingAddress, System.UInt16 length, System.Byte *data, System.UInt16 dataSize, System.Byte *errorCode)
{
Console.WriteLine("FYI: SetModbusValue slaveAddress=[{0}], function=[{1}], startingAddress=[{2}], length=[{3}], dataSize=[{4}]", slaveAddress, function, startingAddress, length, dataSize);
if (startingAddress > SETTING_MODBUS_DATABASE_MAX_SIZE || startingAddress + length > SETTING_MODBUS_DATABASE_MAX_SIZE)
{
// Out of range
*errorCode = CASModbusAdapter.EXCEPTION_02_ILLEGAL_DATA_ADDRESS;
}
switch (function)
{
case CASModbusAdapter.FUNCTION_06_PRESET_SINGLE_REGISTER:
case CASModbusAdapter.FUNCTION_10_FORCE_MULTIPLE_REGISTERS:
{
short[] value = new short[length];
Marshal.Copy((IntPtr)data, value, 0, length);
for (ushort offset = 0; offset < length; offset++)
{
this.database[startingAddress + offset] = (ushort)value[offset];
}
return(true);
}
default:
break;
}
return(false);
}
void CallbackHookPropertyDate(UInt32 id, System.Byte service, UInt16 objectType, UInt32 objectInstance, UInt32 propertyIdentifier, bool usePropertyArrayIndex, UInt32 propertyArrayIndex, System.Byte year, System.Byte month, System.Byte day, System.Byte weekday, System.Byte *connectionString, System.Byte connectionStringLength, System.Byte networkType, UInt16 network, System.Byte *sourceAddress, System.Byte sourceAddressLength)
{
Console.WriteLine("CallbackHookPropertyDate id=[{0}], objectType=[{1}], objectInstance=[{2}], propertyIdentifier=[{3}], year=[{4}], month=[{4}], day=[{4}], weekday=[{4}] ", id, objectType, objectInstance, propertyIdentifier, year, month, day, weekday);
}
void CallbackHookTimeout(System.Byte originalInvokeId, System.Byte *connectionString, System.Byte connectionStringLength, System.Byte networkType, UInt16 network, System.Byte *sourceAddress, System.Byte sourceAddressLength)
{
Console.WriteLine("CallbackHookTimeout originalInvokeId=[{0}]", originalInvokeId);
}
void CallbackHookPropertyReal(UInt32 id, System.Byte service, UInt16 objectType, UInt32 objectInstance, UInt32 propertyIdentifier, bool usePropertyArrayIndex, UInt32 propertyArrayIndex, float value, System.Byte *connectionString, System.Byte connectionStringLength, System.Byte networkType, UInt16 network, System.Byte *sourceAddress, System.Byte sourceAddressLength)
{
Console.WriteLine("CallbackHookPropertyReal id=[{0}], objectType=[{1}], objectInstance=[{2}], propertyIdentifier=[{3}], value=[{4}] ", id, objectType, objectInstance, propertyIdentifier, value);
if (objectType == CASBACnetStackAdapter.OBJECT_TYPE_ANALOG_INPUT && objectInstance == 0 && propertyIdentifier == CASBACnetStackAdapter.PROPERTY_IDENTIFIER_PRESENT_VALUE)
{
// Got the value
Console.WriteLine("Example: Send this value to Azure");
}
}