public byte[] Build(byte communicationChannelId, byte sequenceCounter, IKnxAddress receivingAddress, IKnxData data)
{
var dataBytes = data.GetBytes();
var length = GetLength(dataBytes);
const byte headerLength = 0x06;
const byte protocolVersion = 0x10;
byte[] serviceTypeTunnelingRequest = { 0x04, 0x20 };
var sendingBytes = new List <byte> {
headerLength, protocolVersion
};
sendingBytes.AddRange(serviceTypeTunnelingRequest);
const byte bodyStructureLength = 0x04;
sendingBytes.Add(bodyStructureLength);
sendingBytes.Add(communicationChannelId);
sendingBytes.Add(sequenceCounter);
sendingBytes.Add(0x00);
sendingBytes.Add(0x11);
sendingBytes.Add(0x00);
sendingBytes.Add(0xAC);
sendingBytes.Add(receivingAddress is MultiCastAddress ? (byte)0xF0 : (byte)0x50);
sendingBytes.Add(0x00);
sendingBytes.Add(0x00);
sendingBytes.AddRange(receivingAddress.GetBytes());
sendingBytes.Add((byte)length);
sendingBytes.Add(0x00);
sendingBytes.Add(0x80);
AddSendingData(sendingBytes, dataBytes);
sendingBytes.InsertRange(4, BitConverter.GetBytes((ushort)(sendingBytes.Count + 2)).Reverse());
return(sendingBytes.ToArray());
}
//TODO sequenz obsolet machen!!
public void Build(IKnxAddress sourceAddress, IKnxAddress destinationAddress, ApciTypes apciType, int sCounter = 255, byte[] data = null)
{
bytes.Add(0x11); //Message Code
bytes.Add(0x00); //Manufacturer Code
bytes.Add(bitToByte(ctrlByte)); // Control Byte
drlByte.Set(7, destinationAddress is MulticastAddress);
bytes.Add(bitToByte(drlByte)); // DRL Byte
bytes.AddRange(new byte[] { 0x00, 0x00 }); // Source Address Unused
bytes.AddRange(destinationAddress.GetBytes()); // Destination Address
byte lengthData = 0x01;
//TODO when apci first 4 bites is lower than 1111 thenlength++ or shift data to left in npdu byte
if (data != null)
{
lengthData = BitConverter.GetBytes((ushort)(data.Count() + 1))[0];
List <ApciTypes> length0Apci = new List <ApciTypes>()
{
ApciTypes.MemoryRead, ApciTypes.MemoryWrite, ApciTypes.GroupValueWrite, ApciTypes.ADCRead, ApciTypes.Disconnect
};
if (apciType == ApciTypes.MemoryRead || apciType == ApciTypes.MemoryWrite || apciType == ApciTypes.GroupValueWrite || apciType == ApciTypes.ADCRead)
{
lengthData--;
}
}
else
{
switch (apciType)
{
case ApciTypes.ADCRead:
case ApciTypes.ADCResponse:
case ApciTypes.GroupValueResponse:
case ApciTypes.GroupValueWrite:
case ApciTypes.Ack:
case ApciTypes.Connect:
case ApciTypes.Disconnect:
lengthData = 0x0;
break;
}
}
bytes.Add(lengthData);
List <ApciTypes> datatypes = new List <ApciTypes>()
{
ApciTypes.Restart, ApciTypes.IndividualAddressRead, ApciTypes.DeviceDescriptorRead, ApciTypes.GroupValueRead, ApciTypes.GroupValueResponse, ApciTypes.GroupValueWrite, ApciTypes.ADCRead, ApciTypes.ADCResponse, ApciTypes.MemoryRead, ApciTypes.MemoryResponse, ApciTypes.MemoryWrite
};
int _apci = (int)apciType;
if (apciType == ApciTypes.Ack)
{
_apci--;
}
_apci = _apci | ((sCounter == 255 ? 0 : sCounter) << 10);
_apci = _apci | ((sCounter == 255 ? 0 : 1) << 14);
_apci = _apci | (((data == null && !datatypes.Contains(apciType)) ? 1 : 0) << 15);
switch (apciType)
{
case ApciTypes.MemoryWrite:
case ApciTypes.MemoryRead:
int number = BitConverter.ToInt16(new byte[] { data[0], 0, 0, 0 }, 0);
if (number > 63)
{
number = 63;
}
_apci = _apci | number;
byte[] data_temp = new byte[data.Length - 1];
for (int i = 1; i < data.Length; i++)
{
data_temp[i - 1] = data[i];
}
data = data_temp;
break;
}
byte[] _apci2 = BitConverter.GetBytes(Convert.ToUInt16(_apci));
switch (apciType)
{
case ApciTypes.GroupValueResponse:
case ApciTypes.GroupValueWrite:
case ApciTypes.ADCRead:
case ApciTypes.ADCResponse:
case ApciTypes.Ack:
case ApciTypes.Connect:
case ApciTypes.Disconnect:
bytes.Add(_apci2[1]);
break;
default:
bytes.Add(_apci2[1]);
bytes.Add(_apci2[0]);
break;
}
if (data != null)
{
bytes.AddRange(data);
}
}
//TODO sequenz obsolet machen!!
public void Build(IKnxAddress sourceAddress, IKnxAddress destinationAddress, ApciTypes apciType, int sCounter = 255, byte[] data = null)
{
bytes.Add(0x11); //Message Code
bytes.Add(0x00); //Manufacturer Code
bytes.Add(bitToByte(ctrlByte)); // Control Byte
drlByte.Set(7, destinationAddress is MulticastAddress);
bytes.Add(bitToByte(drlByte)); // DRL Byte
bytes.AddRange(sourceAddress.GetBytes()); // Source Address
bytes.AddRange(destinationAddress.GetBytes()); // Destination Address
byte lengthData = Convert.ToByte(data?.Length ?? 0);
List <ApciTypes> datatypes = new List <ApciTypes>()
{
ApciTypes.Restart, ApciTypes.IndividualAddressRead, ApciTypes.DeviceDescriptorRead, ApciTypes.GroupValueRead, ApciTypes.GroupValueResponse, ApciTypes.GroupValueWrite, ApciTypes.ADCRead, ApciTypes.ADCResponse, ApciTypes.MemoryRead, ApciTypes.MemoryResponse, ApciTypes.MemoryWrite
};
int _apci = (int)apciType;
if (apciType == ApciTypes.Ack)
{
_apci--;
}
_apci = _apci | ((sCounter == 255 ? 0 : sCounter) << 10);
_apci = _apci | ((sCounter == 255 ? 0 : 1) << 14);
_apci = _apci | (((data == null && !datatypes.Contains(apciType)) ? 1 : 0) << 15);
List <ApciTypes> withData = new List <ApciTypes>()
{
ApciTypes.GroupValueRead, ApciTypes.GroupValueResponse, ApciTypes.GroupValueWrite,
ApciTypes.ADCRead, ApciTypes.ADCResponse,
ApciTypes.MemoryRead, ApciTypes.MemoryResponse, ApciTypes.MemoryWrite,
ApciTypes.DeviceDescriptorRead, ApciTypes.DeviceDescriptorResponse, ApciTypes.Restart
};
if (withData.Contains(apciType) && data != null)
{
byte first = data[0];
if (first < 64)
{
first &= 0b00111111;
_apci |= first;
data = data.Skip(1).ToArray();
lengthData--;
}
}
byte[] _apci2 = BitConverter.GetBytes(Convert.ToUInt16(_apci));
switch (apciType)
{
case ApciTypes.ADCRead:
case ApciTypes.ADCResponse:
case ApciTypes.Ack:
case ApciTypes.Connect:
case ApciTypes.Disconnect:
bytes.Add(lengthData);
bytes.Add(_apci2[1]);
break;
default:
bytes.Add(++lengthData);
bytes.Add(_apci2[1]);
bytes.Add(_apci2[0]);
break;
}
if (data != null)
{
bytes.AddRange(data);
}
}