public void ReadData(AcnBinaryReader data, bool tcpTransport)
{
//Read Preamble
if (!tcpTransport)
{
PreambleSize = data.ReadOctet2();
PostambleSize = data.ReadOctet2();
}
string packetId = data.ReadUtf8String(12);
if (packetId != PacketId)
{
throw new InvalidPacketException("The packet ID is not a valid ACN packet Id");
}
if (tcpTransport)
{
BlockSize = data.ReadOctet4();
}
//Read PDU Header
Length = data.ReadOctet2();
Flags = (byte)((Length & 0xF000) >> 12);
Length &= 0xFFF;
ProtocolId = data.ReadOctet4();
//Read CID
SenderId = new Guid(data.ReadBytes(16));
}
protected override void ReadData(AcnBinaryReader data)
{
LeaderId = new Guid(data.ReadBytes(16));
ChannelNumber = data.ReadOctet2();
MemberId = data.ReadOctet2();
ReliableSequenceNumber = data.ReadOctet4();
RefuseCode = (ReasonCodes)data.ReadByte();
}
protected override void ReadData(AcnBinaryReader data)
{
LeaderId = new Guid(data.ReadBytes(16));
ChannelNumber = data.ReadOctet2();
MemberId = data.ReadOctet2();
ReliableSequenceNumber = data.ReadOctet4();
ReciprocalChannel = data.ReadOctet2();
}
protected override void ReadData(AcnBinaryReader data)
{
SourceName = data.ReadUtf8String(64);
Priority = data.ReadByte();
SyncPacketAddress = data.ReadOctet2();
SequenceNumber = data.ReadByte();
Options = data.ReadByte();
Universe = data.ReadOctet2();
}
protected override void ReadData(AcnBinaryReader data)
{
AddressType = data.ReadByte();
FirstPropertyAddress = data.ReadOctet2();
AddressIncrement = data.ReadOctet2();
int propertyLength = data.ReadOctet2();
PropertyData = data.ReadBytes(propertyLength);
}
protected override void ReadData(AcnBinaryReader data)
{
ChannelNumber = data.ReadOctet2();
TotalSequenceNumber = data.ReadOctet4();
ReliableSequenceNumber = data.ReadOctet4();
OldestAvailableWrapper = data.ReadOctet4();
FirstMemberToAck = data.ReadOctet2();
LastMemberToAck = data.ReadOctet2();
MAKThreshold = data.ReadOctet2();
throw new NotImplementedException();
}
protected override void ReadData(AcnBinaryReader data)
{
ComponentId = new Guid(data.ReadBytes(16));
MemberId = data.ReadOctet2();
ChannelNumber = data.ReadOctet2();
ReciprocalChannel = data.ReadOctet2();
TotalSequenceNumber = data.ReadOctet4();
ReliableSequenceNumber = data.ReadOctet4();
DestinationAddress = SdtAddress.ReadData(data);
ChannelParameterBlock = ChannelParameterBlock.ReadData(data);
AdHocExpiry = data.ReadByte();
}
protected override void ReadData(AcnBinaryReader data)
{
SourceName = data.ReadUtf8String(64);
SequenceNumber = data.ReadOctet4();
EndpointID = data.ReadOctet2();
data.BaseStream.Seek(1, SeekOrigin.Current);
}
/// <summary>
/// Reads the PDU information from the recieved packet data.
/// </summary>
/// <param name="data">The recieved packet data.</param>
protected override void ReadData(AcnBinaryReader data)
{
Page = data.ReadByte();
TotalPages = data.ReadByte();
for (int n = 2; n < Length; n += 2)
{
Universes.Add(data.ReadOctet2());
}
}
public virtual void ReadPdu(AcnBinaryReader data)
{
//Read PDU Header
Length = data.ReadOctet2();
Flags = (PduFlags)((Length & 0xF000) >> 12);
Length &= 0xFFF;
switch (vectorLength)
{
case 1:
Vector = data.ReadByte();
break;
case 4:
Vector = data.ReadOctet4();
break;
}
ReadData(data);
}
/// <summary>
/// Reads the PDU information from the recieved packet data.
/// </summary>
/// <param name="data">The recieved packet data.</param>
protected override void ReadData(AcnBinaryReader data)
{
SequenceNumber = data.ReadByte();
SynchronizationAddress = data.ReadOctet2();
data.BaseStream.Seek(2, SeekOrigin.Current);
}
protected override void ReadData(AcnBinaryReader data)
{
StatusCode = data.ReadOctet2();
StatusMessage = data.ReadUtf8String(Length - 4);
}