public override P2PHeader CreateAck()
{
P2Pv2Header ack = new P2Pv2Header();
if ((OperationCode & (byte)MSNPSharp.OperationCode.RAK) > 0)
{
ack.AckIdentifier = Identifier + MessageSize;
ack.OperationCode = (byte)MSNPSharp.OperationCode.None;
if (MessageSize > 0)
{
if (!IsAcknowledgement)
{
if ((OperationCode & (byte)MSNPSharp.OperationCode.SYN) != 0)
{
ack.OperationCode |= (byte)MSNPSharp.OperationCode.RAK;
if (HeaderTLVs.ContainsKey(0x01))
{
ack.HeaderTLVs.Add(0x01, HeaderTLVs[0x01]); //If this is an ACK, we MUST copy the peer info TLV.
ack.OperationCode |= (byte)MSNPSharp.OperationCode.SYN;
}
}
}
}
}
else
{
throw new MSNPSharpException("This P2Pv2 message do not need to be acknowledged.");
}
return(ack);
}
public override P2PHeader CreateNak()
{
P2Pv2Header nak = new P2Pv2Header();
nak.NakIdentifier = Identifier + MessageSize;
return(nak);
}
public override P2PHeader CreateNak()
{
P2Pv2Header nak = new P2Pv2Header();
nak.NakIdentifier = Identifier + MessageSize;
return nak;
}
public override P2PHeader CreateAck()
{
P2Pv2Header ack = new P2Pv2Header();
if ((OperationCode & (byte)MSNPSharp.OperationCode.RAK) > 0)
{
ack.AckIdentifier = Identifier + MessageSize;
ack.OperationCode = (byte)MSNPSharp.OperationCode.None;
if (MessageSize > 0)
{
if (!IsAcknowledgement)
{
if ((OperationCode & (byte)MSNPSharp.OperationCode.SYN) != 0)
{
ack.OperationCode |= (byte)MSNPSharp.OperationCode.RAK;
if (HeaderTLVs.ContainsKey(0x01))
{
ack.HeaderTLVs.Add(0x01, HeaderTLVs[0x01]); //If this is an ACK, we MUST copy the peer info TLV.
ack.OperationCode |= (byte)MSNPSharp.OperationCode.SYN;
}
}
}
}
}
else
{
throw new MSNPSharpException("This P2Pv2 message do not need to be acknowledged.");
}
return ack;
}
