public SuperUdpClient(UdpServer udpserver, EndPoint remoteendpoint)
{
Queuedreliabledata = new Queue <byte[]>();
mudpclient = new UdpClient(udpserver, remoteendpoint);
mudpclient.OnReceivedCompletePointer = (ref byte[] buffer) => {
if (isvalidedata(ref buffer))
{
//int datasize = buffer.Length;
int headersize = header.Count;
byte un_reliablebyte = buffer[headersize];
if (un_reliablebyte == UNRELIABLESIGN)
{
byte normal_ackbyte = buffer[headersize + 1];
if (normal_ackbyte == NORMALDATASIGN)
{
int commandsize = headersize + 1 + 1;
int playloadsize; //= datasize - commandsize;
byte[] sizebyte = new byte[2];
Array.ConstrainedCopy(buffer, commandsize, sizebyte, 0, 2); //here is 2 byte valide data length
playloadsize = ByteArraytoUint16.DeSerialize(ref sizebyte); //here is 2 byte valide data length
realdata = new byte[playloadsize];
Array.ConstrainedCopy(buffer, commandsize + 2, realdata, 0, playloadsize); //here is 2 byte valide data length
unreliabledatareceiveddelegate.Invoke(ref realdata);
}
else if (normal_ackbyte == ACKSIGN)
{
receiveackid = buffer[headersize + 2];
//Console.WriteLine("receiveackid"+ receiveackid);
}
}
else if (un_reliablebyte == RELIABLESIGN)
{
byte messageid = buffer[headersize + 1];
bool bspecial = messageid == 0 && lastsendackid == 0xff;
if (bspecial || messageid > lastsendackid)
{
lastsendackid = messageid;
//+ reliable + id
int commandsize = headersize + 1 + +1;
int playloadsize; //= datasize - commandsize;
byte[] sizebyte = new byte[2];
Array.ConstrainedCopy(buffer, commandsize, sizebyte, 0, 2); //here is 2 byte valide data length
playloadsize = ByteArraytoUint16.DeSerialize(ref sizebyte); //here is 2 byte valide data length
realdata = new byte[playloadsize];
Array.ConstrainedCopy(buffer, commandsize + 2, realdata, 0, playloadsize); //here is 2 byte valide data length
reliabledatareceiveddelegate.Invoke(ref realdata);
}
sendack(messageid);
}
}
};
Thread TransferListenerthread = new Thread(reliabletickwork);
TransferListenerthread.IsBackground = true;
TransferListenerthread.Start();
}
public void sendunreliable(ref byte[] buffer)
{
List <byte> tempcontent = new List <byte>();
tempcontent.AddRange(header);
tempcontent.Add(UNRELIABLESIGN); //mean unreliable
tempcontent.Add(NORMALDATASIGN); //mean this is normal data
int headersize = tempcontent.Count;
byte[] temparray = new byte[headersize + 2 + buffer.Length]; // 2 mean 2 byte valide data length
Array.ConstrainedCopy(tempcontent.ToArray(), 0, temparray, 0, headersize); //load header
Array.ConstrainedCopy(ByteArraytoUint16.Serialize((UInt16)buffer.Length), 0, temparray, headersize, 2); // load 2 byte valide data length
Array.ConstrainedCopy(buffer, 0, temparray, headersize + 2, buffer.Length);
mudpclient.Send(temparray);
}
public void sendreliable(ref byte[] buffer)
{
List <byte> tempcontent = new List <byte>();
tempcontent.AddRange(header);
tempcontent.Add(RELIABLESIGN); //mean reliable
tempcontent.Add(reliabledataid++); //mean reliable message id
int headersize = tempcontent.Count;
byte[] temparray = new byte[headersize + 2 + buffer.Length]; // 2 mean 2 byte valide data length
Array.ConstrainedCopy(tempcontent.ToArray(), 0, temparray, 0, headersize); //load header
Array.ConstrainedCopy(ByteArraytoUint16.Serialize((UInt16)buffer.Length), 0, temparray, headersize, 2); // load 2 byte valide data length
Array.ConstrainedCopy(buffer, 0, temparray, headersize + 2, buffer.Length);
lock (QueuedreliabledataLock)
{
Queuedreliabledata.Enqueue(temparray);
}
}
