public static byte[] c2sSyn()
{
byte[] nByte = StructConverter.Pack(0);
int len = HELLO_STR.Length + nByte.Length;
byte[] bytes = new byte[len];
int offset = 0;
Buffer.BlockCopy(nByte, 0, bytes, 0, nByte.Length);
offset = offset + nByte.Length;
byte[] cBytes = System.Text.Encoding.ASCII.GetBytes(HELLO_STR);
Buffer.BlockCopy(cBytes, 0, bytes, offset, cBytes.Length);
return bytes;
}
/*
public static byte[] c2sReset(int fd, int token)
{
return StructConverter.Pack(fd, C2S_RESET, token);
}
public static byte[] c2sPing(int fd, int token)
{
return StructConverter.Pack(fd, C2S_PING, token);
}
public static byte[] s2cSyn(int fd, int token)
{
return StructConverter.Pack(S2C_SYN, fd, token);
}
public static byte[] s2cAck(int fd, int token)
{
return StructConverter.Pack(S2C_ACK, fd, token);
}
public static byte[] s2cPingAck()
{
return StructConverter.Pack(S2C_PING_ACK);
}
public static byte[] s2cRst()
{
return StructConverter.Pack(S2C_RST);
}
public static object[] serverUnpack(byte[] vBytes)
{
object[] list = null;
if (vBytes.Length == 12)
{
list = StructConverter.Unpack("<iii", vBytes);
}
else if (vBytes.Length == 16)
{
list = StructConverter.Unpack("<iiii", vBytes);
}
else if (vBytes.Length == 20)
{
list = StructConverter.Unpack("<iiiii", vBytes);
}
return list;
}*/
public static KcpStruct clientUnpack(byte[] vBytes)
{
int oper = 0;
StructConverter.Unpack(vBytes, out oper);
KcpStruct kcp = new KcpStruct(oper);
switch(oper)
{
case S2C_ACK:
case S2C_RST:
break;
case S2C_SYN:
StructConverter.Unpack(vBytes, out kcp.oper, out kcp.fd, out kcp.token);
break;
default:
Debug.LogErrorFormat("[UdpMessage] oper {0}", oper);
break;
}
return kcp;
}
public static byte[] c2sAck(int fd, int token)
{
return StructConverter.Pack(fd, C2S_ACK, token);
}
