/// <summary>
/// Compiles Data And Return Compiled byte[]
/// </summary>
/// <returns></returns>
public byte[] Compile0()
{
PacketWriter temporary = PacketWriter.CreateInstance(8192 * 4, m_littleEndian);
temporary.Write((short)(ns.Length + (m_IsArcheAge ? 4 : 2)));
if (m_IsArcheAge)
{
temporary.Write((byte)0xDD);
temporary.Write((byte)level);
temporary.Write((short)m_packetId);
}
else
{
temporary.Write((short)m_packetId);
}
byte[] redata = ns.ToArray();
PacketWriter.ReleaseInstance(ns);
ns = null;
temporary.Write(redata, 0, redata.Length);
byte[] compiled = temporary.ToArray();
PacketWriter.ReleaseInstance(temporary);
temporary = null;
return(compiled);
}
/// <summary>
/// Compiles Data And Return Compiled byte[]
/// </summary>
/// <returns></returns>
public byte[] Compile()
{
PacketWriter temporary = PacketWriter.CreateInstance(4092 * 4, m_littleEndian);
//temporary.Write((short)(ns.Length + (m_IsArcheAge ? 6 : 2)));
if (m_IsArcheAge)
{
//Серверные пакеты
if (level == 5)
{
//здесь будет шифрование пакета DD05
temporary.Write((short)(ns.Length + 6));
temporary.Write((byte)0xDD);
temporary.Write((byte)level);
//TODO: посмотреть, может по другому написать, через copy?
byte[] numPck = new byte[1];
numPck[0] = NumPckSc; //вставили номер пакета в массив
byte[] data = numPck.Concat(BitConverter.GetBytes((short)m_packetId)).ToArray(); //объединили с ID
data = data.Concat(ns.ToArray()).ToArray(); //объединили с телом пакета
byte crc8 = Encrypt.Crc8(data); //посчитали CRC пакета
byte[] crc = new byte[1];
crc[0] = crc8; //вставили crc в массив
data = crc.Concat(data).ToArray(); //добавили спереди контрольную сумму
byte[] encrypt = Encrypt.StoCEncrypt(data); //зашифровали пакет
temporary.Write(encrypt, 0, encrypt.Length);
++NumPckSc; //следующий номер шифрованного пакета DD05
}
else
{
temporary.Write((short)(ns.Length + 4));
temporary.Write((byte)0xDD);
temporary.Write((byte)level);
temporary.Write((short)m_packetId);
byte[] redata = ns.ToArray();
temporary.Write(redata, 0, redata.Length);
}
}
else
{
temporary.Write((short)(ns.Length + 2));
temporary.Write((short)m_packetId);
byte[] redata = ns.ToArray();
temporary.Write(redata, 0, redata.Length);
}
PacketWriter.ReleaseInstance(ns);
ns = null;
byte[] compiled = temporary.ToArray();
PacketWriter.ReleaseInstance(temporary);
temporary = null;
return(compiled);
}
/// <summary>
/// Compiles Data And Return Compiled byte[]
/// </summary>
/// <returns></returns>
public byte[] Compile2()
{
PacketWriter temporary = PacketWriter.CreateInstance(4092 * 4, m_littleEndian);
byte[] redata = ns.ToArray();
PacketWriter.ReleaseInstance(ns);
ns = null;
temporary.Write(redata, 0, redata.Length);
byte[] compiled = temporary.ToArray();
PacketWriter.ReleaseInstance(temporary);
temporary = null;
return(compiled);
}
/// <summary>
/// Compiles Data And Return Compiled byte[]
/// </summary>
/// <returns></returns>
public byte[] Compile()
{
PacketWriter temporary = PacketWriter.CreateInstance(4096 * 4, m_littleEndian);
//temporary.Write((short)(ns.Length + (m_IsArcheAge ? 6 : 2)));
if (m_IsArcheAge)
{
//Серверные пакеты
switch (level)
{
case 3:
//здесь будет шифрование пакета DD03 (один пакет - World_Compressed)
temporary.Write((short)(ns.Length + 4));
temporary.Write((byte)0xDD);
temporary.Write((byte)level);
temporary.Write((short)m_packetId);
byte[] compData3 = ns.ToArray(); //получим тело пакета
byte[] decompData3 = Сompressing.Decompress(compData3);
temporary.Write(decompData3, 0, decompData3.Length);
break;
case 4:
//здесь будет шифрование пакета DD04 (склеенные пакеты - World_multi_compressed)
temporary.Write((short)(ns.Length + 4));
temporary.Write((byte)0xDD);
temporary.Write((byte)level);
temporary.Write((short)0x01); //вместо opcode, количество склеенных пакетов
//len hash opcode Тело пакета
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
byte[] compData4 = ns.ToArray(); //получим тело пакета
byte[] decompData4 = Сompressing.Decompress(compData4);
temporary.Write(decompData4, 0, decompData4.Length);
break;
case 5:
{
//здесь будет шифрование пакета DD05
temporary.Write((short)(ns.Length + 6));
temporary.Write((byte)0xDD);
temporary.Write((byte)level);
//TODO: посмотреть, может по другому написать, через copy?
byte[] numPck = new byte[1];
numPck[0] = NumPckSc; //вставили номер пакета в массив
byte[] data = numPck.Concat(BitConverter.GetBytes((short)m_packetId)).ToArray(); //объединили с ID
data = data.Concat(ns.ToArray()).ToArray(); //объединили с телом пакета
byte crc8 = Encrypt.Crc8(data); //посчитали CRC пакета
byte[] crc = new byte[1];
crc[0] = crc8; //вставили crc в массив
data = crc.Concat(data).ToArray(); //добавили спереди контрольную сумму
byte[] encrypt = Encrypt.StoCEncrypt(data); //зашифровали пакет
temporary.Write(encrypt, 0, encrypt.Length);
++NumPckSc; //следующий номер шифрованного пакета DD05
break;
}
default:
{
temporary.Write((short)(ns.Length + 4));
temporary.Write((byte)0xDD);
temporary.Write((byte)level);
temporary.Write((short)m_packetId);
byte[] redata = ns.ToArray();
temporary.Write(redata, 0, redata.Length);
break;
}
}
}
else
{
temporary.Write((short)(ns.Length + 2));
temporary.Write((short)m_packetId);
byte[] redata = ns.ToArray();
temporary.Write(redata, 0, redata.Length);
}
PacketWriter.ReleaseInstance(ns);
ns = null;
byte[] compiled = temporary.ToArray();
PacketWriter.ReleaseInstance(temporary);
temporary = null;
return(compiled);
}
/// <summary>
/// Compiles Data And Return Compiled byte[]
/// </summary>
/// <returns></returns>
public byte[] Compile()
{
var temporary = PacketWriter.CreateInstance(1024, this._mLittleEndian);
byte[] redata;
short len = isEncrypt ? (short)(ns.Length + 3) : (short)(ns.Length + 2);
//temporary.Write((short)(ns.Length + (m_IsArcheAge ? 6 : 2)));
if (this._mIsArcheAge)
{
//Серверные пакеты
switch (this._level)
{
case 0: //未加密
temporary.Write((short)(ns.Length + 3));
temporary.Write((byte)this._mPacketId); //op code
redata = ns.ToArray();
temporary.Write(redata, 0, redata.Length);
break;
case 1: //未加密&加密 no op code
//temporary.Write(len);
/*if (isEncrypt)
* redata = Encrypt.newEncryptByte(EncryptKey, XorKey, ns.ToArray());
* else
* redata = ns.ToArray();
*/
/***Strugarden Code Block***/
redata = Encrypt.newEncryptByte(ns.ToArray());
temporary.Write(redata, 0, redata.Length);
temporary.Write((byte)0xA); //Packet End
//if (isEncrypt)
//temporary.Write((byte)1); //Packet End
break;
case 2: //udp
redata = ns.ToArray();
Console.WriteLine(Utility.ByteArrayToString(redata));
temporary.Write(redata, 0, redata.Length);
break;
case 3: //CommunityAgentServer
temporary.Write((short)(ns.Length + 2));
redata = ns.ToArray();
temporary.Write(redata, 0, redata.Length);
break;
default:
temporary.Write((short)(ns.Length + 3));
temporary.Write((byte)this._level);
temporary.Write((short)this._mPacketId);
redata = ns.ToArray();
temporary.Write(redata, 0, redata.Length);
break;
}
}
else
{
temporary.Write((short)(ns.Length + 3));
redata = ns.ToArray();
temporary.Write(redata, 0, redata.Length);
temporary.Write((byte)1); //Packet End
}
//PacketWriter.ReleaseInstance(ns);
//ns = null;
byte[] compiled = temporary.ToArray();
PacketWriter.ReleaseInstance(temporary);
temporary = null;
return(compiled);
}