private byte[] loadBackgroundInfo(int charID)
{
MarginCharacter marginCharacter = Store.dbManager.MarginDbHandler.getCharInfo(charID);
PacketContent pak = new PacketContent();
if (!isNewCreatedChar)
{
pak.addByteArray(StringUtils.hexStringToBytes("01000000640000007B0000006500000000000000000000006C000000000000002B010000"));
}
pak.addStringWithFixedSized(marginCharacter.firstname, 32);
pak.addStringWithFixedSized(marginCharacter.lastname, 32);
pak.addStringWithFixedSized(marginCharacter.background, 1024);
// ToDo: Analyse it and (Rep zion => 82, Rep Machine 2, RepMero 81
//pak.addHexBytes("000000000000000000178604E40008AF2F0175020000A39F714A81FF81FF81FF670067006700000003000301310000B402320000B403380000B4044E0000000200510000001600520000001900540000001300");
pak.addUint32(marginCharacter.exp, 1);
pak.addUint32(marginCharacter.cash, 1);
pak.addUintShort(0x01); // Flag - always 1
pak.addUint32(200, 1); // CQ Points
pak.addByteArray(TimeUtils.getCurrentTime());
//pak.addByteArray(StringUtils.hexStringToBytes("875D714A")); // Last Changed Timestamp - current its static - needs to be dynamic
// Rputation Bytes (int16[7])
pak.addInt16(-116, 1);
pak.addInt16(-117, 1);
pak.addInt16(-20, 1);
pak.addInt16(-59, 1);
pak.addInt16(-58, 1);
pak.addInt16(-57, 1);
pak.addInt16(2, 1);
pak.addByte(0x03);
// 01 = onWorld , 00 = LA . In World you have to take care to not spawn the Character in LA State
if (marginCharacter.districtId != 0)
{
pak.addByte(0x01);
}
else
{
pak.addByte(0x00);
}
pak.addHexBytes("0301310000b402320000b403380000b403510000000400520000000b00540000000100"); // The Last Part
#if DEBUG
if (isNewCreatedChar == true)
{
Output.WriteLine("Load Background Reply for Created Char:\n" + pak.returnFinalPacket());
}
#endif
return(pak.returnFinalPacket());
}
public byte[] encrypt(byte[] plainData, int length, ushort pss, ushort cseq, ushort sseq)
{
UInt32 seqValue = (uint)pss << 24 | (uint)cseq << 12 | (uint)sseq;
byte[] sequences = BitConverter.GetBytes(seqValue);
Array.Reverse(sequences);
// Create the packet that needs to be CRC32 checksummed
PacketContent packet = new PacketContent();
packet.addUint16((UInt16)(plainData.Length + 4), 1);
packet.addByteArray(TimeUtils.getCurrentTime());
packet.addByteArray(sequences);
packet.addByteArray(plainData);
byte[] paddingBytes = getPaddedBytes(packet.returnFinalPacket());
// Final Packet which needs to be encrypted
PacketContent packetWithCrc = new PacketContent();
packetWithCrc.addByteArray(crc32.checksumB(packet.returnFinalPacket(), 1));
packetWithCrc.addByteArray(packet.returnFinalPacket());
packetWithCrc.addByteArray(paddingBytes);
string hexPackCrcedPlain = StringUtils.bytesToString(packetWithCrc.returnFinalPacket());
string paddingBytesHex = StringUtils.bytesToString(paddingBytes);
innerBuffer = new byte[packetWithCrc.returnFinalPacket().Length];
tf.encrypt(packetWithCrc.returnFinalPacket(), innerBuffer);
PacketContent encryptedPacket = new PacketContent();
encryptedPacket.addByte(0x01);
encryptedPacket.addByteArray(IV);
encryptedPacket.addByteArray(innerBuffer);
innerBuffer = new byte [2048];
string hexPackEncrypt = StringUtils.bytesToString(encryptedPacket.returnFinalPacket());
return(encryptedPacket.returnFinalPacket());
}
