byte[] ProcessBlock(BinaryReader b, uint[] key, XTEAFunction xteaFunc, bool reuseMemory)
{
// Data is in big-endian
//uint v0 = ToUInt(b.ReadBytes(4));
//uint v1 = ToUInt(b.ReadBytes(4));
b.Read(intBuffer, 0, 4);
uint v0 = ToUInt(intBuffer);
b.Read(intBuffer, 0, 4);
uint v1 = ToUInt(intBuffer);
uint[] result = xteaFunc(v0, v1, key, reuseMemory);
// Output is in big-endian
byte[] resultarr = memoryBuffer;
if (!reuseMemory)
{
resultarr = new byte[8];
}
resultarr[0] = (byte)((result[0] >> 24));
resultarr[1] = (byte)((result[0] >> 16));
resultarr[2] = (byte)((result[0] >> 8));
resultarr[3] = (byte)((result[0]));
resultarr[4] = (byte)((result[1] >> 24));
resultarr[5] = (byte)((result[1] >> 16));
resultarr[6] = (byte)((result[1] >> 8));
resultarr[7] = (byte)((result[1]));
return(resultarr);
}
byte[] ProcessBlock(BinaryReader b, uint[] key, XTEAFunction xteaFunc, bool reuseMemory)
{
// Data is in big-endian
//uint v0 = ToUInt(b.ReadBytes(4));
//uint v1 = ToUInt(b.ReadBytes(4));
b.Read(intBuffer, 0, 4);
uint v0 = ToUInt(intBuffer);
b.Read(intBuffer, 0, 4);
uint v1 = ToUInt(intBuffer);
uint[] result = xteaFunc(v0, v1, key, reuseMemory);
// Output is in big-endian
byte[] resultarr = memoryBuffer;
if (!reuseMemory) {
resultarr = new byte[8];
}
resultarr[0] = (byte)((result[0] >> 24));
resultarr[1] = (byte)((result[0] >> 16));
resultarr[2] = (byte)((result[0] >> 8));
resultarr[3] = (byte)((result[0]));
resultarr[4] = (byte)((result[1] >> 24));
resultarr[5] = (byte)((result[1] >> 16));
resultarr[6] = (byte)((result[1] >> 8));
resultarr[7] = (byte)((result[1]));
return resultarr;
}
public DatLoader()
{
// Init reusable delegates
encFunc = new XTEAFunction(this.Encrypt);
decFunc = new XTEAFunction(this.Decrypt);
}
public DatLoader()
{
// Init reusable delegates
encFunc = new XTEAFunction(this.Encrypt);
decFunc = new XTEAFunction(this.Decrypt);
}
