private bool Load(System.IO.FileStream stream)
{
CreationTime = stream.ReadUInt64();
FileHashArrayOffset = stream.ReadUInt32();
// This should always be 0x20, so we can use it to detect endianness
if (FileHashArrayOffset <= 0xFFFF)
{
Endian = EndianUtils.Endianness.LittleEndian;
}
else
{
Endian = EndianUtils.Endianness.BigEndian;
CreationTime = CreationTime.SwapEndian();
FileHashArrayOffset = FileHashArrayOffset.SwapEndian();
}
// We adjust the offsets to be from file start rather than from position, makes them easier to seek to.
FileHashArrayOffset += (uint)stream.Position - 4;
FileHashArraySize = stream.ReadUInt32().FromEndian(Endian);
VirtualHashArrayOffset = (uint)stream.Position;
VirtualHashArrayOffset += stream.ReadUInt32().FromEndian(Endian);
VirtualHashArraySize = stream.ReadUInt32().FromEndian(Endian);
FileArrayOffset = (uint)stream.Position;
FileArrayOffset += stream.ReadUInt32().FromEndian(Endian);
FileArraySize = stream.ReadUInt32().FromEndian(Endian);
VirtualPackArrayOffset = (uint)stream.Position;
VirtualPackArrayOffset += stream.ReadUInt32().FromEndian(Endian);
VirtualPackArraySize = stream.ReadUInt32().FromEndian(Endian);
// Hashes
stream.Position = FileHashArrayOffset;
FileHashArray = new List <TOFHDBhash>((int)FileHashArraySize);
for (UInt32 i = 0; i < FileHashArraySize; i++)
{
FileHashArray.Add(new TOFHDBhash()
{
Key = stream.ReadUInt32().FromEndian(Endian),
Value = stream.ReadUInt32().FromEndian(Endian),
});
}
// Files
stream.Position = FileArrayOffset;
FileArray = new List <TOFHDBfile>((int)FileArraySize);
for (UInt32 i = 0; i < FileArraySize; i++)
{
FileArray.Add(new TOFHDBfile()
{
Filesize = stream.ReadUInt64().FromEndian(Endian),
CompressedSize = stream.ReadUInt64().FromEndian(Endian),
Offset = stream.ReadUInt64().FromEndian(Endian),
Hash = stream.ReadUInt32().FromEndian(Endian),
Extension = stream.ReadAscii(0x0A).TrimNull(),
Unknown = stream.ReadUInt16().FromEndian(Endian),
});
}
return(true);
}
