public byte[] Extract(UOPFileIndexDef id)
{
for (int i = 0; i < m_ListData.Count; i++)
{
if (m_ListData[i].First.Equals(id))
{
return(m_ListData[i].Second.Extract(m_ListData[i].First.IsCompressed, m_ListData[i].First.m_LenghtUncompressed));
}
}
return(null);
}
public override bool Equals(object obj)
{
if (!obj.GetType().Equals(this.GetType()))
{
return(false);
}
UOPFileIndexDef objCurrent = (UOPFileIndexDef)obj;
return((m_OffsetOfDataBlock == objCurrent.m_OffsetOfDataBlock) && (m_SizeofDataHeaders == objCurrent.m_SizeofDataHeaders) &&
(m_LenghtCompressed == objCurrent.m_LenghtCompressed) && (m_LenghtUncompressed == objCurrent.m_LenghtUncompressed) &&
(m_Unknown1 == objCurrent.m_Unknown1) && (m_Unknown2 == objCurrent.m_Unknown2) && (m_Unknown3 == objCurrent.m_Unknown3) &&
(m_CompressedFlag == objCurrent.m_CompressedFlag));
}
public static UOPFileIndexDef FromBinary(System.IO.BinaryReader bStream)
{
UOPFileIndexDef toReturn = new UOPFileIndexDef();
toReturn.m_OffsetOfDataBlock = bStream.ReadUInt64();
toReturn.m_SizeofDataHeaders = bStream.ReadUInt32();
toReturn.m_LenghtCompressed = bStream.ReadUInt32();
toReturn.m_LenghtUncompressed = bStream.ReadUInt32();
toReturn.m_Unknown1 = bStream.ReadUInt32();
toReturn.m_Unknown2 = bStream.ReadUInt32();
toReturn.m_Unknown3 = bStream.ReadUInt32();
toReturn.m_CompressedFlag = bStream.ReadUInt16();
return(toReturn);
}
public static UOPIndexBlockHeader FromBinary(System.IO.BinaryReader bStream)
{
UOPIndexBlockHeader toReturn = new UOPIndexBlockHeader();
toReturn.m_Files = bStream.ReadUInt32();
toReturn.m_OffsetNextIndex = bStream.ReadUInt64();
for (uint iData = 0; iData < toReturn.m_Files; iData++)
{
UOPFileIndexDef uopIndextemp = UOPFileIndexDef.FromBinary(bStream);
long oldPos = bStream.BaseStream.Position;
bStream.BaseStream.Seek((long)(uopIndextemp.m_OffsetOfDataBlock), System.IO.SeekOrigin.Begin);
UOPFileData uopDatatemp = UOPFileData.FromBinary(bStream, uopIndextemp.m_LenghtCompressed);
toReturn.m_ListData.Add(new UOPPairData(uopIndextemp, uopDatatemp));
bStream.BaseStream.Seek(oldPos, System.IO.SeekOrigin.Begin);
}
return(toReturn);
}
public static UOPFileIndexDef FromBinary(System.IO.BinaryReader bStream)
{
UOPFileIndexDef toReturn = new UOPFileIndexDef();
toReturn.m_OffsetOfDataBlock = bStream.ReadUInt64();
toReturn.m_SizeofDataHeaders = bStream.ReadUInt32();
toReturn.m_LenghtCompressed = bStream.ReadUInt32();
toReturn.m_LenghtUncompressed = bStream.ReadUInt32();
toReturn.m_Unknown1 = bStream.ReadUInt32();
toReturn.m_Unknown2 = bStream.ReadUInt32();
toReturn.m_Unknown3 = bStream.ReadUInt32();
toReturn.m_CompressedFlag = bStream.ReadUInt16();
return toReturn;
}
public UOPPairData(UOPFileIndexDef object1, UOPFileData object2)
{
m_FirstData = object1;
m_SecondData = object2;
}
public byte[] Extract(UOPFileIndexDef id)
{
for (int i = 0; i < m_ListData.Count; i++)
if (m_ListData[i].First.Equals(id))
return m_ListData[i].Second.Extract(m_ListData[i].First.IsCompressed, m_ListData[i].First.m_LenghtUncompressed);
return null;
}
public UOPPairData(UOPFileIndexDef object1, UOPFileData object2)
{
m_FirstData = object1;
m_SecondData = object2;
}