public void CalculateStructureSize(PluginDataBlock dataBlock)
{
int num2;
int pointer = 0x3b9ac9ff;
for (num2 = 0; num2 < Plugin_Data_Blocks.Count; num2++)
{
if ((Plugin_Data_Blocks[num2].Pointer > dataBlock.Pointer) && (Plugin_Data_Blocks[num2].Pointer < pointer))
{
pointer = Plugin_Data_Blocks[num2].Pointer;
}
}
for (num2 = 0; num2 < Plugin_Scanning_Regions.Count; num2++)
{
if (((Plugin_Scanning_Regions[num2].Offset + Plugin_Scanning_Regions[num2].Size) > dataBlock.Pointer) && ((Plugin_Scanning_Regions[num2].Offset + Plugin_Scanning_Regions[num2].Size) < pointer))
{
pointer = Plugin_Scanning_Regions[num2].Offset + Plugin_Data_Blocks[num2].Size;
}
}
if (pointer == 0x3b9ac9ff)
{
dataBlock.Size = 0;
}
else
{
dataBlock.Size = (pointer - dataBlock.Pointer) / dataBlock.Count;
}
}
/// <summary>
/// This function maps our children reflexives and idents for the given datablock
/// </summary>
/// <param name="dataBlock">The datablock to map children reflexives/idents for.</param>
public void MapChildren(PluginDataBlock dataBlock)
{
//Loop through each plugin data block
foreach (PluginDataBlock db in Plugin_Data_Blocks)
{
if (db.Data_Block_Type == PluginDataBlock.DataBlockType.Reflexive)
{
//If its in our chunks for this block
if (db.Offset >= dataBlock.Pointer && db.Offset < dataBlock.Pointer + (dataBlock.Count * dataBlock.Size))
{
//Set our offset in parent
((Reflexive_DataBlock)db).Offset_In_Parent = (db.Offset - dataBlock.Pointer) % dataBlock.Size;
//Add it to our list
dataBlock.Reflexive_Data_Blocks.Add((Reflexive_DataBlock)db);
}
}
}
//Loop for each ident
foreach (Tag_Ident ident in Tag_Idents)
{
//If its in our chunks for this block
if (ident.Offset >= dataBlock.Pointer && ident.Offset < dataBlock.Pointer + (dataBlock.Count * dataBlock.Size))
{
//Set our offset in parent
ident.Offset_In_Parent = (ident.Offset - dataBlock.Pointer) % dataBlock.Size;
//Add it to our list
dataBlock.Tag_Idents.Add(ident);
}
}
}
public void MapChildren(PluginDataBlock dataBlock)
{
foreach (PluginDataBlock block in Plugin_Data_Blocks)
{
if ((block.Data_Block_Type == PluginDataBlock.DataBlockType.Reflexive) && ((block.Offset >= dataBlock.Pointer) && (block.Offset < (dataBlock.Pointer + (dataBlock.Count * dataBlock.Size)))))
{
((Reflexive_DataBlock)block).Offset_In_Parent = (block.Offset - dataBlock.Pointer) % dataBlock.Size;
dataBlock.Reflexive_Data_Blocks.Add((Reflexive_DataBlock)block);
}
}
foreach (Tag_Ident ident in Tag_Idents)
{
if ((ident.Offset >= dataBlock.Pointer) && (ident.Offset < (dataBlock.Pointer + (dataBlock.Count * dataBlock.Size))))
{
ident.Offset_In_Parent = (ident.Offset - dataBlock.Pointer) % dataBlock.Size;
dataBlock.Tag_Idents.Add(ident);
}
}
foreach (Tag_Void @void in Tag_Voids)
{
if ((@void.Offset >= dataBlock.Pointer) && (@void.Offset < (dataBlock.Pointer + (dataBlock.Count * dataBlock.Size))))
{
@void.Offset_In_Parent = (@void.Offset - dataBlock.Pointer) % dataBlock.Size;
dataBlock.Tag_Voids.Add(@void);
}
}
}
/// <summary>
/// This function calculates the size of the given datablock
/// </summary>
/// <param name="dataBlock">The datablock to calculate size for.</param>
public void CalculateStructureSize(PluginDataBlock dataBlock)
{
//Create our integer for the closest number after the datablock
int closestNumber = 999999999;
//Loop through each plugin data block
for (int i = 0; i < Plugin_Data_Blocks.Count; i++)
{
//If we find a closer number, set it.
if (Plugin_Data_Blocks[i].Pointer > dataBlock.Pointer && Plugin_Data_Blocks[i].Pointer < closestNumber)
{
closestNumber = Plugin_Data_Blocks[i].Pointer;
}
}
//Loop through each scan region
for (int i = 0; i < Plugin_Scanning_Regions.Count; i++)
{
//If we find a closer number, set it.
if (Plugin_Scanning_Regions[i].Offset + Plugin_Scanning_Regions[i].Size > dataBlock.Pointer && Plugin_Scanning_Regions[i].Offset + Plugin_Scanning_Regions[i].Size < closestNumber)
{
closestNumber = Plugin_Scanning_Regions[i].Offset + Plugin_Data_Blocks[i].Size;
}
}
//If we didn't find anything, throw our exception.
if (closestNumber == 999999999)
{
dataBlock.Size = 0;
}
else
{
//Set our size
dataBlock.Size = (closestNumber - dataBlock.Pointer) / dataBlock.Count;
}
}
