public override void OnRebuild(VoidPtr address, int length, bool force)
{
// Update base address for children.
BaseAddress = (VoidPtr)address + sizeof(Common2TblHeader);
// Initiate header struct
Common2TblHeader *Header = (Common2TblHeader *)address;
*Header = new Common2TblHeader();
Header->_OffCount = _offCount;
Header->_DataTable = Children.Count;
Header->_pad0 = Header->_pad1 =
Header->_pad2 = Header->_pad3 = 0;
Dictionary <ResourceNode, VoidPtr> dataLocations = new Dictionary <ResourceNode, VoidPtr>();
VoidPtr ptr = BaseAddress;
foreach (var child in Children)
{
int size = child.CalculateSize(false);
dataLocations.Add(child, ptr);
child.Rebuild(ptr, size, false);
ptr += size;
}
Header->_DataLength = (int)(ptr - BaseAddress);
bint *dataPointers = (bint *)ptr;
bint *stringPointers = dataPointers + 1;
byte *strings = (byte *)(dataPointers + Children.Count + Children.Count);
byte *currentString = strings;
foreach (var child in Children)
{
*dataPointers = (int)(dataLocations[child] - BaseAddress);
dataPointers += 2;
*stringPointers = (int)(currentString - strings);
stringPointers += 2;
byte[] text = Encoding.UTF8.GetBytes(child.Name);
fixed(byte *from = text)
{
Memory.Move(currentString, from, (uint)text.Length);
currentString += text.Length;
*currentString = 0;
currentString++;
}
}
Header->_Length = (int)(currentString - address);
if (Header->_Length != length)
{
throw new Exception("Wrong amount of memory allocated for rebuild of common2 data");
}
}
public override void OnRebuild(VoidPtr address, int length, bool force)
{
// Update base address for children.
VoidPtr baseAddress = address + sizeof(Common2TblHeader);
// Initiate header struct
Common2TblHeader *Header = (Common2TblHeader *)address;
*Header = new Common2TblHeader();
Header->_OffCount = _offCount;
Header->_DataTable = Children.Count;
Header->_pad0 = Header->_pad1 =
Header->_pad2 = Header->_pad3 = 0;
Dictionary <ResourceNode, VoidPtr> dataLocations = new Dictionary <ResourceNode, VoidPtr>();
VoidPtr ptr = baseAddress;
foreach (ResourceNode child in Children)
{
int size = child.CalculateSize(false);
dataLocations.Add(child, ptr);
if (child is ClassicStageTblSizeTblNode && size == 48)
{
// Rebuild
Dictionary <string, int> sizes = Children.ToDictionary(c => c.Name, c =>
{
int fullSize = c.CalculateSize(false);
int paddingInts = (c as ClassicStageTblNode)?.Padding?.Length ?? 0;
return(fullSize - sizeof(bint) * paddingInts);
});
bint[] newTbl = new bint[12];
fixed(bint *newTblPtr = newTbl)
{
foreach (string key in new[]
{
"simpleStageB1Tbl",
"simpleStageB2Tbl",
"simpleStage11Tbl"
})
{
if (!sizes.TryGetValue(key, out int s) || s != 0x104)
{
MessageBox.Show(
$"Changing the size of {key} may not work properly (BrawlCrate doesn't know yet which size entry to update)");
}
}
bint *bptr = newTblPtr;
foreach (string key in new[]
{
"simpleStage1Tbl",
"simpleStage2Tbl",
"simpleStage3Tbl",
"simpleStage4Tbl",
"simpleStageB1Tbl",
"simpleStage5Tbl",
"simpleStage6Tbl",
"simpleStage7Tbl",
"simpleStage8Tbl",
"simpleStage9Tbl",
"simpleStage10Tbl",
"simpleStageB2Tbl"
})
{
if (sizes.TryGetValue(key, out int s))
{
*bptr = s;
}
else
{
MessageBox.Show($"Cannot get size of {key}");
}
bptr++;
}
child.ReplaceRaw(newTblPtr, 48);
}
}
child.Rebuild(ptr, size, false);
ptr += size;
}
Header->_DataLength = ptr - baseAddress;
bint *dataPointers = (bint *)ptr;
bint *stringPointers = dataPointers + 1;
byte *strings = (byte *)(dataPointers + Children.Count + Children.Count);
byte *currentString = strings;
List <ResourceNode> childrenAlphabetical = Children.OrderBy(o => o.Name).ToList();
foreach (ResourceNode child in childrenAlphabetical)
{
*dataPointers = dataLocations[child] - baseAddress;
dataPointers += 2;
*stringPointers = (int)(currentString - strings);
stringPointers += 2;
byte[] text = Encoding.UTF8.GetBytes(child.Name);
fixed(byte *from = text)
{
Memory.Move(currentString, from, (uint)text.Length);
currentString += text.Length;
*currentString = 0;
currentString++;
}
}
if (currentString - address > length)
{
throw new Exception($"Wrong amount of memory allocated for rebuild of common2 data (Expected: {currentString - address} | Actual: {length})");
}
Header->_Length = length;
}