void AddRecycle(uint id, List <Address> list)
{
//無効なID
if (id <= 0)
{
return;
}
if (id < this.MaxTextCount)
{
uint addr = this.TextBaseAddress + (id * 4);
uint paddr = Program.ROM.u32(addr);
if (TextForm.Is_RAMPointerArea(paddr))
{
return;
}
uint data_addr;
int length;
if (FETextEncode.IsUnHuffmanPatchPointer(paddr))
{//un-huffman patch?
uint unhuffman_addr = U.toOffset(FETextEncode.ConvertUnHuffmanPatchToPointer(paddr));
data_addr = unhuffman_addr;
TextDecode.UnHffmanPatchDecode(unhuffman_addr, out length);
}
else if (U.isPointer(paddr))
{
data_addr = U.toOffset(paddr);
TextDecode.huffman_decode(data_addr, out length);
}
else
{
return;
}
if (length <= 0)
{
return;
}
if (data_addr == this.TextID0Addr)
{
return;
}
FEBuilderGBA.Address.AddAddress(list
, data_addr
, (uint)length
, U.NOT_FOUND
, "text " + U.ToHexString(id)
, FEBuilderGBA.Address.DataTypeEnum.BIN);
}
//CStringに対しては、リサイクルバッファを利用する方式を利用しない
//なぜなら、FE6には大量のポインタ参照があるためです。
//容量も大きくないので、メリットよりデメリットの方が上回る
// else if (U.isSafetyPointer(id))
// {
// uint p = U.toOffset(id);
// FEBuilderGBA.Address.AddCString(list, p);
// }
}
void WriteTextUnHffman(uint id, string text, Undo.UndoData undodata)
{
uint addr = this.TextBaseAddress + (id * 4);
uint paddr = Program.ROM.u32(addr);
if (TextForm.Is_RAMPointerArea(paddr))
{//iw-ram / ew-ram にデータをおいている人がいるらしい
return;
}
byte[] encode;
Program.FETextEncoder.UnHuffmanEncode(text, out encode);
string undoname = "Text:" + U.ToHexString(id);
uint newaddr = this.Recycle.Write(encode, undodata);
if (newaddr == U.NOT_FOUND)
{
return;
}
newaddr = U.toPointer(newaddr);
newaddr = FETextEncode.ConvertPointerToUnHuffmanPatchPointer(newaddr);
Program.ROM.write_u32(addr, newaddr, undodata);
}
void AddRecycle(uint id, List <Address> recycle)
{
//無効なID
if (id <= 0)
{
return;
}
if (id < this.MaxTextCount)
{
uint addr = this.TextBaseAddress + (id * 4);
uint paddr = Program.ROM.u32(addr);
if (TextForm.Is_RAMPointerArea(paddr))
{
return;
}
uint data_addr;
int length;
if (FETextEncode.IsUnHuffmanPatchPointer(paddr))
{//un-huffman patch?
uint unhuffman_addr = U.toOffset(FETextEncode.ConvertUnHuffmanPatchToPointer(paddr));
data_addr = unhuffman_addr;
TextDecode.UnHffmanPatchDecode(unhuffman_addr, out length);
}
else if (U.isPointer(paddr))
{
data_addr = U.toOffset(paddr);
TextDecode.huffman_decode(data_addr, out length);
}
else
{
return;
}
if (length <= 0)
{
return;
}
if (data_addr == this.TextID0Addr)
{
return;
}
FEBuilderGBA.Address.AddAddress(recycle
, data_addr
, (uint)length
, U.NOT_FOUND
, "text " + U.ToHexString(id)
, FEBuilderGBA.Address.DataTypeEnum.BIN);
}
else if (U.isSafetyPointer(id))
{
uint data_addr = Program.ROM.p32(U.toOffset(id));
if (!U.isSafetyOffset(id))
{
return;
}
int length = 0;
string str = Program.ROM.getString(data_addr, out length);
FEBuilderGBA.Address.AddAddress(recycle
, data_addr
, (uint)length
, U.NOT_FOUND
, "CString " + U.To0xHexString(id)
, FEBuilderGBA.Address.DataTypeEnum.BIN);
}
}
