public void MoveBlocks(ASMEncoding.ASMEncodingUtility utility, IEnumerable <MovePatchRange> movePatchRanges)
{
/*
* Dictionary<PatchRange, bool> isSequentialAdd = new Dictionary<PatchRange, bool>();
* foreach (KeyValuePair<PatchRange, uint> blockMove in blockMoves)
* {
* isSequentialAdd[blockMove.Key] = false;
* }
*/
List <ASMEncoding.Helpers.BlockMove> blockMoves = new List <ASMEncoding.Helpers.BlockMove>();
foreach (MovePatchRange patchRange in movePatchRanges)
{
//PatchRange patchRange = movePair.Key;
/*
* string sectorName = Enum.GetName(typeof(PatcherLib.Iso.PsxIso.Sectors), patchRange.Sector);
* int fileToRamOffset = 0;
* try
* {
* fileToRamOffset = (int)(PatcherLib.Iso.PsxIso.FileToRamOffsets)Enum.Parse(typeof(PatcherLib.Iso.PsxIso.FileToRamOffsets), "OFFSET_" + sectorName.ToUpper().Trim());
* }
* catch (Exception) { }
*/
uint fileToRamOffset = PatcherLib.Iso.PsxIso.GetRamOffset(patchRange.Sector);
ASMEncoding.Helpers.BlockMove blockMove = new ASMEncoding.Helpers.BlockMove();
blockMove.Location = (uint)patchRange.StartOffset + fileToRamOffset;
blockMove.EndLocation = (uint)patchRange.EndOffset + fileToRamOffset;
blockMove.Offset = patchRange.MoveOffset;
blockMoves.Add(blockMove);
}
List <PatchedByteArray> allPatchList = GetAllPatches();
//foreach (PatchedByteArray patchedByteArray in innerList)
foreach (PatchedByteArray patchedByteArray in allPatchList)
{
if (patchedByteArray is InputFilePatch)
{
continue;
}
byte[] bytes = patchedByteArray.GetBytes();
foreach (MovePatchRange patchRange in movePatchRanges)
{
//PatchRange patchRange = movePair.Key;
//uint offset = movePair.Value;
//if ((patchedByteArray.RamOffset == blockMove.Location) && ((patchedByteArray.RamOffset + bytes.Length) == blockMove.EndLocation))
//if (patchedByteArray.RamOffset == blockMove.Location)
//PatchRange patchRange = new PatchRange(patchedByteArray);
//PatchRange patchRange2 = new PatchRange(
//if (
//if (blockMove.Key
if (patchRange.HasOverlap(patchedByteArray))
{
patchedByteArray.Offset += patchRange.MoveOffset; // offset;
patchedByteArray.RamOffset += patchRange.MoveOffset; // offset;
//isSequentialAdd[patchRange] = true;
}
/*
* else if ((isSequentialAdd[patchRange]) && (patchedByteArray.IsSequentialOffset))
* {
* patchedByteArray.Offset += offset;
* patchedByteArray.RamOffset += offset;
* //patchRange.EndOffset += (uint)bytes.Length;
* }
* else
* {
* isSequentialAdd[patchRange] = false;
* }
*/
}
if ((patchedByteArray.IsCheckedAsm) && (!patchedByteArray.IsMoveSimple))
{
byte[] newBytes = utility.UpdateBlockReferences(bytes, (uint)patchedByteArray.RamOffset, true, blockMoves);
patchedByteArray.SetBytes(newBytes);
}
}
foreach (ASMEncoding.Helpers.BlockMove blockMove in blockMoves)
{
bool isAlreadyPresent = false;
foreach (ASMEncoding.Helpers.BlockMove listBlockMove in blockMoveList)
{
if (blockMove.IsEqual(listBlockMove))
{
isAlreadyPresent = true;
break;
}
}
if (!isAlreadyPresent)
{
blockMoveList.Add(blockMove);
}
}
}
public void MoveBlocks(ASMEncoding.ASMEncodingUtility utility, IEnumerable <MovePatchRange> movePatchRanges)
{
/*
* Dictionary<PatchRange, bool> isSequentialAdd = new Dictionary<PatchRange, bool>();
* foreach (KeyValuePair<PatchRange, uint> blockMove in blockMoves)
* {
* isSequentialAdd[blockMove.Key] = false;
* }
*/
List <ASMEncoding.Helpers.BlockMove> blockMoves = new List <ASMEncoding.Helpers.BlockMove>();
foreach (MovePatchRange patchRange in movePatchRanges)
{
//PatchRange patchRange = movePair.Key;
//uint fileToRamOffset = PatcherLib.Iso.PsxIso.GetRamOffset(patchRange.Sector, true);
FreeSpaceMode mode = FreeSpace.GetMode(utility);
Type sectorType = (mode == FreeSpaceMode.PSP) ? typeof(PatcherLib.Iso.PspIso.Sectors) : typeof(PatcherLib.Iso.PsxIso.Sectors);
Enum sector = (Enum)Enum.ToObject(sectorType, patchRange.Sector);
uint fileToRamOffset = (mode == FreeSpaceMode.PSP)
? PatcherLib.Iso.PspIso.GetRamOffsetUnsigned((PatcherLib.Iso.PspIso.Sectors)sector)
: PatcherLib.Iso.PsxIso.GetRamOffset((PatcherLib.Iso.PsxIso.Sectors)sector, true);
ASMEncoding.Helpers.BlockMove blockMove = new ASMEncoding.Helpers.BlockMove();
blockMove.Location = (uint)patchRange.StartOffset + fileToRamOffset;
blockMove.EndLocation = (uint)patchRange.EndOffset + fileToRamOffset;
blockMove.Offset = patchRange.MoveOffset;
blockMoves.Add(blockMove);
}
List <PatchedByteArray> allPatchList = GetAllPatches();
//foreach (PatchedByteArray patchedByteArray in innerList)
foreach (PatchedByteArray patchedByteArray in allPatchList)
{
if (patchedByteArray is InputFilePatch)
{
continue;
}
byte[] bytes = patchedByteArray.GetBytes();
foreach (MovePatchRange patchRange in movePatchRanges)
{
//PatchRange patchRange = movePair.Key;
//uint offset = movePair.Value;
//if ((patchedByteArray.RamOffset == blockMove.Location) && ((patchedByteArray.RamOffset + bytes.Length) == blockMove.EndLocation))
//if (patchedByteArray.RamOffset == blockMove.Location)
//PatchRange patchRange = new PatchRange(patchedByteArray);
//PatchRange patchRange2 = new PatchRange(
//if (
//if (blockMove.Key
if (patchRange.HasOverlap(patchedByteArray))
{
patchedByteArray.Offset += patchRange.MoveOffset; // offset;
patchedByteArray.RamOffset += patchRange.MoveOffset; // offset;
//isSequentialAdd[patchRange] = true;
}
/*
* else if ((isSequentialAdd[patchRange]) && (patchedByteArray.IsSequentialOffset))
* {
* patchedByteArray.Offset += offset;
* patchedByteArray.RamOffset += offset;
* //patchRange.EndOffset += (uint)bytes.Length;
* }
* else
* {
* isSequentialAdd[patchRange] = false;
* }
*/
}
if ((patchedByteArray.IsCheckedAsm) && (!patchedByteArray.IsMoveSimple))
{
byte[] newBytes = utility.UpdateBlockReferences(bytes, (uint)patchedByteArray.RamOffset, true, blockMoves);
patchedByteArray.SetBytes(newBytes);
}
}
foreach (ASMEncoding.Helpers.BlockMove blockMove in blockMoves)
{
bool isAlreadyPresent = false;
foreach (ASMEncoding.Helpers.BlockMove listBlockMove in blockMoveList)
{
if (blockMove.IsEqual(listBlockMove))
{
isAlreadyPresent = true;
break;
}
}
if (!isAlreadyPresent)
{
blockMoveList.Add(blockMove);
}
}
}