//This returns an IntPtr of the address found from a byte pattern match.
public static IntPtr ScanForPattern(Process p, byte[] pattern, string match, int offset, IntPtr startOffset = new IntPtr())
{
if (startOffset.ToInt32() == 0)
{
startOffset = p.MainModule.BaseAddress;
}
try
{
//TODO: We need to scan the entire memory (p.WorkingSet64) but that wont all fit in a C# app.
//TODO: We'll need to loop through all the memory eventually...
p.Refresh();
var memSize = (p.PrivateMemorySize64 + p.WorkingSet64);
IntPtr memoryBlockSize = (IntPtr)(long)(memSize / 64);
IntPtr endOffset = IntPtr.Subtract(memoryBlockSize, (int)startOffset);
SigScan.Classes.SigScan _sigScan = new SigScan.Classes.SigScan();
_sigScan.Process = p;
_sigScan.Address = startOffset;
_sigScan.Size = (long)endOffset;
IntPtr result = _sigScan.FindPattern(pattern, match, offset);
//_sigScan.ResetRegion();
IntPtr nextAddress = IntPtr.Add(startOffset, (int)endOffset);
bool ShowProgress = false;
if (PatchEditor.FormShowing)
{
ShowProgress = true;
}
var patchForm = PatchEditor.ActiveForm;
while (result == IntPtr.Zero && (int)nextAddress < memSize && PatchLoopRun)
{
if (ShowProgress)
{
patchForm.Invoke(new MethodInvoker(delegate
{
PatchEditor.SetProgressBarValue((long)nextAddress, (long)startOffset, memSize);
}));
}
SigScan.Classes.SigScan _sigScan2 = new SigScan.Classes.SigScan();
_sigScan2.Process = p;
_sigScan2.Address = nextAddress;
_sigScan2.Size = (long)endOffset;
result = _sigScan2.FindPattern(pattern, match, offset);
nextAddress = IntPtr.Add(nextAddress, (int)endOffset);
}
return(result);
}
catch (Exception)
{
return(IntPtr.Zero);
}
}
private static IntPtr GetViewPortGame(IntPtr baseAddress, int length)
{
if (_gPViewPortGame == IntPtr.Zero)
{
SigScan.Classes.SigScan sigScan = new SigScan.Classes.SigScan(Process.GetCurrentProcess(), baseAddress, length);
IntPtr matricesManagerInc = sigScan.FindPattern(new byte[] { 0x48, 0x8B, 0x15, 0xFF, 0xFF, 0xFF, 0xFF, 0x48, 0x8D, 0x2D, 0xFF, 0xFF, 0xFF, 0xFF, 0x48, 0x8B, 0xCD }, "xxx????xxx????xxx", 0);
if (matricesManagerInc != IntPtr.Zero)
{
var offset = Marshal.PtrToStructure <int>(new IntPtr(matricesManagerInc.ToInt64() + 3));
var ptr = new IntPtr(offset + matricesManagerInc.ToInt64() + 7);
_gPViewPortGame = new IntPtr(Marshal.PtrToStructure <long>(ptr));
}
}
return(_gPViewPortGame);
}
//This returns an IntPtr of the address found from a byte pattern match.
public static IntPtr ScanForPattern(Process p, byte[] pattern, string match, int offset, IntPtr startOffset = new IntPtr())
{
if (startOffset.ToInt32() == 0)
{
startOffset = p.MainModule.BaseAddress;
}
try
{
//TODO: We need to scan the entire memory (p.WorkingSet64) but that wont all fit in a C# app.
//TODO: We'll need to loop through all the memory eventually...
p.Refresh();
var memSize = (p.PrivateMemorySize64 + p.WorkingSet64);
IntPtr memoryBlockSize = (IntPtr)(long)(memSize / 64);
IntPtr endOffset = IntPtr.Subtract(memoryBlockSize, (int)startOffset);
SigScan.Classes.SigScan _sigScan = new SigScan.Classes.SigScan();
_sigScan.Process = p;
_sigScan.Address = startOffset;
_sigScan.Size = (long)endOffset;
IntPtr result = _sigScan.FindPattern(pattern, match, offset);
//_sigScan.ResetRegion();
IntPtr nextAddress = IntPtr.Add(startOffset, (int)endOffset);
bool ShowProgress = false;
if (PatchEditor.FormShowing)
{
ShowProgress = true;
}
var patchForm = PatchEditor.ActiveForm;
while (result == IntPtr.Zero && (int)nextAddress < memSize && PatchLoopRun)
{
if (ShowProgress)
{
patchForm.Invoke(new MethodInvoker(delegate
{
PatchEditor.SetProgressBarValue((long)nextAddress, (long)startOffset, memSize);
}));
}
SigScan.Classes.SigScan _sigScan2 = new SigScan.Classes.SigScan();
_sigScan2.Process = p;
_sigScan2.Address = nextAddress;
_sigScan2.Size = (long)endOffset;
result = _sigScan2.FindPattern(pattern, match, offset);
nextAddress = IntPtr.Add(nextAddress, (int)endOffset);
}
return result;
}
catch (Exception)
{
return IntPtr.Zero;
}
}