internal TargetProcessPointer32 To32()
{
TargetProcessPointer32 p = new TargetProcessPointer32();
p.Pointer = (uint)pointer.Pointer;
return(p);
}
internal unsafe void *TranslatePointer32(TargetProcessPointer32 ptr)
{
if (ptr.Pointer == 0)
{
return(null);
}
// Use Int32 instead of int because of preprocessor!
unchecked {
Int32 spaceDiff = (Int32)(new IntPtr(fullView.Pointer)) - (Int32)memHeader32->NativeAddress.Pointer;
return(new IntPtr((Int32)ptr.Pointer + spaceDiff).ToPointer());
}
}
internal unsafe TargetProcessPointer32 TranslatePointerBack32(void *ptr)
{
// Use Int32 instead of int because of preprocessor!
if (ptr == null)
{
return(new TargetProcessPointer32());
}
unchecked {
Int32 spaceDiff = (Int32)(new IntPtr(fullView.Pointer)) - (Int32)memHeader32->NativeAddress.Pointer;
TargetProcessPointer32 pointer = new TargetProcessPointer32();
pointer.Pointer = (UInt32)((Int32)ptr - spaceDiff);
return(pointer);
}
}
internal TargetProcessPointer(TargetProcessPointer32 p)
{
this.pointer.Pointer = p.Pointer;
}
internal unsafe TargetProcessPointer32 TranslatePointerBack32(void* ptr)
{
// Use Int32 instead of int because of preprocessor!
if (ptr == null)
return new TargetProcessPointer32();
unchecked {
Int32 spaceDiff = (Int32)(new IntPtr(fullView.Pointer)) - (Int32)memHeader32->NativeAddress.Pointer;
TargetProcessPointer32 pointer = new TargetProcessPointer32();
pointer.Pointer = (UInt32)((Int32)ptr - spaceDiff);
return pointer;
}
}
internal unsafe void* TranslatePointer32(TargetProcessPointer32 ptr)
{
if (ptr.Pointer == 0)
return null;
// Use Int32 instead of int because of preprocessor!
unchecked {
Int32 spaceDiff = (Int32)(new IntPtr(fullView.Pointer)) - (Int32)memHeader32->NativeAddress.Pointer;
return new IntPtr((Int32)ptr.Pointer + spaceDiff).ToPointer();
}
}
internal TargetProcessPointer32 To32()
{
TargetProcessPointer32 p = new TargetProcessPointer32();
p.Pointer = (uint)pointer.Pointer;
return p;
}
internal TargetProcessPointer(TargetProcessPointer32 p)
{
this.pointer.Pointer = p.Pointer;
}