public override ValueReadCompareResult ReadCompareValue(IntPtr scanAddress)
{
var newRezult = new ValueReadCompareResult();
uint compareValue;
if (HasReadLastPointer && CanUsePointerValue)
{
compareValue = (uint)LastReadPointer.ToInt64();
}
else
{
compareValue = M.ReadUInt(scanAddress);
}
//newRezult.IsSatisfying = CompareValue == compareValue;
newRezult.IsSatisfying = CheckSatisfies(CompareValue, compareValue);
if (newRezult.IsSatisfying)
{
newRezult.DisplayValue = compareValue.ToString();
newRezult.ComparableValue = compareValue;
}
return(newRezult);
}
public override ValueReadCompareResult ReadCompareValue(IntPtr scanAddress)
{
var newRezult = new ValueReadCompareResult();
long compareValue;
if (HasReadLastPointer && CanUsePointerValue)
{
compareValue = LastReadPointer.ToInt64();
}
else
{
compareValue = M.ReadLong(scanAddress);
}
//newRezult.IsSatisfying = Math.Abs(CompareValue - compareValue) < float.Epsilon;
newRezult.IsSatisfying = CheckSatisfies(CompareValue, compareValue);
if (newRezult.IsSatisfying)
{
newRezult.DisplayValue = LastReadPointer.ToString();
newRezult.ComparableValue = compareValue;
}
return(newRezult);
}
public override ValueReadCompareResult ReadCompareValue(IntPtr scanAddress)
{
var newRezult = new ValueReadCompareResult();
if (!HasReadLastPointer)
{
return(newRezult);
}
//newRezult.IsSatisfying = CompareValue == LastReadPointer;
newRezult.IsSatisfying = CheckSatisfies((long)CompareValue, (long)LastReadPointer);
if (newRezult.IsSatisfying)
{
newRezult.DisplayValue = LastReadPointer.ToString("x");
newRezult.ComparableValue = (long)LastReadPointer;
}
return(newRezult);
}