internal override bool Evaluate(QConObject constraint, QCandidate candidate, object
obj)
{
if (obj == null)
{
return false;
}
IPreparedComparison preparedComparison = constraint.PrepareComparison(candidate);
if (preparedComparison is PreparedArrayContainsComparison)
{
return ((PreparedArrayContainsComparison)preparedComparison).IsGreaterThan(obj);
}
return preparedComparison.CompareTo(obj) > 0;
}
internal virtual bool Evaluate(QConObject constraint, QCandidate candidate, object
obj)
{
IPreparedComparison prepareComparison = constraint.PrepareComparison(candidate);
if (obj == null)
{
return prepareComparison is Null;
}
if (prepareComparison is PreparedArrayContainsComparison)
{
return ((PreparedArrayContainsComparison)prepareComparison).IsEqual(obj);
}
return prepareComparison.CompareTo(obj) == 0;
}
internal override bool Evaluate(QConObject constraint, QCandidate candidate, object
obj)
{
if (obj == null)
{
return(false);
}
IPreparedComparison preparedComparison = constraint.PrepareComparison(candidate);
if (preparedComparison is PreparedArrayContainsComparison)
{
return(((PreparedArrayContainsComparison)preparedComparison).IsGreaterThan(obj));
}
return(preparedComparison.CompareTo(obj) > 0);
}
internal virtual bool Evaluate(QConObject constraint, QCandidate candidate, object
obj)
{
IPreparedComparison prepareComparison = constraint.PrepareComparison(candidate);
if (obj == null)
{
return(prepareComparison is Null);
}
if (prepareComparison is PreparedArrayContainsComparison)
{
return(((PreparedArrayContainsComparison)prepareComparison).IsEqual(obj));
}
return(prepareComparison.CompareTo(obj) == 0);
}