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More optimized c++ version |
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Line 284:
public:
virtual ~ISpecification() = default;
virtual bool IsSatisfiedBy(T Candidate) const = 0;
virtual ISpecification<T>* And(const ISpecification<T>& Other) const = 0;
virtual ISpecification<T>* AndNot(const ISpecification<T>& Other) const = 0;
virtual ISpecification<T>* Or(const ISpecification<T>& Other) const = 0;
virtual ISpecification<T>* OrNot(const ISpecification<T>& Other) const = 0;
virtual ISpecification<T>* Not() const = 0;
};
Line 296:
{
public:
virtual bool IsSatisfiedBy(T Candidate) const override
virtual ISpecification<T>* And(const ISpecification<T>& Other) const override;
virtual ISpecification<T>* AndNot(const ISpecification<T>& Other) const override;
virtual ISpecification<T>* Or(const ISpecification<T>& Other) const override;
virtual ISpecification<T>* OrNot(const ISpecification<T>& Other) const override;
virtual ISpecification<T>* Not() const override;
};
Line 309:
{
public:
const ISpecification<T>& Left;
const ISpecification<T>& Right;
AndSpecification(const ISpecification<T>& InLeft, const ISpecification<T>& InRight)
: Left(InLeft),
Right(InRight) { }
virtual bool IsSatisfiedBy(T Candidate) const override
{
return Left.IsSatisfiedBy(Candidate) && Right.IsSatisfiedBy(Candidate);
Line 323:
template <class T>
ISpecification<T>* CompositeSpecification<T>::And(const ISpecification<T>& Other) const
{
return new AndSpecification<T>(*this, Other);
Line 333:
{
public:
const ISpecification<T>& Left;
const ISpecification<T>& Right;
AndNotSpecification(const ISpecification<T>& InLeft, const ISpecification<T>& InRight)
: Left(InLeft),
Right(InRight) { }
virtual bool IsSatisfiedBy(T Candidate) const override
{
return Left.IsSatisfiedBy(Candidate) && !Right.IsSatisfiedBy(Candidate);
Line 350:
{
public:
const ISpecification<T>& Left;
const ISpecification<T>& Right;
OrSpecification(const ISpecification<T>& InLeft, const ISpecification<T>& InRight)
: Left(InLeft),
Right(InRight) { }
virtual bool IsSatisfiedBy(T Candidate) const override
{
return Left.IsSatisfiedBy(Candidate) || Right.IsSatisfiedBy(Candidate);
Line 367:
{
public:
const ISpecification<T>& Left;
const ISpecification<T>& Right;
OrNotSpecification(const ISpecification<T>& InLeft, const ISpecification<T>& InRight)
: Left(InLeft),
Right(InRight) { }
virtual bool IsSatisfiedBy(T Candidate) const override
{
return Left.IsSatisfiedBy(Candidate) || !Right.IsSatisfiedBy(Candidate);
Line 384:
{
public:
const ISpecification<T>& Other;
NotSpecification(const ISpecification<T>& InOther)
: Other(InOther) { }
virtual bool IsSatisfiedBy(T Candidate) const override
{
return !Other.IsSatisfiedBy(Candidate);
Line 396:
template <class T>
ISpecification<T>* CompositeSpecification<T>::AndNot(const ISpecification<T>& Other) const
{
return new AndNotSpecification<T>(*this, Other);
Line 402:
template <class T>
ISpecification<T>* CompositeSpecification<T>::Or(const ISpecification<T>& Other) const
{
return new OrSpecification<T>(*this, Other);
Line 408:
template <class T>
ISpecification<T>* CompositeSpecification<T>::OrNot(const ISpecification<T>& Other) const
{
return new OrNotSpecification<T>(*this, Other);
Line 414:
template <class T>
ISpecification<T>* CompositeSpecification<T>::Not() const
{
return new NotSpecification<T>(*this);
}
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