biter.hpp

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#include "core/builtin/container/iter/biteration.hpp"
 
class iter: public iterable, public clonable, public typeProvidable {
    BY(CLASS(iter))
    template <typename K1, typename V1, typename defaultContainer1> friend class tnchain;
    template <typename K1, typename V1, typename TACTIC> friend class tnmap;
 
public:
    explicit iter();
    explicit iter(iteration* newStep);
 
    iter(const me& rhs);
 
public:
    me operator+(ncnt step);
    me& operator++();
    me operator++(int);
    me& operator+=(ncnt step);
    V& operator*();
    V* operator->();
    const V& operator*() const BY_CONST_FUNC(operator*())
    const V* operator->() const BY_CONST_FUNC(operator->())
    me& operator=(const me& rhs);
    explicit operator nbool() const;
 
public:
    nbool isReversed() const override;
 
    void rel() override;
 
    using iterable::isFrom;
    nbool isFrom(const tbicontainable& it) const override;
 
    nbool isEnd() const override;
 
    ncnt next(ncnt step) override;
    ncnt prev(ncnt step) override;
    ncnt stepForward(ncnt step) override;
    ncnt stepBackward(ncnt step) override;
 
    const K* getKey() const override;
 
    template <typename E> const E* getKey() const { return getKey().template cast<E>(); }
 
    using iterable::getVal;
    V* getVal() override;
 
    template <typename E> E* getVal() { return getVal() TO(template cast<E>()); }
 
    using iterable::setVal;
    void setVal(const V& new1) override;
 
    using iterable::getContainer;
    tbicontainable<K, V>* getContainer() override;
 
private:
    me& _assign(const me& rhs);
    nbool _onSame(const typeProvidable& rhs) const override;
 
    void _nextToMatchParamType(typename iterable::iterationType type);
    ncnt _step(typename iterable::iterationType type, ncnt step);
    ncnt _iterate(typename iterable::iterationType type);
 
protected:
    tstr<iteration> _iteration;
};