__ListT-MSC.h

Go to the documentation of this file.

 
/*
Visual C++ 의 경우 템클레이트 클래스의 맴버 클래스의 맴버들에 
대하여 코드를 생성하지 못하는 버그가 있다.
 
BUG: LNK2001 on Member Function When Use Nested Class Template
Last reviewed: July 24, 1997
Article ID: Q128789  
The information in this article applies to: 
The Microsoft C/C++ Compiler (CL.EXE) included with:
    - Microsoft Visual C++, 32-bit Edition, versions 2.0, 2.1, 4.0, 4.1, 4.2, 5.0
*/
 
#ifndef __DCL_LIST_T_H__
#error "Never include <dcl/__ListT-GCC.h> directly; use <dcl/ListT.h> instead."
#endif
 
__DCL_BEGIN_NAMESPACE
 
#if __DCL_HAVE_THIS_FILE__
    static const char_t __szListT_h__[] = __T("dcl/__ListT-MSC.h");
    #undef __THIS_FILE__
    #define __THIS_FILE__ __szListT_h__
#endif
 
template<typename ELEMENT>
class List : public Object
{
    DECLARE_CLASSINFO(List)
public:
    struct ListNode : public NodeBase
    {
        ELEMENT data;
    };
    
    class ConstIterator;
    class Iterator : public ListIteratorBase
    {
    public:
        Iterator()
        {
            __pNode = NULL;
        }
 
        Iterator(NodeBase* _pNode)
        {
            __DCL_ASSERT(_pNode != NULL);
            __pNode = _pNode;
        }
 
        Iterator(const Iterator& _it)
        {
            __DCL_ASSERT(_it.__pNode != NULL);
            __pNode = _it.__pNode;
        }
 
        Iterator& operator=(const Iterator& _it)
        {
            __DCL_ASSERT(_it.__pNode != NULL);
            __pNode = _it.__pNode;
            return *this;
        }
 
        Iterator& operator++()
        {
            __DCL_ASSERT(__pNode != NULL);
            __pNode = __pNode->pNext;
            return *this;
        }
 
        Iterator operator++(int)
        {
            __DCL_ASSERT(__pNode != NULL);
            NodeBase* pSaveNode = __pNode;
            __pNode = __pNode->pNext;
            return Iterator(pSaveNode);
        }
 
        Iterator& operator--()
        {
            __DCL_ASSERT(__pNode != NULL);
            __pNode = __pNode->pPrev;
            return *this;
        }
 
        Iterator operator--(int)
        {
            __DCL_ASSERT(__pNode != NULL);
            NodeBase* pSaveNode = __pNode;
            __pNode = __pNode->pPrev;
            return Iterator(pSaveNode);
        }
 
        ELEMENT& operator*()
        {
            __DCL_ASSERT(__pNode != NULL);
            return ((ListNode*)__pNode)->data;
        }
 
    protected:
        friend typename List<ELEMENT>;
        friend class ConstIterator;
    };
 
    class ConstIterator : public ConstListIteratorBase
    {
    public:
        ConstIterator()
        {
            __pNode = NULL;
        }
 
        ConstIterator(const NodeBase* _pNode)
        {
            __DCL_ASSERT(_pNode != NULL);
            __pNode = _pNode;
        }
 
        ConstIterator(const ConstIterator& _it)
        {
            __DCL_ASSERT(_it.__pNode != NULL);
            __pNode = _it.__pNode;
        }
 
        ConstIterator(const Iterator& _it)
        {
            __DCL_ASSERT(_it.__pNode != NULL);
            __pNode = _it.__pNode;
        }
 
        ConstIterator& operator=(const ConstIterator& _it)
        {
            __DCL_ASSERT(_it.__pNode != NULL);
            __pNode = _it.__pNode;
            return *this;
        }
 
        ConstIterator& operator++()
        {
            __DCL_ASSERT(__pNode != NULL);
            __pNode = __pNode->pNext;
            return *this;
        }
 
        ConstIterator operator++(int)
        {
            __DCL_ASSERT(__pNode != NULL);
            const NodeBase* pSaveNode = __pNode;
            __pNode = __pNode->pNext;
            return ConstIterator(pSaveNode);
        }
 
        ConstIterator& operator--()
        {
            __DCL_ASSERT(__pNode != NULL);
            __pNode = __pNode->pPrev;
            return *this;
        }
 
        ConstIterator operator--(int)
        {
            __DCL_ASSERT(__pNode != NULL);
            const NodeBase* pSaveNode = __pNode;
            __pNode = __pNode->pPrev;
            return ConstIterator(pSaveNode);
        }
 
        const ELEMENT& operator*()
        {
            __DCL_ASSERT(__pNode != NULL);
            return ((ListNode*)__pNode)->data;
        }
    };
 
    class ReverseConstIterator;
    class ReverseIterator : public ListIteratorBase
    {
    public:
        ReverseIterator()
        {
            __pNode = NULL;
        }
 
        ReverseIterator(NodeBase* _pNode)
        {
            __DCL_ASSERT(_pNode != NULL);
            __pNode = _pNode;
        }
 
        ReverseIterator(const ReverseIterator& _it)
        {
            __DCL_ASSERT(_it.__pNode != NULL);
            __pNode = _it.__pNode;
        }
 
        ReverseIterator& operator=(const ReverseIterator& _it)
        {
            __DCL_ASSERT(_it.__pNode != NULL);
            __pNode = _it.__pNode;
            return *this;
        }
 
        ReverseIterator& operator++()
        {
            __DCL_ASSERT(__pNode != NULL);
            __pNode = __pNode->pPrev;
            return *this;
        }
 
        ReverseIterator operator++(int)
        {
            __DCL_ASSERT(__pNode != NULL);
            NodeBase* pSaveNode = __pNode;
            __pNode = __pNode->pPrev;
            return ReverseIterator(pSaveNode);
        }
 
        ReverseIterator& operator--()
        {
            __DCL_ASSERT(__pNode != NULL);
            __pNode = __pNode->pNext;
            return *this;
        }
 
        ReverseIterator operator--(int)
        {
            __DCL_ASSERT(__pNode != NULL);
            NodeBase* pSaveNode = __pNode;
            __pNode = __pNode->pNext;
            return ReverseIterator(pSaveNode);
        }
 
        ELEMENT& operator*()
        {
            __DCL_ASSERT(__pNode != NULL);
            return ((ListNode*)__pNode)->data;
        }
 
    protected:
        friend typename List<ELEMENT>;
        friend class ReverseConstIterator;
    };
 
    class ReverseConstIterator : public ConstListIteratorBase
    {
    public:
        ReverseConstIterator()
        {
            __pNode = NULL;
        }
 
        ReverseConstIterator(const NodeBase* _pNode)
        {
            __DCL_ASSERT(_pNode != NULL);
            __pNode = _pNode;
        }
 
        ReverseConstIterator(const ReverseConstIterator& _it)
        {
            __DCL_ASSERT(_it.__pNode != NULL);
            __pNode = _it.__pNode;
        }
 
        ReverseConstIterator(const ReverseIterator& _it)
        {
            __DCL_ASSERT(_it.__pNode != NULL);
            __pNode = _it.__pNode;
        }
 
        ReverseConstIterator& operator=(const ReverseConstIterator& _it)
        {
            __DCL_ASSERT(_it.__pNode != NULL);
            __pNode = _it.__pNode;
            return *this;
        }
 
        ReverseConstIterator& operator++()
        {
            __DCL_ASSERT(__pNode != NULL);
            __pNode = __pNode->pPrev;
            return *this;
        }
 
        ReverseConstIterator operator++(int)
        {
            __DCL_ASSERT(__pNode != NULL);
            const NodeBase* pSaveNode = __pNode;
            __pNode = __pNode->pPrev;
            return ReverseConstIterator(pSaveNode);
        }
 
        ReverseConstIterator& operator--()
        {
            __DCL_ASSERT(__pNode != NULL);
            __pNode = __pNode->pNext;
            return *this;
        }
 
        ReverseConstIterator operator--(int)
        {
            __DCL_ASSERT(__pNode != NULL);
            const NodeBase* pSaveNode = __pNode;
            __pNode = __pNode->pNext;
            return ReverseConstIterator(pSaveNode);
        }
 
        const ELEMENT& operator*()
        {
            __DCL_ASSERT(__pNode != NULL);
            return ((ListNode*)__pNode)->data;
        }
    };
 
public:
    virtual ~List();
    List();
    List(const List<ELEMENT>& _src);
    const List<ELEMENT>& operator=(const List<ELEMENT>& _src);
 
    ConstIterator begin() const;
    ConstIterator end() const;
    Iterator begin();
    Iterator end();
 
    ReverseConstIterator rbegin() const;
    ReverseConstIterator rend() const;
    ReverseIterator rbegin();
    ReverseIterator rend();
 
    // return is inserted element Iterator
    Iterator insert(Iterator _pos, const ELEMENT& _element);
    void insert(Iterator _pos, ConstIterator _first, ConstIterator _last);
    
    // return is next Iterator  
    Iterator erase(Iterator _pos);
    void splice(Iterator _pos,
        List<ELEMENT>& _other, Iterator _otherFirst, Iterator _otherLast);
    
    List<ELEMENT>& addHead(const ELEMENT& _element);
    List<ELEMENT>& addTail(const ELEMENT& _element);
    List<ELEMENT>& add(const ELEMENT& _element);
 
    ELEMENT removeHead();
    ELEMENT removeTail();
 
    void clear();
    bool isEmpty() const;
    size_t size() const;
 
protected:
    NodeBase*   __pMasterNode;
    size_t          __size;
 
    size_t  size(ConstIterator _first, ConstIterator _last) const;
    // _first ~ _last to posTo
    void move(Iterator posTo, Iterator _first, Iterator _last);
 
    ListNode* createNode(const ELEMENT& _element);
    void destroyNode(ListNode* _pNode);
};

 
template<typename ELEMENT>
inline
typename List<ELEMENT>::ConstIterator
List<ELEMENT>::begin() const
{
    return __pMasterNode->pNext;
}
 
template<typename ELEMENT>
inline
typename List<ELEMENT>::ConstIterator
List<ELEMENT>::end() const
{
    return __pMasterNode;
}
 
template<typename ELEMENT>
inline
typename List<ELEMENT>::Iterator
List<ELEMENT>::begin()
{
    return __pMasterNode->pNext;
}
 
template<typename ELEMENT>
inline
typename List<ELEMENT>::Iterator
List<ELEMENT>::end()
{
    return __pMasterNode;
}
 
template<typename ELEMENT>
inline
typename List<ELEMENT>::ReverseConstIterator
List<ELEMENT>::rbegin() const
{
    return __pMasterNode->pPrev;
}
 
template<typename ELEMENT>
inline
typename List<ELEMENT>::ReverseConstIterator
List<ELEMENT>::rend() const
{
    return __pMasterNode;
}
 
template<typename ELEMENT>
inline
typename List<ELEMENT>::ReverseIterator
List<ELEMENT>::rbegin()
{
    return __pMasterNode->pPrev;
}
 
template<typename ELEMENT>
inline
typename List<ELEMENT>::ReverseIterator
List<ELEMENT>::rend()
{
    return __pMasterNode;
}
 
template<typename ELEMENT>
inline
bool
List<ELEMENT>::isEmpty() const
{
    return __pMasterNode->pNext == __pMasterNode;
}
 
template<typename ELEMENT>
inline
size_t
List<ELEMENT>::size() const
{
    return __size;
}
 
 
template<typename ELEMENT>
inline
List<ELEMENT>&
List<ELEMENT>::addHead(const ELEMENT& _element)
{
    insert(begin(), _element);
    return *this;
}
 
template<typename ELEMENT>
inline
List<ELEMENT>&
List<ELEMENT>::addTail(const ELEMENT& _element)
{
    insert(end(), _element);
    return *this;
}
 
template<typename ELEMENT>
inline
List<ELEMENT>&
List<ELEMENT>::add(const ELEMENT& _element)
{
    insert(end(), _element);
    return *this;
}
 
// IMPLEMENT_CLASSINFO(List<ELEMENT>, Object)
#ifdef __DCL_NO_RTTI
template<typename ELEMENT>
const Object::ClassInfo List<ELEMENT>::m_classInfo =
{
    __DCL_NAMESPACE_STRING __S(List),
    sizeof(class List),
    &Object::m_classInfo
};
 
template<typename ELEMENT>
const Object::ClassInfo* List<ELEMENT>::classInfo() const
{
    return CLASSINFO(class_name);
}
#else
template<typename ELEMENT>
const std::type_info& List<ELEMENT>::typeInfo() const
{
    return typeid(List);
}
#endif
 
template<typename ELEMENT>
List<ELEMENT>::~List()
{
    if (!isEmpty())
        clear();
    free(__pMasterNode);
}
 
template<typename ELEMENT>
List<ELEMENT>::List()
{
    __pMasterNode = (NodeBase*) malloc(sizeof(NodeBase));
    // FIXME!
    // if (pNode == NULL)
    //      throw new BadAllocException(sizeof(HashNode), __THIS_FILE__, __LINE__);
    __DCL_ASSERT(__pMasterNode != NULL);
 
    __pMasterNode->pPrev = __pMasterNode;
    __pMasterNode->pNext = __pMasterNode;
    __size = 0;
}
 
template<typename ELEMENT>
List<ELEMENT>::List(const List<ELEMENT>& _src)
{
    __pMasterNode = (NodeBase*) malloc(sizeof(NodeBase));
    // FIXME!
    // if (pNode == NULL)
    //      throw new BadAllocException(sizeof(HashNode), __THIS_FILE__, __LINE__);
    __DCL_ASSERT(__pMasterNode != NULL);
 
    __pMasterNode->pPrev = __pMasterNode;
    __pMasterNode->pNext = __pMasterNode;
    __size = 0;
 
    insert(end(), _src.begin(), _src.end());
}
 
template<typename ELEMENT>
const
List<ELEMENT>&
List<ELEMENT>::operator=(const List<ELEMENT>& _src)
{
    if (&_src != this)
    {
        if (!isEmpty())
            clear();
        insert(end(), _src.begin(), _src.end());
    }
    return *this;
}
 
template<typename ELEMENT>
typename List<ELEMENT>::ListNode*
List<ELEMENT>::createNode(const ELEMENT& _element)
{
    ListNode* pNode = (ListNode*) malloc(sizeof(ListNode));
    // FIXME!
    // if (pNode == NULL)
    //      throw new BadAllocException(sizeof(HashNode), __THIS_FILE__, __LINE__);
 
#if __DCL_HAVE_ALLOC_DEBUG
#undef new
#endif
 
    new(&(pNode->data)) ELEMENT;
 
#if __DCL_HAVE_ALLOC_DEBUG
#define new __DCL_DEBUG_NEW
#endif
 
    pNode->data = _element;
    return pNode;
}
 
template<typename ELEMENT>
void
List<ELEMENT>::destroyNode(ListNode* _pNode)
{
    _pNode->data.~ELEMENT();
    free(_pNode);
}
 
template<typename ELEMENT>
typename List<ELEMENT>::Iterator
List<ELEMENT>::insert(Iterator _pos, const ELEMENT& _element)
{
    ListNode* pNewNode = createNode(_element);
    pNewNode->pPrev = _pos.__pNode->pPrev;
    pNewNode->pNext = _pos.__pNode;
    _pos.__pNode->pPrev->pNext = pNewNode;
    _pos.__pNode->pPrev = pNewNode;
 
    __size++;
 
    return (ListNode*)pNewNode;
}
 
template<typename ELEMENT>
void 
List<ELEMENT>::insert(Iterator _pos, ConstIterator _first, ConstIterator _last)
{
    for(; _first != _last; _first++)
    {
        insert(_pos, *_first);
    }
}
 
template<typename ELEMENT>
void
List<ELEMENT>::clear()
{
    ListNode* pNodeTemp = NULL;
    NodeBase* pNode = __pMasterNode->pNext;
    while(pNode != __pMasterNode)
    {
        pNodeTemp = (ListNode*)pNode;
        pNode = pNode->pNext;
        destroyNode(pNodeTemp);
    }
    __pMasterNode->pNext = __pMasterNode;
    __pMasterNode->pPrev = __pMasterNode;
    __size = 0;
}
 
template<typename ELEMENT>
typename List<ELEMENT>::Iterator
List<ELEMENT>::erase(Iterator _pos)
{
    __DCL_ASSERT(_pos != end());
    ListNode* pNodeTemp = (ListNode*)_pos.__pNode;
    NodeBase* pNext = pNodeTemp->pNext;
    pNodeTemp->pPrev->pNext = pNodeTemp->pNext;
    pNodeTemp->pNext->pPrev = pNodeTemp->pPrev;
    destroyNode(pNodeTemp);
    __size--;
    return (ListNode*)pNext;
}
 
template<typename ELEMENT>
ELEMENT
List<ELEMENT>::removeHead()
{
    __DCL_ASSERT(!isEmpty());
    ELEMENT result = *begin();
    erase(begin());
    return result;
}
 
template<typename ELEMENT>
ELEMENT
List<ELEMENT>::removeTail()
{
    __DCL_ASSERT(!isEmpty());
    Iterator it = end();
    ELEMENT result = *(--it);
    erase(it);
    return result;
}
 
template<typename ELEMENT>
void
List<ELEMENT>::move(Iterator _pos, Iterator _first, Iterator _last)
{
    if (_pos != _last)
    {
        _last.__pNode->pPrev->pNext = _pos.__pNode;
        _first.__pNode->pPrev->pNext = _last.__pNode;
        _pos.__pNode->pPrev->pNext = _first.__pNode;
 
        NodeBase* pTemp = _pos.__pNode->pPrev;
        _pos.__pNode->pPrev = _last.__pNode->pPrev;
        _last.__pNode->pPrev = _first.__pNode->pPrev;
        _first.__pNode->pPrev = pTemp;
    }
}
 
template<typename ELEMENT>
void
List<ELEMENT>::splice(Iterator _pos, 
        List<ELEMENT>& _other, Iterator _otherFirst, Iterator _otherLast)
{
    size_t nMoveCount = size((ListNode*)(_otherFirst.__pNode),
                        (ListNode*)(_otherLast.__pNode));
    __size += nMoveCount;
    _other.__size -= nMoveCount;
 
    move(_pos, _otherFirst, _otherLast);
}
 
template<typename ELEMENT>
size_t
List<ELEMENT>::size(ConstIterator _first, ConstIterator _last) const
{
    int nCount = 0;
    for(; _first != _last; _first++)
        nCount++;
    return nCount;
}
 
#if __DCL_HAVE_THIS_FILE__
    #undef __THIS_FILE__
    #define __THIS_FILE__   __T(__FILE__)
#endif
 
__DCL_END_NAMESPACE