C++中，如何使你设计的迭代器被标准算法库所支持。

iterator（读写迭代器）

const_iterator（只读迭代器）

reverse_iterator（反向读写迭代器）

const_reverse_iterator（反向只读迭代器）

以经常介绍的_DList类为例，它的迭代器这样设计：

例子：

#include "X:\Work\Share\CCode\CPlatform\_std\_forward_list.h"
#include "X:\Work\Share\CCode\CPlatform\base\_List.h"
#include "X:\Work\Share\CCode\CPlatform\Base\_p.h"using namespace lf;
using namespace std;
using namespace _std;int main() {std::list<int> li1 = { 1,2,3,5 };//查找值为5的元素项auto it1 = std::find(li1.begin(), li1.end(), 5);_cout << _t("------------------------标准库list输出");if (it1 != li1.end()) //如果存在_cout << *it1 << "\n";li1.insert(it1, 4);_pn(li1); //打印///	 _list<int> li2 = { 1,2,3,5};//查找值为5的元素项auto it2 = std::find(li2.begin(), li2.end(),5);_cout << _t("------------------------_DList输出");if(it2 != li2.end()) //如果存在_cout << *it2 << "\n";li2.insert(it2, 4); _pn(li2);//打印}

输出结果：

这里最重要的是：

_DList ：是一个双向链表

_DListNodeIterator : _DList正向迭代器，继承于std::iterator

std::iterator : 标准库读写迭代器

下面是_DList源码，最后修改于2024-10-01

/************************************************************************
文件名			： _List.h作者				： 李锋功能				： 链表手机				： [phone]Email			:  [e-mail]创建时间			： 2016年07月31日最后一次修改时间	:  2024年07月30日/// 链表是一种用来存储数据集合的数据结构。链表具有如下属性
///（1）元素通过指针依次相连
///（2）最后一个元素的指针为空（null）。
///（3）在程序的执行过程中，链表的长度可以自由伸缩。
///（4）链表的长度可以要求的任意长度（除非系统内存耗尽）。
///（5）它不会浪费内存空间（但会需要额外的内存空间存储指针）。记住： Virtual C++  Bug:   模板继承用到父类成员访问时，要用 this->************************************************************************/
#ifndef  __LIST_H_
#define  __LIST_H_#include "_Macro.h"
#include "_Memory.h"
#include "_ByteArray.h" 
#include "_Pair.h"
#include "_IteratorBase.h"_LF_BEGIN_template<class T> class _DList; //前置声明/// <summary>
/// 排序顺序
/// </summary>
enum class _SortOrder
{s_Minmax = 0,   //从小到大   s_Maxmin = 1,   //从大到小s_null = 2       //无排序顺序
};/// <summary>
///  C#语句：public class _DListNode<T>
/// </summary>
/// <typeparam name="T">默认数据</typeparam>
template<class T>
class _DListNode   
{
public:/// <summary>/// 节点数据/// </summary>T Data;/// <summary>/// 前一个节点/// </summary>_DListNode<T>* Prev;/// <summary>/// 下一个节点/// </summary>_DListNode<T>* Next;/// <summary>/// 构造函数/// </summary>/// <param name="aData">默认数据</param>_DListNode(const T& aData){Data = aData;Prev = null;Next = null;}_DListNode(){Prev = null;Next = null;Data = T();}
};//------------------------------------------LDIterator
//参考网址：  https://blog.csdn.net/qq_28398301/article/details/106321525          C++用for遍历自定义类/// <summary>
///  _DList正向迭代器
/// </summary>
/// <typeparam name="T"></typeparam>
/// 创建时间：????-??-??    最后一次修改时间：2024-10-01
template<class T>
class _DListNodeIterator : public std::iterator<_DList<T>, T >
{
public:using value_type = T;
public:/// <summary>/// 当前节点/// </summary>_DListNode<T>* _Ptr;   //命名与标库相同  _pCurrentNode;/// <summary>/// 当前链表/// </summary>const _DList<T>*  _pCurrentList;inline _DListNodeIterator(){ _pCurrentList = null;_Ptr = null;}inline _DListNodeIterator(const _DList<T>* pCurrentList){assert(pCurrentList != null);_pCurrentList = (_DList<T>*)pCurrentList;_Ptr = null;}/// <summary>/// 构造函数，传值迭代器管理的值/// </summary>/// <param name="pNode"></param>inline _DListNodeIterator(const _DListNode<T>* pCurrentNode, const  _DList<T>* pCurrentList){_Ptr = (_DListNode<T>*)pCurrentNode;_pCurrentList = (_DList<T>*)pCurrentList;}inline _DListNodeIterator(const _DListNodeIterator& it)   {_Ptr = it._Ptr;_pCurrentList = it._pCurrentList;} public:   /// <summary>/// 解引用，取值/// </summary>/// <typeparam name="T"></typeparam>/// 创建时间：2024-07-02    最后一次修改时间：2024-07-03inline T& operator * () const { return _Ptr->Data; }/// <summary>/// 向前移动为正，向后移动为负/// </summary>/// <param name="iDiff"></param>/// 创建时间：2024-07-02    最后一次修改时间：2024-07-02inline virtual void Move(const int& iDiff) {if (iDiff == 0) return;if (iDiff > 0){if (_Ptr == null) //已经是最后了，不能向后移了{ return;}int n = 0;while (true){_Ptr = _Ptr->Next;++n;if (n == iDiff){  return; }}}else{int n = 0;if (_Ptr == null) {//向前移，减-1进入未尾元素_Ptr = _pCurrentList->Last();n = -1;  //已经向前移了一位if (n == iDiff) { return; }}while (true){_Ptr = _Ptr->Prev;--n;if (n == iDiff){ return; }}}throw "未重写代码？";}/// <summary>/// /// </summary>/// <param name="right"></param>/// <returns></returns>/// 创建时间：2024-07-02    最后一次修改时间：2024-07-02inline _DListNodeIterator operator+(const int& iDiff)const {_DListNodeIterator itResult(*this);itResult.Move(iDiff);return itResult;}/// <summary>/// /// </summary>/// <param name="right"></param>/// <returns></returns>/// 创建时间：2024-07-02    最后一次修改时间：2024-07-02inline _DListNodeIterator operator-(const int& iDiff)const {_DListNodeIterator itResult(*this);itResult.Move(-iDiff);return itResult;}/// <summary>/// /// </summary>/// <param name="r"></param>/// <returns></returns>/// 创建时间：2024-07-03    最后一次修改时间：2024-07-25inline int operator-(const _DListNodeIterator& r)const {int n1 = _pCurrentList->FindNodeIndex(_Ptr);int n2 = _pCurrentList->FindNodeIndex(r._Ptr);//assert(n1 != -1 && n2 != -1);//确保 _pCurrentList->end() - _pCurrentList->begin() == _pCurrentList->Count//超过边界，指针都设为指向最后一位元素的下一位if (n1 == -1)  n1 = _pCurrentList->Count;if (n2 == -1)  n2 = _pCurrentList->Count;return n1 - n2; }/// <summary>/// 前置加加/// </summary>/// <returns></returns>/// 创建时间：2024-07-02    最后一次修改时间：2024-07-02inline _DListNodeIterator& operator++() { Move(1); return  *this; }/// <summary>/// 前置减减/// </summary>/// <returns></returns>/// 创建时间：2024-07-02    最后一次修改时间：2024-07-02inline _DListNodeIterator& operator--() { Move(-1); return  *this; }/// <summary>/// 后置加加/// </summary>/// <param name=""></param>/// <returns></returns>/// 创建时间：2024-07-02    最后一次修改时间：2024-07-02inline _DListNodeIterator operator++(int) {_DListNodeIterator sResult(*this);Move(1);return sResult;}/// <summary>/// 后置减减/// </summary>/// <param name=""></param>/// <returns></returns>/// 创建时间：2024-07-02    最后一次修改时间：2024-07-02inline _DListNodeIterator operator--(int) {_DListNodeIterator sResult(*this);Move(-1);return sResult;}/// <summary>/// /// </summary>/// <param name="r"></param>/// <returns></returns>/// 创建时间：2024-07-02    最后一次修改时间：2024-07-02inline _DListNodeIterator& operator+=(const int& iDiff) {Move(iDiff);return *this;}/// <summary>/// /// </summary>/// <param name="r"></param>/// <returns></returns>/// 创建时间：2024-07-02    最后一次修改时间：2024-07-02inline _DListNodeIterator& operator-=(const int& iDiff) {Move(iDiff);return *this;}/// <summary>///  关联代码：///  _DList<int> d = { 1,3,53,55,35,97,35,10 };///  d.end() - d.begin(); //8/// </summary>/// <param name="r"></param>/// <returns></returns>/// 创建时间：2024-07-03    最后一次修改时间：2024-07-03inline int operator-(const _DListNodeIterator& r){//note1 到最未尾的索引//note2 到最未尾的索引int i1 = 0, i2 = 0;auto pNode1 = _Ptr;auto pNode2 = r._Ptr;//pNote1到结点未尾的距离while (pNode1 != null){pNode1 = pNode1->Next;++i1;}//pNote2到结点未尾的距离while (pNode2 != null){pNode2 = pNode2->Next;++i2;}// - (i1-i2)  值越小，离结点未越近，例如 null 结点，就是 0。return  i2 - i1;}//-------------------------------如果是非线性表，下面的运算符重载也要重写inline bool operator!=(const _DListNodeIterator& r) { return this->_Ptr != r._Ptr; }inline bool operator==(const _DListNodeIterator& r) { return this->_Ptr == r._Ptr; }inline bool operator>(const _DListNodeIterator& r) { return this->_Ptr > r._Ptr; }inline bool operator<(const _DListNodeIterator& r) { return this->_Ptr < r._Ptr; }
};/// <summary>
/// 
/// </summary>
/// <typeparam name="T"></typeparam>
/// 创建时间： 2024-07-03     最后一修改时间：2024-07-03
template<class T>
class _DListNodeReverseIterator
{
public:using value_type = T;private:/// <summary>/// 当前节点/// </summary>_DListNode<T>* _pCurrentNode;/// <summary>/// 当前链表/// </summary>_DList<T>* _pCurrentList;
public:inline _DListNodeReverseIterator(){_pCurrentList = null;_pCurrentNode = null;}inline _DListNodeReverseIterator(const _DList<T>* pCurrentList){assert(pCurrentList != null);_pCurrentList = (_DList<T>*)pCurrentList;_pCurrentNode = null; }/// <summary>/// 构造函数，传值迭代器管理的值/// </summary>/// <param name="pNode"></param>inline _DListNodeReverseIterator(const _DListNode<T>* pCurrentNode, const _DList<T>* pCurrentList){_pCurrentNode = (_DListNode<T>*)pCurrentNode;_pCurrentList = (_DList<T>*)pCurrentList;}inline _DListNodeReverseIterator(const _DListNodeReverseIterator& it){_pCurrentNode = it._pCurrentNode;_pCurrentList = it._pCurrentList;}/// <summary>/// 解引用，取值/// </summary>/// <typeparam name="T"></typeparam>/// 创建时间：2024-07-02    最后一次修改时间：2024-07-03inline T& operator * ()const { return _pCurrentNode->Data; }/// <summary>/// 前置加加/// </summary>/// <returns></returns>/// 创建时间：2024-07-02    最后一次修改时间：2024-07-02inline _DListNodeReverseIterator& operator++() { Move(1); return  *this; }/// <summary>/// 前置减减/// </summary>/// <returns></returns>/// 创建时间：2024-07-02    最后一次修改时间：2024-07-02inline _DListNodeReverseIterator& operator--() { Move(-1); return  *this; }/// <summary>/// 后置加加/// </summary>/// <param name=""></param>/// <returns></returns>/// 创建时间：2024-07-02    最后一次修改时间：2024-07-02inline _DListNodeReverseIterator operator++(int) {_DListNodeIterator sResult(*this);Move(1);return sResult;}/// <summary>/// 后置减减/// </summary>/// <param name=""></param>/// <returns></returns>/// 创建时间：2024-07-02    最后一次修改时间：2024-07-02inline _DListNodeReverseIterator operator--(int) {_DListNodeIterator sResult(*this);Move(-1);return sResult;}/// <summary>/// 向后移动为正，向前移动为负/// </summary>/// <param name="iDiff"></param>/// 创建时间：2024-07-02    最后一次修改时间：2024-07-02inline void Move(const int& iDiff) {assert(_pCurrentList != null);if (iDiff == 0) return;if (iDiff > 0) {  //向后移动int n = 0;if (_pCurrentNode == null) {  //不能向前移动_pCurrentNode = _pCurrentList->Last();n = 1;  //已经向后移动了一位 if (n == iDiff) { return; }}while (true) {_pCurrentNode = _pCurrentNode->Prev;++n;if (n == iDiff) { return; }}}else {if (_pCurrentNode == null) {  //不能向后移动return;}int n = 0;while (true) {_pCurrentNode = _pCurrentNode->Next;--n;if (n == iDiff) { return;}}}throw "未重写代码？";}inline bool operator!=(const _DListNodeReverseIterator& r) { return this->_pCurrentNode != r._pCurrentNode; }inline bool operator==(const _DListNodeReverseIterator& r) { return this->_pCurrentNode == r._pCurrentNode; }inline bool operator>(const _DListNodeReverseIterator& r) { return this->_pCurrentNode > r._pCurrentNode; }inline bool operator<(const _DListNodeReverseIterator& r) { return this->_pCurrentNode < r._pCurrentNode; }
};/// <summary>
/// 双向链表,  数据 T 要求能够比较大小，否则编译会出错。
/// </summary>
/// <typeparam name="T"></typeparam>
template<class T>
class _DList : public _Object
{
public:using value_type = T;using iterator = _DListNodeIterator<T>;static const size_t  npos = -1;      //不可能的索引  
protected:_DListNode<T>*  _First;	        //第一个节点_DListNode<T>*  _Last;		    //最后一个节点size_t          _Count;			//节点个数size_t          _MaxBuffer;     //双链表最大可以存储的元素个数_SortOrder      _so;            //排序顺序
protected:/// <summary>/// 初台化数据/// </summary>/// <returns></returns>inline void InitData() {_Count = 0; _First = null; _Last = null; _MaxBuffer = 100000;_so = _SortOrder::s_null;}public: //---------------------------------------------------------------------------属性__declspec(property(get = GetSortOrder, put = SetSortOrder) )  _SortOrder SortOrder;const _SortOrder& GetSortOrder() const { return _so; }virtual void SetSortOrder(const _SortOrder so) { _so = so; }__declspec(property(get = GetCount)) const int Count;/// <summary>/// 为了兼容标准库。/// 例：T = vector, string, _DList..../// size_t nSize = T.size();/// auto itBegin = T.begin();/// </summary>/// <returns></returns>/// 创建时间： 2024-07-30     最后一修改时间：2024-07-30int size()const { return _Count; }inline int GetCount() const { return _Count; }public://------------------------------------------------------------构造与析构/// <summary>/// 默认构造函数/// </summary>/// <returns></returns>inline _DList(){InitData();}/// <summary>/// 拷贝[itBegin,itEnd)/// </summary>/// <param name="itBegin"></param>/// <param name="itEnd"></param>/// 创建时间： 2024-09-23     最后一修改时间：2024-09-23inline _DList(const _DListNodeIterator<T>& itBegin, const _DListNodeIterator<T>& itEnd) {InitData();_DListNodeIterator<T> it = itBegin;while (it != itEnd) {          Add(*it);++it;}}inline _DList(const _DList& dl){//_cout << _t("inline _DList<T>::_DList(const _DList& dl)\n");InitData();_DListNode<T>* dn = dl.First();while (dn != null){Add(dn->Data);dn = dn->Next;}}inline _DList(const std::vector<T>& v) {InitData();for (const T& t : v){Add(t);}}inline _DList (const std::deque<T>& d){InitData();for (const T& t : d){Add(t);}}inline _DList(const T& item) {InitData();Add(item);}/// <summary>/// 列表初始化  dList<int> idl = {1,2,3,4};/// </summary>/// <typeparam name="T"></typeparam>/// <param name="tList"></param>inline _DList(std::initializer_list<T> tList){InitData();for (T t : tList) { Add(t); }}/// <summary>/// 拷贝区间 [first,end)/// </summary>/// <param name="first"></param>/// <param name="end"></param>/// 创建时间： 2024-09-27      最后一次修改时间：2024-09-27  inline _DList(const T* first, const T* end) {InitData();lassert(first != null && end != null);T* pt = (T*)first;while (pt < end) {Add(*pt);++pt;}}/// <summary>/// 析构函数/// </summary>inline virtual ~_DList(){//_cout << _t("inline _DList<T>::~_DList()\n");ClearData();}//------------------------------------------------------------属性/// <summary>/// 双链表最大可以存储的元素个数/// </summary>int MaxBuffer()const { return _MaxBuffer; }/// <summary>///设定双链表最大可以存储的元素个数/// </summary>/// <param name="nCaptionty"></param>inline void MaxBuffer(const size_t  &nCaptionty) { _MaxBuffer = nCaptionty; }inline size_t csharp_Count() const { return _Count; }inline _DListNode<T>* First()const { return _First; }inline _DListNode<T>* Last()const { return _Last; }//-----------------------------------------------------------运算符重载/// <summary>/// 重载的下标操作符 []/// </summary>const T& operator[](const size_t& nIndex) const {  return IndexOfNode(nIndex)->Data; }T& operator[](const size_t& nIndex) { return IndexOfNode(nIndex)->Data; }/// <summary>/// 重载的下标操作符 =/// </summary>/// 创建时间： ????-??-??      最后一次修改时间：2024-04-19     inline _DList<T>& operator = (const _DList<T>& other){if (this != &other){ClearData();Add(other);              }return *this;}/// <summary>/// 类型转换/// </summary>inline operator _string() const{ return ToString(); }/// <summary>/// 类型转换/// </summary>inline operator _stdstr() const { return ToString().Data; }//---------------------------------------------------------虚函数重写/// <summary>/// 是否存在 item/// </summary>inline virtual bool Contains(const T& item){ return BinarySearch(item) != -1; }/// <summary>/// 交换两个节点的数据/// </summary>/// <typeparam name="T"></typeparam>/// <param name="iIndex1"></param>/// <param name="iIndex2"></param>/// <returns></returns>/// 创建时间： ???-??-??      最后一次修改时间：2024-09-20 (改用_Math::swap)    inline bool SwapNodeData(const int& iIndex1, const int& iIndex2){_DListNode<T>* pNode1, * pNode2;pNode1 = IndexOfNode(iIndex1);pNode2 = IndexOfNode(iIndex2);if (!(pNode1 != null && pNode2 != null)){return false;}/*T ptmp = pNode1->Data;pNode1->Data = pNode2->Data;pNode2->Data = ptmp;*/_Math::swap(pNode1->Data, pNode2->Data);return true;}/// <summary>/// 选择排序（Selection sort）是一种简单直观的排序算法。它的工作原理是：第一次从待排序的数据元素中选出最小/// 或最大）的一个元素，存放在序列的起始位置，然后再从剩余的未排序元素中寻找到最小（大）元素，然后放到已排序/// 的序列的末尾。以此类推，直到全部待排序的数据元素的个数为零。选择排序是不稳定的排序方法。/// </summary>/// <typeparam name="T"></typeparam>/// <param name="sortord"></param>/// 创建时间： ???-??-??      最后一次修改时间：2024-09-20 (改用_Math::swap)   已测试inline virtual void Sort_Selection(const _SortOrder& sortord = _SortOrder::s_Minmax){if (_Count == 0 || _Count == 1) return;_DListNode<T>* min = _First, * tmp = _First->Next;if (sortord == _SortOrder::s_Minmax) //从小到大{while (min->Next != null){while (tmp != null){if (tmp->Data < min->Data)  //交换数据{/*T pt = tmp->Data;tmp->Data = min->Data;min->Data = pt;*/_Math::swap(tmp->Data, min->Data);}tmp = tmp->Next;}min = min->Next;tmp = min->Next;}}else{while (min->Next != null){while (tmp != null){if (tmp->Data > min->Data){/*T pt = tmp->Data;tmp->Data = min->Data;min->Data = pt;*/_Math::swap(tmp->Data, min->Data);}tmp = tmp->Next;}min = min->Next;tmp = min->Next;}}this->_so = sortord;  //已排序}/// <summary>/// 返回下标为n的元素的引用。如果下标越界，则抛出-out_of_range异常/// </summary>/// 创建时间： ???-??-??      最后一次修改时间：2024-09-26  已测试inline virtual _DListNode<T>* IndexOfNode(const size_t& nPos)const{if (nPos >= _Count && _Count != 0 )throw ::std::out_of_range("下标越界！");size_t nindex = 0;if (nPos > _Count / 2){_DListNode<T>* pNode = _Last;while (pNode != null){if (nindex++ == _Count - nPos - 1) { return pNode; }pNode = pNode->Prev;}}else{_DListNode<T>* pNode = _First;while (pNode != null){if (nindex++ == nPos){return pNode;}pNode = pNode->Next;}}return null;}/// <summary>/// 把节点移到最后/// </summary>/// <param name="dnCurrent"></param>/// <returns></returns>/// 创建时间： 2022-02-18      最后一次修改时间：2024-09-23inline virtual _DListNode<T>* MoveLast(_DListNode<T>* pNode){if (pNode != null) {if (pNode == _Last) {//ok}else if (pNode == _First) {  //此时最少两个节点_First = _First->Next;_First->Prev = null;_Last->Next = pNode;pNode->Prev = _Last;_Last = pNode;this->_so = _SortOrder::s_null;}else {pNode->Prev->Next = pNode->Next;pNode->Next->Prev = pNode->Prev;_Last->Next = pNode;pNode->Prev = _Last;_Last = pNode;this->_so = _SortOrder::s_null;}}return pNode;        }/// <summary>/// 把索引为nIndex的节点移到最后，并返回这个节点。/// </summary>/// <typeparam name="T"></typeparam>/// <param name="iIndex"></param>/// <returns></returns>/// 创建时间： ???-??-??      最后一次修改时间：2024-09-22  inline virtual  _DListNode<T>* MoveLast(const size_t& nIndex){return MoveLast(IndexOfNode(nIndex));}/// <summary>/// 把索引为nIndex的节点移到最前/// </summary>/// <param name="iIndex"></param>inline virtual bool MoveFirst(const size_t& nIndex){_DListNode<T>* pNode = IndexOfNode(nIndex);if (pNode != null){if (pNode == _First)return true;if (pNode == _Last)  //此时最少两个节点{_Last->Prev->Next = null;_Last = _Last->Prev;pNode->Prev = null;pNode->Next = _First;_First->Prev = pNode;_First = pNode;}else{pNode->Prev->Next = pNode->Next;pNode->Next->Prev = pNode->Prev;pNode->Next = _First;_First->Prev = pNode;pNode->Prev = null;_First = pNode;}return true;}return false;}/// <summary>/// 将指定集合的元素添加到末尾/// </summary>/// <typeparam name="T"></typeparam>/// <param name="item"></param>/// <returns></returns>/// 创建时间： ????-??-??      最后一次修改时间：2024-09-22inline virtual _DListNode<T>* Add(const T& tValue){_DListNode<T>* pResult;if (_Count == 0){//_First = new _DListNode<T>(item);pResult = _Memory::New< _DListNode<T> >(1);_First = pResult;_First->Data = tValue;_First->Next = null;_First->Prev = null;_Last = _First;}else{pResult = _Memory::New< _DListNode<T> >(1);pResult->Data = tValue;pResult->Next = null;pResult->Prev = _Last;_Last->Next = pResult;_Last = pResult;}++_Count;this->_so = _SortOrder::s_null;   //要重新排序return pResult;}/// <summary>/// 添加一个链表/// </summary>/// 创建时间： ????-??-??      最后一次修改时间：2024-09-22inline _DListNode<T>* Add(const _DList<T>& dList){_DListNode<T>* pResult = null;_DListNode<T>* pNode = dList._First;while (pNode != null){if (pResult == null) pResult = Add(pNode->Data);elseAdd(pNode->Data);pNode = pNode->Next;}return pResult;}
protected:/// <summary>/// 在结点pItemNode后面插入一个结点,成功，返回新的结点，否则返回NUll；/// 如果pItemNote == null，则默认在后面添加一个项。/// </summary>/// <typeparam name="T"></typeparam>/// <param name="pItemNode">当前结点</param>/// <param name="rValue"></param>/// <returns></returns>/// 创建时间： ????-??-??      最后一次修改时间：2024-09-22inline virtual _DListNode<T>* InserNodeBack(_DListNode<T>* pNoteItem, const T& tValue){if (pNoteItem == null || _Count == 0) return this->Add(tValue);this->SortOrder = _SortOrder::s_null;_DListNode<T>* pNode = _Memory::New<_DListNode<T>>(1);pNode->Data = tValue;//pNodepNode->Prev = pNoteItem;pNode->Next = pNoteItem->Next;//pListItem->Nextif (pNoteItem->Next != null) {pNoteItem->Next->Prev = pNode;}else{_Last = pNode;}//--pNoteItempNoteItem->Next = pNode;++_Count;return pNode;}/// <summary>/// 在结点pNoteItem前面插入一个结点,成功，返回新的结点，否则返回null/// 如果pItemNote == null，则默认在后面添加一个项。/// </summary>/// <typeparam name="T"></typeparam>/// <param name="pListItem"></param>/// <param name="rData"></param>/// <returns></returns>/// 创建时间： ????-??-??      最后一次修改时间：2024-09-22inline virtual _DListNode<T>* InserNodeFront(_DListNode<T>* pNoteItem, const T& tValue){if (pNoteItem == null || _Count == 0) return this->Add(tValue);this->SortOrder = _SortOrder::s_null;if (pNoteItem == null) return null;_DListNode<T>* pNode = _Memory::New<_DListNode<T>>(1);pNode->Data = tValue;//pNode            pNode->Next = pNoteItem;pNode->Prev = pNoteItem->Prev;//--pListItem->Previf (pNoteItem->Prev != null){pNoteItem->Prev->Next = pNode;}else{_First = pNode;}//pNoteItempNoteItem->Prev = pNode;++_Count;return pNode;}//------------------------------------------------------------操作         
public:/// <summary>/// 如果已排好序，它会按二分法查找，否则它会普通查找。/// </summary>/// <param name="item"></param>/// <returns></returns>/// 创建时间： ????-??-??      最后一次修改时间：????_??_??       已测试inline int BinarySearch(const T& item)const {switch (this->_so){case _SortOrder::s_Maxmin:{if (_Count == 0){return -1;}if (_Count == 1){//return (_First.Data as IComparable).CompareTo(item) == 0 ? 0 : -1;  //C#return _First->Data == item ? 0 : -1;}if (_Count == 2){//if ((_First.Data as IComparable).CompareTo(item) == 0) return 0;//if ((_First.Next.Data as IComparable).CompareTo(item) == 0) return 1;if (_First->Data == item) return 0;if (_First->Next->Data == item) return 1;return -1;}int nPos = (int)_Count / 2;   //nPos在中间，所以无素一定要大于等于3才行int nLeft = 0;   //左边远素int nRight = (int)_Count - 1;  //右边远素_DListNode<T>* pNode;while (nRight >= 0 && nLeft >= 0){pNode = IndexOfNode(nPos);//int iCom = (item as IComparable).CompareTo(ld.Data);if (item > pNode->Data){if (nRight == nLeft || nPos == nLeft){return -1;}nRight = nPos - 1;}else if (item < pNode->Data){if (nRight == nLeft || nPos == nRight){return -1;}nLeft = nPos + 1;}else{return nPos;}nPos = nLeft + (nRight - nLeft + 1) / 2;}break;}case _SortOrder::s_Minmax:{if (_Count == 0){return -1;}if (_Count == 1){//return (_First.Data as IComparable).CompareTo(item) == 0 ? 0 : -1;return _First->Data == item ? 0 : -1;}if (_Count == 2){//if ((_First.Data as IComparable).CompareTo(item) == 0) return 0;//if ((_First.Next.Data as IComparable).CompareTo(item) == 0) return 1;if (_First->Data == item) return 0;if (_First->Next->Data == item) return 1;return -1;}int nPos = (int)_Count / 2;   //nPos在中间，所以无素一定要大于等于3才行int nLeft = 0;   //左边远素int nRight = (int)_Count - 1;  //右边远素_DListNode<T>* pNode = null;while (nRight >= 0 && nLeft >= 0){pNode = IndexOfNode(nPos);//int iCom = (item as IComparable).CompareTo(ld.Data);if (item < pNode->Data){if (nRight == nLeft || nPos == nLeft){return -1;}nRight = nPos - 1;}else if (item > pNode->Data){if (nRight == nLeft || nPos == nRight){return -1;}nLeft = nPos + 1;}else{return nPos;}nPos = nLeft + (nRight - nLeft + 1) / 2;}break;}case _SortOrder::s_null:{_DListNode<T>* pNode = _First;int iCount = 0;while (pNode != null){if (pNode->Data == item){return iCount;}pNode = pNode->Next;++iCount;}break;}default:{return -1;}}return -1;}/// <summary>/// 清除节点，并释放内存/// </summary>/// <typeparam name="T"></typeparam>/// 创建时间： ????-??-??      最后一次修改时间：2022-12-24    (已测试）inline void ClearData() override { ClearMemory(); }/// <summary>/// 清除节点，并释放内存/// </summary>inline void ClearMemory() override{_Count = 0;_DListNode<T>* dn = _First;while (dn != null){if (dn->Prev != null)_Memory::Delete< _DListNode<T> >(dn->Prev, 1);dn = dn->Next;}if (_Last != null)_Memory::Delete< _DListNode<T> >(_Last, 1);_First = null;_Last = null;this->_so = _SortOrder::s_null;}/// <summary>/// 复制一个链表，清除原来链表的数据/// </summary>/// <typeparam name="T"></typeparam>/// <param name="ld"></param>inline void CopyFrom(const _DList<T>& ld){if (this != &ld){ClearData();_DListNode<T>* pNode = ld._First;while (pNode != null){Add(pNode->Data);pNode = pNode->Next;}}}/// <summary>/// 移除指定索引处的元素/// </summary>/// <typeparam name="T">类型</typeparam>/// <param name="iIndex">要移除的元素的从零开始的索引。</param>/// <returns>成功返回true,否则返回false</returns>/// 创建时间：????-??-?? 最后一次修改时间：2023-04-08inline bool RemoveAt(const size_t& nIndex){if (nIndex >= _Count) return false;_DListNode<T>* pNode = _First;size_t  nCount = 0;while (pNode != null){if (nCount == nIndex){if (pNode == _First){if (_First->Next == null)   //只有一个{ClearData();return true;}else{_First = _First->Next;_First->Prev = null;--_Count;_Memory::Delete<  _DListNode<T> >(pNode, 1);return true;}}else if (pNode == _Last){if (_Last->Prev == null){ClearData();return true;}else{ _Last = _Last->Prev;_Last->Next = null;--_Count;_Memory::Delete< _DListNode<T>>(pNode, 1);return true;}}else{pNode->Prev->Next = pNode->Next;pNode->Next->Prev = pNode->Prev;--_Count;_Memory::Delete< _DListNode<T>>(pNode, 1);return true;}}pNode = pNode->Next;++nCount;}return false;}/// <summary>/// 在节点中查找一项数据，这项数据值与tData相同/// </summary>/// <param name="tData"></param>/// <returns></returns>/// 创建时间：????-??-?? 最后一次修改时间：2024-09-20inline _DListNode<T>* FindNodeItem(const T& tValue)const{switch (this->_so){case _SortOrder::s_Maxmin:{if (_Count == 0){return null;}if (_Count == 1){//return (_First.Data as IComparable).CompareTo(tValue) == 0 ? _First : null;return _First->Data == tValue ? _First : null;}if (_Count == 2){//if ((_First.Data as IComparable).CompareTo(tValue) == 0) return _First;//if ((_First.Next.Data as IComparable).CompareTo(tValue) == 0) return _First.Next;if (_First->Data == tValue) return _First;if (_First->Next->Data == tValue) return _First->Next;return null;}int nPos = (int)(_Count / 2);   //nPos在中间，所以无素一定要大于等于3才行int nLeft = 0;   //左边远素int nRight = (int)(_Count - 1);  //右边远素_DListNode<T>* pNode = null;while (nRight >= 0 && nLeft >= 0){pNode = IndexOfNode(nPos);//int iCom = (tValue as IComparable).CompareTo(ld.Data);if (tValue > pNode->Data){if (nRight == nLeft || nPos == nLeft){return null;}nRight = nPos - 1;}else if (tValue < pNode->Data){if (nRight == nLeft || nPos == nRight){return null;}nLeft = nPos + 1;}else{return pNode;}nPos = nLeft + (nRight - nLeft + 1) / 2;}break;}case _SortOrder::s_Minmax:{if (_Count == 0){return null;}if (_Count == 1){//return (_First.Data as IComparable).CompareTo(tValue) == 0 ? _First : null;return _First->Data == tValue ? _First : null;}if (_Count == 2){//if ((_First.Data as IComparable).CompareTo(tValue) == 0) return _First;//if ((_First.Next.Data as IComparable).CompareTo(tValue) == 0) return _First.Next;if (_First->Data == tValue) return _First;if (_First->Next->Data == tValue) return _First->Next;return null;}int nPos = (int)(_Count / 2);   //nPos在中间，所以无素一定要大于等于3才行int nLeft = 0;   //左边远素int nRight = (int)(_Count - 1);  //右边远素_DListNode<T>* pNode = null;while (nRight >= 0 && nLeft >= 0){pNode = IndexOfNode(nPos);//int iCom = (tValue as IComparable).CompareTo(ld.Data);if (tValue < pNode->Data){if (nRight == nLeft || nPos == nLeft){return null;}nRight = nPos - 1;}else if (tValue > pNode->Data){if (nRight == nLeft || nPos == nRight){return null;}nLeft = nPos + 1;}else{return pNode;}nPos = nLeft + (nRight - nLeft + 1) / 2;}break;}case _SortOrder::s_null:{_DListNode<T>* pNode = _First;while (pNode != null){//总结:Equals比较的永远是变量的内容是否相同，而= =比较的则是引用地址是否相同(前提:此种类型内部没有对Equals 或= = 进行重写操作，//否则输出可能会有不同)。string 类型是个特例，因为他的内部对这两个都进行了重写。if (tValue == pNode->Data){return pNode;}/*if (pNode.Data.Equals(tValue)){return pNode;}*/pNode = pNode->Next;}break;}default:{return null;}}return null;}inline _DListNode<T>* Find(const T& tValue)const { return FindNodeItem(tValue); }/// <summary>/// 在链接中查找节点，返回节点的索引，如果没找到，返回-1/// </summary>/// <param name="pFind"></param>/// <returns></returns>/// 创建时间：2024-07-03 最后一次修改时间：2024-07-03inline int FindNodeIndex(const _DListNode<T>* pFind)const{if (pFind != null){_DListNode<T>* pNode = _First;int nIndex = 0;while (pNode != null){if (pNode == pFind)return nIndex;pNode = pNode->Next;++nIndex;  }}return -1;}/// <summary>/// 删除链表中的数据/// </summary>/// <typeparam name="T"></typeparam>/// <param name="pData"></param>/// <returns></returns>inline bool RemoveItem(const T& pData){if (this->_so == _SortOrder::s_null){_DListNode<T>* pNode = _First;while (pNode != null){if (pNode->Data == pData)	//找到一项{if (pNode == _First)		//删除的是第一个节点{if (_First->Next != null){_First->Next->Prev = null;_First = _First->Next;}else{_First = null;_Last = null;}}else if (pNode == _Last)  //删除的是最后一个节点{if (_Last->Prev != null){_Last->Prev->Next = null;_Last = _Last->Prev;}else{_Last = null;_Last = null;}}else						//删除的是中间的一个节点{pNode->Next->Prev = pNode->Prev;pNode->Prev->Next = pNode->Next;}--_Count;return true;}pNode = pNode->Next;}return false;}else{return RemoveAt(BinarySearch(pData));}}/// <summary>/// 删除最后一个节点/// </summary>/// 创建时间：2020-09-12  最后一次修改时间： 2023-01-18inline bool DeleteLast(){auto pDelete = Last();if (_Count <= 0){return false;}else if (_Count == 1){_First = null;_Last = null;_Count = 0;}else if (_Count == 2){_Last = _First;_Last->Prev = null;_Last->Next = null;_First->Next = null;_First->Prev = null;--_Count;}else{_Last->Prev->Next = null;_Last = _Last->Prev;--_Count;}_Memory::Delete<_DListNode<T>>(pDelete, 1);return true;}/// <summary>/// 添加一个元素，并把它放在首位，其它元素后移,如果后面的元素删除，总无素个数不变，如果元素个数为零，则添加一个无素。/// </summary>/// <param name="Item"></param>/// <param name="bRemoveLast"></param>/// 创建时间： 2022-04-19      最后一次修改时间：2022-04-19inline void HistoryAdd(const T& Item, bool bRemoveLast){if (_Count == 0) {Add(Item);}else if (_Count == 1) {if (bRemoveLast) {_First->Data = Item;}else {//把无素放在最前_DListNode<T>* dnNew = _Memory::New<_DListNode<T>>(1);dnNew->Data = Item;_First->Prev = dnNew;dnNew->Next = _First;_First = dnNew;++_Count;}}else {if (bRemoveLast) {_DListNode<T>* dnDelete = _Last;//删除最后一个元素_Last = _Last->Prev;_Last->Next = null;_DListNode<T>* dnNew = _Memory::New<_DListNode<T>>(1);dnNew->Data = Item;_First->Prev = dnNew;dnNew->Next = _First;dnNew->Prev = null;_First = dnNew;_Memory::Delete< _DListNode<T>>(dnDelete, 1);}else {//把无素放在最前_DListNode<T>* dnNew = _Memory::New<_DListNode<T>>(1);dnNew->Data = Item;_First->Prev = dnNew;dnNew->Next = _First;dnNew->Prev = null;_First = dnNew;++_Count;}}}/// <summary>/// 出栈(先进后出）,删除最后一个元素，/// </summary>/// 创建时间： 2022-04-19      最后一次修改时间：2023-04-06inline T StackPop(){assert(_Count > 0);T tResult = _Last->Data;this->RemoveAt(_Count - 1);return tResult;}//----------------------------------------------------------------------------------------------------Python List方法/// <summary>/// 将元素tItem添加到列表末尾。/// </summary>/// 创建时间： 2023-04-08      最后一次修改时间：2023-04-08inline void Python_append(const T& tItem){Add(tItem);}/// <summary>/// 在位置nIndex后面插入一个元素tItem/// </summary>inline void Python_insert(const size_t  &nIndex, const T& tItem){InserNodeBack(IndexOfNode(nIndex), tItem);}/// <summary>/// 在最前面插入一项/// </summary>/// <param name="tItem"></param>/// 创建时间： 2024-04-16      最后一次修改时间：2024-09-19inline void inseart_front(const T& tItem){this->SortOrder = _SortOrder::s_null;_DListNode<T>* pNode = _Memory::New<_DListNode<T>>(1);pNode->Data = tItem;if (_First != null){_First->Prev = pNode;pNode->Next = _First;pNode->Prev = null;_First = pNode;}else{ pNode->Next = null;pNode->Prev = null;_First = pNode;_Last = pNode;}++_Count;}inline _DListNode<T>* inseart_back(_DListNode<T>* pNode, const T& tData) {return this->InserNodeBack(pNode, tData);}inline _DListNode<T>* inseart_front(_DListNode<T>* pNode, const T& tData) {return this->InserNodeFront(pNode, tData);}/// <summary>/// 删除索引位置为nIndex的元素，并返回删除的元素值的拷贝，如果索引值nIndex = -1，则默认删除为最后一个元素。/// </summary>/// <param name="nIndex"></param>/// <returns></returns>/// 创建时间： 2023-04-08      最后一次修改时间：2023-04-09inline T Python_pop(const size_t nIndex = npos){if (nIndex == npos){         return StackPop();}else{ auto dn = this->IndexOfNode(nIndex);T tmp = T();if (dn != null){tmp = dn->Data;                  DeleteNode(dn);}return tmp;}         }/// <summary>/// 删除值为tItem的一项。/// 注意，方法remove()只删除第一个指定的值。如果要删除的值可能在列表中出现多次，/// 就需要使用循环来确保每个值都删除。/// </summary>inline bool Python_remove(const T& tItem){ int n = _Count;DeleteNode(FindNodeItem(tItem));return n == _Count;}protected:/// <summary>/// 删除链表中的节点/// </summary>/// <typeparam name="T"></typeparam>/// <param name="pListItem"></param>/// <returns></returns>//inline bool DeleteNode(const _DListNode<T>* pNodeDelete)//{//    if (_Count == 0 || pNodeDelete == null)//    {//        return false;//    }//    _DListNode<T>* pNode = _First.Next;//    while (pNode != null)//    {//        if (pNode == pNodeDelete)  //找到了//        {//            //pListItem->Prev//            if (pNodeDelete->Prev != null)//            {//                pNodeDelete->Prev->Next = pNodeDelete->Next;//            }//            else //删除的是第一个节点//            {//                _First = pNodeDelete.Next;//            }//            //pListItem->Next//            if (pNodeDelete->Next != null)//            {//                pNodeDelete->Next->Prev = pNodeDelete->Prev;//            }//            else //删除的是最后一个节点//            {//                _Last = pNodeDelete->Prev;//            }//            break;//        }//        pNode = pNode->Next;//    }//    if (pNode != null)//    {//        --_Count;//        _Memory::Delete< _DListNode<T> >(pNode,1);  //C#不用清除内存//        return true;//    }//    return false;//}/// <summary>/// 删除链表中的某一节点，注意，这个节点一定要是在链表中的，/// 并返回当前要删除节点所指的下一节点。/// </summary>/// 创建时间： 2023-04-09      最后一次修改时间：2024-09-26inline _DListNode<T>* DeleteNode(_DListNode<T>* pNodeDelete, bool isCheck = false){if (isCheck) {if (this->FindNodeIndex(pNodeDelete) == -1) {throw std::exception("节点不在链接上");               }}if (_Count == 0 || pNodeDelete == null) return NULL;auto pResultNode = pNodeDelete->Next;if (_Count == 1){     ClearMemory();}else{if (pNodeDelete == _First) //删除的是第一个节点{_First = _First->Next;_First->Prev = null;}else if (pNodeDelete == _Last){_Last = _Last->Prev;_Last->Next = null;}else{pNodeDelete->Prev->Next = pNodeDelete->Next;pNodeDelete->Next->Prev = pNodeDelete->Prev;}--_Count;_Memory::Delete< _DListNode<T> >(pNodeDelete, 1);}return pResultNode;}public: //------------------------------------------------------------------重写/// <summary>/// 转换为字符串/// </summary>/// <returns></returns>/// 创建时间： 2023-05-16      最后一次修改时间：2024-07-23inline virtual  _string ToSplitString(const _string& sSplitString)  const override{//不可以这样： const _DList<_Object>* dp = (_DList<_Object> *)pList;//就算 T 类型数据是从 _Object中继承也不可以。_string sResult;sResult.Add(_t("{"));_string sp = sSplitString.Length == 0 ? _string(_t(",")) : sSplitString;if(_Count > 0){//是否继承处_Objectif (std::is_base_of<_Object, T>::value){  _Object* po;if (_Count == 1){po = (_Object*)(&_First->Data);sResult.Add((_string)(*po));}_DListNode<T>* dn = this->_First;while (dn != _Last){po = (_Object*)(&dn->Data);sResult.Add((_string)(*po));sResult.Add(sp);dn = dn->Next;}po = (_Object*)(&_Last->Data);sResult.Add((_string)(*po));}else{if (typeid(T) == typeid(int)){_DListNode<T>* dn = this->_First;while (dn != _Last){int* pInt = (int*)&(dn->Data);sResult.Add(_string::Java_valueOf(*pInt));sResult.Add(sp);dn = dn->Next;}if (this->Count > 0)sResult.Add(_string::Java_valueOf(*((int*)(&(_Last->Data)))));}         else if(typeid(T) == typeid(size_t)){_DListNode<T>* dn = this->_First;while (dn != _Last){size_t* pInt = (size_t*)&(dn->Data);sResult.Add(_string::Java_valueOf(*pInt));sResult.Add(sp);dn = dn->Next;}if (this->Count > 0)sResult.Add(_string::Java_valueOf(*((size_t*)(&(_Last->Data)))));}else if (typeid(T) == typeid(double)){if (_Count == 0) return sResult;double* pd;if (_Count == 1){pd = (double*)(&(_First->Data));sResult.Add(_Convert::DoubleToString(*pd));}_DListNode<T>* dn = this->_First;while (dn != _Last){pd = (double*)&(dn->Data);sResult.Add(_Convert::DoubleToString(*pd));sResult.Add(sp);dn = dn->Next;}pd = (double*)&(_Last->Data);sResult.Add(_Convert::DoubleToString(*pd));}else if (typeid(T) == typeid(_string)){_string* ps;_DListNode<T>* dn = this->_First;while (dn != _Last){ps = (_string*)(&dn->Data);sResult.Add(_t("\""));sResult.Add(*ps);sResult.Add(_t("\""));sResult.Add(sp);dn = dn->Next;}if (_Count > 0){ps = (_string*)(&_Last->Data);sResult.Add(_t("\""));sResult.Add(*ps);sResult.Add(_t("\""));}}else if (typeid(T) == typeid(_StrA)){_StrA* ps;if (_Count <= 0){}else if (_Count == 1){ps = (_StrA*)(&_First->Data);sResult.Add(_t("\""));sResult.Add(*ps);sResult.Add(_t("\""));}else{_DListNode<T>* dn = this->_First;while (dn != _Last){ps = (_StrA*)(&dn->Data);sResult.Add(_t("\""));sResult.Add(*ps);sResult.Add(_t("\""));sResult.Add(_t(','));dn = dn->Next;}ps = (_StrA*)(&_Last->Data);sResult.Add(_t("\""));sResult.Add(*ps);sResult.Add(_t("\""));}}else if (typeid(T) == typeid(std::string)) {std::string* ps;if (_Count <= 0){}else if (_Count == 1){ps = (std::string*)(&_First->Data);sResult.Add(_t("\""));sResult.Add(_string(ps->c_str()));sResult.Add(_t("\""));}else{_DListNode<T>* dn = this->_First;while (dn != _Last){ps = (std::string*)(&dn->Data);sResult.Add(_t("\""));sResult.Add(_string(ps->c_str()));sResult.Add(_t("\""));sResult.Add(_t(','));dn = dn->Next;}ps = (std::string*)(&_Last->Data);sResult.Add(_t("\""));sResult.Add(_string(ps->c_str()));sResult.Add(_t("\""));}}else  //所有继承自 _Object 类的数据类型都可以{sResult.Add(_t("_LDList::ToSplitString重写,数据类型为："));sResult.Add(_string(typeid(T).name()));            }}}sResult.Add(_t("}"));return sResult;}inline _string ToString()const{return ToSplitString(_t(""));}////下面设计都是为了兼容  std 标准库//----------------------------------------------------------  C++inline void std_push_back(const T& tItem) { Add(tItem); }inline void push_back(const T& tItem) { std_push_back(tItem); }inline void std_push_front(const T& tItem) { this->inseart_front(tItem); }inline void push_front(const T& tItem) { std_push_front(tItem); }/// <summary>/// 在_Where位置前插入[itBegin,itEnd)（用法与std::list::insert要一样）/// 注意：std旧重版itBegin和itEnd不能指向与目的位置相同的容器,在新标准版可以。/// </summary>/// <typeparam name="IteratorClass"></typeparam>/// <param name="_Where"></param>/// <param name="itBegin"></param>/// <param name="itEnd"></param>/// 创建时间： 2024-09-22      最后一次修改时间：2024-09-22 (已测试）template<class IteratorClass>inline _DListNodeIterator<T> std_insert(const _DListNodeIterator<T>& _Where, const IteratorClass& itBegin,const IteratorClass& itEnd) {/*list slist;      //运行时错误：迭代器表示要拷贝的范围，不能指向与目的位置相同的容器slist.insert(slist.begin(),slist.begin(),slist.end());*/if (typeid(_DListNodeIterator<T>) == typeid(IteratorClass)) {_DListNodeIterator<T>* pbegin = (_DListNodeIterator<T>*)(&itBegin);_DListNodeIterator<T>* pend = (_DListNodeIterator<T>*)(&itEnd);//lassert(_Where._pCurrentList != p->_pCurrentList,"不能插入指向相同容器的元素");if (_Where._pCurrentList == pbegin->_pCurrentList) {//创建一个临时链表,会影响性能_DList<T> tmp(*pbegin,*pend);return std_insert(_Where, tmp.begin(), tmp.end());}            }     IteratorClass tmp = itBegin;_DListNode<T>* pReulst = null;if (_Where._Ptr == null) {while (tmp != itEnd) {if (pReulst == null) {//保存第一次插入的结点，以便返回pReulst = this->inseart_back(_Last, *tmp);}elsethis->inseart_back(_Last, *tmp);++tmp;}}else {auto ptr = _Where._Ptr;while (tmp != itEnd) {if (pReulst == null) //第一次，在前面插入第一项{ptr = this->inseart_front(ptr, *tmp);//保存第一次插入的结点，以便返回pReulst = ptr;}else { //第二次开始，在插入的第一项后面依次插入ptr = this->inseart_back(ptr, *tmp);}++tmp;}}return _DListNodeIterator<T>(pReulst, this);}template<class IteratorClass>inline _DListNodeIterator<T> insert(const _DListNodeIterator<T>& _Where, const IteratorClass& itBegin,const IteratorClass& itEnd) {return std_insert(_Where, itBegin, itEnd);}/// <summary>/// std::insert/// </summary>/// <param name="_Where"></param>/// <param name="_Ilist"></param>/// <returns></returns>/// 创建时间： 2024-09-22      最后一次修改时间：2024-09-22 (已测试）inline _DListNodeIterator<T> std_insert(const _DListNodeIterator<T>& _Where,std::initializer_list<T> _Ilist) {return std_insert(_Where, _Ilist.begin(), _Ilist.end());}inline _DListNodeIterator<T> insert(const _DListNodeIterator<T>& _Where,std::initializer_list<T> _Ilist) {return std_insert(_Where, _Ilist.begin(), _Ilist.end());}/// <summary>/// boject.insert(p,t)	 boject.emplace(p, args)/// 在迭代器p指向的元素之前创建一个值为t或由args创建的元	素。/// 返回指向新添加的元素的迭代器/// </summary>/// <param name="_Where"></param>/// <param name="tValue"></param>/// <returns></returns>/// 创建时间： 2024-09-22      最后一次修改时间：2024-09-22  (已测试）inline _DListNodeIterator<T> std_insert(const _DListNodeIterator<T>& _Where, const T& tValue) {if (_Where._Ptr == null)return _DListNodeIterator<T>(inseart_back(_Last, tValue), this);elsereturn _DListNodeIterator<T>(inseart_front(_Where._Ptr, tValue), this);}inline _DListNodeIterator<T> insert(const _DListNodeIterator<T>& _Where, const T& tValue) {return std_insert(_Where, tValue);}/// <summary>/// boject.insert(p,t)	 boject.emplace(p, args)/// 在迭代器p指向的元素之前创建一个值为t或由args创建的元	素。/// 返回指向新添加的元素的迭代器/// </summary>/// <typeparam name="...args"></typeparam>/// <param name="it"></param>/// <param name="..._Val"></param>/// <returns></returns>template<class... ArgsTypes>inline _DListNodeIterator<T> std_emplace(const _DListNodeIterator<T>& it,ArgsTypes&&... args) {        return this->std_insert(it, T(std::forward<ArgsTypes>(args)...));}template<class... ArgsTypes>inline _DListNodeIterator<T> emplace(const _DListNodeIterator<T>& it,ArgsTypes&&... args) {return  std_emplace(it, args...);}/// <summary>/// /// </summary>/// <typeparam name="..._Valty"></typeparam>/// <param name="..._Val"></param>/// <returns></returns>/// 创建时间： 2024-09-23      最后一次修改时间：2024-09-23  (已测试）template <class... ArgsTypes>const _DListNodeIterator<T> std_emplace_front(ArgsTypes&&... args) {return this->_DListNodeIterator<T>(inseart_front(T(std::forward<ArgsTypes>(args)...)),this);         } template <class... ArgsTypes>const _DListNodeIterator<T> emplace_front(ArgsTypes&&... args) {return std_emplace_front(args...);}/// <summary>/// /// </summary>/// <typeparam name="..._Valty"></typeparam>/// <param name="..._Val"></param>/// <returns></returns>/// 创建时间： 2024-09-23      最后一次修改时间：2024-09-23  (已测试）template <class... ArgsTypes>const _DListNodeIterator<T> std_emplace_back(ArgsTypes&&... args) {return this->_DListNodeIterator<T>(inseart_back(T(std::forward<ArgsTypes>(args)...)),this);}template <class... ArgsTypes>const _DListNodeIterator<T> emplace_back(ArgsTypes&&... args) {return std_emplace_back(args...);}/// <summary>/// 包括array在内的每个顺序容器都有一个front成员函数，而除forward_list/// 之外的所有顺序容器都有一个back成员函数。这两个函操作分别返回函数首元/// 素和尾元素的引用///  	在容器中访问元素的成员函数（即，front，back、下标和at）返回的都是引用。/// 如果容器是一个const对象，则返回值是const的引用。如果容器不是const的，则/// 返回值是普通引用，我们可以用来改变元素的值/// </summary>/// <returns></returns>/// 创建时间： 2024-09-25      最后一次修改时间：2024-09-25   inline const T& std_front()const {//标准库不做检查lassert(this->_Count > 0 && _Count != 0);return _First->Data;}inline T& std_front() {//标准库不做检查lassert(this->_Count > 0 && _Count != 0);return _First->Data;}inline const T& front()const { return std_front(); }inline  T& front() { return std_front(); }/// <summary>///     包括array在内的每个顺序容器都有一个front成员函数，而除forward_list/// 之外的所有顺序容器都有一个back成员函数。这两个函操作分别返回函数首元/// 素和尾元素的引用///  	在容器中访问元素的成员函数（即，front，back、下标和at）返回的都是引用。/// 如果容器是一个const对象，则返回值是const的引用。如果容器不是const的，则/// 返回值是普通引用，我们可以用来改变元素的值/// </summary>/// <returns></returns>/// 创建时间： 2024-09-25      最后一次修改时间：2024-09-25   inline const T& std_back()const {lassert(this->_Count > 0);return _Last->Data;}inline  T& std_back() {lassert(this->_Count > 0);return _Last->Data;}inline const T& back()const {  return std_back();}inline  T& back() { return std_back(); }/// <summary>/// 返回下标为n的元素的引用。如果下标越界，则抛出-out_of_range异常///  	在容器中访问元素的成员函数（即，front，back、下标和at）返回的都是引用。/// 如果容器是一个const对象，则返回值是const的引用。如果容器不是const的，则/// 返回值是普通引用，我们可以用来改变元素的值/// </summary>/// <param name="nIndex"></param>/// <returns></returns>/// 创建时间： 2024-09-26      最后一次修改时间：2024-09-26   inline const T& std_at(const size_t& nIndex)const { return (*this)[nIndex]; }inline  T& std_at(const size_t& nIndex) { return (*this)[nIndex]; }inline const T& at(const size_t& nIndex)const { std_at(nIndex); }inline  T& at(const size_t& nIndex){ return std_at(nIndex); }/// <summary>/// /// </summary>/// <returns></returns>/// 创建时间： 2024-09-25      最后一次修改时间：2024-09-25   inline bool std_empty() { return _Count == 0; }inline bool empty() { return std_empty(); }inline  _DListNodeIterator<T> std_begin()const { return _DListNodeIterator<T>(_First, this); }inline auto begin()const { return std_begin(); }inline _DListNodeReverseIterator<T>  std_rbegin()const { return _DListNodeReverseIterator<T>(_Last, this); }inline  auto rbegin()const { return std_rbegin(); }inline _DListNodeIterator<T>  std_end()const {//迭代器使用的语句//for (_DListNodeIterator<int> f = dl.begin(); f != dl.end(); f++) {       }return _DListNodeIterator<T>(null, this);}inline auto end()const { return std_end(); }inline _DListNodeReverseIterator<T>  std_rend()const {//迭代器使用的语句//for (_DListNodeIterator<int> f = dl.begin(); f != dl.end(); f++) {       }return _DListNodeReverseIterator<T>(null, this);    }inline auto rend()const{  return std_rend(); }/// <summary>/// /// </summary>/// <param name="itFrist"></param>/// <param name="itLast"></param>/// <returns></returns>/// 创建时间： 2024-09-25      最后一次修改时间：2024-09-25   _DListNodeIterator<T> std_erase(const _DListNodeIterator<T>& itFrist,const _DListNodeIterator<T>& itLast){auto pNode = itFrist._Ptr;while (pNode != itLast._Ptr && pNode != null) {pNode = this->DeleteNode(pNode);}return itLast;}/// <summary>/// /// </summary>/// <param name="itFrist"></param>/// <param name="itLast"></param>/// <returns></returns>/// 创建时间： 2024-09-25      最后一次修改时间：2024-09-25  _DListNodeIterator<T> erase(const _DListNodeIterator<T>& itFrist,const _DListNodeIterator<T>& itLast) {return std_erase(itFrist, itLast);}/// <summary>/// /// </summary>/// <param name="it"></param>/// <returns></returns>/// 创建时间： 2024-09-25      最后一次修改时间：2024-09-25  _DListNodeIterator<T> erase(const _DListNodeIterator<T>& it) {return _DListNodeIterator<T>(DeleteNode(it._Ptr), this);}}; //--------------------------------------------------------------------------DList////SortedDList///// <summary>
///  C#语句：public class SortList<T> : _DList<T>
/// </summary>
/// <typeparam name="T"></typeparam>
template<class T>
class SortedDList : public _DList<T>
{};////_StrList// 
template<class T>
class _StrList : public _DList<T>
{public:  //------------------------------------------------------------------构造与析构 _StrList() : _DList<T>() {};_StrList(const _StrList<T>& sl) : _DList<T>(sl) {};explicit _StrList(const _char* pStr, const _char* pSplit, bool bIgnoreEmptyString = false){this->InitData();SplitForSeparator(pStr, pSplit, bIgnoreEmptyString);}/// <summary>/// 要加上 explicit阻止自动转换， 否则执行语名会自动调用这个构造函数  _StrList  ls = { L"AA",L"BB"};/// </summary>/// <param name="sText"></param>/// <param name="sSplit"></param>/// <param name="bIgnoreEmptyString"></param>explicit _StrList(const T& sText, const T& sSplit, bool bIgnoreEmptyString = false){//assert(sText != null && sSplit != null);//SplitForSeparator(sText.Data, sSplit.Data, bIgnoreEmptyString);if (sText.Length == 0) { return; }if (sSplit.Length == 0) { Add(sText);   return; }int iStart = 0;int iIndex = sText.IndexOf(sSplit, iStart);if (iIndex == -1){Add(sText);return;}while (iIndex != -1 && iStart + 1 <= sText.Length){if (iIndex != iStart)Add(sText.SubStr(iStart, iIndex - iStart));else{if (!bIgnoreEmptyString) Add(T());}iStart = iIndex + sSplit.Length;iIndex = sText.IndexOf(sSplit, iStart);if (iIndex == -1 && sText.Length != iStart)Add(sText.SubStr(iStart, sText.Length - iStart));  //拷贝最后一个}}_StrList(std::initializer_list<T> aList){for (T s : aList){Add(s);}}public: //------------------------------------------------------------------操作void writeToFile(const T& sFullPathName){}bool readToFile(const T& sFullPathName){return false;}bool readToUnicodeFile(const T& sFileName, const T& sSplit){return false;}/// <summary>/// 获取所有字符串的总共长度/// </summary>/// <returns></returns>/// 创建时间：  2022-11-05    最后一次修改时间：  2022-11-05 int GetStringLength() const{int iSum = 0;auto dn = this->_First;while (dn != null) {iSum += (int)dn->Data.Length;dn = dn->Next;}return iSum;}T connectForSeparator(const T& sConnector)const{if (this->_Count == 0) return _t("");if (this->_Count == 1) return this->_First->Data;T tmp(_t(""), GetStringLength() + sConnector.Length * this->_Count + 100);_DListNode<T>* ldNode = this->_First;while (ldNode != this->_Last){tmp += ldNode->Data;tmp += sConnector;ldNode = ldNode->Next;}tmp += this->_Last->Data;       //加入最后一项return tmp;}T connectForSeparator(const _char& cConnector) const{return connectForSeparator(&cConnector);}/// <summary>/// 返回分隔后的字符串列表/// </summary>/// <param name="pStr">原文本</param>/// <param name="pSplit">分隔字符串</param>/// <param name="bIgnoreEmptyString">是否忽略空字符串</param>/// <returns>返回一个字符串列表</returns>/// 创建时间： 2022-10-04     最后一修改时间：2022-10-05       已测试_StrList<T>& SplitForSeparator(const _char* pStr, const _char* pSplit, bool bIgnoreEmptyString){if (pStr == null || pSplit == null){_cout << "在中_StrList::SplitForSeparator中" << L"pStr == null || pSplit == null" << "\n";throw "pStr == null || pSplit == null";}this->ClearData();if (pStr[0] == 0 || pSplit[0] == 0){Add(_t(""), 0, 0);return *this;}int i = 0;int j = 0;int nStart = 0, nEnd = 0;while (pStr[i] != 0) {// _cout << _t("pStr[i] = ") << pStr[i] << _t("\n");  //此句出错，无任何提示bool bFind = true;j = 0;while (pSplit[j] != 0) {if (pStr[i + j] != pSplit[j]) {bFind = false;break;}++j;}if (bFind) {nEnd = i - 1;     //此处如果 nEnd 是 int ，则 nEnd = i - 1 => nEnd = 18446744073709551615 => 溢出错误 if (bIgnoreEmptyString) {if (nStart <= nEnd) {Add(pStr, nStart, nEnd);  //这里应nStart <= nEnd，而不是 nStart < nEnd，因为当 nStart = nEnd 还是有一个字符的}}else {Add(pStr, nStart, nEnd);}nStart = i + j;i = nStart - 1;}++i;}//拷贝右边最后一项if (bIgnoreEmptyString) {if (nStart <= i - 1) {Add(pStr, nStart, (int)i - 1);}}else {Add(pStr, nStart, (int)i - 1);}return *this;}//int SplitForSeparator(const T& sText, const _char& cSplit);int IndexOf(const T& s){int nIndex = 0;auto dn = this->_First;while (dn){if (dn->Data == s) { return nIndex; }++nIndex;dn = dn->Next;}return -1;}int GetMaxSpaceLength(int nTabCount = 9, int nChineseCharactersCount = 3)const{int nMax = 0;auto dn = this->_First;while (dn){int n = gs.s_length_space(dn->Data.Data, nTabCount, nChineseCharactersCount);if (n > nMax) nMax = n;dn = dn->Next;}return nMax;}/// <summary>/// 用tab键使每行等长/// </summary>/// <param name="nTabCount"></param>/// <returns></returns>/// 创建时间：  2022-10-30    最后一次修改时间：  2022-10-30 T equilongTabLine(int nTabCount = 9){this->RemoveHeadTab();int iMax = GetMaxSpaceLength(nTabCount);for (T& s : *this) {int nSapceLength = gs.s_length_space(s.Data);int n = (iMax - nSapceLength) / 9;if (iMax - nSapceLength - n * 9 >= 5)++n;else--n;for (int j = 0; j < n; j++){s.Add(_t("\t"));}}return connectForSeparator(_t('\n')) + _t('\n');}/// <summary>/// 计算所有行，如果每行都有开始处都有 \t ，则每行除去 \t , 除去个数以最少 \t 行为准。/// 例：/// \t\t abc/// \t bcd/// \t\t\t dd/// 运行函数后变成/// \t abc/// bcd/// \t\t dd/// </summary>/// 创建时间：  2022-11-05    最后一次修改时间：  2022-11-05 void RemoveHeadTab(){int iMin = 100000000;for (T& s : *this) {if (s.Length > 0){int iCount = gs.s_headTabCount(s.Data);if (iCount < iMin) { iMin = iCount; }//log::d("iCount=" + iCount.ToString(), s);}}//log::d("iMin=" + iMin.ToString());if (iMin > 0){for (T& s : *this) {s = s.SubStr(iMin, s.Length - iMin);}}}//-----------------------------------------------------------------------虚函数virtual _DListNode<T>* Add(const T& item) override{//_cout << item << "\n";return _DList<T>::Add(item);}void Add(const _StrList<T>& ls)   //覆盖 父类重载函数 virtual bool Add(const T& item);{_DListNode<T>* pNode = ls._First;while (pNode != null){Add(pNode->Data);pNode = pNode->Next;}}/// <summary>/// 添加拷贝nStartPos和nEndPos之间的字符，包括nStartPos和nEndPos。/// </summary>/// <param name="str"></param>/// <param name="nStartPos"></param>/// <param name="nEndPos"></param>/// <returns></returns>/// 创建时间：  ????-??-??   最后一次修改时间：????-??-??   已测试（2024-08-16 ）bool Add(const T& str, int nStartPos, int nEndPos){if (str.Length == 0 || nEndPos - nStartPos < 0){Add(T());}else {int nLength = nEndPos - nStartPos + 1;/*_Mem<_char> m(nLength + 1);for (int i = 0; i < nLength; ++i){m.Data[i] = pStr[nStartPos + i];}m.Data[nLength] = 0;*/Add(str.SubStr(nStartPos, nLength));}return false;}_string  ToSplitString(const _string& sSplitString) const  override{/**  auto dn = this->_First;T sResult;while (dn != this->_Last){           sResult.std_append(dn->Data);                          sResult.std_append(sConnector);dn = dn->Next;}if (this->_Last != null){sResult.std_append(dn->Data);}char c = '\n';sResult.std_append(c );return sResult;*/return _DList<T>::ToSplitString(sSplitString);}
};////_UStrList// 
/// <summary>
/// 不重复的字符串列表
/// </summary>
/// <typeparam name="T"></typeparam>
/// 创建时间： 2023-05-11      最后一次修改时间：2023-05-11
template<class T>  
class _UStrList : public _StrList<T>
{ 
public:/// <summary>/// 加入一个串，如果这个串存在，则把这项移到最后。/// </summary>/// <param name="item"></param>/// 创建时间： ????-??-??      最后一次修改时间：2024-09-23 (已测试）_DListNode<T>* Add(const T& item)override{  bool bFind = false;_DListNode<T>* dnTemp = this->_First;while (dnTemp != null){if (dnTemp->Data == item){return this->MoveLast(dnTemp);             }dnTemp = dnTemp->Next;}return _StrList<T>::Add(item);       }};////_UStrListCI// 
/// <summary>
/// 值都是唯一的字符串列表，  Case Insensitive(不区分大小写)
/// </summary>
template<class T>
class _UStrListCI : public _StrList<T>
{public:/// <summary>/// 加入一个串，如果这个串存在，则把这项移到最后。/// </summary>/// <param name="item"></param>/// 创建时间： ????-??-??      最后一次修改时间：2024-09-23_DListNode<T>* Add(const T& item)override{bool bFind = false;_DListNode<T>* dnTemp = this->_First;while (dnTemp != null){if (dnTemp->Data.csharp_ToLower() == item.csharp_ToLower()){return this->MoveLast(dnTemp);}dnTemp = dnTemp->Next;}return _StrList<T>::Add(item);    }/*/// <summary>/// 返回前面一个值/// </summary>/// <param name="tCurrValue"></param>/// <returns></returns>T& GetForward(T& sCurr){int iIndex = BinarySearch(sCurr);if (iIndex != -1){if (iIndex + 1 < _Count)return this[iIndex + 1];}return null;}/// <summary>/// 返回后面的一个值/// </summary>/// <param name="sCurr"></param>/// <returns></returns>T& GetBack(T& sCurr){int iIndex = BinarySearch(sCurr);if (iIndex != -1){if (iIndex - 1 < _Count && iIndex - 1 >= 0)return this[iIndex - 1];}return null;}*/
};////_SStrList// 
/// <summary>
/// 已排序好的字符串列表
/// </summary>
template<class T>
class _SStrList : public  _StrList<T>
{
public:_SStrList(const _SortOrder so = _SortOrder::s_Minmax){this->_so = so;if (this->_so == _SortOrder::s_null){throw  _t("排序不能为空！");}}//-------------------------------------------------------------------------------重写/// <summary>/// 快速添加字符串，差不多用了8个小时(两天），才写成。/// </summary>/// <param name="s"></param>/// <returns></returns>bool Add(const T& item) override{if (this->_Count < 3){bool bInsert = false;_DListNode<T>* ld = this->_First;while (ld != null){if (this->_so == _SortOrder::s_Maxmin){if (item >= ld->Data){_StrList<T>::InserNodeFront(ld, item); bInsert = true;break;}}else{if (item <= ld->Data){_StrList<T>::InserNodeFront(ld, item); bInsert = true; break;}}ld = ld->Next;}if (!bInsert) _StrList<T>::Add(item);return true;}int nPos = this->_Count / 2;   //nPos在中间，所以无素一定要大于等于3才行int nLeft = 0;   //左边远素int nRight = this->_Count - 1;  //右边远素if (this->_so == _SortOrder::s_Maxmin){_DListNode<T>* ld = null;while (nRight >= 0 && nLeft >= 0){ld = this->IndexOfNode(nPos);if (item >= ld->Data){if (nRight == nLeft || nPos == nLeft){this->InserNodeFront(ld, item);return true;}nRight = nPos - 1;}else{if (nRight == nLeft || nPos == nRight){this->InserNodeBack(ld, item);return true;}nLeft = nPos + 1;}nPos = nLeft + (nRight - nLeft + 1) / 2;}}else{_DListNode<T>* ld = null;while (nRight >= 0 && nLeft >= 0){ld = this->IndexOfNode(nPos);if (item <= ld->Data){if (nRight == nLeft || nPos == nLeft){this->InserNodeFront(ld, item);return true;}nRight = nPos - 1;}else{if (nRight == nLeft || nPos == nRight){this->InserNodeBack(ld, item);return true;}nLeft = nPos + 1;}nPos = nLeft + (nRight - nLeft + 1) / 2;}}return true;}/// <summary>/// 确定某元素是否在列表中/// </summary>/// <param name="item">查找的对象。对于引用类型，该值可以为 null。</param>/// <returns>如果在列表中找到 item，则为 true，否则为 false。</returns>bool Contains(const T& item) override{if (this->_Count == 0) return false;if (this->_Count == 1) return this->_First->Data == item;if (this->_Count == 2) return this->_First->Data == item || this->_First->Next->Data == item;int nPos = (int)this->_Count / 2;   //nPos在中间，所以无素一定要大于等于3才行int nLeft = 0;   //左边远素int nRight = (int)this->_Count - 1;  //右边远素_DListNode<T>* ld = null;if (this->_so == _SortOrder::s_Maxmin){while (nRight >= 0 && nLeft >= 0){ld = this->IndexOfNode(nPos);int iCom = item.CompareTo(ld->Data);if (iCom > 0){if (nRight == nLeft || nPos == nLeft){return false;}nRight = nPos - 1;}else if (iCom < 0){if (nRight == nLeft || nPos == nRight){return false;}nLeft = nPos + 1;}else{return true;}nPos = nLeft + (nRight - nLeft + 1) / 2;}}else{while (nRight >= 0 && nLeft >= 0){ld = this->IndexOfNode(nPos);int iCom = item.CompareTo(ld->Data);if (iCom < 0){if (nRight == nLeft || nPos == nLeft){return false;}nRight = nPos - 1;}else if (iCom > 0){if (nRight == nLeft || nPos == nRight){return false;}nLeft = nPos + 1;}else{return true;}nPos = nLeft + (nRight - nLeft + 1) / 2;}}return false;}};////_SUStrList// 
/// <summary>
/// 值都是唯一的字符串列表,且已排好序，区分大小写
/// </summary>
template<class T>
class _SUStrList : public  _SStrList<T>
{
public:bool Add(const T& item)override{if (this->Contains(item))return false;return _SStrList<T>::Add(item);}_SUStrList(_SortOrder so = _SortOrder::s_Minmax) : _SStrList<T>(so){}};////_SUStrListUI// 
/// <summary>
/// _SUStrListUI 值都是唯一,且已排序的字符串列表，不区分大小写
/// </summary>
template<class T>
class _SUStrListUI : public _SUStrList<T>
{
public:_SUStrListUI(_SortOrder  st) : _SUStrList<T>(st){}/// <summary>/// 确定某元素是否在列表中/// </summary>/// <param name="item">查找的对象。对于引用类型，该值可以为 null。</param>/// <returns>如果在列表中找到 item，则为 true，否则为 false。</returns>bool Contains(const T& item) override{if (this->_Count == 0) return false;if (this->_Count == 1) return this->_First->Data.ToLower().CompareTo(item.ToLower()) == 0;if (this->_Count == 2) return this->_First->Data.ToLower().CompareTo(item.ToLower()) == 0 || this->_First->Next->Data.ToLower().CompareTo(item.ToLower()) == 0;int nPos = (int)this->_Count / 2;   //nPos在中间，所以无素一定要大于等于3才行int nLeft = 0;   //左边远素int nRight = (int)this->_Count - 1;  //右边远素_DListNode<T>* ld = null;if (this->_so == _SortOrder::s_Maxmin){while (nRight >= 0 && nLeft >= 0){ld = this->IndexOfNode(nPos);int iCom = item.ToLower().CompareTo(ld->Data.ToLower());if (iCom > 0){if (nRight == nLeft || nPos == nLeft){return false;}nRight = nPos - 1;}else if (iCom < 0){if (nRight == nLeft || nPos == nRight){return false;}nLeft = nPos + 1;}else{return true;}nPos = nLeft + (nRight - nLeft + 1) / 2;}}else{while (nRight >= 0 && nLeft >= 0){ld = this->IndexOfNode(nPos);int iCom = item.ToLower().CompareTo(ld->Data.ToLower());if (iCom < 0){if (nRight == nLeft || nPos == nLeft){return false;}nRight = nPos - 1;}else if (iCom > 0){if (nRight == nLeft || nPos == nRight){return false;}nLeft = nPos + 1;}else{return true;}nPos = nLeft + (nRight - nLeft + 1) / 2;}}return false;}};// _SUStrListUI_LF_END_
#endif