commit 2025-08-18 00:18 edit ZCppMain/ZtCObjList.H : add ZtCExamObjList

ZCLoadDataBlock1 과 ZCLoadDataBlock2 의 소속을 ZNsExam 에서 ZNsExam::ZtCDummy 로 옮김

ZCppMain/ZMainAVL.H

@@ -0,0 +1,360 @@
+
+
+#ifndef __ZCPPMAIN_ZMAINAVL_H__
+#define __ZCPPMAIN_ZMAINAVL_H__
+
+
+#include "ZCppMain/ZMainHead.H"
+
+
+namespace ZNsMain
+{
+
+    namespace ZNsEnum
+    {
+
+        enum ZEAVL_INSERT
+        {
+            ZEAVL_INSERT_RIGHT = +1,
+            ZEAVL_INSERT_OK    =  0, /* 삽입 후의 평형계수가 0 이다. */
+            ZEAVL_INSERT_LEFT  = -1,
+            ZEAVL_INSERT_NONE  = -2  /* 삽입 안 됨 */
+        };/*
+        enum ZEAVL_INSERT*/
+
+    }/*
+    namespace ZNsEnum*/
+
+
+    namespace ZNsInterface
+    {
+
+        template<typename TypeArg> class ZtCAVL_BASE
+        {
+        protected:
+
+            template<typename TNode> void OnEqual(TypeArg AR_Data, TNode* AP_Node)
+            {
+            }/*
+            template<typename TNode> void OnEqual(TypeArg AR_Data, TNode* AP_Node) */
+
+            template<typename TKey, typename TNode> void OnEqualKey(TKey AR_Key, TNode* AP_Node)
+            {
+            }/*
+            template<typename TKey, typename TNode> void OnEqualKey(TKey AR_Key, TNode* AP_Node) */
+
+        protected:
+        };/*
+        template<typename TypeArg> class ZtCAVL_BASE*/
+
+
+        /*//////////////////////////////////////////////////////////////////////////
+
+        ■  아래 ZtCAVL_NodeBase<> 의 각 멤버 함수는 ZtCAVL_BASE<> 의 멤버 함수보다
+            인수가 하나 줄어든 것을 볼 수 있다. ZtCAVL_BASE<> 에서 같은 이름의 함수를
+            자연스럽게 호출할 수 있게 한 것이다. 따라서 ZtCAVL_BASE<> 의 멤버 함수에
+            서, AP_Node->OnEqual() 등으로 ZtCAVL_NodeBase<> 의 멤버 함수를 호출해 주
+            지 않으면, ZtCAVL_NodeBase<> 의 멤버는 어디에서도 호출되지 않는다. 왜 최초
+            에 이런 식으로 설계했을까. 한참 생각했는데, 아마 ZtCAVL_Multi_BASE<> 와
+            ZtCAVL_Multi_NodeBase<> 를 사용할려고 그랬을 것이다.
+
+            -- 2012-09-03 19:20:00
+
+        //////////////////////////////////////////////////////////////////////////*/
+
+        template<typename TNodeArg> class ZtCAVL_NodeBase
+        {
+        protected:
+
+            void OnEqual(TNodeArg AR_Data)
+            {
+            }/*
+            void OnEqual(TNodeArg AR_Data)*/
+
+            template<typename TKey> void OnEqualKey(TKey AR_Key)
+            {
+            }/*
+            template<typename TKey> void OnEqualKey(TKey AR_Key)*/
+
+        protected:
+        };/*
+        template<typename TNodeArg> class ZtCAVL_NodeBase*/
+
+
+        template<typename TypeArg> class ZtCAVL_Multi_BASE
+        {
+        protected:
+
+            template<typename TNode> void OnEqual(TypeArg AR_Data, TNode* AP_Node)
+            {
+                AP_Node->OnEqual(AR_Data);
+            }/*
+            template<typename TNode> void OnEqual(TypeArg AR_Data, TNode* AP_Node) */
+
+            template<typename TKey, typename TNode> void OnEqualKey(TKey AR_Key, TNode* AP_Node)
+            {
+                AP_Node->OnEqualKey(AR_Key);
+            }/*
+            template<typename TKey, typename TNode> void OnEqualKey(TKey AR_Key, TNode* AP_Node) */
+
+        protected:
+        };/*
+        template<typename TypeArg> class ZtCAVL_Multi_BASE*/
+
+
+        /*//////////////////////////////////////////////////////////////
+
+        ■  ZtCAVL_Multi_NodeBase template 로 multi set/map 을 구성하는 경우,
+            ZtCAVL_Multi_NodeBase::TypeEqual 자료형에 접근하는 예.
+
+            class CTypeMy
+            {
+            public:
+                typedef CLargeAVL<some param>                CLargeMap;
+                typedef typename CLargeMap::ZCNode::TypeEqual TypeEqual;
+            }
+
+        //////////////////////////////////////////////////////////////*/
+
+        template< typename TNodeArg, typename TEqualList
+                >
+        class ZtCAVL_Multi_NodeBase ////////////////////
+        {
+        public   :
+            typedef TEqualList TypeEqual;
+        protected:
+            TEqualList mo_EqualList;
+        public   :
+
+            void OnEqual(TNodeArg AR_Data)
+            {
+                mo_EqualList.push_back(AR_Data);
+            }/*
+            void OnEqual(TNodeArg AR_Data)*/
+
+            template<typename TKey> void OnEqualKey(TKey AR_Key)
+            {
+                mo_EqualList.push_back(AR_Key);
+            }/*
+            template<typename TKey> void OnEqualKey(TKey AR_Key) */
+
+            const TEqualList& GetCEqualList() const
+            {
+                return mo_EqualList;
+            }/*
+            const TEqualList& GetCEqualList() const*/
+
+        public:
+        };/*
+        template< typename TNodeArg, typename TEqualList
+                >
+        class ZtCAVL_Multi_NodeBase //////////////////*/
+
+
+
+        /*/////////////////////////////////////////////////////////////////////
+
+        ■  AVL 트리의 데이타 타입이 포인터인 경우, 포인터를 정수처럼 다루어서
+            비교 연산자를 정의하는 클래스 템플릿이다.
+
+        /////////////////////////////////////////////////////////////////////*/
+
+        template<typename TData> class ZtCAVL_PtrLongData
+        {
+        public   :
+            typedef TData* TypeData;
+        protected:
+            TData* mp_CData;
+        public   :
+
+            ZtCAVL_PtrLongData()
+            {
+                mp_CData=0;
+            }/*
+            ZtCAVL_PtrLongData()*/
+
+            TData* GetDataPtr() const
+            {
+                return mp_CData;
+            }/*
+            TData* GetDataPtr() const*/
+
+            void SetDataPtr(TData* AP_CData)
+            {
+                mp_CData=AP_CData;
+            }/*
+            void SetDataPtr(TData* AP_CData)*/
+
+            operator ZNsMain::ZTypIntPtr() const
+            {
+                return mp_CData;
+            }/*
+            operator ZNsMain::ZTypIntPtr() const*/
+
+
+            ZtCAVL_PtrLongData& operator=(const ZtCAVL_PtrLongData& rhs)
+            {
+                mp_CData=rhs.mp_CData; return *this;
+            }/*
+            ZtCAVL_PtrLongData& operator=(const ZtCAVL_PtrLongData& rhs)*/
+
+            ZtCAVL_PtrLongData& operator=(const TData* AP_CData)
+            {
+                mp_CData=const_cast<TData*>(AP_CData); return *this;
+            }/*
+            ZtCAVL_PtrLongData& operator=(const TData* AP_CData)*/
+
+            bool operator==(const ZtCAVL_PtrLongData& rhs) const{return mp_CData==rhs.mp_CData;}
+            bool operator> (const ZtCAVL_PtrLongData& rhs) const{return (ZNsMain::ZTypIntPtr)mp_CData > (ZNsMain::ZTypIntPtr)rhs.mp_CData;}
+            bool operator< (const ZtCAVL_PtrLongData& rhs) const{return (ZNsMain::ZTypIntPtr)mp_CData < (ZNsMain::ZTypIntPtr)rhs.mp_CData;}
+
+            bool operator==(const TData* AP_CData) const{return mp_CData==AP_CData;}
+            bool operator> (const TData* AP_CData) const{return (ZNsMain::ZTypIntPtr)mp_CData > (ZNsMain::ZTypIntPtr)AP_CData;}
+            bool operator< (const TData* AP_CData) const{return (ZNsMain::ZTypIntPtr)mp_CData < (ZNsMain::ZTypIntPtr)AP_CData;}
+
+        protected:
+        };/*
+        template<typename TData> class ZtCAVL_PtrLongData*/
+
+
+        /*  int, long 같이 비교연산이 가능한 primitive 타입이나 object 를
+            key 로 가지고 있는 경우에, 해당 AVL 트리의 노드 데이타로 바로
+            쓸 수 있도록 wrap 한 클래스 템플릿                         */
+
+        template<   typename TKeyData ,
+                    typename TMainData,
+                    typename TKeyArg =const TKeyData &,
+                    typename TMainArg=const TMainData&
+                >
+        class ZtCAVL_KeyData //////////////////////////
+        {
+        public   :
+            typedef TKeyData  TypeKey ;
+            typedef TMainData TypeData;
+        protected:
+            TKeyData  mo_CKeyData ; mutable
+            TMainData mo_CMainData;
+        public   :
+
+            ZtCAVL_KeyData(){}
+
+            ZtCAVL_KeyData(TKeyArg AO_TKeyArg)
+            {
+                mo_CKeyData=AO_TKeyArg;
+            }/*
+            ZtCAVL_KeyData(TKeyArg AO_TKeyArg)*/
+
+            ZtCAVL_KeyData(TKeyArg AO_TKeyArg, TMainArg AO_TMainArg)
+            {
+                mo_CKeyData =AO_TKeyArg ;
+                mo_CMainData=AO_TMainArg;
+            }/*
+            ZtCAVL_KeyData(TKeyArg AO_TKeyArg, TMainArg AO_TMainArg)*/
+
+            TKeyArg    GetCKeyData    () const{return mo_CKeyData ;}
+            TMainArg   GetCMainData   () const{return mo_CMainData;}
+            TMainData& GetCMainDataRef() const{return mo_CMainData;}
+
+            void SetCMainData(TMainArg AO_TRealArg) const
+            {
+                mo_CMainData=AO_TRealArg;
+            }/*
+            void SetCMainData(TMainArg AO_TRealArg) const*/
+
+            void SetKeyData(TKeyArg AO_TKeylArg)
+            {
+                mo_CKeyData=AO_TKeylArg;
+            }/*
+            void SetKeyData(TKeyArg AO_TKeylArg)*/
+
+            bool operator==(const ZtCAVL_KeyData& rhs) const{return mo_CKeyData==rhs.mo_CKeyData;}
+            bool operator> (const ZtCAVL_KeyData& rhs) const{return mo_CKeyData> rhs.mo_CKeyData;}
+            bool operator< (const ZtCAVL_KeyData& rhs) const{return mo_CKeyData< rhs.mo_CKeyData;}
+
+            bool operator==(TKeyArg AO_TPrimitive) const{return mo_CKeyData==AO_TPrimitive;}
+            bool operator> (TKeyArg AO_TPrimitive) const{return mo_CKeyData> AO_TPrimitive;}
+            bool operator< (TKeyArg AO_TPrimitive) const{return mo_CKeyData< AO_TPrimitive;}
+
+            ZtCAVL_KeyData& operator=(const ZtCAVL_KeyData& rhs)
+            {
+                if(this==&rhs) return *this;
+
+                mo_CKeyData =rhs.mo_CKeyData ;
+                mo_CMainData=rhs.mo_CMainData; return *this;
+            }/*
+            ZtCAVL_KeyData& operator=(const ZtCAVL_KeyData& rhs)*/
+
+            ZtCAVL_KeyData& operator=(TKeyArg AO_TPrimitive)
+            {
+                mo_CKeyData=AO_TPrimitive; return *this;
+            }/*
+            ZtCAVL_KeyData& operator=(TKeyArg AO_TPrimitive)*/
+
+        public:
+        };/*
+        template<   typename TKeyData ,
+                    typename TMainData,
+                    typename TKeyArg =const TKeyData &,
+                    typename TMainArg=const TMainData&
+                >
+        class ZtCAVL_KeyData ////////////////////////*/
+
+    }/*
+    namespace ZNsInterface*/
+
+
+    /*/////////////////////////////////////////////////////////////////////////////////////
+
+    ■  mulit set 으로 활용하는 예제코드
+
+        ZNsMain::CLargeAVL ///////////////////////////////////
+            <
+                int,
+                int,
+                ZNsMain::ZNsInterface::ZtCAVL_Multi_BASE<int>,
+                ZNsMain::ZNsInterface::ZtCAVL_Multi_NodeBase<int, ZNsMain::ZtCDoubleList<int> >
+            >
+        VO_CLargeAvl_Multi; //////////////////////////////////
+
+        VO_CLargeAvl_Multi.AddData(1);
+        VO_CLargeAvl_Multi.AddData(2);
+        VO_CLargeAvl_Multi.AddData(2);
+        VO_CLargeAvl_Multi.AddData(2);
+        VO_CLargeAvl_Multi.AddData(2);
+
+    /////////////////////////////////////////////////////////////////////////////////////*/
+
+
+    namespace NsType
+    {
+
+        template<   typename TStringData, //= ZNsMain::ZtCStringBase<char>                    ,
+                    typename TEnvVar    , //= ZNsMain::ZNsCGI::ZNsBase::ZtCEnvVar<TStringData>,
+                    typename TEnvVarSet   //= ZNsMain::ZtCObjAVL<TEnvVar>
+                >
+        class ZtCTypeEnvVarSet /*############################################################*/
+        {
+        public:
+            typedef TStringData                        ZCStringData;
+            typedef TEnvVar                            ZCEnvVar    ;
+            typedef TEnvVarSet                         ZCEnvVarSet ;
+            typedef typename ZCEnvVarSet ::ZCNode      ZCEnvVarNode;
+            typedef typename ZCStringData::ZCMainChars ZCMainChars ;
+            typedef typename ZCStringData::TypeChar    TypeChar    ;
+            typedef typename ZCStringData::TypeLength  TypeLength  ;
+        public:
+        };/*
+        template<   typename TStringData, //= ZNsMain::ZtCStringBase<char>                    ,
+                    typename TEnvVar    , //= ZNsMain::ZNsCGI::ZNsBase::ZtCEnvVar<TStringData>,
+                    typename TEnvVarSet   //= NsCPP::ZtCObjAVL<TEnvVar>
+                >
+        class ZtCTypeEnvVarSet /*############################################################*/
+
+    }/*
+    namespace NsType*/
+
+}/*
+namespace ZNsMain */
+
+
+#endif // __ZCPPMAIN_ZMAINAVL_H__

ZCppMain/ZMainXhtml.H

@@ -0,0 +1,38 @@
+
+
+#ifndef __ZCPPMAIIN__ZMAINXHTML_H__
+#define __ZCPPMAIIN__ZMAINXHTML_H__
+
+
+namespace ZNsMain
+{
+
+    template<typename TStringData> TStringData& ZftConvertXhtml(TStringData& ARR_CString)
+    {
+        /*  데이타를 그대로 클라이언트에 전송하면
+            HTML 태그와 혼동될 수 있는데 이를 방지하기 위해
+            적절히 인코딩한다.
+        */
+        return ARR_CString.
+            Replace("&" ,"&amp;"    ). Replace("<" ,"&lt;"     ).
+            Replace(">" ,"&gt;"     ). Replace(" " ,"&nbsp;"   ).
+            Replace("\n","<br />"   );
+    }/*
+    template<typename TStringData> static TStringData& ConvertXhtml(TStringData& ARR_CString) */
+
+    template<typename TStringData> TStringData& ZftConvertXhtmlAtt(TStringData& ARR_CString)
+    {
+        // X(H)TML 의 속성에 올 수 있는 값으로 인코딩한다.
+
+        return ARR_CString.
+            Replace("&" ,"&amp;"    ). Replace("<" ,"&lt;"     ).
+            Replace(">" ,"&gt;"     ). Replace("\"","&quot;"   ).
+            Replace("\r","&#xA;"    ). Replace("\n","&#xD;"    );
+    }/*
+    template<typename TStringData> TStringData& ZftConvertXhtmlAtt(TStringData& ARR_CString) */
+
+}/*
+namespace ZNsMain*/
+
+
+#endif // __ZCPPMAIIN__ZMAINXHTML_H__

ZCppMain/ZtCSortObjList.H

@@ -0,0 +1,843 @@
+
+
+#ifndef __ZCPPMAIN__ZCSORT_LIST_H__
+#define __ZCPPMAIN__ZCSORT_LIST_H__
+
+
+/*////////////////////////////////////////////////////
+
+■  CDoublieList.H 와 CObjList.H 가 include 한다.
+
+    -- 2013-04-30 22:57:00
+
+    ZtCArray.H 와 ZtCObjList.H 가 include 한다.
+
+    -- 2025-08-17 14:37:00
+
+    현재는 ZtCArray.H 와 ZtCObjList.H 를 include 한다.
+
+    -- 2025-08-17 15:42:00
+
+////////////////////////////////////////////////////*/
+
+
+#include "ZCppMain/ZtCArray.H"
+#include "ZCppMain/ZtCObjList.H"
+
+
+namespace ZNsMain
+{
+
+    // 양방향 연결리스트에 대한 정렬 클래스이다.
+
+    template<typename TTypObjList> class ZtCSortObjList
+    {
+    public :
+        typedef typename TTypObjList::ZCLink   ZCLink  ;
+        typedef typename TTypObjList::TypeData TypeData;
+        typedef typename TTypObjList::TypeArg  TypeArg ;
+        typedef typename TTypObjList::TypeSize TypeSize;
+    private:
+
+        static inline bool IsMore(TypeArg AR_LeftType, TypeArg AR_RightType)
+        {
+            /*  IsMore() 함수와 IsLess() 는 QuickSort() 멤버 함수에서 쓰는
+                함수 포인터에 대입하기 위해서 정의하였다.               */
+
+            return AR_LeftType > AR_RightType ;
+        }/*
+        static inline bool IsMore(TypeArg AR_LeftType, TypeArg AR_RightType)*/
+
+        static inline bool IsLess(TypeArg AR_LeftType, TypeArg AR_RightType)
+        {
+            return AR_LeftType < AR_RightType ;
+        }/*
+        static inline bool IsLess(TypeArg AR_LeftType, TypeArg AR_RightType)*/
+
+
+        static inline void SwapLinkPtr(ZCLink*& APR_LinkI, ZCLink*& APR_LinkJ)
+        {
+            ZCLink* VP_Temp=APR_LinkI;  APR_LinkI=APR_LinkJ;  APR_LinkJ=VP_Temp;
+        }/*
+        static inline void SwapLinkPtr( ZCLink*& APR_LinkI, ZCLink*& APR_LinkJ) */
+
+
+        template
+            <typename TTypFuncIsMore, typename TTypFuncIsLess>
+        static void QuickSort
+            (
+                TTypFuncIsMore APF_IsMore ,
+                TTypFuncIsLess APF_IsLess ,
+                ZCLink*   APA_LinkPtrArr[],
+                TypeSize  AL_FirstIndex   ,
+                TypeSize  AL_LastIndex
+            )
+        /*##################################################*/
+        {
+            if(AL_FirstIndex<AL_LastIndex)
+            {
+                TypeSize i=AL_FirstIndex  ;
+                TypeSize j=AL_LastIndex+1 ;
+
+                ZCLink* VP_PivotLinkPtr=APA_LinkPtrArr[i];
+
+                do //////
+                {
+                    while(AL_LastIndex >i && APF_IsLess(APA_LinkPtrArr[++i]->GetData(), VP_PivotLinkPtr->GetData()));
+                    while(AL_FirstIndex<j && APF_IsMore(APA_LinkPtrArr[--j]->GetData(), VP_PivotLinkPtr->GetData()));
+
+                    if(i<j) SwapLinkPtr(APA_LinkPtrArr[i], APA_LinkPtrArr[j]);
+                }
+                while(i<j);
+
+                /*  SwapLinkPtr(APA_LinkPtrArr[AL_FirstIndex], APA_LinkPtrArr[j]);
+
+                    위 코드 보다 아래처럼 2 줄로 쓰는게 별도의 스택 변수를 사용하지
+                    않아서 좋다.
+                */
+                APA_LinkPtrArr[AL_FirstIndex]=APA_LinkPtrArr[j];
+                APA_LinkPtrArr[j            ]=VP_PivotLinkPtr  ;
+
+                QuickSort(APF_IsMore, APF_IsLess, APA_LinkPtrArr, AL_FirstIndex, j-1         );
+                QuickSort(APF_IsMore, APF_IsLess, APA_LinkPtrArr, j+1,           AL_LastIndex);
+            }/*
+            if(AL_FirstIndex<AL_LastIndex)*/
+        }/*
+        template
+            <typename TTypFuncIsMore, typename TTypFuncIsLess>
+        static void QuickSort
+            (
+                TTypFuncIsMore APF_IsMore ,
+                TTypFuncIsLess APF_IsLess ,
+                ZCLink*   APA_LinkPtrArr[],
+                TypeSize  AL_FirstIndex   ,
+                TypeSize  AL_LastIndex
+            )
+        ###########################################################*/
+
+
+        static void QuickSortAsc
+            (
+                ZCLink* APA_LinkPtrArr[], TypeSize AL_FirstIndex, TypeSize AL_LastIndex
+            )
+        /*####################*/
+        {
+            if(AL_FirstIndex<AL_LastIndex)
+            {
+                TypeSize i=AL_FirstIndex  ;
+                TypeSize j=AL_LastIndex+1 ;
+
+                ZCLink* VP_PivotLinkPtr=APA_LinkPtrArr[i];
+
+                do ////
+                {
+                    while(AL_LastIndex >i && APA_LinkPtrArr[++i]->GetData() < VP_PivotLinkPtr->GetData());
+                    while(AL_FirstIndex<j && APA_LinkPtrArr[--j]->GetData() > VP_PivotLinkPtr->GetData());
+
+                    if(i<j) SwapLinkPtr(APA_LinkPtrArr[i], APA_LinkPtrArr[j]);
+                }
+                while(i<j);
+
+                /*  SwapLinkPtr(APA_LinkPtrArr[AL_FirstIndex], APA_LinkPtrArr[j]);
+
+                    위 코드 보다 아래처럼 2 줄로 쓰는게 별도의 스택 변수를 사용하지 않아서 좋다.*/
+
+                APA_LinkPtrArr[AL_FirstIndex]=APA_LinkPtrArr[j];
+                APA_LinkPtrArr[j            ]=VP_PivotLinkPtr  ;
+
+                QuickSortAsc(APA_LinkPtrArr, AL_FirstIndex, j-1         );
+                QuickSortAsc(APA_LinkPtrArr, j+1,           AL_LastIndex);
+            }/*
+            if(AL_FirstIndex<AL_LastIndex)*/
+        }/*
+        static void QuickSortAsc
+            (
+                ZCLink* APA_LinkPtrArr[], TypeSize AL_FirstIndex, TypeSize AL_LastIndex
+            )
+        /*####################*/
+
+
+        static void QuickSortDesc
+            (
+                ZCLink* APA_LinkPtrArr[], TypeSize AL_FirstIndex, TypeSize AL_LastIndex
+            )
+        /*#####################*/
+        {
+            if(AL_FirstIndex<AL_LastIndex)
+            {
+                TypeSize i=AL_FirstIndex ;
+                TypeSize j=AL_LastIndex+1;
+
+                ZCLink* VP_PivotLinkPtr=APA_LinkPtrArr[i];
+
+                do //////
+                {
+                    while(AL_LastIndex >i && APA_LinkPtrArr[++i]->GetData() > VP_PivotLinkPtr->GetData());
+                    while(AL_FirstIndex<j && APA_LinkPtrArr[--j]->GetData() < VP_PivotLinkPtr->GetData());
+
+                    if(i<j) SwapLinkPtr(APA_LinkPtrArr[i], APA_LinkPtrArr[j]);
+                }
+                while(i<j);
+
+                /*  SwapLinkPtr(APA_LinkPtrArr[AL_FirstIndex], APA_LinkPtrArr[j]);
+
+                    위 코드 보다 아래처럼 2 줄로 쓰는게 별도의 스택 변수를 사용하지
+                    않아서 좋다.
+                */
+                APA_LinkPtrArr[AL_FirstIndex]=APA_LinkPtrArr[j];
+                APA_LinkPtrArr[j            ]=VP_PivotLinkPtr  ;
+
+                QuickSortDesc(APA_LinkPtrArr, AL_FirstIndex, j-1);
+                QuickSortDesc(APA_LinkPtrArr, j+1,           AL_LastIndex);
+            }/*
+            if(AL_FirstIndex<AL_LastIndex)*/
+        }/*
+        static void QuickSortDesc
+            (
+                ZCLink* APA_LinkPtrArr[], TypeSize AL_FirstIndex, TypeSize AL_LastIndex
+            )
+        /*#####################*/
+
+
+  /*private:*/
+    public :
+
+
+        static void QuickSort(TTypObjList& ARR_CObjList, bool AB_IsAscending=true)
+        {
+            if(ARR_CObjList.GetSize()<=1) return;
+
+            TypeSize  VL_SortSize    = ARR_CObjList.GetSize()  ;
+            ZCLink**  VPP_LinkPtrArr = new ZCLink*[VL_SortSize];
+
+            if(VPP_LinkPtrArr==0)
+            {
+                // Add codes for memory over
+
+                return;
+            }/*
+            if(VPP_LinkPtrArr==0)*/
+
+            ZCLink*  VP_TempLink =
+                ARR_CObjList.GetHeadLinkPtr();
+            TypeSize i=0         ;
+
+            for(; i<VL_SortSize; ++i)
+            {
+                VPP_LinkPtrArr[i] =VP_TempLink;
+                VP_TempLink       =VP_TempLink->GetNextPtr();
+            }/*
+            for(; i<VL_SortSize; ++i)*/
+
+            if(AB_IsAscending==true)
+                 QuickSortAsc (VPP_LinkPtrArr, 0, VL_SortSize-1);
+            else QuickSortDesc(VPP_LinkPtrArr, 0, VL_SortSize-1);
+
+            for(i=1; i<VL_SortSize; ++i) // VL_SortSize-1 번 순환
+            {
+                ZCLink::JoinLink(VPP_LinkPtrArr[i-1], VPP_LinkPtrArr[i]);
+            }/*
+            //////////////////////////*/
+
+            ZCLink::MakeCircle
+                (VPP_LinkPtrArr[0], VPP_LinkPtrArr[VL_SortSize-1]);
+
+            ARR_CObjList.mp_HeadLink = VPP_LinkPtrArr[0];
+
+            delete[] VPP_LinkPtrArr; ////////////////////
+        }/*
+        static void QuickSort(TTypObjList& ARR_CObjList, bool AB_IsAscending=true)*/
+
+
+        template
+            <typename TTypFuncIsMore, typename TTypFuncIsLess>
+        static void QuickSort
+            (
+                TTypObjList&   ARR_CObjList ,
+                TTypFuncIsMore APF_IsMore   ,
+                TTypFuncIsLess APF_IsLess
+            )
+        //////////////////////////////////////////////////////
+        {
+            if(ARR_CObjList.GetSize()<=1) return;
+
+            TypeSize VL_SortSize   = ARR_CObjList.GetSize() ;
+            ZCLink**  VPP_LinkPtrArr= new ZCLink*[VL_SortSize];
+
+            if(VPP_LinkPtrArr==0)
+            {
+                // Add codes for memory over
+
+                return;
+            }/*
+            if(VPP_LinkPtrArr==0)*/
+
+            ZCLink*  VP_TempLink =
+                ARR_CObjList.GetHeadLinkPtr();
+            TypeSize i=0       ;
+
+            for(; i<VL_SortSize; ++i)
+            {
+                VPP_LinkPtrArr[i]=VP_TempLink;
+                VP_TempLink      =VP_TempLink->GetNextPtr();
+            }/*
+            ///////////////////////*/
+
+            QuickSort
+                (APF_IsMore, APF_IsLess, VPP_LinkPtrArr, 0, VL_SortSize-1);
+
+            for(i=1; i<VL_SortSize; ++i) // VL_SortSize-1 번 순환
+            {
+                ZCLink::JoinLink(VPP_LinkPtrArr[i-1], VPP_LinkPtrArr[i]);
+            }/*
+            //////////////////////////*/
+
+            ZCLink::MakeCircle
+                (VPP_LinkPtrArr[0], VPP_LinkPtrArr[VL_SortSize-1]);
+
+            ARR_CObjList.mp_HeadLink = VPP_LinkPtrArr[0];
+
+            delete[] VPP_LinkPtrArr; ////////////////////
+        }/*
+        template
+            <typename TTypFuncIsMore, typename TTypFuncIsLess>
+        static void QuickSort
+            (
+                TTypObjList&   ARR_CObjList ,
+                TTypFuncIsMore APF_IsMore   ,
+                TTypFuncIsLess APF_IsLess
+            )
+        ////////////////////////////////////////////////////*/
+
+
+        static void QuickSortPart /*########################*/
+            (
+                TTypObjList&  ARR_CObjList,
+                ZCLink*       AP_HeadLink ,
+                TypeSize      AL_HeadPos  ,
+                ZCLink*       AP_TailLink ,
+                TypeSize      AL_TailPos  ,
+                bool          AB_IsAscending=true
+            )
+        /*##################################################*/
+        {
+            // AP_HeadLink 부터 AP_TailLink 까지만 정렬
+
+        #ifdef _DEBUG
+
+            if(ARR_CObjList.IsEmpty()==true || ARR_CObjList.Find(AP_HeadLink)!=AL_HeadPos || ARR_CObjList.Find(AP_TailLink)!=AL_TailPos || AL_HeadPos>AL_TailPos)
+            {
+                std::fstream fileout("DEBUG.txt",std::ios::out | std::ios::app);
+                fileout<<std::endl<<"File : "<<__FILE__<<std::endl<<"Line : "<<__LINE__<<std::endl;
+                fileout<<"Error !! In static void QuickSortPart("<<endl
+                       <<"          TTypObjList& ARR_CObjList,"<<endl
+                       <<"          ZCLink*       AP_HeadLink ,"<<endl
+                       <<"          TypeSize     AL_HeadPos  ,"<<endl
+                       <<"          ZCLink*       AP_TailLink ,"<<endl
+                       <<"          TypeSize     AL_TailPos  ,"<<endl
+                       <<"          bool         AB_IsAscending=true )"<<endl
+                       <<"Parameters are not valid"<<endl;
+                fileout.close();
+                exit(1);
+            }/*
+            if(ARR_CObjList.IsEmpty()==true || ARR_CObjList.Find(AP_HeadLink)!=AL_HeadPos || ARR_CObjList.Find(AP_TailLink)!=AL_TailPos || AL_HeadPos>AL_TailPos)*/
+
+        #endif //_DEBUG
+
+            if(AL_HeadPos==1 && AL_TailPos==ARR_CObjList.GetSize())
+            {
+                QuickSort(ARR_CObjList, AB_IsAscending); return;
+            }/*
+            if(AL_HeadPos==1 && AL_TailPos==ARR_CObjList.GetSize())*/
+
+            ZCLink*  VP_PrevHead=AP_HeadLink->GetPrevPtr();
+            ZCLink*  VP_NextTail=AP_TailLink->GetNextPtr();
+            TypeSize VL_SortSize=AL_TailPos-AL_HeadPos+1  ;
+
+            ZCLink** VPP_LinkPtrArr = new ZCLink*[VL_SortSize];
+
+            if(VPP_LinkPtrArr==0)
+            {
+                // Add codes for memory over
+
+                return;
+            }/*
+            if(VPP_LinkPtrArr==0)*/
+
+            ZCLink*  VP_TempLink = AP_HeadLink;  TypeSize i=0;
+
+            for(; i<VL_SortSize; ++i)
+            {
+                VPP_LinkPtrArr[i]=VP_TempLink;
+                VP_TempLink      =VP_TempLink->GetNextPtr();
+            }/*
+            ///////////////////////*/
+
+            if(AB_IsAscending==true)
+                  QuickSortAsc (VPP_LinkPtrArr, 0, VL_SortSize-1);
+            else  QuickSortDesc(VPP_LinkPtrArr, 0, VL_SortSize-1);
+
+            for(i=1; i<VL_SortSize; ++i) // VL_SortSize-1 번 순환
+            {
+                ZCLink::JoinLink(VPP_LinkPtrArr[i-1], VPP_LinkPtrArr[i]);
+            }/*
+            //////////////////////////*/
+
+            ZCLink::JoinLink(VP_PrevHead  /*##########*/  , VPP_LinkPtrArr[0]);
+            ZCLink::JoinLink(VPP_LinkPtrArr[VL_SortSize-1], VP_NextTail      );
+
+            if(AL_HeadPos==1)
+                ARR_CObjList.mp_HeadLink=VPP_LinkPtrArr[0];
+
+            delete[] VPP_LinkPtrArr; //////////////////////
+        }/*
+        static void QuickSortPart ############################
+            (
+                TTypObjList& ARR_CObjList,
+                ZCLink*       AP_HeadLink ,
+                TypeSize      AL_HeadPos  ,
+                ZCLink*       AP_TailLink ,
+                TypeSize      AL_TailPos  ,
+                bool         AB_IsAscending=true
+            )
+        /*##################################################*/
+
+
+        static void MergeSort
+            (TTypObjList& ARR_AddList, TTypObjList& ARR_CutList, bool AB_IsAscending=true)
+        /*#################*/
+        {
+            /*/////////////////////////////////////////////////////////////////////////////
+
+            ■  연결리스트 ARR_AddList 와 ARR_CutList 는 이미 정렬되어 있는 것으로 간주하여
+                병합 정렬을 실시한다. ARR_CutList 의 앞 링크부터 차례로 끊어 ARR_AddList 의
+                적당한 링크에 삽입한다. 이 병합 정렬은 ARR_AddList 가 오름차순으로 정렬되어
+                있다면 ARR_CutList 도 오름차순으로 정렬되어 있어야 하고, AB_IsAscending 도
+                true 여야 원하는 결과를 얻을 수 있다.
+
+            /////////////////////////////////////////////////////////////////////////////*/
+
+            if( &ARR_AddList==&ARR_CutList ||
+                ARR_AddList.mp_HeadLink==0 ||
+                ARR_CutList.mp_HeadLink==0 ) return ;
+
+            /*  먼저 각 리스크를 삭제하는 신호를 보낸다. 진짜로 삭제하는 것은 아니지만,
+                링크를 이동시키는 과정에서 발생할 수 있는 에러를 막는데는 도움이 된다. */
+
+            ARR_AddList.OnDelete(   ARR_AddList.mp_HeadLink,               1,
+                                    ARR_AddList.mp_HeadLink->mp_PrevLink,  ARR_AddList.ml_Size );
+            ARR_CutList.OnDelete(   ARR_CutList.mp_HeadLink,               1,
+                                    ARR_CutList.mp_HeadLink->mp_PrevLink,  ARR_CutList.ml_Size );
+            bool (*pf_IsTrueValue)(TypeArg AR_Left,TypeArg rRigh);
+
+            if(AB_IsAscending==true)
+                 pf_IsTrueValue=IsMore;
+            else pf_IsTrueValue=IsLess;
+
+            if(pf_IsTrueValue(ARR_AddList.GetTailData(), ARR_CutList.GetHeadData())==false)
+            {
+                ARR_AddList.JoinTail(ARR_CutList); return;  // 이때는 더 이상 비교할 필요가 없다.
+            }/*
+            if(pf_IsTrueValue(ARR_AddList.GetTailData(), ARR_CutList.GetHeadData())==false)*/
+
+            ZCLink* VP_LhsTail =ARR_AddList.mp_HeadLink->mp_PrevLink;
+            ZCLink* VP_LhsTemp =ARR_AddList.mp_HeadLink;
+            ZCLink* VP_RhsHead =ARR_CutList.mp_HeadLink;
+
+            TypeSize VL_LhsTempPos=1    ; // VP_LhsTemp 의 위치
+            bool     VB_IsMoved   =false;
+            ZCLink*  VP_TempLink  =0    ;
+            
+            do //////
+            {
+                if(pf_IsTrueValue(VP_LhsTemp->GetData(), VP_RhsHead->GetData())==true)
+                {
+                    VP_TempLink=VP_RhsHead             ;
+                    VP_RhsHead =VP_RhsHead->mp_NextLink;
+
+                    ARR_AddList.JoinBefore ////////////////////
+                        (
+                            ARR_CutList.CutLink(VP_TempLink,1),
+                            VP_LhsTemp,
+                            VL_LhsTempPos
+                        );
+                    ///////////////////////////////////////////
+
+                    /*  VP_LhsTemp 앞에 링크가 하나 삽입되었으므로,
+                        VP_LhsTemp 의 위치값을 하나 증가시킨다. */
+
+                    ++VL_LhsTempPos; VB_IsMoved=true;
+                }/*
+                if(pf_IsTrueValue(VP_LhsTemp->GetData(), VP_RhsHead->GetData())==true)*/
+
+                if(ARR_CutList.mp_HeadLink==0) return;
+
+                if(VP_LhsTemp==VP_LhsTail)
+                {
+                    ARR_AddList.JoinTail(ARR_CutList); return;
+                }/*
+                if(VP_LhsTemp==VP_LhsTail)*/
+
+                if(VB_IsMoved==false)
+                {
+                    VP_LhsTemp=VP_LhsTemp->mp_NextLink;  ++VL_LhsTempPos;
+                }
+                else
+                {
+                    VB_IsMoved=false;
+                }
+            }
+            while(true);
+        }/*
+        static void MergeSort
+            (TTypObjList& ARR_AddList, TTypObjList& ARR_CutList, bool AB_IsAscending=true)
+        /*#################*/
+
+
+        template<typename TFunctor> void MakeUnique( /*############*/
+                        TTypObjList& ARR_CObjList        ,
+                        TFunctor     AR_Functor          ,
+                        bool         AB_IsSorted   =false,
+                        bool         AB_IsAscending=true
+        /*#########*/ ) /*#########################################*/
+        {
+            // ARR_CObjList 의 각 노드를 유일하게 만든다.
+
+            if(AB_IsSorted==false)
+                QuickSort(ARR_CObjList,AB_IsAscending);
+
+            TypeSize VL_LoopSize= ARR_CObjList.GetSize()       ;
+            TypeSize VL_Index   = 1                            ;
+            ZCLink*  VP_HeadLink= ARR_CObjList.GetHeadLinkPtr();
+            ZCLink*  VP_CutLink = 0                            ;
+
+            /*  VL_LoopSize-1 번 순환하며 같은 원소가 이웃한다면
+                앞뒤 노드에 대해 어떤 처리를 하고 뒤쪽의 노드를 삭제한다. */
+
+            for(TypeSize i=1; i<VL_LoopSize; ++i)
+            {
+                if(VP_HeadLink->GetData()==VP_HeadLink->GetNextPtr()->GetData())
+                {
+                    AR_Functor //////////////////////////
+                        (
+                            VP_HeadLink->GetData(), VP_HeadLink->GetNextPtr()->GetData()
+                        );
+                    VP_CutLink=VP_HeadLink->GetNextPtr();
+
+                    ARR_CObjList.Delete(VP_CutLink, VL_Index+1);
+                }
+                else
+                {
+                    (VP_HeadLink=VP_HeadLink->GetNextPtr(), ++VL_Index);
+                }
+            }/*
+            for(TypeSize i=1; i<VL_LoopSize; ++i)*/
+        }/*
+        template<typename TFunctor> void MakeUnique( ################
+                            TFunctor     AR_Functor        ,
+                            bool         AB_IsSorted=false ,
+                            bool         AB_IsAscending=true
+        ################# ) #######################################*/
+
+
+        static void MakeUnique( /*#################################*/
+                        TTypObjList& ARR_CObjList        ,
+                        bool         AB_IsSorted   =false,
+                        bool         AB_IsAscending=true
+        /*#########*/ ) /*#########################################*/
+        {
+            // ARR_CObjList 의 각 노드를 유일하게 만든다.
+
+            if(AB_IsSorted==false)
+                QuickSort(ARR_CObjList,AB_IsAscending);
+
+            TypeSize  VL_LoopSize =ARR_CObjList.GetSize()       ;
+            TypeSize  VL_Index    =1                            ;
+            ZCLink*   VP_HeadLink =ARR_CObjList.GetHeadLinkPtr();
+            ZCLink*   VP_CutLink  =0                            ;
+
+            /*  VL_LoopSize-1 번 순환하며 같은 원소가 이웃한다면
+                뒤쪽의 노드를 삭제한다.
+            */
+            for(TypeSize i=1; i<VL_LoopSize; ++i)
+            {
+                if(VP_HeadLink->GetData()==VP_HeadLink->GetNextPtr()->GetData())
+                {
+                    VP_CutLink = VP_HeadLink->GetNextPtr()    ;
+
+                    ARR_CObjList.Delete(VP_CutLink, VL_Index+1);
+                }
+                else
+                {
+                    (VP_HeadLink=VP_HeadLink->GetNextPtr(), ++VL_Index);
+                }
+            }/*
+            for(TypeSize i=1; i<VL_LoopSize; ++i)*/
+        }/*
+        static void MakeUnique( #####################################
+                        TTypObjList& ARR_CObjList        ,
+                        bool         AB_IsSorted   =false,
+                        bool         AB_IsAscending=true
+        ############# ) ###########################################*/
+
+
+        template<typename TFunctor> static void SplitGroup( /*#####*/
+                        TTypObjList& ARR_CObjList        ,
+                        TFunctor     AR_Functor          ,
+                        bool         AB_IsSorted   =false,
+                        bool         AB_IsAscending=true
+        /*#########*/ ) /*#########################################*/
+        {
+            /*  ARR_CObjList 의 각 노드를 같은 것끼리 그룹으로 묵어서
+                묶여진 리스트에 대해 AR_Functor 를 수행한다.
+            */
+            if(ARR_CObjList.IsEmpty()) return;
+
+            if(AB_IsSorted==false)
+            {
+                QuickSort(ARR_CObjList, AB_IsAscending); // 정렬이 안되었으면 정렬을 하고...
+            }/*
+            if(AB_IsSorted==false)*/
+
+            TypeSize VL_LoopSize=ARR_CObjList.GetSize() ;
+            TypeSize VL_TailPos =1                      ;
+
+            ZCLink* VP_CutHead  =ARR_CObjList.GetHeadLinkPtr();
+            ZCLink* VP_CutTail  =VP_CutHead                   ;
+            ZCLink* VP_CutTemp  =VP_CutTail->GetNextPtr()     ;
+
+            // VL_LoopSize-1 번 순환
+
+            for(TypeSize i=2; i<=VL_LoopSize; ++i)
+            {
+                if(VP_CutTail->GetData()==VP_CutTemp->GetData())
+                {
+                    VP_CutTail=VP_CutTemp               ;
+                    VP_CutTemp=VP_CutTemp->GetNextPtr() ;
+
+                    ++VL_TailPos;
+                }
+                else // VP_CutTail->GetData()!=VP_CutTemp->GetData()
+                {
+                    /*  다음 노드와 다르면 이전 노드들은 서로 같다는 것이다.
+                        이전 노드들은 functor 로 처리를 넘긴다. functor 는
+                        넘겨받은 리스트를 반드시 써야(삭제해야) 한다. CutLink()
+                        멤버 함수는 내부에 정적 리스트 개체를 가지고 있는데
+                        여기에 쓸데없는 자료가 남겨져서는 안되기 때문이다. */
+
+                    AR_Functor //////////////////////////////////////
+                        (
+                            ARR_CObjList.CutLink
+                            (
+                                VP_CutHead, 1, VP_CutTail, VL_TailPos
+                            )
+                        );
+                    /////////////////////////////////////////////////
+
+                    VP_CutHead =VP_CutTemp;
+                    VP_CutTail =VP_CutTemp;
+                    VP_CutTemp =VP_CutTemp->GetNextPtr();
+
+                    VL_TailPos =1         ;
+                }/*
+                else // VP_CutTail->GetData()!=VP_CutTemp->GetData()*/
+            }/*
+            for(TypeSize i=2; i<=VL_LoopSize; ++i)*/
+
+            if(ARR_CObjList.IsEmpty()==false) AR_Functor(ARR_CObjList);
+        }/*
+        template<typename TFunctor> static void SplitGroup( ##########
+                        TTypObjList& ARR_CObjList      ,
+                        TFunctor     AR_Functor        ,
+                        bool         AB_IsSorted=false ,
+                        bool         AB_IsAscending=true
+        ############# ) ############################################*/
+
+    public:
+    };/*
+    template<typename TTypObjList> class ZtCSortObjList */
+
+
+    namespace ZNsExam
+    {
+
+        template<typename TTypeInt=int> class ZtExamSortIntList
+        {
+        public:
+
+            static void ShowElemnet(int AI_Element)
+            {
+                cout<<"* Element : "<<AI_Element<<endl;
+            }
+            ///////////////////////////////////////
+
+            static int Main(int AI_ArgCnt=0, const char* APP_ArgVal[]=0)
+            {
+                using namespace std;  typedef ZNsMain::
+                    ZtCObjList<TTypeInt, TTypeInt> CObjList ;
+
+                CObjList VO_CIntList; ///////////////////////////
+
+                VO_CIntList.AddTail(10); VO_CIntList.AddTail(1 );
+                VO_CIntList.AddTail(6 ); VO_CIntList.AddTail(4 );
+                VO_CIntList.AddTail(7 ); VO_CIntList.AddTail(2 );
+                VO_CIntList.AddTail(8 ); VO_CIntList.AddTail(5 );
+                VO_CIntList.AddTail(9 ); VO_CIntList.AddTail(3 );
+
+                cout<<"# Sort ASC" <<endl; ZtCSortObjList<CObjList>::
+                    QuickSort(RR(VO_CIntList), true ); VO_CIntList.IterElement(ShowElemnet);
+                cout<<"# Sort DESC"<<endl; ZtCSortObjList<CObjList>::
+                    QuickSort(RR(VO_CIntList), false); VO_CIntList.IterElement(ShowElemnet);
+
+                return 0 ;
+            }/*
+            static int Main(int AI_ArgCnt=0, const char* APP_ArgVal[]=0)*/
+
+        public:
+        };/*
+        template<typename TTypeInt=int> class ZtExamSortIntList*/
+
+    }/*
+    namespace ZNsExam*/
+
+
+    // 단방향 연결리스트에 대한 정렬 클래스이다.
+
+    template<typename TTypObjList> class ZtCSortSimList
+    {
+    public :
+        typedef typename TTypObjList::ZCLink   ZCLink   ;
+        typedef typename TTypObjList::TypeData TypeData ;
+        typedef typename TTypObjList::TypeArg  TypeArg  ;
+        typedef typename TTypObjList::TypeSize TypeSize ;
+    private:
+
+        static inline void SwapLinkPtr(ZCLink*& APR_LinkI, ZCLink*& APR_LinkJ)
+        {
+            ZCLink*
+            VP_Temp  =APR_LinkI;
+            APR_LinkI=APR_LinkJ;
+            APR_LinkJ=VP_Temp;
+        }/*
+        static inline void SwapLinkPtr( ZCLink*& APR_LinkI, ZCLink*& APR_LinkJ) */
+
+
+        template
+            <typename TTypFuncIsMore, typename TTypFuncIsLess>
+        static void QuickSort
+            (
+                TTypFuncIsMore  APF_IsMore      ,
+                TTypFuncIsLess  APF_IsLess      ,
+                ZCLink*         APA_LinkPtrArr[],
+                TypeSize        AL_FirstIndex   ,
+                TypeSize        AL_LastIndex
+            )
+        /*##################################################*/
+        {
+            if(AL_FirstIndex<AL_LastIndex)
+            {
+                TypeSize i=AL_FirstIndex  ;
+                TypeSize j=AL_LastIndex+1 ;
+
+                ZCLink* VP_PivotLinkPtr=APA_LinkPtrArr[i];
+
+                do //////
+                {
+                    while(AL_LastIndex >i && APF_IsLess(APA_LinkPtrArr[++i]->GetData(), VP_PivotLinkPtr->GetData()));
+                    while(AL_FirstIndex<j && APF_IsMore(APA_LinkPtrArr[--j]->GetData(), VP_PivotLinkPtr->GetData()));
+
+                    if(i<j) SwapLinkPtr(APA_LinkPtrArr[i], APA_LinkPtrArr[j]);
+                }
+                while(i<j);
+
+                /*  SwapLinkPtr(APA_LinkPtrArr[AL_FirstIndex],APA_LinkPtrArr[j]);
+
+                    위 코드 보다 아래처럼 2 줄로 쓰는게 별도의 스택 변수를 사용하지
+                    않아서 좋다.
+                */
+                APA_LinkPtrArr[AL_FirstIndex]=APA_LinkPtrArr[j];
+                APA_LinkPtrArr[j            ]=VP_PivotLinkPtr ;
+
+                QuickSort(APF_IsMore, APF_IsLess, APA_LinkPtrArr, AL_FirstIndex, j-1         );
+                QuickSort(APF_IsMore, APF_IsLess, APA_LinkPtrArr, j+1,           AL_LastIndex);
+            }/*
+            if(AL_FirstIndex<AL_LastIndex)*/
+        }/*
+        template
+            <typename TTypFuncIsMore, typename TTypFuncIsLess>
+        static void QuickSort
+            (
+                TTypFuncIsMore  APF_IsMore      ,
+                TTypFuncIsLess  APF_IsLess      ,
+                ZCLink*         APA_LinkPtrArr[],
+                TypeSize        AL_FirstIndex   ,
+                TypeSize        AL_LastIndex
+            )
+        /*##################################################*/
+
+  /*private:*/
+    public :
+
+        template
+            <typename TTypFuncIsMore, typename TTypFuncIsLess>
+        static void QuickSort
+            (
+                TTypObjList&    ARR_CObjList,
+                TTypFuncIsMore  APF_IsMore  ,
+                TTypFuncIsLess  APF_IsLess
+            )
+        /*##################################################*/
+        {
+            if(ARR_CObjList.GetSize()<=1) return;
+
+            TypeSize VL_SortSize    = ARR_CObjList.GetSize()  ;
+            ZCLink** VPP_LinkPtrArr = new ZCLink*[VL_SortSize];
+
+            if(VPP_LinkPtrArr==0)
+            {
+                // Add codes for memory over
+
+                return;
+            }/*
+            if(VPP_LinkPtrArr==0)*/
+
+            ZCLink*  VP_TempLink =
+                ARR_CObjList.GetHeadLinkPtr();
+            TypeSize i=0         ;
+
+            for(; i<VL_SortSize; ++i)
+            {
+                VPP_LinkPtrArr[i]=VP_TempLink              ;
+                VP_TempLink      =VP_TempLink->GetNextPtr();
+            }
+            /////////////////////////
+
+            QuickSort(APF_IsMore, APF_IsLess, VPP_LinkPtrArr, 0, VL_SortSize-1);
+
+            for(i=1; i<VL_SortSize; ++i) // VL_SortSize-1 번 순환
+            {
+                ZCLink::JoinLink(VPP_LinkPtrArr[i-1], VPP_LinkPtrArr[i]);
+            }
+            ////////////////////////////
+
+        #if(_CODE_OLD_) // 아래 코드만 빠진다.
+            ZCLink::MakeCircle(VPP_LinkPtrArr[0], VPP_LinkPtrArr[VL_SortSize-1]);
+        #else
+            ARR_CObjList.mp_HeadLink=VPP_LinkPtrArr[0]            ;
+            ARR_CObjList.mp_TailLink=VPP_LinkPtrArr[VL_SortSize-1];
+        #endif
+
+            delete[] VPP_LinkPtrArr;
+        }/*
+        template<typename TTypFuncIsMore, typename TTypFuncIsLess>
+            static void QuickSort(TTypObjList& ARR_CObjList, TTypFuncIsMore APF_IsMore, TTypFuncIsLess APF_IsLess) */
+
+    public:
+    };/*
+    template<typename TTypObjList> class ZtCSortSimList */
+
+}/*
+namespace ZNsMain*/
+
+
+#endif //__ZCPPMAIN__ZCSORT_LIST_H__

ZCppMain/ZtCTreeData.H

@@ -0,0 +1,993 @@
+
+
+#ifndef __ZCPPMAIN__ZCTREEDATA_H__
+#define __ZCPPMAIN__ZCTREEDATA_H__
+
+
+#include "ZCppMain/ZtCObjList.H"
+
+
+namespace ZNsMain
+{
+
+    namespace ZNsView
+    {
+
+        template< typename TypeData, typename TypeSize=int
+                >
+        class ZtCViewTreeData ////////////////////////////
+        {
+        private:
+
+            void ShowDepth(TypeSize AI_Depth)
+            {
+                __for1(TypeSize, i, AI_Depth) cout<<"    ";
+            }/*
+            void ShowDepth(TypeSize AI_Depth)*/
+
+        public :
+
+            ZNsMain::ZNsEnum::ZERun OnDataStart(TypeSize AI_Depth)
+            {
+                ShowDepth(AI_Depth); cout<<"▷ OnDataStart:"<<endl;
+                    return ZNsMain::ZNsEnum::ZERun_OK;
+            }
+            ZNsMain::ZNsEnum::ZERun OnDataBody(TypeData& AR_TypeData, TypeSize AI_Depth, TypeSize AI_Index=0)
+            {
+                ShowDepth(AI_Depth); cout<<"    ※ Index="<<AI_Index<<": "<<AR_TypeData<<endl;
+                    return ZNsMain::ZNsEnum::ZERun_OK;
+            }
+            ZNsMain::ZNsEnum::ZERun OnDataClose(TypeSize AI_Depth)
+            {
+                ShowDepth(AI_Depth); cout<<"◁ OnDataClose:"<<endl;
+                    return ZNsMain::ZNsEnum::ZERun_OK;
+            }
+            ZNsMain::ZNsEnum::ZERun OnSubNodeStart(TypeSize AI_Depth, TypeSize AI_NodeCnt)
+            {
+                if(AI_NodeCnt<1){ return ZNsMain::ZNsEnum::ZERun_OK; }
+
+                ShowDepth(AI_Depth); cout<<"▶ OnSubNodeStart:"<<endl;
+                    return ZNsMain::ZNsEnum::ZERun_OK;
+            }
+            ZNsMain::ZNsEnum::ZERun OnSubNodeClose(TypeSize AI_Depth, TypeSize AI_NodeCnt)
+            {
+                if(AI_NodeCnt<1){ return ZNsMain::ZNsEnum::ZERun_OK; }
+
+                ShowDepth(AI_Depth); cout<<"◀ OnSubNodeClose:"<<endl;
+                    return ZNsMain::ZNsEnum::ZERun_OK;
+            }/*
+            ZNsMain::ZNsEnum::ZERun OnSubNodeClose(TypeSize AI_Depth, TypeSize AI_NodeCnt)*/
+
+        public:
+        };/*
+        template< typename TypeData, typename TypeSize=int
+                >
+        class ZtCViewTreeData //////////////////////////*/
+
+    }/*
+    namespace ZNsView*/
+
+
+    namespace ZNsType
+    {
+
+        /*/////////////////////////////////////////////////////////////////////////////////////
+
+        ■  class ZtCTypeTreeData 템플릿은 정의에서 또 다른 템플릿(list 등의 컨테이너 템플릿)을
+            포함하고 있음을 눈여겨 보자. 이것을 ZtCTreeData<> 에서 활용하는 부분은 아래처럼
+
+                typedef typename TTypeTreeData::template ZtCTypeClass<ZCNode1>::TypeData ZCNode1List;
+                typedef typename TTypeTreeData::template ZtCTypeClass<ZCNode2>::TypeData ZCNode2List;
+
+            다소 복잡해 보인다.
+
+            -- 2011-11-01 14:39:00
+
+        /////////////////////////////////////////////////////////////////////////////////////*/
+
+        template<typename TTypeSize=long> class ZtCTypeTreeData
+        {
+        public:
+            typedef TTypeSize TypeSize;
+        public:
+
+            template<   typename TType                          ,
+                        typename TTypeArg  =const TType&        ,
+                        typename TTypeAlloc=ZNsMain::ZCAllocator,
+                        typename TTypeInit =ZNsMain::ZtCInit<TType>
+                    >
+            class ZtCTypeClass  /////////////////////////////////
+            {
+            public:
+                typedef TTypeAlloc TypeAlloc;
+                typedef TTypeInit  TypeInit ;
+            public:
+                typedef ZNsMain::ZtCObjList
+                    <TType, TTypeArg, TTypeAlloc, TTypeInit, TTypeSize>
+                TypeList; /////////////////
+            public:
+            };/*
+            template<   typename TType                          ,
+                        typename TTypeArg  =const TType&        ,
+                        typename TTypeAlloc=ZNsMain::ZCAllocator,
+                        typename TTypeInit =ZNsMain::ZtCInit<TType>
+                    >
+            class ZtCTypeClass  ///////////////////////////////*/
+
+        public:
+        };/*
+        template<typename TTypeSize=long> class ZtCTypeTreeData*/
+
+    }/*
+    namespace ZNsType*/
+
+
+    template<   typename TType                                ,
+                typename TTypeInit    =ZNsMain::ZtCInit<TType>,
+                typename TTypeTreeData=ZNsType::ZtCTypeTreeData<long>
+            >
+    class ZtCTreeData /*###########################################*/
+    {
+    public:
+        class ZCNode1; class ZCNode2; class ZCNodeInfo;
+    public:
+        typedef TType         TypeData      ;
+        typedef TTypeInit     ZCTypeInit    ;
+        typedef TTypeTreeData ZCTypeTreeData;
+    public:
+        typedef typename TTypeTreeData::TypeSize TypeSize ;
+        typedef typename TTypeTreeData::template
+            ZtCTypeClass<ZCNode1>::TypeList ZCNode1List   ;
+        typedef typename TTypeTreeData::template
+            ZtCTypeClass<ZCNode2>::TypeList ZCNode2List   ;
+    public:
+        typedef ZCNode1     ZCNode     ;
+        typedef ZCNode1List ZCNodeList ;
+    public:
+        typedef typename ZCNodeList::ZCLink   ZCNodeLink;
+        typedef typename ZCNodeList::iterator IterOfNode;
+    public:
+
+        class ZCNode1 : public ZCTypeInit
+        {
+        public :
+            friend class ZCNodeInfo;
+        private:
+            ZCNode*     mp_HighNode ;
+            TypeData    mo_TypeData ;
+            ZCNode2List mo_CNodeList;
+        public :
+
+            ZCNode1()
+            {
+                mp_HighNode=0; this->ZCTypeInit::OnInit(mo_TypeData);
+            }/*
+            ZCNode1()*/
+
+            ~ZCNode1()
+            {
+                mp_HighNode=0; this->ZCTypeInit::OnFini(mo_TypeData);
+            }/*
+            ~ZCNode1()*/
+
+                  ZCNode* GetHighNodePtr  ()     {return (ZCNode*)mp_HighNode;}
+            const ZCNode* GetHighNodePtr  ()const{return (ZCNode*)mp_HighNode;}
+
+                  TypeData&   GetData     ()     {return mo_TypeData;}
+            const TypeData&   GetData     ()const{return mo_TypeData;}
+            const ZCNodeList& GetCNodeList()const{return (ZCNodeList&)mo_CNodeList;}
+
+            TypeSize GetNodeCnt(){return mo_CNodeList.size();}
+
+            void DeleteCNodeList(){mo_CNodeList.DeleteAll();}
+            void clear          (){mo_CNodeList.DeleteAll();}
+
+            ZCNode& AddSubNode()
+            {
+                ZCNode* VP_CNode=(ZCNode*)&(**mo_CNodeList.AddTailDef());
+
+                VP_CNode->mp_HighNode=(ZCNode*)this;   return *VP_CNode ;
+            }/*
+            ZCNode& AddSubNode()*/
+
+            ZCNodeInfo GetHeadNodeIter()
+            {
+                return ZCNodeInfo((ZCNode*)this, ((ZCNodeList&)mo_CNodeList).GetHeadLinkPtr());
+            }/*
+            ZCNodeInfo GetHeadNodeIter()*/
+
+
+            /*//////////////////////////////////////////////////////////////////////////////
+
+            ■  TViewClass 의 interface
+
+                ZNsMain::ZNsEnum::ZERun OnDataBody(TypeData, TypeSize AI_Depth, TypeSize AI_Index=0)
+
+                ZNsMain::ZNsEnum::ZERun OnSubNodeStart(int AI_Depth, int AI_NodeCnt)
+                ZNsMain::ZNsEnum::ZERun OnSubNodeClose(int AI_Depth, int AI_NodeCnt)
+
+                -- 2011-10-31 21:53:00
+
+            //////////////////////////////////////////////////////////////////////////////*/
+
+            template<typename TViewClass> ZNsMain::ZNsEnum::ZERun IterPreOrder
+                ( TViewClass& AR_CViewClass, TypeSize AI_StartDepth=0, TypeSize AI_NodeIndex=0 )
+            /*##############################################################*/
+            {
+                const bool CB_DoStop = ///////////////////////////////
+                    (
+                        AR_CViewClass.OnDataBody
+                            (mo_TypeData, AI_StartDepth, AI_NodeIndex)
+                        == ZNsMain::ZNsEnum::ZERun_NO
+                    );
+                //////////////////////////////////////////////////////
+
+                if(CB_DoStop) return ZNsMain::ZNsEnum::ZERun_NO;
+
+                TypeSize   VL_NodeCnt=  ((ZCNodeList&)mo_CNodeList).size () ;
+                IterOfNode VO_iter_Node(((ZCNodeList&)mo_CNodeList).begin());
+
+                if  (   AR_CViewClass. //////////////////////////////////////
+                            OnSubNodeStart(AI_StartDepth, VL_NodeCnt)==
+                        ZNsMain::ZNsEnum::ZERun_NO
+                    )
+                { return ZNsMain::ZNsEnum::ZERun_NO; } //////////////////////
+
+
+                ++AI_StartDepth;
+                {
+                    __for1(TypeSize, i, VL_NodeCnt)
+                    {
+                        const bool CB_DoStop =
+                            (
+                                ((ZCNodeList&)mo_CNodeList).ItD(VO_iter_Node).
+                                    IterPreOrder<TViewClass>
+                                        (AR_CViewClass, AI_StartDepth, i)
+                                == ZNsMain::ZNsEnum::ZERun_NO
+                            );
+                        //////////////////////
+
+                        if(CB_DoStop) return ZNsMain::ZNsEnum::ZERun_NO;
+
+                        ((ZCNodeList&)mo_CNodeList).MoveNextIter(RR(VO_iter_Node));
+                    }/*
+                    __for1(TypeSize, i, VL_NodeCnt)*/
+                }
+                --AI_StartDepth;
+
+                const ZNsMain::ZNsEnum::ZERun CE_ERun =
+                    AR_CViewClass.OnSubNodeClose(AI_StartDepth, VL_NodeCnt);
+
+                if(CE_ERun==ZNsMain::ZNsEnum::ZERun_NO)
+                    return ZNsMain::ZNsEnum::ZERun_NO; /////////////////////
+                
+                return ZNsMain::ZNsEnum::ZERun_OK;
+            }/*
+            template<typename TViewClass> ZNsMain::ZNsEnum::ZERun IterPreOrder
+                (TViewClass& AR_CViewClass, TypeSize AI_StartDepth=0, TypeSize AI_NodeIndex=0)
+            /*##############################################################*/
+
+            template<typename TViewClass> ZNsMain::ZNsEnum::ZERun IterPostOrder
+                ( TViewClass& AR_CViewClass, TypeSize AI_StartDepth=0, TypeSize AI_NodeIndex=0 )
+            /*###############################################################*/
+            {
+                TypeSize   VL_NodeCnt = ((ZCNodeList&)mo_CNodeList).size () ;
+                IterOfNode VO_iter_Node(((ZCNodeList&)mo_CNodeList).begin());
+
+                if(AR_CViewClass.OnSubNodeStart
+                    (AI_StartDepth, VL_NodeCnt)==ZNsMain::ZNsEnum::ZERun_NO)
+                { return ZNsMain::ZNsEnum::ZERun_NO; }
+
+
+                ++AI_StartDepth; /*####################*/
+                {
+                    __for1(TypeSize, i, VL_NodeCnt)
+                    {
+                        const bool CB_DoStop =
+                            (
+                                ((ZCNodeList&)mo_CNodeList).ItD(VO_iter_Node).
+                                    IterPostOrder<TViewClass>(AR_CViewClass, AI_StartDepth, i)
+                                == ZNsMain::ZNsEnum::ZERun_NO
+                            );
+                        //////////////////////
+
+                        if(CB_DoStop) return ZNsMain::ZNsEnum::ZERun_NO;
+
+                        ((ZCNodeList&)mo_CNodeList).MoveNextIter(VO_iter_Node);
+                    }/*
+                    __for1(TypeSize, i, VL_NodeCnt)*/
+                }
+                --AI_StartDepth; /*####################*/
+
+                if(AR_CViewClass.OnSubNodeClose
+                    (AI_StartDepth, VL_NodeCnt)==ZNsMain::ZNsEnum::ZERun_NO)
+                { return ZNsMain::ZNsEnum::ZERun_NO; }
+
+
+                const bool CB_DoStop = /////////////////////////
+                    (
+                        AR_CViewClass.OnDataBody
+                            ( mo_TypeData, AI_StartDepth, AI_NodeIndex )
+                        ==ZNsMain::ZNsEnum::ZERun_NO
+                    ) ;
+                ////////////////////////////////////////////////
+
+                if(CB_DoStop)
+                    { return ZNsMain::ZNsEnum::ZERun_NO; }
+
+                return ZNsMain::ZNsEnum::ZERun_OK;
+            }/*
+            template<typename TViewClass> ZNsMain::ZNsEnum::ZERun IterPostOrder
+                (TViewClass& AR_CViewClass, TypeSize AI_StartDepth=0, TypeSize AI_NodeIndex=0)
+            /*###############################################################*/
+
+        public:
+        };/*
+        class ZCNode1*/
+
+        class ZCNode2 : public ZCTypeInit
+        {
+        public :
+            friend class ZCNodeInfo;
+        private:
+            ZCNode*     mp_HighNode ;
+            TypeData    mo_TypeData ;
+            ZCNode1List mo_CNodeList;
+        public :
+
+            ZCNode2()
+            {
+                mp_HighNode=0; this->ZCTypeInit::OnInit(mo_TypeData);
+            }/*
+            ZCNode2()*/
+            ~ZCNode2()
+            {
+                mp_HighNode=0; this->ZCTypeInit::OnFini(mo_TypeData);
+            }/*
+            ~ZCNode2()*/
+
+                  ZCNode* GetHighNodePtr  ()     {return (ZCNode*)mp_HighNode;}
+            const ZCNode* GetHighNodePtr  ()const{return (ZCNode*)mp_HighNode;}
+
+                  TypeData&   GetData     ()     {return mo_TypeData         ;}
+            const TypeData&   GetData     ()const{return mo_TypeData         ;}
+            const ZCNodeList& GetCNodeList()const{return (ZCNodeList&)mo_CNodeList;}
+
+            TypeSize GetNodeCnt(){return mo_CNodeList.size();}
+
+            void DeleteCNodeList(){mo_CNodeList.DeleteAll();}
+            void clear          (){mo_CNodeList.DeleteAll();}
+
+            ZCNode& AddSubNode()
+            {
+                ZCNode* VP_CNode=(ZCNode*)&(**mo_CNodeList.AddTailDef());
+
+                VP_CNode->mp_HighNode=(ZCNode*)this;   return *VP_CNode ;
+            }/*
+            ZCNode& AddSubNode()*/
+
+            ZCNodeInfo GetHeadNodeIter()
+            {
+                return ZCNodeInfo((ZCNode*)this, ((ZCNodeList&)mo_CNodeList).GetHeadLinkPtr());
+            }/*
+            ZCNodeInfo GetHeadNodeIter()*/
+
+            /*//////////////////////////////////////////////////////////////////////////////////////////////
+
+            ■  ZCNode1 과 ZCNode2 가 동일한 구조이므로, ZCNode2 에서는 IterPreOrder() 와 IterPostOrder() 를
+                정의할 필요없다. ZCNode2 이 ZCNode1 로 형변환되어서 ZCNode1 의 IterPreOrder() 와 IterPostOrder()
+                을 사용할 것이기 때문이다.
+
+                -- 2011-11-01 10:40:00
+
+            //////////////////////////////////////////////////////////////////////////////////////////////*/
+
+        public:
+        };/*
+        class ZCNode2*/
+
+        class ZCNodeInfo
+        {
+        private:
+            ZCNode*     mp_NowNodeWrap;
+            ZCNodeLink* mp_NowNodeLink;
+        public :
+
+            ZCNodeInfo(ZCNode* AP_CNode=0, ZCNodeLink* AP_CNodeLink=0)
+            {
+                mp_NowNodeWrap=AP_CNode; mp_NowNodeLink=AP_CNodeLink;
+            }/*
+            ZCNodeInfo(ZCNode* AP_CNode=0, ZCNodeLink* AP_CNodeLink=0)*/
+
+            ZCNode*     GetNowNodeWrap(){return mp_NowNodeWrap;}
+            ZCNodeLink* GetNowNodeLink(){return mp_NowNodeLink;}
+
+            bool DeleteNode()
+            {
+                if(mp_NowNodeWrap==0 || mp_NowNodeLink==0) return false;
+
+                ((ZCNodeList&)(mp_NowNodeWrap->mo_CNodeList)).
+                    DeleteLink(mp_NowNodeLink);
+                mp_NowNodeLink=0; return true; ///////////////
+            }/*
+            bool DeleteNode()*/
+
+            ZCNodeInfo& operator ++ (int)
+                {mp_NowNodeWrap->mo_CNodeList.MoveNextIter(mp_NowNodeLink); return *this;}
+
+                  ZCNode& operator*()     {return mp_NowNodeWrap->mo_CNodeList.ItD(mp_NowNodeLink);}
+            const ZCNode& operator*()const{return mp_NowNodeWrap->mo_CNodeList.ItD(mp_NowNodeLink);}
+
+        public:
+        };/*
+        class ZCNodeInfo*/
+
+
+  /*public :*/
+    private:
+        ZCNode mo_RootNode;
+    public :
+              ZCNode& GetRootNode()     {return mo_RootNode;}
+        const ZCNode& GetRootNode()const{return mo_RootNode;}
+
+        void DeleteAll(){mo_RootNode.clear();}
+        void clear    (){mo_RootNode.clear();}
+
+        /*/////////////////////////////////////////////////////////////////////////////////////////
+
+        ■  위 clear() 함수는 mo_RootNode.clear() 를 호출하고 있는데, 만약  mo_RootNode.mo_TypeData
+            가 컨테이너 인 경우, mo_TypeData 를 추가로 초기화하는 코드가 필요할 수 있다. 이에 대해서
+            는 CXmlInfo_T<>::clear() 을 참고한다.
+
+            -- 2012-10-12 13:20:00
+
+        /////////////////////////////////////////////////////////////////////////////////////////*/
+
+
+        template<typename TViewClass> void IterPreOrder(TViewClass& AR_CViewClass)
+        {
+            mo_RootNode.IterPreOrder<TViewClass>(AR_CViewClass, 0, 0);
+        }/*
+        template<typename TViewClass> void IterPreOrder(TViewClass& AR_CViewClass) */
+
+        template<typename TViewClass> void IterPostOrder(TViewClass& AR_CViewClass)
+        {
+            mo_RootNode.IterPostOrder<TViewClass>(AR_CViewClass, 0, 0);
+        }/*
+        template<typename TViewClass> void IterPostOrder(TViewClass& AR_CViewClass) */
+
+    public:
+    };/*
+    template<   typename TType                                ,
+                typename TTypeInit    =ZNsMain::ZtCInit<TType>,
+                typename TTypeTreeData=ZNsType::ZtCTypeTreeData<long>
+            >
+    class ZtCTreeData #############################################*/
+
+
+
+    /*///////////////////////////////////////////////////////////////
+
+    ■  class ZtCTreeData 예제 -- 2015-08-14 14:00
+
+        #include <iostream>
+        #include "ZCppMain/ZtCTreeData.H"
+
+        using namespace std    ;
+        using namespace ZNsMain;
+
+        typedef ZtCStringBase<char>       CStringBase  ;
+        typedef ZtCTreeData<CStringBase>  CStrTreeData ;
+        typedef CStrTreeData::ZCNode      CNodeCStr    ;
+        typedef ZNsMain::ZNsView::
+            ZtCViewTreeData<CStringBase>  CViewTreeData;
+
+        int main()
+        {
+            CStringBase   VO_CStringBase  ;
+            CStrTreeData  VO_CStrTreeData ;
+            CViewTreeData VO_CViewTreeData;
+
+            CNodeCStr& VO_CNodeCStr1  = VO_CStrTreeData.GetRootNode().AddSubNode();
+            CNodeCStr& VO_CNodeCStr2  = VO_CStrTreeData.GetRootNode().AddSubNode();
+            CNodeCStr& VO_CNodeCStr3  = VO_CStrTreeData.GetRootNode().AddSubNode();
+
+            CNodeCStr& VO_CNodeCStr11 = VO_CNodeCStr1 .AddSubNode();
+            CNodeCStr& VO_CNodeCStr12 = VO_CNodeCStr1 .AddSubNode();
+
+            CNodeCStr& VO_CNodeCStr121= VO_CNodeCStr12.AddSubNode();
+            CNodeCStr& VO_CNodeCStr122= VO_CNodeCStr12.AddSubNode();
+
+            CNodeCStr& VO_CNodeCStr21 = VO_CNodeCStr2 .AddSubNode();
+            CNodeCStr& VO_CNodeCStr22 = VO_CNodeCStr2 .AddSubNode();
+
+            VO_CStrTreeData.GetRootNode().GetData()="## Root Node ##";
+
+            VO_CNodeCStr1 . GetData()="Node1"  ;
+            VO_CNodeCStr2 . GetData()="Node2"  ;
+            VO_CNodeCStr3 . GetData()="Node3"  ;
+
+            VO_CNodeCStr11. GetData()="Node11" ;
+            VO_CNodeCStr12. GetData()="Node12" ;
+
+            VO_CNodeCStr21. GetData()="Node21" ;
+            VO_CNodeCStr22. GetData()="Node22" ;
+
+            VO_CNodeCStr121.GetData()="Node121";
+            VO_CNodeCStr122.GetData()="Node122";
+
+            cout<<"# Pre Order"<<endl;
+                VO_CStrTreeData.IterPreOrder (VO_CViewTreeData);
+            cout<<"# Post Order" <<endl;
+                VO_CStrTreeData.IterPostOrder(VO_CViewTreeData);
+        }
+
+        □  출력
+
+            # Pre Order
+                ※ Index=0: ## Root Node ##
+            ▶ OnSubNodeStart:
+                    ※ Index=1: Node1
+                ▶ OnSubNodeStart:
+                        ※ Index=1: Node11
+                        ※ Index=2: Node12
+                    ▶ OnSubNodeStart:
+                            ※ Index=1: Node121
+                            ※ Index=2: Node122
+                    ◀ OnSubNodeClose:
+                ◀ OnSubNodeClose:
+                    ※ Index=2: Node2
+                ▶ OnSubNodeStart:
+                        ※ Index=1: Node21
+                        ※ Index=2: Node22
+                ◀ OnSubNodeClose:
+                    ※ Index=3: Node3
+            ◀ OnSubNodeClose:
+            # Post Order
+            ▶ OnSubNodeStart:
+                ▶ OnSubNodeStart:
+                        ※ Index=1: Node11
+                    ▶ OnSubNodeStart:
+                            ※ Index=1: Node121
+                            ※ Index=2: Node122
+                    ◀ OnSubNodeClose:
+                        ※ Index=2: Node12
+                ◀ OnSubNodeClose:
+                    ※ Index=1: Node1
+                ▶ OnSubNodeStart:
+                        ※ Index=1: Node21
+                        ※ Index=2: Node22
+                ◀ OnSubNodeClose:
+                    ※ Index=2: Node2
+                    ※ Index=3: Node3
+            ◀ OnSubNodeClose:
+                ※ Index=0: ## Root Node ##
+
+    ///////////////////////////////////////////////////////////////*/
+
+
+    /*///////////////////////////////////////////////////////////////
+    
+    ■  class ZtCTreeData  <>::ZCNode1 에는 mo_TypeData  이 있다면,
+        class ZtCTreeDataEx<>::ZCNode1 에는 mo_CDataList 이 있다.
+
+    ///////////////////////////////////////////////////////////////*/
+
+
+    template<   typename TType,
+                typename TTypeTreeData=ZNsType::ZtCTypeTreeData<long>
+            >
+    class ZtCTreeDataEx /*#########################################*/
+    {
+    public:
+        typedef TType         TypeData      ;
+        typedef TTypeTreeData ZCTypeTreeData;
+    public:
+        class ZCNode1;  class ZCNode2;  class ZCNodeInfo ;
+    public:
+        typedef typename TTypeTreeData::TypeSize TypeSize;
+    public:
+        typedef typename TTypeTreeData::
+            template ZtCTypeClass<TypeData>::TypeList ZCDataList ;
+        typedef typename TTypeTreeData::
+            template ZtCTypeClass<ZCNode1 >::TypeList ZCNode1List;
+        typedef typename TTypeTreeData::
+            template ZtCTypeClass<ZCNode2 >::TypeList ZCNode2List;
+    public:
+        typedef          ZCNode1              ZCNode    ;
+        typedef          ZCNode1List          ZCNodeList;
+        typedef typename ZCNodeList::ZCLink   ZCNodeLink;
+        typedef typename ZCDataList::ZCLink   ZCDataLink;
+    public:
+        typedef typename ZCDataList::iterator IterOfData;
+        typedef typename ZCNodeList::iterator IterOfNode;
+    public:
+
+        class ZCNode1
+        {
+        public :
+            friend class ZCNodeInfo;
+        private:
+            ZCNode*     mp_HighNode ;
+            ZCDataList  mo_CDataList;
+            ZCNode2List mo_CNodeList;
+        public :
+
+            ZCNode1()
+            {
+                mp_HighNode=0;
+            }/*
+            ZCNode1()*/
+
+                  ZCNode* GetHighNodePtr()     {return (ZCNode*)mp_HighNode;}
+            const ZCNode* GetHighNodePtr()const{return (ZCNode*)mp_HighNode;}
+
+                  ZCDataList& GetZCDataList()     {return mo_CDataList;}
+            const ZCDataList& GetZCDataList()const{return mo_CDataList;}
+            const ZCNodeList& GetCNodeList()const{return (ZCNodeList&)mo_CNodeList;}
+
+            TypeSize GetDataCnt(){return mo_CDataList.size();}
+            TypeSize GetNodeCnt(){return mo_CNodeList.size();}
+
+            void DeleteCDataList(){mo_CDataList.DeleteAll();}
+            void DeleteCNodeList(){mo_CNodeList.DeleteAll();}
+            void DeleteAll      (){mo_CDataList.DeleteAll(); mo_CNodeList.DeleteAll();}
+            void clear          (){DeleteAll();}
+
+            ZCNode& AddSubNode()
+            {
+                ZCNode* VP_CNode=(ZCNode*)&(**mo_CNodeList.AddTailDef());
+
+                VP_CNode->mp_HighNode=(ZCNode*)this;   return *VP_CNode ;
+            }/*
+            ZCNode& AddSubNode()*/
+
+            ZCNodeInfo GetHeadNodeIter()
+            {
+                return ZCNodeInfo((ZCNode*)this, ((ZCNodeList&)mo_CNodeList).GetHeadLinkPtr());
+            }/*
+            ZCNodeInfo GetHeadNodeIter()*/
+
+
+            /*//////////////////////////////////////////////////////////////////////////////
+
+            ■  TViewClass 의 interface
+
+                ZNsMain::ZNsEnum::ZERun OnDataStart(int AI_Depth)
+                ZNsMain::ZNsEnum::ZERun OnDataBody(TypeData, TypeSize AI_Depth, TypeSize AI_Index)
+                ZNsMain::ZNsEnum::ZERun OnDataClose(int AI_Depth)
+
+                ZNsMain::ZNsEnum::ZERun OnSubNodeStart(int AI_Depth, int AI_NodeCnt)
+                ZNsMain::ZNsEnum::ZERun OnSubNodeClose(int AI_Depth, int AI_NodeCnt)
+
+                -- 2011-10-31 21:53:00
+
+            //////////////////////////////////////////////////////////////////////////////*/
+
+            template<typename TViewClass> ZNsMain::ZNsEnum::ZERun IterPreOrder
+                (
+                    TViewClass& AR_CViewClass  ,
+                    TypeSize    AI_StartDepth=0,
+                    TypeSize    AI_NodeIndex =0
+                )
+            /*##############################################################*/
+            {
+                TypeSize VL_DataCnt=              mo_CDataList .size();
+                TypeSize VL_NodeCnt=((ZCNodeList&)mo_CNodeList).size();
+
+                IterOfData VO_iter_Data(              mo_CDataList.begin());
+                IterOfNode VO_iter_Node(((ZCNodeList&)mo_CNodeList).begin());
+
+                if(AR_CViewClass.OnDataStart(AI_StartDepth)==ZNsMain::ZNsEnum::ZERun_NO)
+                    { return ZNsMain::ZNsEnum::ZERun_NO; }
+                /*>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>*/
+                {
+                    __for1(TypeSize, i, VL_DataCnt)
+                    {
+                        const bool CB_DoStop =
+                            (
+                                AR_CViewClass.OnDataBody
+                                (
+                                    mo_CDataList.ItD(VO_iter_Data), AI_StartDepth, AI_NodeIndex
+                                )
+                                == ZNsMain::ZNsEnum::ZERun_NO
+                            );
+                        //////////////////////
+
+                        if(CB_DoStop) return ZNsMain::ZNsEnum::ZERun_NO;
+
+                        mo_CDataList.MoveNextIter(VO_iter_Data); ///////
+                    }/*
+                    __for1(TypeSize, i, VL_DataCnt)*/
+                }
+                if(AR_CViewClass.OnDataClose(AI_StartDepth)==ZNsMain::ZNsEnum::ZERun_NO)
+                    { return ZNsMain::ZNsEnum::ZERun_NO; }
+                /*<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<*/
+
+                if(AR_CViewClass.OnSubNodeStart
+                    (AI_StartDepth, VL_NodeCnt)==ZNsMain::ZNsEnum::ZERun_NO)
+                { return ZNsMain::ZNsEnum::ZERun_NO; }
+
+                ++AI_StartDepth;  /*>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>*/
+                {
+                    __for1(TypeSize, i, VL_NodeCnt)
+                    {
+                        const bool CB_DoStop = ///////////////////////////////
+                            (
+                                ((ZCNodeList&)mo_CNodeList).ItD(VO_iter_Node).
+                                    IterPreOrder<TViewClass>
+                                        (AR_CViewClass, AI_StartDepth. i)
+                                == ZNsMain::ZNsEnum::ZERun_NO
+                            );
+                        //////////////////////////////////////////////////////
+
+                        if(CB_DoStop) return ZNsMain::ZNsEnum::ZERun_NO;
+
+                        ((ZCNodeList&)mo_CNodeList).MoveNextIter(VO_iter_Node);
+                    }/*
+                    __for1(TypeSize, i, VL_NodeCnt)*/
+                }
+                --AI_StartDepth;  /*<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<*/
+
+                if(AR_CViewClass.OnSubNodeClose
+                    (AI_StartDepth, VL_NodeCnt)==ZNsMain::ZNsEnum::ZERun_NO)
+                { return ZNsMain::ZNsEnum::ZERun_NO; }
+
+                return ZNsMain::ZNsEnum::ZERun_OK; /////////////////////////
+            }/*
+            template<typename TViewClass> ZNsMain::ZNsEnum::ZERun IterPreOrder
+                (
+                    TViewClass& AR_CViewClass, TypeSize AI_StartDepth=0
+                    TypeSize    AI_NodeIndex =0
+                ) */
+            /*###############################################################*/
+
+            template<typename TViewClass> ZNsMain::ZNsEnum::ZERun IterPostOrder
+                (
+                    TViewClass& AR_CViewClass  ,
+                    TypeSize    AI_StartDepth=0,
+                    TypeSize    AI_NodeIndex =0
+                )
+            /*###############################################################*/
+            {
+                TypeSize VL_DataCnt=              mo_CDataList. size();
+                TypeSize VL_NodeCnt=((ZCNodeList&)mo_CNodeList).size();
+
+                IterOfData VO_iter_Data(              mo_CDataList. begin());
+                IterOfNode VO_iter_Node(((ZCNodeList&)mo_CNodeList).begin());
+
+                if(AR_CViewClass.OnSubNodeStart
+                    (AI_StartDepth, VL_NodeCnt)==ZNsMain::ZNsEnum::ZERun_NO)
+                { return ZNsMain::ZNsEnum::ZERun_NO; }
+
+                ++AI_StartDepth; /*>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>*/
+                {
+                    __for1(TypeSize, i, VL_NodeCnt)
+                    {
+                        const bool CB_DoStop = ////////////////////////////////
+                            (
+                                ((ZCNodeList&)mo_CNodeList).
+                                    ItD(VO_iter_Node).IterPostOrder<TViewClass>
+                                        (AR_CViewClass, AI_StartDepth, i)
+                                == ZNsMain::ZNsEnum::ZERun_NO
+                            );
+                        ///////////////////////////////////////////////////////
+
+                        if(CB_DoStop) return ZNsMain::ZNsEnum::ZERun_NO;
+
+                        ((ZCNodeList&)mo_CNodeList).MoveNextIter(VO_iter_Node);
+                    }/*
+                    __for1(TypeSize, i, VL_NodeCnt)*/
+                }
+                --AI_StartDepth; /*<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<*/
+
+                if(AR_CViewClass.OnSubNodeClose
+                    (AI_StartDepth, VL_NodeCnt)==ZNsMain::ZNsEnum::ZERun_NO)
+                { return ZNsMain::ZNsEnum::ZERun_NO; }
+
+                if(AR_CViewClass.OnDataStart(AI_StartDepth)==ZNsMain::ZNsEnum::ZERun_NO)
+                    { return ZNsMain::ZNsEnum::ZERun_NO; }
+                /*>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>*/
+                {
+                    __for1(TypeSize, i, VL_DataCnt)
+                    {
+                        const bool CB_DoStop = ////////////////////
+                            (
+                                AR_CViewClass.OnDataBody
+                                (
+                                    mo_CDataList.ItD(VO_iter_Data), AI_StartDepth, AI_NodeIndex
+                                )
+                                == ZNsMain::ZNsEnum::ZERun_NO
+                            );
+                        ///////////////////////////////////////////
+
+                        if(CB_DoStop) return ZNsMain::ZNsEnum::ZERun_NO;
+
+                        mo_CDataList.MoveNextIter(VO_iter_Data); ///////////////
+                    }/*
+                    __for1(TypeSize, i, VL_DataCnt)*/
+                }
+                if(AR_CViewClass.OnDataClose(AI_StartDepth)==ZNsMain::ZNsEnum::ZERun_NO)
+                    { return ZNsMain::ZNsEnum::ZERun_NO; }
+                /*<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<*/
+
+                return ZNsMain::ZNsEnum::ZERun_OK;
+            }/*
+            template<typename TViewClass> ZNsMain::ZNsEnum::ZERun IterPostOrder
+                (
+                    TViewClass& AR_CViewClass   ,
+                    TypeSize    AI_StartDepth=0 ,
+                    TypeSize    AI_NodeIndex =0
+                )
+            #################################################################*/
+
+        public:
+        };/*
+        class ZCNode1*/
+
+        class ZCNode2
+        {
+        public :
+            friend class ZCNodeInfo;
+        private:
+            ZCNode*     mp_HighNode ;
+            ZCDataList  mo_CDataList;
+            ZCNode1List mo_CNodeList;
+        public :
+
+            ZCNode2()
+            {
+                mp_HighNode=0;
+            }/*
+            ZCNode2()*/
+
+                  ZCNode* GetHighNodePtr()     {return (ZCNode*)mp_HighNode;}
+            const ZCNode* GetHighNodePtr()const{return (ZCNode*)mp_HighNode;}
+
+                  ZCDataList& GetZCDataList()     {return mo_CDataList;}
+            const ZCDataList& GetZCDataList()const{return mo_CDataList;}
+            const ZCNodeList& GetCNodeList ()const{return (ZCNodeList&)mo_CNodeList;}
+
+            TypeSize GetDataCnt(){return mo_CDataList.size();}
+            TypeSize GetNodeCnt(){return mo_CNodeList.size();}
+
+            void DeleteCDataList(){mo_CDataList.DeleteAll();}
+            void DeleteCNodeList(){mo_CNodeList.DeleteAll();}
+            void DeleteAll      (){mo_CDataList.DeleteAll(); mo_CNodeList.DeleteAll();}
+            void clear          (){DeleteAll();}
+
+            ZCNode& AddSubNode()
+            {
+                ZCNode* VP_CNode=(ZCNode*)&
+                    ( **mo_CNodeList.AddTailDef() );
+
+                VP_CNode->mp_HighNode=(ZCNode*)this; return *VP_CNode;
+            }/*
+            ZCNode& AddSubNode()*/
+
+            ZCNodeInfo GetHeadNodeIter()
+            {
+                return ZCNodeInfo((ZCNode*)this, ((ZCNodeList&)mo_CNodeList).GetHeadLinkPtr());
+            }/*
+            ZCNodeInfo GetHeadNodeIter()*/
+
+            /*//////////////////////////////////////////////////////////////////////////////////////////////
+
+            ■  ZCNode1 과 ZCNode2 가 동일한 구조이므로, ZCNode2 에서는 IterPreOrder() 와 IterPostOrder() 를
+                정의할 필요없다. ZCNode2 이 ZCNode1 로 형변환되어서 ZCNode1 의 IterPreOrder() 와 IterPostOrder()
+                을 사용할 것이기 때문이다.
+
+                -- 2011-11-01 10:40:00
+
+            //////////////////////////////////////////////////////////////////////////////////////////////*/
+
+        public:
+        };/*
+        class ZCNode2*/
+
+        class ZCNodeInfo
+        {
+        private:
+            ZCNode*     mp_NowNodeWrap;
+            ZCNodeLink* mp_NowNodeLink;
+        public :
+
+            ZCNodeInfo(ZCNode* AP_CNode=0,ZCNodeLink* AP_CNodeLink=0)
+            {
+                mp_NowNodeWrap=AP_CNode; mp_NowNodeLink=AP_CNodeLink;
+            }/*
+            ZCNodeInfo(ZCNode* AP_CNode=0,ZCNodeLink* AP_CNodeLink=0)*/
+
+            ZCNode*     GetNowNodeWrap(){return mp_NowNodeWrap;}
+            ZCNodeLink* GetNowNodeLink(){return mp_NowNodeLink;}
+
+            bool DeleteNode()
+            {
+                if(mp_NowNodeWrap==0 || mp_NowNodeLink==0) return false;
+
+                ((ZCNodeList&)(mp_NowNodeWrap->mo_CNodeList)).
+                    DeleteLink(mp_NowNodeLink);
+                mp_NowNodeLink=0; return true; //////////////
+            }/*
+            bool DeleteNode()*/
+
+            ZCNodeInfo& operator++(int)
+            {
+                mp_NowNodeWrap->mo_CNodeList.MoveNextIter(mp_NowNodeLink); return *this;
+            }/*
+            ZCNodeInfo& operator++(int)*/
+
+                  ZCNode& operator*()     {return mp_NowNodeWrap->mo_CNodeList.ItD(mp_NowNodeLink);}
+            const ZCNode& operator*()const{return mp_NowNodeWrap->mo_CNodeList.ItD(mp_NowNodeLink);}
+
+        public:
+        };/*
+        class ZCNodeInfo
+
+
+    public :*/
+    private:
+        ZCNode mo_RootNode;
+    public:
+              ZCNode& GetRootNode()     {return mo_RootNode;}
+        const ZCNode& GetRootNode()const{return mo_RootNode;}
+
+        void DeleteAll(){mo_RootNode.clear();}
+        void clear    (){mo_RootNode.clear();}
+
+        template<typename TViewClass> void IterPreOrder (TViewClass AO_CViewClass)
+            { mo_RootNode.IterPreOrder<TViewClass>(AO_CViewClass, 0); }
+        template<typename TViewClass> void IterPostOrder(TViewClass AO_CViewClass)
+            { mo_RootNode.IterPostOrder<TViewClass>(AO_CViewClass, 0); }
+
+    public:
+    };/*
+    template<   typename TType,
+                typename TTypeTreeData=ZNsType::ZtCTypeTreeData<long>
+            >
+    ZtCTreeDataEx #################################################*/
+
+}/*
+namespace ZNsMain*/
+
+
+/*//////////////////////////////////////////////////////////////////////////////////////////
+
+■  이 파일은 CTreeClass.H 파일을 대체할 것이다. CTreeClass.H 에서는 트리 구조를 표현하는데,
+    아래 형식의
+    
+        class CMyNode;
+        {
+        public:
+            TypeData                     mo_TypeData;
+            ZNsMain::ZtCObjList<CMyNode> mo_NodeList; // 하위 노드 리스트.
+        };
+
+    재귀 용법을 구현할 수가 없어서, void* 를 사용하였다. 그러나 이 파일에서는, 똑같은 구조의
+    두 클래스 ZCNode1, ZCNode2 를 사용함으로써, 멋지게(!!) 재귀를 구현하고 있다.
+
+        클래스 ZCNode1 에서는 ZCNode2 의 컨테이너(리스트)를 가지고 있고,
+        클래스 ZCNode2 에서는 ZCNode1 의 컨테이너(리스트)를 가지고 있다.
+
+    아주 깜찍하고, 기발한 방법이라고 아니할 수 없다.
+
+    2011-10-29 일 토요일, 저녁 7 시 군포시예술문화회관 공연을 보고 오면서, 먼저 선언된 object
+    에서, 나중에 선언된 object 의 instance 를 참조하는 경우, 매끄럽게 해결할 수 있을 지도 모
+    르는 방법이 머릿 속에 그려지면서, 운명은 내편이라는 강한 확신이 들었었다. 그러나 집에 도
+    착 후, 조사 결과, 기대했던 매끄러운 방법은 아니었음이 드러났다. 실망할 수도 있었던 그 순
+    간, 트리를 구현할 때, 똑깥은 구조의, 이름만 다른 2 개의 클래스로 트리의 재귀 구조를 구현
+    할 수 있다는 생각이 번개처럼 떠 오른 것이다. 그 결과물이 이 파일 CTreeData.H 이다.
+
+        그래, 운명은 내편이었어.
+
+    어느덧 해는 저무는데, 이제는 모든 것을 뒤에 두고 떠날 수 있는 날이, 바로 앞에 성큼 다가왔
+    다.
+
+    -- 2011-10-31 23:47:00
+
+    -- 현재 CTreeClass.H 는 제거되었다. -- 2013-05-01 17:22:00
+
+//////////////////////////////////////////////////////////////////////////////////////////*/
+
+
+#endif // __ZCPPMAIN__ZCTREEDATA_H__

ZCppMain/test.cpp

@@ -0,0 +1,242 @@
+
+
+#include <iostream>
+#include "ZCppMain/ZtCArray.H"
+#include "ZCppMain/ZtCObjList.H"
+
+
+using namespace std     ;
+using namespace ZNsMain ;
+
+
+namespace ZNsMain{namespace ZNsHide
+{
+
+    class ZCFunctor1
+    {
+    private:
+        ZTypInt mi_Index;
+    public :
+
+        ZCFunctor1(){mi_Index=0;}
+
+        void operator()(int ArgiValue)
+            { cout<<"# index="<<++mi_Index<<", Value="<<ArgiValue<<endl; }
+    public :
+    };/*
+    class ZCFunctor1*/
+
+}/*
+namespace ZNsHide*/}/*namespace ZNsMain*/
+
+
+template<typename T> class ZtCMy
+    { public: enum{EMyNum=10};  typedef T TypeData; };
+
+template<typename T> class ZtCMy< ZNsMain::ZtCObjList<T> >
+    { public: enum{EMyNum=20};  typedef T TypeData; };
+
+
+int main(int ArgiCnt, char** AppArgu)
+{
+    cout<<endl<<"!!!  C++'s Great Start -- 2021-03-08 11:10:00  !!!"<<endl<<endl;
+
+
+    typedef ZNsMain::ZtCObjList<int> CListByInt;
+    typedef ZNsMain::ZtCArray  <int> CArrayInt ;
+
+    typedef ZtCMy<int>        CMy1;
+    typedef ZtCMy<CListByInt> CMy2;
+    typedef ZtCMy<CArrayInt > CMy3;
+
+    cout<<"# CMy1::EMyNum="<<CMy1::EMyNum<<endl;
+    cout<<"# CMy2::EMyNum="<<CMy2::EMyNum<<endl;
+    cout<<"# CMy3::EMyNum="<<CMy3::EMyNum<<endl;
+
+    cout<<"# CMy1::TypeData="<<typeid(CMy1::TypeData).name()<<endl;
+    cout<<"# CMy2::TypeData="<<typeid(CMy2::TypeData).name()<<endl;
+    cout<<"# CMy3::TypeData="<<typeid(CMy3::TypeData).name()<<endl;
+    /*
+    # CMy1::EMyNum=10
+    # CMy2::EMyNum=20
+    # CMy3::EMyNum=10
+    # CMy1::TypeData=int
+    # CMy2::TypeData=int
+    # CMy3::TypeData=class ZNsMain::ZtCArray<int,int const &,long>
+    */
+
+    cout<<"# int ="<<typeid(int).name()<<endl;
+    cout<<"# int*="<<typeid(int*).name()<<endl;
+    cout<<"# int&="<<typeid(int&).name()<<endl;
+
+    int   i1= 10;
+    int*  i2=&i1;
+    int&  i3= i1;
+
+    cout<<"# int ="<<typeid(i1).name()<<endl;
+    cout<<"# int*="<<typeid(i2).name()<<endl;
+    cout<<"# int&="<<typeid(i3).name()<<endl;
+
+    typedef int  HereInt1;
+    typedef int* HereInt2;
+    typedef int& HereInt3;
+
+    HereInt1 myi1= 100  ;
+    HereInt2 myi2= &myi1;
+    HereInt3 myi3= myi1 ;  myi3=123;
+
+    ZtCRef<int> myref(myi1);
+    ZtCCheckRef< int         > myrefcheck1(myi1);  myrefcheck1.GetData();
+    ZtCCheckRef< ZtCRef<int> > myrefcheck2(myi1);  myrefcheck2.GetData();
+
+    myi1=4321;
+
+    cout<<"# myrefcheck1.GetData()="<<myrefcheck1.GetData()<<endl;
+    cout<<"# myrefcheck2.GetData()="<<myrefcheck2.GetData()<<endl;
+
+    cout<<"# HereInt1      ="<< typeid(myi1).name()<<endl;
+    cout<<"# HereInt2 int* ="<< typeid(myi2).name()<<endl;
+    cout<<"# HereInt3 int& ="<< typeid(myi3).name()<<endl;
+
+    #ifdef __WIN
+    cout<<"# HereInt1 hash="<< typeid(myi1).hash_code()<<endl;
+    cout<<"# HereInt2 hash="<< typeid(myi2).hash_code()<<endl;
+    cout<<"# HereInt3 hash="<< typeid(myi3).hash_code()<<endl;
+
+    cout<<"# HereInt1 raw ="<< typeid(myi1).raw_name()<<endl;
+    cout<<"# HereInt2 raw ="<< typeid(myi2).raw_name()<<endl;
+    cout<<"# HereInt3 raw ="<< typeid(myi3).raw_name()<<endl;
+    #endif
+
+    cout<<"# HereInt1      ="<< myi1<<endl;
+    cout<<"# HereInt2 int* ="<<*myi2<<endl;
+    cout<<"# HereInt3 int& ="<< myi3<<endl;
+    /*
+    # HereInt1      =int
+    # HereInt2 int* =int *
+    # HereInt3 int& =int
+
+    # HereInt1 hash=3440116983
+    # HereInt2 hash=2450196518
+    # HereInt3 hash=3440116983
+
+    # HereInt1 raw =.H
+    # HereInt2 raw =.PAH
+    # HereInt3 raw =.H
+
+    # HereInt1      =123
+    # HereInt2 int* =123
+    # HereInt3 int& =123
+    */
+
+    CListByInt VO_IntList;
+    CArrayInt  VO_IntArr ;
+
+    VO_IntList.AddTail(10);
+    VO_IntList.AddTail(40);
+    VO_IntList.AddTail(20);
+    VO_IntList.AddTail(80);
+    VO_IntList.AddTail(90);
+
+    VO_IntArr.AddTail(123);
+    VO_IntArr.AddTail(153);
+    VO_IntArr.AddTail(543);
+    VO_IntArr.AddTail(553);
+    VO_IntArr.AddTail(983);
+
+
+
+    typedef ZNsMain::ZtStTuple<int, ZNsMain::ZtCRef<int> > ZStTuple2;
+
+    int  i=1;
+    int& j=i;
+
+    ZStTuple2 VO_ZStTuple2 = ZNsMain::ZftMakeArguTuple<int, ZNsMain::ZtCRef<int> >
+        (i, ZNsMain::ZtCRef<int>(j).GetData() );
+
+    VO_ZStTuple2._2 = 3;
+
+
+
+    typedef ZtStTuple<int, int> ZCTuple;
+
+    ZCTuple VO_CTuple;  VO_CTuple._1 = 1;
+
+
+    _FFS_(ZCShowData1)
+        (ZTypInt AiInt)
+        {
+            cout<<"# Elem1 : "<< AiInt << endl;
+        }/*
+        (ZTypInt AiInt)*/
+    _FFC_(ZCShowData1)
+
+    _FFS_(ZCShowData2)
+        (ZTypInt AiInt, ZCTuple& AR_CTuple)
+        {
+            cout<<"# Elem2 : "<< AiInt << ", nth=" << AR_CTuple._1++ << endl;
+        }/*
+        (ZTypInt AiInt, ZCTuple& AR_CTuple)*/
+    _FFC_(ZCShowData2)
+
+    _FFS_(ZCShowData3)
+        (ZTypInt AiInt, ZCTuple* AP_CTuple)
+        {
+            cout<<"# Elem3 : "<< AiInt << ", nth=" << AP_CTuple->_1++ << endl;
+        }/*
+        (ZTypInt AiInt, ZCTuple* AR_CTuple)*/
+    _FFC_(ZCShowData3)
+
+    _FFS_(ZCShowData4)
+        (ZTypInt AiInt, ZCTuple* AP_CTuple)
+        {
+            cout<<"# Elem4 : "<< AiInt << ", nth=" << AP_CTuple->_1++ << endl;
+        }/*
+        (ZTypInt AiInt, ZCTuple* AP_CTuple)*/
+    _FFC_(ZCShowData4)
+
+    _FFS_(ZCShowData5)
+        (ZTypInt AiInt, int& AiIndex)
+        {
+            cout<<"# Elem5 : "<< AiInt << ", nth=" << AiIndex++ << endl;
+        }/*
+        (ZTypInt AiInt, int& AiIndex)*/
+    _FFC_(ZCShowData5)
+
+    _FFS_(ZCShowData6)
+        (ZTypInt AiInt, int& AiIndex)
+        {
+            cout<<"# Elem6 : "<< AiInt << ", nth=" << AiIndex++ << endl;
+        }/*
+        (ZTypInt AiInt, int& AiIndex)*/
+    _FFC_(ZCShowData6)
+
+
+    ZNsHide::ZCFunctor1 VO_CFunctor1;
+        /* ZCFunctor1 선언이 main() 바깥에 있어야 하는 문제를 해결할 수 없을까. */
+
+    VO_IntList.IterElement(ZCShowData1::Exec);
+    VO_IntList.IterElemRef(ZCShowData2::Exec, VO_CTuple );  VO_CTuple._1=1 ;
+    VO_IntList.IterElement(ZCShowData3::Exec, &VO_CTuple);
+    VO_IntList.IterElement(&VO_CFunctor1    );
+    VO_IntArr .IterElement(&VO_CFunctor1    );              VO_CTuple._1=1 ;
+    VO_IntArr .IterElement(ZCShowData4::Exec, &VO_CTuple);  VO_CTuple._1=1 ;
+    VO_IntArr .IterElement(ZCShowData5::Exec, ZNsMain::ZtCRef<int>(VO_CTuple._1));
+    VO_IntList.IterElement(ZCShowData5::Exec, ZNsMain::ZtCRef<int>(VO_CTuple._1));
+
+    cout<< "# Press Any Key to exit" << endl; cin.get();
+
+    return 0;
+}/*
+int main(int ArgiCnt, char** AppArgu)*/
+
+
+/*/////////////////////////////////////
+
+
+■  컴파일
+
+    g++ -o test.exe test.cpp -I..
+
+
+/////////////////////////////////////*/