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RepoMain/ZCppMain/ZtCLoadXml.H

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#ifndef __ZNSMAIN_ZTCLOADXML_H__
#define __ZNSMAIN_ZTCLOADXML_H__
#include "ZCppMain/ZtCStringEx.H"
#include "ZCppMain/ZtCTreeData.H"
#include "ZCppMain/ZtCObjList.H"
#include "ZCppMain/ZtCObjAVL.H"
namespace ZNsMain
{
namespace ZNsView
{
template<typename TXmlInfo> class ZtCViewLoadXmlOfXmlInfo;
}/*
namespace ZNsView*/
namespace ZNsType
{
template< typename TStringData=ZNsMain::ZtCStringBase<char>
>
class ZtCTypeXmlInfo ////////////////////////////////////////
{
public:
typedef TStringData ZCStringData;
typedef typename ZCStringData::ZCMainChars ZCMainChars ;
typedef typename ZCStringData::TypeChar TypeChar ;
typedef typename ZCStringData::TypeLength TypeLength ;
public:
// Xml 의 속성을 나타내는 클래스
class ZCAttribute
{
protected:
ZCStringData mo_NameCStr ;
ZCStringData mo_ValueCStr;
public :
ZCStringData& GetName (){return mo_NameCStr ;}
ZCStringData& GetValue(){return mo_ValueCStr;}
const ZCStringData& GetName () const{return mo_NameCStr ;}
const ZCStringData& GetValue() const{return mo_ValueCStr;}
ZCStringData& ConvertNormalValue()
{
return mo_ValueCStr.
Replace("&#xA;" ,"\r" ).
Replace("&#xD;" ,"\n" ).
Replace("&#x9;" ,"\t" ).
Replace("&quot;","\"" ).
Replace("&gt;" ,">" ).
Replace("&lt;" ,"<" ).
Replace("&amp;" ,"&" );
}/*
ZCStringData& ConvertNormalValue()*/
public:
};/*
class ZCAttribute*/
typedef ZNsMain::ZtCObjList<ZCAttribute> ZCAttriList;
// Xml 의 Element 를 나타내는 클래스
class ZCElement
{
public :
typedef typename ZCStringData::TypeChar TypeChar ;
typedef typename ZCStringData::TypeLength TypeLength;
protected:
ZTypInt mi_EleDepth ;
protected:
ZCAttriList mo_CAttriList ;
ZCStringData mo_NameCStr ;
ZCStringData mo_ContentCStr;
public :
ZCElement()
{
mi_EleDepth=0;
}/*
ZCElement()*/
void clear()
{
mo_CAttriList .clear();
mo_NameCStr .clear();
mo_ContentCStr.clear();
}/*
void clear()*/
ZTypInt GetDepth() const
{
return this->mi_EleDepth;
}/*
ZTypInt GetDepth() const*/
void SetDepth(ZTypInt AI_Depth)
{
this->mi_EleDepth=AI_Depth;
}/*
void SetDepth(ZTypInt AI_Depth)*/
ZCAttriList& GetCAttriList()
{
return this->mo_CAttriList;
}/*
ZCAttriList& GetCAttriList()*/
ZCAttribute& AddTailDefaultAttrib()
{
return (ZCAttribute&)this->mo_CAttriList;
}/*
ZCAttribute& AddTailDefaultAttrib()*/
ZCStringData& GetName (){return this->mo_NameCStr ;}
ZCStringData& GetContent(){return this->mo_ContentCStr;}
ZCStringData& ConvertNormalContent()
{
return this->mo_ContentCStr.
Replace("<br />","\n").
Replace("&nbsp;"," " ).
Replace("&lt;" ,"<" ).
Replace("&gt;" ,">" ).
Replace("&amp;" ,"&" );
}/*
ZCStringData& ConvertNormalContent()*/
// 어떤 속성명에 대한 속성값 포인터를 가져온다.
ZCStringData* GetAttriValuePtr(const ZCStringData& AR_CStringAttri)
{
ZTypIntL VL_ListSize =mo_CAttriList.size ();
IterEasyID VI_IterEasyID=mo_CAttriList.ItHID();
__for1(ZTypIntL, i, VL_ListSize)
{
if(mo_CAttriList.ItD(VI_IterEasyID).GetName()==AR_CStringAttri)
{
return &mo_CAttriList.ItD(VI_IterEasyID).GetValue();
}
/*<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<*/
mo_CAttriList.ItNext(RR(VI_IterEasyID));
}/*
__for1(ZTypIntL, i, VL_ListSize)*/
return 0;
}/*
ZCStringData* GetAttriValuePtr(const ZCStringData& AR_CStringAttri)*/
const ZCStringData* GetAttriValuePtr(const ZCStringData& AR_CStringAttri) const
{
ZTypIntL VL_ListSize =mo_CAttriList.size ();
IterEasyID VI_IterEasyID=mo_CAttriList.ItHID();
__for1(ZTypIntL, i, VL_ListSize)
{
if(mo_CAttriList.ItD(VI_IterEasyID).GetName()==AR_CStringAttri)
{
return &mo_CAttriList.ItD(VI_IterEasyID).GetValue();
}
/*<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<*/
mo_CAttriList.ItNext(RR(VI_IterEasyID));
}/*
__for1(ZTypIntL, i, VL_ListSize)*/
return 0;
}/*
const ZCStringData* GetAttriValuePtr(const ZCStringData& AR_CStringAttri) const*/
ZCStringData* GetAttriValuePtr(const TypeChar* AP_AttriName, TypeLength AL_AttriLen)
{
ZTypIntL VL_ListSize =mo_CAttriList.size ();
IterEasyID VI_IterEasyID=mo_CAttriList.ItHID();
__for1(ZTypIntL, i, VL_ListSize)
{
const bool CB_IsTrue = /*<<<<<<<<<<<<<*/
(
ZCMainChars::Minus
(
mo_CAttriList.ItD(VI_IterEasyID).GetName().data(), AP_AttriName,
mo_CAttriList.ItD(VI_IterEasyID).GetName().size(), AL_AttriLen
) ==0
);
/*>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>*/
if(CB_IsTrue) return
&mo_CAttriList.ItD(VI_IterEasyID).GetValue();
mo_CAttriList.ItNext(RR(VI_IterEasyID));
}/*
__for1(ZTypIntL, i, VL_ListSize)*/
return 0;
}/*
ZCStringData* GetAttriValuePtr(const TypeChar* AP_AttriName, TypeLength AL_AttriLen)*/
const ZCStringData* GetAttriValuePtr(const TypeChar* AP_AttriName, TypeLength AL_AttriLen) const
{
ZTypIntL VL_ListSize =mo_CAttriList.size ();
IterEasyID VI_IterEasyID=mo_CAttriList.ItHID();
__for1(ZTypIntL, i, VL_ListSize)
{
#define _COMPARE_ARG_ \
mo_CAttriList.ItD(VI_IterEasyID).GetName().data(), \
AP_AttriName, \
mo_CAttriList.ItD(VI_IterEasyID).GetName().size(), \
AL_AttriLen
if(ZCMainChars::Minus(_COMPARE_ARG_)==0)
{
return &mo_CAttriList.ItD(VI_IterEasyID).GetValue();
}/*
if(ZCMainChars::Minus(_COMPARE_ARG_)==0)*/
#undef _COMPARE_ARG_
mo_CAttriList.ItNext(RR(VI_IterEasyID));
}/*
__for1(ZTypIntL, i, VL_ListSize)*/
return 0;
}/*
const ZCStringData* GetAttriValuePtr(const TypeChar* AP_AttriName, TypeLength AL_AttriLen) const*/
const ZCAttriList & GetCAttriList() const{return this->mo_CAttriList ;}
const ZCStringData& GetName () const{return this->mo_NameCStr ;}
const ZCStringData& GetContent () const{return this->mo_ContentCStr;}
public:
};/*
class ZCElement*/
typedef ZNsMain::ZtCTreeData<ZCElement> ZCElementTree;
typedef typename ZCElementTree::ZCNode ZCElementNode;
/*///////////////////////////////////////////////////////////////////////////
■ class ZCElementID<> 은 XML 의 각 Element 의 고유 ID 정보를 따로 관리한다.
그래서 ID 만으로 해당 요소에 접근할 수 있게 하는 것이다.
ZCElementID 를 사용하는 클래스에서
ZCElementID 의 멤버를 노출하는 interface 는 작성하지 말아야 한다.
///////////////////////////////////////////////////////////////////////////*/
class ZCElementID
{
public :
/* class ZtCViewLoadXmlOfXmlInfo<> 에서 ZCElementID::SetEleNodePtr(~)
에 접근할 수 있게 하는 friend 선언. */
template<typename TXmlInfo> friend class ZNsView::ZtCViewLoadXmlOfXmlInfo;
private:
ZCStringData* mp_CStringID; mutable
ZCElementNode* mp_CEleNode ;
private:
void SetEleNodePtr(ZCElementNode* AP_NodePtr) const
{
mp_CEleNode=AP_NodePtr;
}/*
void SetEleNodePtr(ZCElementNode* AP_NodePtr) const*/
/*private:*/
public :
ZCElementID()
{
mp_CStringID=0;
mp_CEleNode =0;
}/*
ZCElementID()*/
const ZCStringData& GetID () const{return *mp_CStringID;}
const ZCStringData* GetIDPtr () const{return mp_CStringID ;}
const ZCStringData& GetContent () const{return mp_CEleNode->GetData().GetContent();}
const ZCAttriList* GetCAttriListPtr() const
{
return mp_CEleNode==0 ? 0 : &mp_CEleNode->GetData().GetCAttriList();
}/*
const ZCAttriList* GetCAttriListPtr() const*/
ZCStringData* GetAttriValuePtr(const ZCStringData& AR_CStringAttri)
{
return mp_CEleNode==0 ? 0 : mp_CEleNode->GetData().GetAttriValuePtr(AR_CStringAttri);
}/*
ZCStringData* GetAttriValuePtr(const ZCStringData& AR_CStringAttri)*/
const ZCStringData* GetAttriValuePtr(const ZCStringData& AR_CStringAttri) const
{
return mp_CEleNode->GetData().GetAttriValuePtr(AR_CStringAttri);
}/*
const ZCStringData* GetAttriValuePtr(const ZCStringData& AR_CStringAttri) const*/
ZCStringData* GetAttriValuePtr(const TypeChar* AP_AttriName, TypeLength AL_AttriLen)
{
return mp_CEleNode->GetData().GetAttriValuePtr(AP_AttriName, AL_AttriLen);
}/*
ZCStringData* GetAttriValuePtr(const TypeChar* AP_AttriName, TypeLength AL_AttriLen)*/
const TStringData* GetAttriValuePtr(const TypeChar* AP_AttriName, ZTypIntL AL_AttriLen) const
{
return mp_CEleNode->GetData().GetAttriValuePtr(AP_AttriName, AL_AttriLen);
}/*
const TStringData* GetAttriValuePtr(const TypeChar* AP_AttriName, ZTypIntL AL_AttriLen) const*/
ZCElementNode* GetEleNodePtr()
{
return mp_CEleNode;
}/*
ZCElementNode* GetEleNodePtr()*/
const ZCElementNode* GetEleNodePtr() const
{
return mp_CEleNode;
}/*
const ZCElementNode* GetEleNodePtr() const*/
ZCElementID& operator=(const ZCStringData& AR_CStringData){*mp_CStringID=AR_CStringData; return *this;}
ZCElementID& operator=( ZCStringData* AP_CStringData){ mp_CStringID=AP_CStringData; return *this;}
bool operator==(const ZCElementID& rhs) const{return *mp_CStringID==*rhs.mp_CStringID ;}
bool operator> (const ZCElementID& rhs) const{return *mp_CStringID> *rhs.mp_CStringID ;}
bool operator< (const ZCElementID& rhs) const{return *mp_CStringID< *rhs.mp_CStringID ;}
bool operator==(const ZCStringData& AR_CStringData) const{return *mp_CStringID==AR_CStringData ;}
bool operator> (const ZCStringData& AR_CStringData) const{return *mp_CStringID> AR_CStringData ;}
bool operator< (const ZCStringData& AR_CStringData) const{return *mp_CStringID< AR_CStringData ;}
bool operator==(const ZCStringData* AP_CStringData) const{return *mp_CStringID==*AP_CStringData ;}
bool operator> (const ZCStringData* AP_CStringData) const{return *mp_CStringID> *AP_CStringData ;}
bool operator< (const ZCStringData* AP_CStringData) const{return *mp_CStringID< *AP_CStringData ;}
bool operator==(const TypeChar* AP_CharID) const{return *mp_CStringID==AP_CharID ;}
bool operator> (const TypeChar* AP_CharID) const{return *mp_CStringID> AP_CharID ;}
bool operator< (const TypeChar* AP_CharID) const{return *mp_CStringID< AP_CharID ;}
int Compare(const ZCElementID& rhs ) const{return *mp_CStringID - *rhs.mp_CStringID ;}
int Compare(const ZCStringData& AR_CStringData) const{return *mp_CStringID - AR_CStringData ;}
int Compare(const ZCStringData* AP_CStringData) const{return *mp_CStringID - *AP_CStringData ;}
int Compare(const TypeChar* AP_CharID ) const{return *mp_CStringID - AP_CharID ;}
public:
};/*
class ZCElementID*/
typedef ZNsMain::ZtCObjAVL<ZCElementID> ZCElementIDSet ;
typedef typename ZCElementIDSet::ZCNode ZCElementIDNode;
};/*
template< typename TStringData=ZNsMain::ZtCStringBase<char>
>
class ZtCTypeXmlInfo //////////////////////////////////////*/
}/*
namespace ZNsType*/
template< typename TTypeXmlInfo=ZNsType::ZtCTypeXmlInfo<>
>
class ZtCXmlInfo //////////////////////////////////////////
{
public :
typedef TTypeXmlInfo TypeData ;
typedef typename TTypeXmlInfo::ZCStringData ZCStringData ;
typedef typename TTypeXmlInfo::ZCAttribute ZCAttribute ;
typedef typename TTypeXmlInfo::ZCAttriList ZCAttriList ;
typedef typename TTypeXmlInfo::ZCElement ZCElement ;
typedef typename TTypeXmlInfo::ZCElementTree ZCElementTree ;
typedef typename TTypeXmlInfo::ZCElementNode ZCElementNode ;
typedef typename TTypeXmlInfo::ZCElementID ZCElementID ;
typedef typename TTypeXmlInfo::ZCElementIDSet ZCElementIDSet ;
typedef typename TTypeXmlInfo::ZCElementIDNode ZCElementIDNode;
public :
typedef typename ZCStringData::ZCMainChars ZCMainChars ;
typedef typename ZCStringData::TypeChar TypeChar ;
typedef typename ZCStringData::TypeLength TypeLength ;
private:
ZCElementTree mo_CElementTree ;
ZCElementIDSet mo_CElementIDSet;
public :
/**/ ZCElementTree& GetCElementTree () {return mo_CElementTree ;}
/**/ ZCElementIDSet& GetCElementIDSet() {return mo_CElementIDSet;}
public :
const ZCElementTree& GetCElementTree ()const{return mo_CElementTree ;}
const ZCElementIDSet& GetCElementIDSet()const{return mo_CElementIDSet;}
void clear()
{
mo_CElementIDSet.clear();
mo_CElementTree .clear();
mo_CElementTree .
GetRootNode().GetData().clear(); // 아주 중요한 코드이다.
}/*
void clear()*/
const ZCStringData* GetElementValuePtrByID(const ZCStringData& AR_CStringID) const
{
const ZCElementIDNode* VP_CEleIDNode =
this->mo_CElementIDSet.FindKey(AR_CStringID);
if(VP_CEleIDNode)
return &VP_CEleIDNode->GetData().
GetEleNodePtr()->GetData().GetContent();
else return 0;
}/*
const ZCStringData* GetElementValuePtrByID(const ZCStringData& AR_CStringID) const*/
const ZCStringData* GetElementValuePtrByID(const TypeChar* AP_CharID) const
{
const ZCElementIDNode* VP_CEleIDNode =
this->mo_CElementIDSet.FindKey(AP_CharID);
if(VP_CEleIDNode)
return &VP_CEleIDNode->GetData().
GetEleNodePtr()->GetData().GetContent();
else return 0;
}/*
const ZCStringData* GetElementValuePtrByID(const TypeChar* AP_CharID) const*/
void GetElementValueByID /*####################################################*/
(
const ZCStringData& AR_CStringID, ZCStringData& ARR_CStringSave
) const
/*#############################################################################*/
{
const ZCElementIDNode* VP_CEleIDNode =
this->mo_CElementIDSet.FindKey(AR_CStringID);
if(VP_CEleIDNode)
ARR_CStringSave=VP_CEleIDNode->GetData().
GetEleNodePtr()->GetData().GetContent() ;
}/*
void GetElementValueByID(const ZCStringData& AR_CStringID, ZCStringData& ARR_CStringSave) const*/
void GetElementValueByID /*####################################################*/
(
const TypeChar* AP_CharID, ZCStringData& ARR_CStringSave
) const
/*#############################################################################*/
{
const ZCElementIDNode* VP_CEleIDNode =
this->mo_CElementIDSet.FindKey(AP_CharID);
if(VP_CEleIDNode)
ARR_CStringSave = VP_CEleIDNode->GetData().
GetEleNodePtr()->GetData().GetContent() ;
}/*
void GetElementValueByID ########################################################
(
const TypeChar* AP_CharID, ZCStringData& ARR_CStringSave
) const
###############################################################################*/
ZCStringData GetElementValueByID(const ZCStringData& AR_CStringID) const
{
ZCStringData VO_SaveCStr; GetElementValueByID(AR_CStringID, RR(VO_SaveCStr)); return VO_SaveCStr;
}
ZCStringData GetElementValueByID(const TypeChar* AP_CharID ) const
{
ZCStringData VO_SaveCStr; GetElementValueByID(AP_CharID , RR(VO_SaveCStr)); return VO_SaveCStr;
}/*
ZCStringData GetElementValueByID(const TypeChar* AP_CharID ) const*/
const ZCStringData* GetAttriValuePtrByID /*####################################*/
(
const ZCStringData& AR_CStringID, const ZCStringData& AR_CStringAttri
) const
/*#############################################################################*/
{
const ZCElementIDNode* VP_CEleIDNode =
this->mo_CElementIDSet.FindKey(AR_CStringID);
if(VP_CEleIDNode)
return VP_CEleIDNode->GetData().
GetAttriValuePtr(AR_CStringAttri);
else return 0;
}
/*#############################################################################*/
const ZCStringData* GetAttriValuePtrByID /*####################################*/
(
const TypeChar* AP_CharID, const TypeChar* AP_CharAttri
) const
/*#############################################################################*/
{
const ZCElementIDNode* VP_CEleIDNode =
this->mo_CElementIDSet.FindKey(AP_CharID);
if(VP_CEleIDNode)
return VP_CEleIDNode->GetData().GetAttriValuePtr
( AP_CharAttri, ZftLength(AP_CharAttri) );
else return 0;
}
/*#############################################################################*/
void GetAttriValueByID(const ZCStringData& AR_CStringID, const ZCStringData& AR_CStringAttri, ZCStringData& ARR_CStringSave) const
{
const ZCStringData* VP_CStringSave= 0 ;
const ZCElementIDNode* VP_CEleIDNode =
this->mo_CElementIDSet.FindKey(AR_CStringID);
if(VP_CEleIDNode==0) return;
VP_CStringSave = VP_CEleIDNode->
GetData().GetAttriValuePtr(AR_CStringAttri);
if(VP_CStringSave!=0)
ARR_CStringSave = *VP_CStringSave;
}/*
void GetAttriValueByID(const ZCStringData& AR_CStringID, const ZCStringData& AR_CStringAttri, ZCStringData& ARR_CStringSave) const*/
void GetAttriValueByID(const TypeChar* AP_CharID, const TypeChar* AP_CharAttri, ZCStringData& ARR_CStringSave) const
{
const ZCStringData* VP_CStringSave = 0 ;
const ZCElementIDNode* VP_CEleIDNode =
this->mo_CElementIDSet.FindKey(AP_CharID);
if(VP_CEleIDNode==0) return;
VP_CStringSave =VP_CEleIDNode->GetData().
GetAttriValuePtr(AP_CharAttri, ZftLength(AP_CharAttri));
if(VP_CStringSave!=0)
ARR_CStringSave = *VP_CStringSave;
}/*
void GetAttriValueByID(const TypeChar* AP_CharID, const TypeChar* AP_CharAttri, ZCStringData& ARR_CStringSave) const*/
ZCStringData GetAttriValueByID /*##############################################*/
(
const ZCStringData& AR_CStringID, const ZCStringData& AR_CStringAttri
) const
/*#############################################################################*/
{
ZCStringData VO_SaveValueCStr; GetAttriValueByID
(
AR_CStringID, AR_CStringAttri, RR(VO_SaveValueCStr)
);
return VO_SaveValueCStr; ////////////////////////
}
/*#############################################################################*/
ZCStringData GetAttriValueByID /*##############################################*/
(
const TypeChar* AP_CharID, const TypeChar* AP_CharAttri
) const
/*#############################################################################*/
{
ZCStringData VO_SaveValueCStr; GetAttriValueByID
(
AP_CharID, AP_CharAttri, RR(VO_SaveValueCStr)
);
return VO_SaveValueCStr; ///////////////////////
}
/*#############################################################################*/
ZTypIntL GetAttriValLongByID /*################################################*/
(
const ZCStringData& AR_CStringID ,
const ZCStringData& AR_CStringAttri , ZTypIntL* APL_Value = 0
) const
/*#############################################################################*/
{
ZCStringData VO_CStringSave; GetAttriValueByID(
AR_CStringID, AR_CStringAttri, RR(VO_CStringSave));
if(VO_CStringSave.size()<1)
return APL_Value!=0 ? *APL_Value : 0; ///////
if(APL_Value==0) return VO_CStringSave.GetLong();
return *APL_Value=VO_CStringSave.GetLong(); /////
}
/*#############################################################################*/
ZTypIntL GetAttriValLongByID /*################################################*/
(
const TypeChar* AP_CharID ,
const TypeChar* AP_CharAttri, ZTypIntL* APL_Value = 0
) const
/*#############################################################################*/
{
ZCStringData VO_CStringSave;
GetAttriValueByID
( AP_CharID, AP_CharAttri, RR(VO_CStringSave) );
if(VO_CStringSave.size()<1)
return APL_Value!=0 ? *APL_Value : 0;
if(APL_Value==0)
return VO_CStringSave.GetLong();
else return *APL_Value = VO_CStringSave.GetLong();
}
/*#############################################################################*/
class ZCFunctor_Element
{
public:
void operator()(ZCElement& AR_CElement, int AI_StartDepth, int AI_Index)
{
ZCStringData VO_CStringTemp;
VO_CStringTemp.resize(AI_StartDepth*4,TypeChar(' '));
const TypeChar* VP_Tab =VO_CStringTemp .size() >0 ? VO_CStringTemp.data() : "" ;
const TypeChar* VP_Name =AR_CElement.GetName() .size() >0 ? AR_CElement.GetName().data() : "(NULL)" ;
const TypeChar* VP_Content=AR_CElement.GetContent().size() >0 ? AR_CElement.GetContent().data(): "(NULL)" ;
const TypeChar* VP_AttriName ;
const TypeChar* VP_AttriValue;
cout<<VP_Tab<<"▶ Index="<<AI_Index<<",Depth="<<AI_StartDepth<<endl;
cout<<VP_Tab<<"Element Name ="<<VP_Name<<endl;
cout<<VP_Tab<<"Element Content="<<VP_Content<<endl;
IterEasyID VP_AttriIterEasyID = AR_CElement.GetCAttriList().ItHID();
int VI_AttriListSize = AR_CElement.GetCAttriList().size();
for(int i=1; i<=VI_AttriListSize; ++i)
{
if(AR_CElement.GetCAttriList().
ItD(VP_AttriIterEasyID).GetName().size()<1)
VP_AttriName = "(NULL)";
else VP_AttriName = AR_CElement.GetCAttriList().
ItD(VP_AttriIterEasyID).GetName().data();
if(AR_CElement.GetCAttriList().
ItD(VP_AttriIterEasyID).GetValue().size()<1)
VP_AttriValue = "(NULL)";
else VP_AttriValue = AR_CElement.GetCAttriList().
ItD(VP_AttriIterEasyID).GetValue().data();
cout<<VP_Tab<<i<<":Attribute Name="<<
VP_AttriName<<"(\""<<VP_AttriValue<<"\")"<<endl;
AR_CElement.GetCAttriList().
ItNext( RR(VP_AttriIterEasyID) );
}/*
for(int i=1; i<=VI_AttriListSize; ++i)*/
}/*
void operator()(ZCElement& AR_CElement, int AI_StartDepth, int AI_Index)*/
ZERun OnDataBody(const ZCElement& AR_CElement, int AI_StartDepth, int AI_Index)
{
ZCStringData VO_CStringTemp;
VO_CStringTemp.resize
(AI_StartDepth*4, TypeChar(' '));
const TypeChar* VP_Tab =VO_CStringTemp .size() >0 ? VO_CStringTemp.data() : "" ;
const TypeChar* VP_Name =AR_CElement.GetName() .size() >0 ? AR_CElement.GetName().data() : "(NULL)" ;
const TypeChar* VP_Content=AR_CElement.GetContent().size() >0 ? AR_CElement.GetContent().data(): "(NULL)" ;
const TypeChar* VP_AttriName ;
const TypeChar* VP_AttriValue;
cout<<VP_Tab<<"▶ Depth=" <<AI_StartDepth <<endl;
cout<<VP_Tab<<"Element Name ="<<VP_Name <<endl;
cout<<VP_Tab<<"Element Content="<<VP_Content <<endl;
IterEasyIDc VP_AttriIterEasyID=
AR_CElement.GetCAttriList().ItHIDc();
int VI_AttriListSize = AR_CElement.GetCAttriList().size();
for(int i=1; i<=VI_AttriListSize; ++i)
{
if(AR_CElement.GetCAttriList().
ItD(VP_AttriIterEasyID).GetName().size()<1)
VP_AttriName = "(NULL)";
else VP_AttriName = AR_CElement.GetCAttriList().
ItD(VP_AttriIterEasyID).GetName().data() ;
if(AR_CElement.GetCAttriList().
ItD(VP_AttriIterEasyID).GetValue().size()<1)
VP_AttriValue = "(NULL)";
else VP_AttriValue = AR_CElement.GetCAttriList().
ItD(VP_AttriIterEasyID).GetValue().data() ;
cout<<VP_Tab<<i<<":Attribute Name="<<
VP_AttriName<<"(\""<<VP_AttriValue<<"\")"<<endl;
AR_CElement.GetCAttriList().
ItNext( RR(VP_AttriIterEasyID) );
}/*
for(int i=1; i<=VI_AttriListSize; ++i)*/
return ZERun_OK;
}/*
ZERun OnDataBody(const ZCElement& AR_CElement, int AI_StartDepth, int AI_Index)*/
ZERun OnSubNodeStart(int AI_Depth, int AI_NodeCnt){return ZERun_OK;}
ZERun OnSubNodeClose(int AI_Depth, int AI_NodeCnt){return ZERun_OK;}
public:
};/*
class ZCFunctor_Element*/
class ZCFunctor_SaveBuff
{
private:
ZCStringData& mr_SaveBuff;
ZCStringData mo_PropName; // 현재 처리 중인 요소명.
public :
ZCFunctor_SaveBuff(ZCStringData& AR_CStringBuff) : mr_SaveBuff(AR_CStringBuff) {}
public :
ZCStringData& GetSaveBuff(){return mr_SaveBuff;}
public :
void operator()(ZCElement& AR_CElement, int AI_StartDepth, int AI_Index)
{
const int CI_TabSize = 4 ;
ZCStringData VO_CStringTemp ;
VO_CStringTemp.resize
(AI_StartDepth*CI_TabSize, TypeChar(' '));
// const TypeChar* VP_Tab =VO_CStringTemp .size() >0 ? VO_CStringTemp.data() : "" ;
// const TypeChar* VP_Name =AR_CElement.GetName() .size() >0 ? AR_CElement.GetName().data() : "(NULL)" ;
// const TypeChar* VP_Content=AR_CElement.GetContent().size() >0 ? AR_CElement.GetContent().data(): "(NULL)" ;
mo_PropName = AR_CElement.GetName();
mr_SaveBuff(VO_CStringTemp)(TypeChar('<'))
( AR_CElement.GetName() )( TypeChar(' ') ) ;
IterEasyID VP_AttriIterEasyID =
AR_CElement.GetCAttriList().ItHID();
int VI_AttriListSize = AR_CElement.GetCAttriList().size();
for(int i=1; i<=VI_AttriListSize; ++i)
{
VO_CStringTemp = AR_CElement.
GetCAttriList().ItD(VP_AttriIterEasyID).GetValue();
ZftMakeXmlAttEnc(VO_CStringTemp);
mr_SaveBuff(
AR_CElement.GetCAttriList().
ItD(VP_AttriIterEasyID).GetName()) (TypeChar('='));
mr_SaveBuff
(TypeChar('"')) (VO_CStringTemp)
(TypeChar('"')) (TypeChar(' ') );
AR_CElement.GetCAttriList().ItNext(RR(VP_AttriIterEasyID));
}/*
for(int i=1; i<=VI_AttriListSize; ++i)*/
mr_SaveBuff(TypeChar('/'))(TypeChar('>'))(TypeChar('\n'));
}/*
void operator()(ZCElement& AR_CElement, int AI_StartDepth, int AI_Index)*/
ZERun OnDataBody(const ZCElement& AR_CElement, int AI_StartDepth, int AI_Index)
{
const int CI_TabSize = 4 ;
ZCStringData VO_CStringTemp ;
VO_CStringTemp.resize
(AI_StartDepth*CI_TabSize, TypeChar(' '));
// const TypeChar* VP_Tab =VO_CStringTemp. size() >0 ? VO_CStringTemp.data() : "" ;
// const TypeChar* VP_Name =AR_CElement.GetName() .size() >0 ? AR_CElement.GetName().data() : "(NULL)" ;
// const TypeChar* VP_Content=AR_CElement.GetContent().size() >0 ? AR_CElement.GetContent().data(): "(NULL)" ;
mo_PropName = AR_CElement.GetName();
mr_SaveBuff(VO_CStringTemp)
(TypeChar('<') )
(AR_CElement.GetName())
(TypeChar(' ') );
////////////////////////////////////
IterEasyID VP_AttriIterEasyID =
AR_CElement.GetCAttriList().ItHID();
int VI_AttriListSize = AR_CElement.GetCAttriList().size();
for(int i=1; i<=VI_AttriListSize; ++i)
{
VO_CStringTemp = AR_CElement.
GetCAttriList().ItD(VP_AttriIterEasyID).GetValue();
ZNsMain::ZftMakeXmlAttEnc(VO_CStringTemp);
mr_SaveBuff
(AR_CElement.GetCAttriList().
ItD(VP_AttriIterEasyID).GetName())
(TypeChar('='));
mr_SaveBuff
(TypeChar('"')) (VO_CStringTemp)
(TypeChar('"')) (TypeChar(' ') );
AR_CElement.GetCAttriList().
ItNext( RR(VP_AttriIterEasyID) );
}/*
for(int i=1; i<=VI_AttriListSize; ++i)*/
mr_SaveBuff(TypeChar('>'))(TypeChar('\n'));
return ZERun_OK; /*>>>>>>>>>>>>>>>>>>>>>>*/
}/*
ZERun OnDataBody(const ZCElement& AR_CElement, int AI_StartDepth, int AI_Index)*/
ZERun OnSubNodeStart(int AI_Depth, int AI_NodeCnt){return ZERun_OK;}
ZERun OnSubNodeClose(int AI_Depth, int AI_NodeCnt)
{
const int CI_TabSize = 4 ;
ZCStringData VO_CStringTemp ;
VO_CStringTemp.resize(
AI_Depth*CI_TabSize, TypeChar(' ') );
mr_SaveBuff(VO_CStringTemp) /////////////
(TypeChar('<'))
(TypeChar('/'))(mo_PropName)
(TypeChar('>'))
(TypeChar('\n'));
/////////////////////////////////////////
return ZERun_OK;
}/*
ZERun OnSubNodeClose(int AI_Depth, int AI_NodeCnt)*/
public:
};/*
class ZCFunctor_SaveBuff*/
template<typename TFunctor>
void IterPreOrderElementTree(TFunctor AO_Functor)
{
// cf) TFunctor::operator()(ZCElement, AI_StartDepth, AI_Index);
mo_CElementTree.GetRootNode().IterPreOrder(AO_Functor);
}/*
template<typename TFunctor>
void IterPreOrderElementTree(TFunctor AO_Functor) */
void IterPreOrderElementTreeStd()
{
ZCFunctor_Element VO_CFunctor_Element;
this->IterPreOrderElementTree(VO_CFunctor_Element);
}/*
void IterPreOrderElementTreeStd()*/
void IterPreOrderElementTreeSave(ZCStringData& ARR_BuffStr)
{
ZCFunctor_SaveBuff VO_CFunctor_SaveBuff(ARR_BuffStr);
this->IterPreOrderElementTree(VO_CFunctor_SaveBuff);
}/*
void IterPreOrderElementTreeSave(ZCStringData& ARR_BuffStr)*/
class CFunctor_ElementID
{
private:
ZCStringData mo_BuffCStr;
bool mb_SaveBuff;
public :
CFunctor_ElementID()
{
mb_SaveBuff=false;
}/*
CFunctor_ElementID()*/
bool DoSaveBuff() const{return mb_SaveBuff;}
void SetSaveBuffBool(bool AB_DoSaveBuff) const
{ mb_SaveBuff=AB_DoSaveBuff; }
//////////////////////////////////////////////
ZCStringData& GetBuffCStr() {return mo_BuffCStr;}
const ZCStringData& GetBuffCStr() const{return mo_BuffCStr;}
/*public :*/
public :
void operator()(const ZCElementID& AR_CElementID)
{
const TypeChar* VP_ID =AR_CElementID.GetID().size() <1 ? "(NULL)" : AR_CElementID.GetID() .data() ;
const TypeChar* VP_Content=AR_CElementID.GetContent().size()<1 ? "NULL" : AR_CElementID.GetContent().data() ;
if(mb_SaveBuff==false)
cout<<"# ID="<<VP_ID<<"("<<VP_Content<<")"<<endl;
else mo_BuffCStr("# ID=")(VP_ID)("(")(VP_Content)(")\r\n");
}/*
void operator()(const ZCElement& AR_CElement)*/
public :
};/*
class CFunctor_ElementID*/
template<typename TFunctor>
void IterElementIDSet(TFunctor AO_Functor)
{
mo_CElementIDSet.IterNode(AO_Functor); // cf) TFunctor::operator()(ZCElementID);
}/*
template<typename TFunctor>
void IterElementIDSet(TFunctor AO_Functor) */
void IterElementIDSetStd()
{
CFunctor_ElementID VO_CFunctor_ElementID;
this->IterElementIDSet(VO_CFunctor_ElementID);
}/*
void IterElementIDSetStd()*/
void IterElementIDSetStd(CFunctor_ElementID& AR_CFunctor)
{
this->IterElementIDSet(AR_CFunctor);
}/*
void IterElementIDSetStd(CFunctor_ElementID& AR_CFunctor)*/
public:
};/*
template< typename TTypeXmlInfo=ZNsType::ZtCTypeXmlInfo<>
>
class ZtCXmlInfo ////////////////////////////////////////*/
namespace ZNsViewIFace
{
/*///////////////////////////////////////////////////////////////////////////////////////////
■ 아래 On~ 계열의 멤버 함수는 ERun 이 아닌 ZERunEx 를 반환하게 되어 있다. 이게 좋은 설계일까.
꼭 에러가 아니라 할지라도 실행 중지(ZERunEx_NO)를 반환하여 XML 처리를 중지시키고 싶은 경우
가 있지 않을까. 그렇다면 실행 중지(ZERunEx_NO)와 실행 에러(ZERunEx_Err)를 구별하는 ZERunEx
를 반환하는 것이 좋을 것 같다.
-- 2013-06-05 14:34:00
///////////////////////////////////////////////////////////////////////////////////////////*/
template<typename TStringData> class ZtCViewLoadXml
{
public:
typedef TStringData /*##################*/ ZCStringData;
public:
typedef typename ZCStringData::TypeChar TypeChar ;
typedef typename ZCStringData::TypeLength TypeLength ;
typedef typename ZCStringData::TypeAlloc TypeAlloc ;
typedef typename ZCStringData::ZCTypeChars ZCTypeChars ;
typedef typename ZCStringData::ZCMainChars ZCMainChars ;
typedef typename ZCStringData::ZCStringList ZCStringList;
public:
template<typename TLoadXml> void InitExec(TLoadXml& AR_CLoadXml){}
template<typename TLoadXml> void FiniExec(TLoadXml& AR_CLoadXml){}
template<typename TLoadXml> ZERunEx OnError(TLoadXml& AR_CLoadXml, TypeChar AC_Char){return ZERunEx_Err;}
template<typename TLoadXml> ZERunEx OnNoHeader (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnHeaderStart (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnHeaderBody (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnHeaderBody (TLoadXml&, TypeChar AC_Char){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnHeaderClose (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnNoDTD (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnDTDStart (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnDTDRootStart (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnDTDRootBody (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnDTDRootClose (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnDTDBigStart (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnDTDBigBody (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnDTDBigClose (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnDTDSmallStart(TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnDTDSmallBody (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnDTDSmallClose(TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnDTDClose (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnCommentStart(TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnCommentBody (TLoadXml&, TypeChar AC_Char){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnCommentBody (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnCommentClose(TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnElementStart (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnElementNameStart (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnElementNameBody (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnElementNameClose (TLoadXml&,int AI_Depth){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnElementPropNameStart (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnElementPropNameBody (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnElementPropNameClose (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnElementPropValueStart(TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnElementPropValueBody (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnElementPropValueClose(TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnElementValueStart(TLoadXml&){return ZERunEx_OK;}
/*////////////////////////////////////////////////////////////////////////////////////////////
■ OnElementValueStart() 라는 함수가 있다면, OnElementValueClose() 라는 함수도 있는 있는 것이
좋겠지만, 이 역할을 OnElementClose() 가 하고 있기 때문에, OnElementValueClose() 함수는
선언하지 않는다. 즉 OnElementClose() 함수가 호출되면, 요소의 값도 끝난 것이 된다.
-- 2011-09-25 22:29:00
■ OnElementName2~() 계열의 함수는 요소의 끝 부분이 "</요소명>" 형태로 되어있는 부분에서 "요소명"
부분을 처리한다. 따라서 이 "요소명"이 OnElementNameClose() 에서 알아낸 "요소명", 즉 요소의 처음
부분에서 지정된 "요소명"과 같은 지 체크해서, 다르면 에러 처리를 한다.
-- 2011-10-22 10:26:00
////////////////////////////////////////////////////////////////////////////////////////////*/
template<typename TLoadXml> ZERunEx OnElementName2Start(TLoadXml&){return ZERunEx_OK;} // "</요소명>" 형태에서 "요소명" 이 시작하는 경우.
template<typename TLoadXml> ZERunEx OnElementName2Body (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnElementName2Close(TLoadXml&){return ZERunEx_OK;}
/*/////////////////////////////////////////////////////////////////////////////////////////
■ OnEleCDATA_Start(), OnEleCDATA_Close(), OnElePCDATA_Start(), OnElePCDATA_Close() 는
같은 요소에 대하여 1 회만 호출되어야 한다. 이 함수 내부에서 이 조건을 체크할 필요가 있다.
-- 2011-09-20 03:25:00
/////////////////////////////////////////////////////////////////////////////////////////*/
template<typename TLoadXml> ZERunEx OnEleCDATA_Start(TLoadXml&){return ZERunEx_OK;/*같은 요소에 대하여 중복 호출 체크*/}
template<typename TLoadXml> ZERunEx OnEleCDATA_Body (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnEleCDATA_Body (TLoadXml&, TypeChar AC_Char){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnEleCDATA_Close(TLoadXml&){return ZERunEx_OK;/*같은 요소에 대하여 중복 호출 체크*/}
template<typename TLoadXml> ZERunEx OnElePCDATA_Start(TLoadXml&){return ZERunEx_OK;/*같은 요소에 대하여 중복 호출 체크*/}
template<typename TLoadXml> ZERunEx OnElePCDATA_Body (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnElePCDATA_Body (TLoadXml&, TypeChar AC_Char){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnElePCDATA_Close(TLoadXml&){return ZERunEx_OK;/*같은 요소에 대하여 중복 호출 체크*/}
template<typename TLoadXml> ZERunEx OnElementClose(TLoadXml&, bool AB_DoHaveSlash=false)
{
// AB_DoHaveSlash==true 이면 요소의 값이 없이 "/>" 으로 끝나는 경우이고,
// AB_DoHaveSlash==false 이면 ">" 으로 끝나는 경우이다.
return ZERunEx_OK;
}/*
template<typename TLoadXml> ZERunEx OnElementClose(TLoadXml&, bool AB_DoHaveSlash=false)*/
public:
};/*
template<typename TStringData> class ZtCViewLoadXml*/
namespace ZNsExam
{
template<typename TStringData> class ZtCViewLoadXml
{
public :
typedef TStringData ZCStringData;
public :
typedef typename ZCStringData::TypeChar TypeChar ;
typedef typename ZCStringData::TypeLength TypeLength ;
typedef typename ZCStringData::TypeAlloc TypeAlloc ;
typedef typename ZCStringData::ZCTypeChars ZCTypeChars ;
typedef typename ZCStringData::ZCMainChars ZCMainChars ;
typedef typename ZCStringData::ZCStringList ZCStringList;
private:
ZTypInt mi_Depth ;
ZCStringData mo_CStringIndent ; // 들여쓰기
ZCStringData mo_CStringElement ;
ZCStringList mo_ElementNameList;
private:
void SetCStringIndent()
{
mo_CStringIndent = "";
for(int i=0; i<mi_Depth; ++i)
{
mo_CStringIndent(" ");
}
/*/////////////////////////*/
}/*
void SetCStringIndent()
private:*/
public :
ZtCViewLoadXml()
{
mi_Depth=0;
}/*
ZtCViewLoadXml()*/
template<typename TLoadXml> void InitExec(TLoadXml& AR_CLoadXml){}
template<typename TLoadXml> void FiniExec(TLoadXml& AR_CLoadXml){}
template<typename TLoadXml> ZERunEx OnError(TLoadXml& AR_CLoadXml, TypeChar AC_Char)
{
cout<<endl;
cout<<"!!!!"<<endl;
cout<<"!!!! Error : " <<AR_CLoadXml.GetMSG_EWaitByte()<<", "
"Byte='" <<AC_Char<<"', "
"LineNo=" <<AR_CLoadXml.GetLineNo()<<", "
"CharNo=" <<AR_CLoadXml.GetCharNo()<<", "
"Data Pos="<<AR_CLoadXml.GetXmlPos()+AR_CLoadXml.GetSumXmlPos()<<endl;
cout<<"!!!!"<<endl;
return ZERunEx_Err;
}/*
template<typename TLoadXml> ZERunEx OnError(TLoadXml& AR_CLoadXml, TypeChar AC_Char)*/
template<typename TLoadXml> ZERunEx OnNoHeader(TLoadXml& AR_CLoadXml){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnHeaderStart(TLoadXml& AR_CLoadXml)
{
cout<<"★ Header Start ★"<<endl<<" "; return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnHeaderBody(TLoadXml& AR_CLoadXml, const TypeChar* APC_Data, TypeLength AI_Length)
{
for(TypeLength i=0; i<AI_Length; ++i)
{
cout<<APC_Data[i]; if(APC_Data[i]=='\n') cout<<" ";
}/*
for(TypeLength i=0; i<AI_Length; ++i)*/
return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnHeaderBody(TLoadXml& AR_CLoadXml, TypeChar AC_Char)
{
cout<<AC_Char; if(AC_Char=='\n') cout<<" "; return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnHeaderClose(TLoadXml& AR_CLoadXml)
{
cout<<endl<<"★ Header Close ★"<<endl; return ZERunEx_OK;
}/*
template<typename TLoadXml> ZERunEx OnHeaderClose(TLoadXml& AR_CLoadXml)*/
template<typename TLoadXml> ZERunEx OnNoDTD (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnDTDStart (TLoadXml&)
{
cout<<"♧ DTD Start"; return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnDTDRootStart(TLoadXml&)
{
cout<<"(Root="; return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnDTDRootBody (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length)
{
for(TypeLength i=0;i<AI_Length;++i)
cout<<APC_Data[i];
//endfor
return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnDTDRootClose (TLoadXml&)
{
cout<<")"<<endl; return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnDTDBigStart (TLoadXml&)
{
cout<<" %% OnDTDBigStart"<<endl<<" "; return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnDTDBigBody (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length)
{
for(TypeLength i=0; i<AI_Length; ++i)
{
cout<<APC_Data[i]; if(APC_Data[i]=='\n') cout<<" ";
}/*
for(TypeLength i=0; i<AI_Length; ++i)*/
return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnDTDBigClose (TLoadXml&)
{
cout<<endl<<" %% OnDTDBigClose"<<endl; return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnDTDSmallStart(TLoadXml&)
{
cout<<" %% OnDTDSmallStart"<<endl<<" "; return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnDTDSmallBody (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length)
{
for(TypeLength i=0; i<AI_Length; ++i)
{
cout<<APC_Data[i]; if(APC_Data[i]=='\n') cout<<" ";
}/*
for(TypeLength i=0; i<AI_Length; ++i)*/
return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnDTDSmallClose(TLoadXml&)
{
cout<<endl<<" %% OnDTDSmallClose"<<endl; return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnDTDClose (TLoadXml&)
{
cout<<"♧ DTD Close ♧ "<<endl; return ZERunEx_OK;
}/*
template<typename TLoadXml> ZERunEx OnDTDClose (TLoadXml&)*/
template<typename TLoadXml> ZERunEx OnCommentStart(TLoadXml& AR_CLoadXml)
{
cout<<mo_CStringIndent<<"※ Comment Start ※"<<endl<<" "; return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnCommentBody(TLoadXml& AR_CLoadXml, TypeChar AC_Char)
{
cout<<AC_Char; if(AC_Char=='\n') cout<<mo_CStringIndent<<" "; return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnCommentBody(TLoadXml& AR_CLoadXml, const TypeChar* APC_Data, TypeLength AI_Length)
{
for(TypeLength i=0; i<AI_Length; ++i)
{
cout<<APC_Data[i]; if(APC_Data[i]=='\n') cout<<mo_CStringIndent<<" ";
}/*
for(TypeLength i=0; i<AI_Length; ++i)*/
return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnCommentClose(TLoadXml& AR_CLoadXml)
{
cout<<endl<<mo_CStringIndent<<"※ Comment Close ※"<<endl; return ZERunEx_OK;
}/*
template<typename TLoadXml> ZERunEx OnCommentClose(TLoadXml& AR_CLoadXml)*/
template<typename TLoadXml> ZERunEx OnElementStart(TLoadXml& AR_CLoadXml)
{
cout<<mo_CStringIndent
<<"■ OnElementStart ■"<<endl;
return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnElementNameStart(TLoadXml& AR_CLoadXml)
{
cout<<mo_CStringIndent<<"□ OnElementNameStart(Name=\""; return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnElementNameBody(TLoadXml& AR_CLoadXml, const TypeChar* APC_Data, TypeLength AI_Length)
{
mo_CStringElement(APC_Data,AI_Length);
for(TypeLength i=0; i<AI_Length; ++i)
{
cout<<APC_Data[i];
}/*
for(TypeLength i=0; i<AI_Length; ++i)*/
return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnElementNameClose(TLoadXml& AR_CLoadXml,int AI_Depth)
{
mi_Depth=AI_Depth; SetCStringIndent();
mo_ElementNameList.push_back(mo_CStringElement); mo_CStringElement="";
cout<<"\") OnElementNameClose(depth="<<AI_Depth<<") □"<<endl; return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnElementPropNameStart(TLoadXml& AR_CLoadXml)
{
cout<<mo_CStringIndent
<<"▶ OnElementPropNameStart(Name=\"";
return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnElementPropNameBody(TLoadXml& AR_CLoadXml, const TypeChar* APC_Data, TypeLength AI_Length)
{
for(TypeLength i=0; i<AI_Length; ++i)
{
cout<<APC_Data[i];
}/*
for(TypeLength i=0; i<AI_Length; ++i)*/
return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnElementPropNameClose(TLoadXml& AR_CLoadXml)
{
cout<<"\")"; return ZERunEx_OK;
}/*
template<typename TLoadXml> ZERunEx OnElementPropNameClose(TLoadXml& AR_CLoadXml)*/
template<typename TLoadXml> ZERunEx OnElementPropValueStart(TLoadXml& AR_CLoadXml)
{
cout<<" : Value=\""; return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnElementPropValueBody(TLoadXml& AR_CLoadXml, const TypeChar* APC_Data, TypeLength AI_Length)
{
for(TypeLength i=0; i<AI_Length; ++i)
{
cout<<APC_Data[i];
}/*
for(TypeLength i=0; i<AI_Length; ++i)*/
return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnElementPropValueClose(TLoadXml& AR_CLoadXml)
{
cout<<"\""<<endl; return ZERunEx_OK;
}/*
template<typename TLoadXml> ZERunEx OnElementPropValueClose(TLoadXml& AR_CLoadXml)*/
template<typename TLoadXml> ZERunEx OnElementValueStart(TLoadXml& AR_CLoadXml)
{
cout<<mo_CStringIndent
<<"♠ OnElementValueStart(Without OnElementValueClose) ♠"<<endl;
return ZERunEx_OK;
}/*
template<typename TLoadXml> ZERunEx OnElementValueStart(TLoadXml& AR_CLoadXml)*/
/*////////////////////////////////////////////////////////////////////////////////////////////
■ OnElementValueStart() 라는 함수가 있다면, OnElementValueClose() 라는 함수도 있는 있는 것이
좋겠지만, 이 역할을 OnElementClose() 가 하고 있기 때문에, OnElementValueClose() 함수는
정의하지 않는다. 즉 OnElementClose() 함수가 호출되면, 요소의 값도 끝난 것이 된다.
-- 2011-09-25 22:29:00
////////////////////////////////////////////////////////////////////////////////////////////*/
template<typename TLoadXml> ZERunEx OnElementName2Start(TLoadXml& AR_CLoadXml) // "</요소명>" 형태에서 "요소명" 이 시작하는 경우.
{
cout<<mo_CStringIndent<<"◀ OnElementName2Start(Name=\""; return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnElementName2Body(TLoadXml& AR_CLoadXml, const TypeChar* APC_Data, TypeLength AI_Length)
{
mo_CStringElement(APC_Data,AI_Length);
for(TypeLength i=0; i<AI_Length; ++i)
{
cout<<APC_Data[i];
}/*
for(TypeLength i=0; i<AI_Length; ++i)*/
return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnElementName2Close(TLoadXml& AR_CLoadXml)
{
if(mo_ElementNameList.size()<1)
{
cout<<endl<<endl<<"!!!! Error : There is Not Closing Element Name."<<endl<<endl;
return ZERunEx_Err;
}
if(mo_ElementNameList.GetTailData()!=mo_CStringElement)
{
cout<<endl<<endl<<"!!!! Error : Closing Element Name is Different ."<<endl<<endl;
return ZERunEx_Err;
}/*
if(mo_ElementNameList.GetTailData()!=mo_CStringElement)*/
mo_CStringElement=""; mo_ElementNameList.DeleteTail();
cout<<"\") OnElementName2Close"<<endl; return ZERunEx_OK;
}/*
template<typename TLoadXml> ZERunEx OnElementName2Close(TLoadXml& AR_CLoadXml)*/
/*/////////////////////////////////////////////////////////////////////////////////////
■ OnEleCDATA_Start(), OnEleCDATA_Close(), OnElePCDATA_Start(), OnElePCDATA_Close() 는
같은 요소에 대하여 1 회만 호출되어야 한다. 이 함수 내부에서 이 조건을 체크할 필요가
있다.
-- 2011-09-20 03:25:00
/////////////////////////////////////////////////////////////////////////////////////*/
template<typename TLoadXml> ZERunEx OnEleCDATA_Start(TLoadXml& AR_CLoadXml)
{
cout<<mo_CStringIndent<<"▷ OnEleCDATA_Start ▷"<<endl<<mo_CStringIndent;
return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnEleCDATA_Body(TLoadXml& AR_CLoadXml, const TypeChar* APC_Data, TypeLength AI_Length)
{
for(TypeLength i=0; i<AI_Length; ++i)
{
cout<<APC_Data[i]; if(APC_Data[i]=='\n') cout<<mo_CStringIndent<<" ";
}/*
for(TypeLength i=0; i<AI_Length; ++i)*/
return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnEleCDATA_Body (TLoadXml& AR_CLoadXml, TypeChar AC_Char)
{
cout<<AC_Char; if(AC_Char=='\n') cout<<mo_CStringIndent<<" "; return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnEleCDATA_Close(TLoadXml& AR_CLoadXml)
{
cout<<endl
<<mo_CStringIndent<<"▷ OnEleCDATA_Close ▷"<<endl;
return ZERunEx_OK;
}/*
template<typename TLoadXml> ZERunEx OnEleCDATA_Close(TLoadXml& AR_CLoadXml)*/
template<typename TLoadXml> ZERunEx OnElePCDATA_Start(TLoadXml& AR_CLoadXml)
{
cout<<mo_CStringIndent<<"▷▷ OnElePCDATA_Start ▷▷"<<endl<<mo_CStringIndent;
return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnElePCDATA_Body(TLoadXml& AR_CLoadXml, const TypeChar* APC_Data, TypeLength AI_Length)
{
for(TypeLength i=0; i<AI_Length; ++i)
{
cout<<APC_Data[i]; if(APC_Data[i]=='\n') cout<<mo_CStringIndent<<" ";
}/*
for(TypeLength i=0; i<AI_Length; ++i)*/
return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnElePCDATA_Body(TLoadXml& AR_CLoadXml, TypeChar AC_Char)
{
cout<<AC_Char; if(AC_Char=='\n') cout<<mo_CStringIndent<<" "; return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnElePCDATA_Close(TLoadXml& AR_CLoadXml)
{
cout<<endl
<<mo_CStringIndent<<"▷▷ OnElePCDATA_Close ▷▷"<<endl;
return ZERunEx_OK;
}/*
template<typename TLoadXml> ZERunEx OnElePCDATA_Close(TLoadXml& AR_CLoadXml)*/
template<typename TLoadXml> ZERunEx OnElementClose(TLoadXml& AR_CLoadXml, bool AB_DoHaveSlash=false)
{
// AB_DoHaveSlash==true 이면 요소의 값이 없이 "/>" 으로 끝나는 경우이고,
// AB_DoHaveSlash==false 이면 ">" 으로 끝나는 경우이다.
--mi_Depth; SetCStringIndent();
cout<<mo_CStringIndent
<<"■ OnElementClose(AB_DoHaveSlash="<<AB_DoHaveSlash<<") ■"<<endl;
return ZERunEx_OK;
}/*
template<typename TLoadXml> ZERunEx OnElementClose(TLoadXml& AR_CLoadXml, bool AB_DoHaveSlash=false)*/
public:
};/*
template<typename TStringData> class ZtCViewLoadXml*/
}/*
namespace ZNsExam*/
}/*
namespace ZNsViewIFace*/
namespace ZNsView
{
/*///////////////////////////////////////////////////////////
■ TXmlInfo 가 가져야 하는 인터페이스
typedef typename ZCXmlInfo::ZCStringData ZCStringData ;
typedef typename TXmlInfo ::ZCAttribute ZCAttribute ;
typedef typename TXmlInfo ::ZCAttriList ZCAttriList ;
typedef typename TXmlInfo ::ZCElement ZCElement ;
typedef typename TXmlInfo ::ZCElementTree ZCElementTree ;
typedef typename TXmlInfo ::ZCElementNode ZCElementNode ;
typedef typename TXmlInfo ::ZCElementID ZCElementID ;
typedef typename TXmlInfo ::ZCElementIDSet ZCElementIDSet ;
typedef typename TXmlInfo ::ZCElementIDNode ZCElementIDNode;
ZCElementIDSet& GetCElementIDSet()
ZCElementTree& GetCElementTree ()
-- 2011-09-24 15:21:00
///////////////////////////////////////////////////////////*/
template<typename TXmlInfo> class ZtCViewLoadXmlOfXmlInfo
{
public :
typedef TXmlInfo ZCXmlInfo ;
typedef typename ZCXmlInfo::TypeData ZCTypeXmlInfo ;
typedef typename ZCXmlInfo::ZCStringData ZCStringData ;
typedef typename ZCXmlInfo::ZCAttribute ZCAttribute ;
typedef typename ZCXmlInfo::ZCAttriList ZCAttriList ;
typedef typename ZCXmlInfo::ZCElement ZCElement ;
typedef typename ZCXmlInfo::ZCElementTree ZCElementTree ;
typedef typename ZCXmlInfo::ZCElementNode ZCElementNode ;
typedef typename ZCXmlInfo::ZCElementID ZCElementID ;
typedef typename ZCXmlInfo::ZCElementIDSet ZCElementIDSet ;
typedef typename ZCXmlInfo::ZCElementIDNode ZCElementIDNode ;
public :
typedef typename ZCStringData::TypeChar TypeChar ;
typedef typename ZCStringData::TypeLength TypeLength ;
typedef typename ZCStringData::TypeAlloc TypeAlloc ;
typedef typename ZCStringData::ZCTypeChars ZCTypeChars ;
typedef typename ZCStringData::ZCMainChars ZCMainChars ;
public :
typedef ZtCObjList<ZCStringData> ZCStringList ;
private:
ZTypInt mi_Depth ;
ZCXmlInfo mo_CXmlInfo ;
ZCElementNode* mp_CElementNode ;
ZCAttribute* mp_CAttribute ;
ZCStringList mo_ElementNameList;
ZCStringData mo_CStringCloseEle; // "</요소명"> 형태에서의 "요소명". 시작 요소명과 일치해야 한다.
ZCStringData mo_CStringErrorMSG; // "</요소명"> 형태에서의 "요소명". 시작 요소명과 일치해야 한다.
public :
ZtCViewLoadXmlOfXmlInfo()
{
mp_CElementNode=0;
mp_CAttribute =0;
mi_Depth =0;
}/*
ZtCViewLoadXmlOfXmlInfo()*/
ZTypInt GetDepth() const{return mi_Depth;}
/***/ ZCXmlInfo& GetCXmlInfo() {return mo_CXmlInfo;}
const ZCXmlInfo& GetCXmlInfo()const{return mo_CXmlInfo;}
const ZCStringData& GetErrorMSG(){return mo_CStringErrorMSG;}
void clear()
{
mi_Depth =0;
mp_CElementNode =0;
mp_CAttribute =0;
mo_CXmlInfo .clear();
mo_ElementNameList.clear();
mo_CStringCloseEle.clear();
mo_CStringErrorMSG.clear();
}/*
void clear()*/
/*public:*/
public:
template<typename TLoadXml> void InitExec(TLoadXml& AR_CLoadXml){}
template<typename TLoadXml> void FiniExec(TLoadXml& AR_CLoadXml){}
template<typename TLoadXml> ZERunEx OnError(TLoadXml& AR_CLoadXml, TypeChar AC_Char){return ZERunEx_Err;}
template<typename TLoadXml> ZERunEx OnNoHeader (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnHeaderStart (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnHeaderBody (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnHeaderBody (TLoadXml&, TypeChar AC_Char){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnHeaderClose (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnNoDTD (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnDTDStart (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnDTDRootStart (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnDTDRootBody (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnDTDRootClose (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnDTDBigStart (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnDTDBigBody (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnDTDBigClose (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnDTDSmallStart(TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnDTDSmallBody (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnDTDSmallClose(TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnDTDClose (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnCommentStart(TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnCommentBody (TLoadXml&, TypeChar AC_Char){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnCommentBody (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnCommentClose(TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnElementStart (TLoadXml&)
{
/* 여기서 노드 포인터 mp_CElementNode 을 한 단계 내리고,
OnElementClose() 에서 한 단계 올릴 것이다. */
if(mp_CElementNode==0)
mp_CElementNode=&mo_CXmlInfo.GetCElementTree().GetRootNode();
else
mp_CElementNode=&mp_CElementNode->AddSubNode();
return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnElementNameStart (TLoadXml&)
{
mo_CStringCloseEle.Invalid();
mp_CElementNode->GetData().GetName ().Invalid();
mp_CElementNode->GetData().GetContent().Invalid();
return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnElementNameBody (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length)
{
mp_CElementNode->GetData().GetName()(APC_Data,AI_Length); return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnElementNameClose (TLoadXml&,int AI_Depth)
{
mp_CElementNode->GetData().SetDepth(AI_Depth); return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnElementPropNameStart (TLoadXml&)
{
mp_CAttribute=&mp_CElementNode->GetData().AddTailDefaultAttrib();
mp_CAttribute->GetName ().Invalid();
mp_CAttribute->GetValue().Invalid();
return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnElementPropNameBody (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length)
{
mp_CAttribute->GetName()(APC_Data,AI_Length); return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnElementPropNameClose (TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnElementPropValueStart(TLoadXml&){return ZERunEx_OK;}
template<typename TLoadXml> ZERunEx OnElementPropValueBody (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length)
{
mp_CAttribute->GetValue()(APC_Data,AI_Length); return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnElementPropValueClose(TLoadXml&)
{
// id 라는 속성이 있으면, 모든 요소의 id 속성 중 유일한 값으로 간주해 따로 보관한다.
mp_CAttribute->ConvertNormalValue(); // 속성의 값을 일반 문자열로 바꾼다.
/*//////////////////////////////////////////////////////////////////////////
아래 if 문에서 mp_CAttribute->GetName()=="id" 처럼 한꺼번에 비교하지 않고,
'i' 와 'd' 을 따로 비교를 하고 있는데, 이것은 TypeChar 이 char 이 아닌 경우를
대비하기 위함이다.
-- 2011-10-21 13:59:00
//////////////////////////////////////////////////////////////////////////*/
const int CI_LengthOfID = 2; // 속성명 "id" 의 길이.
const bool CB_IsTrue =
(
mp_CAttribute->GetName() .size() < CI_LengthOfID ||
mp_CAttribute->GetValue().size() < 1 ||
mp_CAttribute->GetName().data()[0]!=TypeChar('i') ||
mp_CAttribute->GetName().data()[1]!=TypeChar('d')
);
////////////////////////////////////////////////////////////
if(CB_IsTrue) return ZERunEx_OK;
ZCElementIDNode* VP_CElementIDNode = mo_CXmlInfo.
GetCElementIDSet().AddKey( &mp_CAttribute->GetValue() );
if(VP_CElementIDNode==0)
{
#ifdef _DEBUG_SHOW_
cout<<"ID("<<mp_CAttribute->GetValue()<<") is Already!"<<endl;
#endif //_DEBUG_SHOW_
}
else
VP_CElementIDNode->GetData().SetEleNodePtr(mp_CElementNode);
//else
return ZERunEx_OK;
}/*
template<typename TLoadXml> ZERunEx OnElementPropValueClose(TLoadXml&)*/
template<typename TLoadXml> ZERunEx OnElementValueStart(TLoadXml&){return ZERunEx_OK;}
/*//////////////////////////////////////////////////////////////////////////////////////////////
■ OnElementValueStart() 라는 함수가 있다면, OnElementValueClose() 라는 함수도 있는 있는 것이 좋
겠지만, 이 역할을 OnElementClose() 가 하고 있기 때문에, OnElementValueClose() 함수는 정의하지
않는다. 즉 OnElementClose() 함수가 호출되면, 요소의 값도 끝난 것이 된다.
-- 2011-09-25 22:29:00
■ OnElementName2~() 계열의 함수는 요소의 끝 부분이 "</요소명>" 형태로 되어있는 부분에서 "요소명"
부분을 처리한다. 따라서 이 "요소명"이 OnElementNameClose() 에서 알아낸 "요소명", 즉 요소의 처음
부분에서 지정된 "요소명"과 같은 지 체크해서, 다르면 에러 처리를 한다.
-- 2011-10-22 10:26:00
//////////////////////////////////////////////////////////////////////////////////////////////*/
template<typename TLoadXml> ZERunEx OnElementName2Start(TLoadXml&){return ZERunEx_OK;} // "</요소명>" 형태에서 "요소명" 이 시작하는 경우.
template<typename TLoadXml> ZERunEx OnElementName2Body (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length)
{
mo_CStringCloseEle(APC_Data, AI_Length); return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnElementName2Close(TLoadXml&)
{
if(mp_CElementNode->GetData().GetName()!=mo_CStringCloseEle)
{
(mo_CStringErrorMSG="Element Names is Different. "
"Starting Element Name is '")(mp_CElementNode->GetData().GetName())("', "
"Closing Element Name is '" )(mo_CStringCloseEle )("'");
return ZERunEx_Err;
}
else
return ZERunEx_OK ;
//else
}/*
template<typename TLoadXml> ZERunEx OnElementName2Close(TLoadXml&)*/
/*/////////////////////////////////////////////////////////////////////////////////////
■ OnEleCDATA_Start(), OnEleCDATA_Close(), OnElePCDATA_Start(), OnElePCDATA_Close() 는
같은 요소에 대하여 1 회만 호출되어야 한다. 이 함수 내부에서 이 조건을 체크할 필요가
있다.
-- 2011-09-20 03:25:00
/////////////////////////////////////////////////////////////////////////////////////*/
template<typename TLoadXml> ZERunEx OnEleCDATA_Start(TLoadXml&)
{
/* 같은 요소에 대하여 중복 호출을 체크한다. 즉 이미 요소의 값이 설정되어 있으면,
이전에 이미 호출된 것이라, 더 이상 수행되어서는 안된다. */
if(mp_CElementNode->GetData().GetContent().size()>0)
{
(mo_CStringErrorMSG =
"Content of the Element '")
(mp_CElementNode->GetData().GetName())
("' Is Already Exists : In OnEleCDATA_Start()");
return ZERunEx_Err;
}
else
return ZERunEx_OK ;
//else
}
template<typename TLoadXml> ZERunEx OnEleCDATA_Body (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length)
{
mp_CElementNode->GetData().GetContent()(APC_Data,AI_Length); return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnEleCDATA_Body (TLoadXml&, TypeChar AC_Char)
{
mp_CElementNode->GetData().GetContent()(AC_Char); return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnEleCDATA_Close(TLoadXml&){return ZERunEx_OK;/*같은 요소에 대하여 중복 호출 체크*/}
template<typename TLoadXml> ZERunEx OnElePCDATA_Start(TLoadXml&)
{
/* 같은 요소에 대하여 중복 호출을 체크한다.
즉 이미 요소의 값이 설정되어 있으면 수행되어서는 안된다. */
if(mp_CElementNode->GetData().GetContent().size()>0)
{
(mo_CStringErrorMSG=
"Content of the Element '")
(mp_CElementNode->GetData().GetName())
("' Is Already Exists : In OnElePCDATA_Start()");
return ZERunEx_Err;
}
else
return ZERunEx_OK ;
//else
}
template<typename TLoadXml> ZERunEx OnElePCDATA_Body (TLoadXml&, const TypeChar* APC_Data, TypeLength AI_Length)
{
mp_CElementNode->GetData().GetContent()(APC_Data,AI_Length); return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnElePCDATA_Body (TLoadXml&, TypeChar AC_Char)
{
mp_CElementNode->GetData().GetContent()(AC_Char); return ZERunEx_OK;
}
template<typename TLoadXml> ZERunEx OnElePCDATA_Close(TLoadXml&)
{
// 같은 요소에 대하여 중복 호출 체크가 필요.
mp_CElementNode->GetData().ConvertNormalContent(); return ZERunEx_OK;
}/*
template<typename TLoadXml> ZERunEx OnElePCDATA_Close(TLoadXml&)*/
template<typename TLoadXml> ZERunEx OnElementClose(TLoadXml&, bool AB_DoHaveSlash=false)
{
// AB_DoHaveSlash==true 이면 요소의 값이 없이 "/>" 으로 끝나는 경우이고,
// AB_DoHaveSlash==false 이면 ">" 으로 끝나는 경우이다.
// 노드 포인터 mp_CElementNode 을 한 단계 위로 올린다.
mo_CStringCloseEle.Invalid();
mp_CElementNode = mp_CElementNode->GetHighNodePtr(); return ZERunEx_OK;
}/*
template<typename TLoadXml> ZERunEx OnElementClose(TLoadXml&, bool AB_DoHaveSlash=false)*/
public:
};/*
template<typename TXmlInfo> class ZtCViewLoadXmlOfXmlInfo */
}/*
namespace ZNsView*/
/*////////////////////////////////////////////////////////
■ Searching 문자 테이블(Searching Letter Table)
□ 헤더
1 2 3 4 5 6 7 8
1 Skp ☞ (1,1 )
2 < ! - - 주 ☞ (5,2 )
3 - - > ☞ (1,1 )
4 ? 헤 ☞ (3,3 )
5 ? > ☞ (1,21)
□ 요소 시작 부분
1 2 3 4 5 6 7 8 9
21 Skp ☞ (1,21)
22 < ! - - 주 ☞ (5,22)
23 - - > ☞ (1,21)
24 요 요 ☞ (3,24)
25 / > ☞ (1,21)
26 > ☞ (1,41)
27 Skp Skp ☞ (4,27)
28 / > ☞ (1,21)
29 > ☞ (1,41)
30 속 속 ☞ (5,30)
31 = Skp ☞ (6,31)
32 " 속값 ☞ (7,32)
33 " Skp ☞ (8,33)
34 / > ☞ (1,21)
35 > ☞ (1,41)
36 / > ☞ (1,21)
37 > ☞ (1,41)
38 Skp Skp ☞ (6,38)
39 = ☞ (6,31)
3A / > ☞ (1,21)
3B > ☞ (1,41)
3C / 요 요 ☞ (4,3C)
3D > ☞ (1,21)
□ 요소 값 부분
1 2 3 4 5 6 7 8 9 10 11 12
41 Skp ☞ (1,41)
42 < ! - - 주 ☞ (5.42)
43 - - > ☞ (1.41)
44 [ C D A T A [ CD ☞ (10,44)
45 ] ] > ☞ (1,61)
46 요 ☞ (3,24)
47 / ☞ (4,3C)
48 요 요 ☞ (4,48)
49 > ☞ (1,21)
50 PCD ☞ (1,51)
□ PCDATA
1 2 3 4 5 6 7 8
51 PCD ☞ (1,51)
52 < ! - - 주 ☞ (5.52)
53 - - > ☞ (1.51)
54 / 요 요 ☞ (4.54)
55 > ☞ (1,21)
□ 요소 닫는 부분
1 2 3 4 5 6 7 8
61 Skp ☞ (1,61)
62 < ! - - 주 ☞ (5,62)
63 - - > ☞ (1,61)
64 / 요 요 ☞ (4,64)
65 > ☞ (1,21)
65 요 ☞ (3,24)
////////////////////////////////////////////////////////*/
template< typename TStringData=ZNsMain::ZtCStringBase<char>
>
class ZtCLoadXml ////////////////////////////////////////////
{
public:
typedef TStringData ZCStringData;
public:
typedef typename ZCStringData::TypeChar TypeChar ;
typedef typename ZCStringData::TypeLength TypeLength ;
typedef typename ZCStringData::TypeAlloc TypeAlloc ;
typedef typename ZCStringData::ZCTypeChars ZCTypeChars ;
typedef typename ZCStringData::ZCMainChars ZCMainChars ;
typedef typename ZCStringData::ZCStringList ZCStringList;
public:
enum EWaitByte
{
EWaitByte_HeadStart , // <
EWaitByte_HeadCommExclaMark , // <! ('!'이 영어로 Exclamation Mark)
EWaitByte_HeadCommHyphen , // <!-
EWaitByte_HeadCommHyphen2 , // <!--
EWaitByte_HeadCommValue , // <!--주석
EWaitByte_HeadComm2Hyphen2 , // <!--주석--
EWaitByte_HeadCommEnd , // <!--주석-->
EWaitByte_HeadValue , // <? 헤더
EWaitByte_HeadEnd , // <? 헤더 ?>
EWaitByte_DTDStart , // <
EWaitByte_DTDCommExclaMark , // <! ('!'이 영어로 Exclamation Mark)
EWaitByte_DTDCommHyphen , // <!-
EWaitByte_DTDCommHyphen2 , // <!--
EWaitByte_DTDCommValue , // <!--주석
EWaitByte_DTDComm2Hyphen2 , // <!--주석--
EWaitByte_DTDCommEnd , // <!--주석-->
EWaitByte_DTDDocTypeDO , // <!DO
EWaitByte_DTDDocTypeDOC , // <!DOC
EWaitByte_DTDDocTypeDOCT , // <!DOCT
EWaitByte_DTDDocTypeDOCTY , // <!DOCTY
EWaitByte_DTDDocTypeDOCTYP , // <!DOCTYP
EWaitByte_DTDDocTypeDOCTYPE , // <!DOCTYPE
EWaitByte_DTDDocTypeSkip , //"<!DOCTYPE "
EWaitByte_DTDDocTypeSkip2 , //"<!DOCTYPE ro"
EWaitByte_DTDDocTypeRoot2 , //"<!DOCTYPE roro"
EWaitByte_DTDDocTypeRoot2Skip , //"<!DOCTYPE ro "
EWaitByte_DTDBody , // <!DOCTYPE ro[DT
EWaitByte_DTDClose , // <!DOCTYPE ro[DT]>
EWaitByte_DTDBodySmall , //"<!DOCTYPE ro dt"
EWaitByte_EleStart , // <
EWaitByte_EleCommExclaMark , // <!
EWaitByte_EleCommHyphen , // <!-
EWaitByte_EleCommHyphen2 , // <!--
EWaitByte_EleCommValue , // <!--주석
EWaitByte_EleComm2Hyphen2 , // <!--주석--
EWaitByte_EleCommEnd , // <!--주석-->
EWaitByte_EleName , // <요소명
EWaitByte_EleClose , // <요소명/>
EWaitByte_EleNameSkip , //"<요소명 "
EWaitByte_EleNameSkipClose , // <요소명 />
EWaitByte_EleNameSkipEnd , // <요소명 >
EWaitByte_EleNameSkipProp , // <요소명 속성명
EWaitByte_EleNameSkipProp2 , // <요소명 속성명 + Skp + Skp
EWaitByte_EleNameSkipPropQuote , // <요소명 속성명="
EWaitByte_EleNameSkipPropValue , // <요소명 속성명="속성값
EWaitByte_EleNameSkipPropValue2 , // <요소명 속성명="속성값" + Skp
EWaitByte_EleNameSkipPropClose , // <요소명 속성명="속성값" />
EWaitByte_EleCloseComplete , // </요소명
EWaitByte_EleCloseComplete2 , // </요소명>
EWaitByte_EleValStart , // <
EWaitByte_EleValCommExclaMark , // <!
EWaitByte_EleValCommHyphen , // <!-
EWaitByte_EleValCommHyphen2 , // <!--
EWaitByte_EleValCommValue , // <!--주석
EWaitByte_EleValComm2Hyphen2 , // <!--주석--
EWaitByte_EleValCommEnd , // <!--주석-->
EWaitByte_EleValCDataC , // <![C
EWaitByte_EleValCDataCD , // <![CD
EWaitByte_EleValCDataCDA , // <![CDA
EWaitByte_EleValCDataCDAT , // <![CDAT
EWaitByte_EleValCDataCDATA , // <![CDATA
EWaitByte_EleValCDataSquBracket2 , // <![CDATA[
EWaitByte_EleValCDataContent , // <![CDATA[ 내용
EWaitByte_EleValCDataClose2 , // <![CDATA[ 내용 ]]
EWaitByte_EleValCDataClose3 , // <![CDATA[ 내용 ]]>
EWaitByte_EleValCloseName1 , // </요소명
EWaitByte_EleValCloseName2 , // </요소명>
EWaitByte_EleValPCData , // PCDATA
EWaitByte_EleValPCDataCommExcla , // <!
EWaitByte_EleValPCDataCommHypen , // <!-
EWaitByte_EleValPCDataCommHypen2 , // <!--
EWaitByte_EleValPCDataCommValue , // <!--주석
EWaitByte_EleValPCDataComm2Hypen2 , // <!--주석--
EWaitByte_EleValPCDataCommEnd , // <!--주석-->
EWaitByte_EleValPCDataCloseEle , // </요소명
EWaitByte_EleValPCDataCloseEle2 , // </요소명>
EWaitByte_EleCloseOpen , // <
EWaitByte_EleCloseCommExclaMark , // <!
EWaitByte_EleCloseCommHyphen , // <!-
EWaitByte_EleCloseCommHyphen2 , // <!--
EWaitByte_EleCloseCommValue , // <!--주석
EWaitByte_EleCloseComm2Hyphen2 , // <!--주석--
EWaitByte_EleCloseCommEnd , // <!--주석-->
EWaitByte_EleCloseName , // </요
EWaitByte_EleCloseName2 // </요>
};/*
enum EWaitByte*/
/*public :*/
protected:
EWaitByte me_EWaitByte;
ZTypInt mi_EleDepth ; // 요소의 깊이.
ZTypInt mi_NowLineNo; // 현재 처리하고 있는 라인 번호.
ZTypInt mi_NowCharNo; // 현재 라인에서 처리하고 있는 문자 번호.
ZTypInt mi_NowXmlPos; // 현재 처리하고 있는, 원본 문자열의 문자 위치.
ZTypInt mi_SumXmlPos; // mi_NowXmlPos 의 누적값.
protected:
bool IsSkipChar(TypeChar AC_TypeChar)
{
switch(AC_TypeChar)
{
case TypeChar(' ') : case TypeChar('\r'):
case TypeChar('\n'): case TypeChar('\t'): return true;
}/*
switch(AC_TypeChar)*/
return false;
}/*
bool IsSkipChar(TypeChar AC_TypeChar)*/
bool IsEleNameChar(TypeChar AC_TypeChar)
{
/*///////////////////////////////////////////////////////////////////////
아래는 숫자와 알파벳, '-', '_' 만 허용했던 경우의 코드.
if(AC_TypeChar>=TypeChar('0') && AC_TypeChar<=TypeChar('9')) return true;
if(AC_TypeChar>=TypeChar('a') && AC_TypeChar<=TypeChar('z')) return true;
if(AC_TypeChar>=TypeChar('A') && AC_TypeChar<=TypeChar('Z')) return true;
if(AC_TypeChar==TypeChar('-') || AC_TypeChar==TypeChar('_')) return true;
return false;
위 코드를 아래로 바꾸어, 한글 요소명을 허용한다. -- 2011-10-06 20:15:00
///////////////////////////////////////////////////////////////////////*/
switch(AC_TypeChar)
{
case TypeChar(' ' ): case TypeChar('\t'): case TypeChar('\r'): case TypeChar('\n'):
case TypeChar('!' ): case TypeChar('@' ): case TypeChar('#' ): case TypeChar('$' ):
case TypeChar('%' ): case TypeChar('^' ): case TypeChar('&' ): case TypeChar('*' ):
case TypeChar('(' ): case TypeChar(')' ): case TypeChar('+' ): case TypeChar('=' ):
case TypeChar('?' ): case TypeChar('<' ): case TypeChar('>' ): case TypeChar('~' ):
case TypeChar('`' ): case TypeChar('.' ): case TypeChar('/' ): case TypeChar('\\'):
case TypeChar('[' ): case TypeChar(']' ): case TypeChar('{' ): case TypeChar('}' ):
case TypeChar(':' ): case TypeChar(';' ): case TypeChar('\''): case TypeChar('\"'): return false;
}/*
switch(AC_TypeChar)*/
return true;
}/*
bool IsEleNameChar(TypeChar AC_TypeChar)*/
bool IsPropNameChar(TypeChar AC_TypeChar)
{
/*///////////////////////////////////////////////////////////////////////
아래는 숫자와 알파벳, '-', '_' 만 허용했던 경우의 코드.
if(AC_TypeChar>=TypeChar('0') && AC_TypeChar<=TypeChar('9')) return true;
if(AC_TypeChar>=TypeChar('a') && AC_TypeChar<=TypeChar('z')) return true;
if(AC_TypeChar>=TypeChar('A') && AC_TypeChar<=TypeChar('Z')) return true;
if(AC_TypeChar==TypeChar('-') || AC_TypeChar==TypeChar('_')) return true;
return false;
위 코드를 아래로 바꾸어, 한글 속성명을 허용한다. -- 2011-10-06 20:27:00
///////////////////////////////////////////////////////////////////////*/
switch(AC_TypeChar)
{
case TypeChar(' ' ): case TypeChar('\t'): case TypeChar('\r'): case TypeChar('\n'):
case TypeChar('!' ): case TypeChar('@' ): case TypeChar('#' ): case TypeChar('$' ):
case TypeChar('%' ): case TypeChar('^' ): case TypeChar('&' ): case TypeChar('*' ):
case TypeChar('(' ): case TypeChar(')' ): case TypeChar('+' ): case TypeChar('=' ):
case TypeChar('?' ): case TypeChar('<' ): case TypeChar('>' ): case TypeChar('~' ):
case TypeChar('`' ): case TypeChar('.' ): case TypeChar('/' ): case TypeChar('\\'):
case TypeChar('[' ): case TypeChar(']' ): case TypeChar('{' ): case TypeChar('}' ):
case TypeChar(':' ): case TypeChar(';' ): case TypeChar('\''): case TypeChar('\"'): return false;
}/*
switch(AC_TypeChar)*/
return true;
}/*
bool IsPropNameChar(TypeChar AC_TypeChar)*/
bool IsPropValueChar(TypeChar AC_TypeChar)
{ return (AC_TypeChar!=TypeChar('"') && AC_TypeChar!=TypeChar('\n')); }
bool IsPCDATA (TypeChar AC_TypeChar)
{ return (AC_TypeChar!=TypeChar('>') && AC_TypeChar!=TypeChar('<' )); }
/*protected:*/
public :
ZtCLoadXml()
{
me_EWaitByte=EWaitByte_HeadStart;
mi_NowLineNo=1;
mi_NowCharNo=1;
mi_NowXmlPos=0;
mi_SumXmlPos=0;
mi_EleDepth =0;
}/*
ZtCLoadXml()*/
void clear()
{
me_EWaitByte=EWaitByte_HeadStart;
mi_EleDepth =0;
mi_NowXmlPos=0;
mi_SumXmlPos=0;
mi_NowLineNo=1;
mi_NowCharNo=1;
}/*
void clear()*/
ZTypInt GetLineNo () const{return mi_NowLineNo;}
ZTypInt GetCharNo () const{return mi_NowCharNo;}
ZTypInt GetXmlPos () const{return mi_NowXmlPos;}
ZTypInt GetSumXmlPos () const{return mi_SumXmlPos;}
ZTypInt GetElementDepth() const{return mi_EleDepth ;}
EWaitByte GetEWaitByte () const{return me_EWaitByte;}
const char* GetMSG_EWaitByte(int AE_EWaitByte) const
{
switch(AE_EWaitByte)
{
case EWaitByte_HeadStart : return "EWaitByte_HeadStart" ;
case EWaitByte_HeadCommExclaMark : return "EWaitByte_HeadCommExclaMark" ;
case EWaitByte_HeadCommHyphen : return "EWaitByte_HeadCommHyphen" ;
case EWaitByte_HeadCommHyphen2 : return "EWaitByte_HeadCommHyphen2" ;
case EWaitByte_HeadCommValue : return "EWaitByte_HeadCommValue" ;
case EWaitByte_HeadComm2Hyphen2 : return "EWaitByte_HeadComm2Hyphen2" ;
case EWaitByte_HeadCommEnd : return "EWaitByte_HeadCommEnd" ;
case EWaitByte_HeadValue : return "EWaitByte_HeadValue" ;
case EWaitByte_HeadEnd : return "EWaitByte_HeadEnd" ;
case EWaitByte_DTDStart : return "EWaitByte_DTDStart" ;
case EWaitByte_DTDCommExclaMark : return "EWaitByte_DTDCommExclaMark" ;
case EWaitByte_DTDCommHyphen : return "EWaitByte_DTDCommHyphen" ;
case EWaitByte_DTDCommHyphen2 : return "EWaitByte_DTDCommHyphen2" ;
case EWaitByte_DTDCommValue : return "EWaitByte_DTDCommValue" ;
case EWaitByte_DTDComm2Hyphen2 : return "EWaitByte_DTDComm2Hyphen2" ;
case EWaitByte_DTDCommEnd : return "EWaitByte_DTDCommEnd" ;
case EWaitByte_DTDDocTypeDO : return "EWaitByte_DTDDocTypeDO" ;
case EWaitByte_DTDDocTypeDOC : return "EWaitByte_DTDDocTypeDOC" ;
case EWaitByte_DTDDocTypeDOCT : return "EWaitByte_DTDDocTypeDOCT" ;
case EWaitByte_DTDDocTypeDOCTY : return "EWaitByte_DTDDocTypeDOCTY" ;
case EWaitByte_DTDDocTypeDOCTYP : return "EWaitByte_DTDDocTypeDOCTYP" ;
case EWaitByte_DTDDocTypeDOCTYPE : return "EWaitByte_DTDDocTypeDOCTYPEf" ;
case EWaitByte_DTDDocTypeSkip : return "EWaitByte_DTDDocTypeSkipf" ;
case EWaitByte_DTDDocTypeSkip2 : return "EWaitByte_DTDDocTypeSkip2" ;
case EWaitByte_DTDDocTypeRoot2 : return "EWaitByte_DTDDocTypeRoot2" ;
case EWaitByte_DTDDocTypeRoot2Skip : return "EWaitByte_DTDDocTypeRoot2Skip" ;
case EWaitByte_DTDBody : return "EWaitByte_DTDBody" ;
case EWaitByte_DTDClose : return "EWaitByte_DTDClose" ;
case EWaitByte_DTDBodySmall : return "EWaitByte_DTDBodySmall" ;
case EWaitByte_EleStart : return "EWaitByte_EleStart" ;
case EWaitByte_EleCommExclaMark : return "EWaitByte_EleCommExclaMark" ;
case EWaitByte_EleCommHyphen : return "EWaitByte_EleCommHyphen" ;
case EWaitByte_EleCommHyphen2 : return "EWaitByte_EleCommHyphen2" ;
case EWaitByte_EleCommValue : return "EWaitByte_EleCommValue" ;
case EWaitByte_EleComm2Hyphen2 : return "EWaitByte_EleComm2Hyphen2" ;
case EWaitByte_EleCommEnd : return "EWaitByte_EleCommEnd" ;
case EWaitByte_EleName : return "EWaitByte_EleName" ;
case EWaitByte_EleClose : return "EWaitByte_EleClose" ;
case EWaitByte_EleNameSkip : return "EWaitByte_EleNameSkip" ;
case EWaitByte_EleNameSkipClose : return "EWaitByte_EleNameSkipClose" ;
case EWaitByte_EleNameSkipEnd : return "EWaitByte_EleNameSkipEnd" ;
case EWaitByte_EleNameSkipProp : return "EWaitByte_EleNameSkipProp" ;
case EWaitByte_EleNameSkipProp2 : return "EWaitByte_EleNameSkipProp2" ;
case EWaitByte_EleNameSkipPropQuote : return "EWaitByte_EleNameSkipPropQuote" ;
case EWaitByte_EleNameSkipPropValue : return "EWaitByte_EleNameSkipPropValue" ;
case EWaitByte_EleNameSkipPropValue2 : return "EWaitByte_EleNameSkipPropValue2" ;
case EWaitByte_EleNameSkipPropClose : return "EWaitByte_EleNameSkipPropClose" ;
case EWaitByte_EleCloseComplete : return "EWaitByte_EleCloseComplete" ;
case EWaitByte_EleCloseComplete2 : return "EWaitByte_EleCloseComplete2" ;
case EWaitByte_EleValStart : return "EWaitByte_EleValStart" ;
case EWaitByte_EleValCommExclaMark : return "EWaitByte_EleValCommExclaMark" ;
case EWaitByte_EleValCommHyphen : return "EWaitByte_EleValCommHyphen" ;
case EWaitByte_EleValCommHyphen2 : return "EWaitByte_EleValCommHyphen2" ;
case EWaitByte_EleValCommValue : return "EWaitByte_EleValCommValue" ;
case EWaitByte_EleValComm2Hyphen2 : return "EWaitByte_EleValComm2Hyphen2" ;
case EWaitByte_EleValCommEnd : return "EWaitByte_EleValCommEnd" ;
case EWaitByte_EleValCDataC : return "EWaitByte_EleValCDataC" ;
case EWaitByte_EleValCDataCD : return "EWaitByte_EleValCDataCD" ;
case EWaitByte_EleValCDataCDA : return "EWaitByte_EleValCDataCDA" ;
case EWaitByte_EleValCDataCDAT : return "EWaitByte_EleValCDataCDAT" ;
case EWaitByte_EleValCDataCDATA : return "EWaitByte_EleValCDataCDATA" ;
case EWaitByte_EleValCDataSquBracket2 : return "EWaitByte_EleValCDataSquBracket2" ;
case EWaitByte_EleValCDataContent : return "EWaitByte_EleValCDataContent" ;
case EWaitByte_EleValCDataClose2 : return "EWaitByte_EleValCDataClose2" ;
case EWaitByte_EleValCDataClose3 : return "EWaitByte_EleValCDataClose3" ;
case EWaitByte_EleValCloseName1 : return "EWaitByte_EleValCloseName1" ;
case EWaitByte_EleValCloseName2 : return "EWaitByte_EleValCloseName2" ;
case EWaitByte_EleValPCData : return "EWaitByte_EleValPCData" ;
case EWaitByte_EleValPCDataCommExcla : return "EWaitByte_EleValPCDataCommExcla" ;
case EWaitByte_EleValPCDataCommHypen : return "EWaitByte_EleValPCDataCommHypen" ;
case EWaitByte_EleValPCDataCommHypen2 : return "EWaitByte_EleValPCDataCommHypen2" ;
case EWaitByte_EleValPCDataCommValue : return "EWaitByte_EleValPCDataCommValue" ;
case EWaitByte_EleValPCDataComm2Hypen2: return "EWaitByte_EleValPCDataComm2Hypen2";
case EWaitByte_EleValPCDataCommEnd : return "EWaitByte_EleValPCDataCommEnd" ;
case EWaitByte_EleValPCDataCloseEle : return "EWaitByte_EleValPCDataCloseEle" ;
case EWaitByte_EleValPCDataCloseEle2 : return "EWaitByte_EleValPCDataCloseEle2" ;
case EWaitByte_EleCloseOpen : return "EWaitByte_EleCloseOpen" ;
case EWaitByte_EleCloseCommExclaMark : return "EWaitByte_EleCloseCommExclaMark" ;
case EWaitByte_EleCloseCommHyphen : return "EWaitByte_EleCloseCommHyphen" ;
case EWaitByte_EleCloseCommHyphen2 : return "EWaitByte_EleCloseCommHyphen2" ;
case EWaitByte_EleCloseCommValue : return "EWaitByte_EleCloseCommValue" ;
case EWaitByte_EleCloseComm2Hyphen2 : return "EWaitByte_EleCloseComm2Hyphen2" ;
case EWaitByte_EleCloseCommEnd : return "EWaitByte_EleCloseCommEnd" ;
case EWaitByte_EleCloseName : return "EWaitByte_EleCloseName" ;
case EWaitByte_EleCloseName2 : return "EWaitByte_EleCloseName2" ;
}/*
switch(AE_EWaitByte)*/
return "";
}/*
const char* GetMSG_EWaitByte(int AE_EWaitByte) const*/
const char* GetMSG_EWaitByte() const
{
return GetMSG_EWaitByte(me_EWaitByte);
}/*
const char* GetMSG_EWaitByte() const*/
template<typename TViewLoadXml> ZERunEx Exec /*################################*/
(
TViewLoadXml& AR_CViewLoadXml ,
const TypeChar* APC_XmlData ,
TypeLength AI_DataLen
)
/*#############################################################################*/
{
class ZCInitFiniOfView //@@@@@@@@@@@@@@@@@@@@@@@
{
private:
ZtCLoadXml& mr_CLoadXml ;
TViewLoadXml& mr_CViewLoadXml;
public :
ZCInitFiniOfView(ZtCLoadXml& AR_CLoadXml, TViewLoadXml& AR_CViewLoadXml) :
mr_CLoadXml (AR_CLoadXml ),
mr_CViewLoadXml(AR_CViewLoadXml)
{mr_CViewLoadXml.InitExec(mr_CLoadXml);}
~ZCInitFiniOfView(){mr_CViewLoadXml.FiniExec(mr_CLoadXml);}
public :
};/*
class ZCInitFiniOfView*/ //@@@@@@@@@@@@@@@@@@@@@@@
ZERunEx VE_ERunEx = ZERunEx_OK ; const
TypeChar* VPC_XmlData= APC_XmlData;
if(AI_DataLen<1) return ZERunEx_OK;
mi_NowXmlPos = 0; // VPC_XmlData 의 위치.
ZCInitFiniOfView
VO_CInitFiniOfView(*this, AR_CViewLoadXml);
/**/ TypeLength VI_BuffLen=0; // VPC_Buff 의 길이
const TypeChar* VPC_Buff =0;
switch(me_EWaitByte)
{
/*/////////////////////////////////////////////////////////
■ 주석, 요소 이름, 속성 이름을 처리 중이었던 경우에는
VPC_Buff=APC_XmlData;
을 수행하여, 같은 데이타가 올 경우에 바로 처리하게 한다.
/////////////////////////////////////////////////////////*/
case EWaitByte_HeadCommValue : // 좌표 (5,2) ☞ "<!--주"
case EWaitByte_HeadValue : // 좌표 (3,4) ☞ "<?헤"
case EWaitByte_DTDCommValue : // 좌표 (5,9) ☞ "<!--주"
case EWaitByte_DTDDocTypeRoot2 : // 좌표 (12,11) ☞ "<!DOCTYPE"+"Skp"+"roro"
case EWaitByte_DTDBody : // 좌표 (14,14) ☞ "<!DOCTYPE ro[DT"
case EWaitByte_DTDBodySmall : // 좌표 (14,16) ☞ "<!DOCTYPE ro dtdt"
case EWaitByte_EleCommValue : // 좌표 (5,22) ☞ "<!--주"
case EWaitByte_EleValCommValue : // 좌표 (5,42) ☞ "<!--주"
case EWaitByte_EleValPCDataCommValue: // 좌표 (2,52) ☞ "<!--주"
case EWaitByte_EleCloseCommValue : // 좌표 (5,62) ☞ "<!--주"
case EWaitByte_EleName : // 좌표 (3,24) ☞ "<요요"
case EWaitByte_EleNameSkipProp : // 좌표 (5,30) ☞ "<요Skp속속"
case EWaitByte_EleNameSkipPropValue : // 좌표 (7,31) ☞ "<요Skp속=\"속명"
case EWaitByte_EleCloseComplete : // 좌표 (3,3C) ☞ "</요"
case EWaitByte_EleValCloseName1 : // 좌표 (3,47) ☞ "</요"
case EWaitByte_EleValPCDataCloseEle : // 좌표 (3,54) ☞ "</요"
case EWaitByte_EleCloseName : // 좌표 (3,64) ☞ "</요"
case EWaitByte_EleCloseComplete2 : // 좌표 (4,3C) ☞ "</요요"
case EWaitByte_EleValCloseName2 : // 좌표 (4,47) ☞ "</요요"
case EWaitByte_EleValPCDataCloseEle2: // 좌표 (4,54) ☞ "</요요"
case EWaitByte_EleCloseName2 : // 좌표 (4,64) ☞ "</요요"
case EWaitByte_EleValCDataContent : // 좌표 (10,44) ☞ "<![CDATA[CD"
case EWaitByte_EleValPCData : // 좌표 (1,51) ☞ "PCD"
{
VPC_Buff=APC_XmlData; break;
}/*
case EWaitByte_EleValPCData : */
}/*
switch(me_EWaitByte)*/
while(mi_NowXmlPos<AI_DataLen)
{
if(me_EWaitByte==EWaitByte_HeadStart) // 좌표 (1,1) ☞ "<"
{
if(IsSkipChar(*VPC_XmlData))
{/* nothing to do */;}
else if(*VPC_XmlData==TypeChar('<'))
me_EWaitByte=EWaitByte_HeadCommExclaMark; // 좌표 (2,2) ☞ "<!"
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}/*
if(me_EWaitByte==EWaitByte_HeadStart) // 좌표 (1,1) ☞ "<"*/
else if(me_EWaitByte==EWaitByte_HeadCommExclaMark) // 좌표 (2,2) ☞ "<!"
{
if(*VPC_XmlData==TypeChar('!'))
me_EWaitByte=EWaitByte_HeadCommHyphen;
else if(*VPC_XmlData==TypeChar('?')) // 좌표 (2,4)☞ "<?"
{
me_EWaitByte=EWaitByte_HeadValue;
if((VE_ERunEx=AR_CViewLoadXml.
OnHeaderStart(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
// VPC_XmlData+1 문자 포인터를 버퍼에 담아,
// '헤더 문자'의 시작을 알 수 있게 한다.
VPC_Buff=VPC_XmlData+1; VI_BuffLen=0;
}
else if(IsEleNameChar(*VPC_XmlData))
{
/*///////////////////////////////////////////////////////////////////
■ Xml 문서에 따라, 헤더가 생략되어 있다면, '<' 다음에, 바로 요소명이
올 수 있는데, 이런 때를 대비하여, 요소명인지 검사해보고, 요소명이면
관련 처리를 한다.
■ 헤더가 없는 경우, AR_CViewLoadXml.OnNoHeader() 이 ZNsMain::ZNsEnum::ERun_NO
을 반환하면, 실행을 멈춘다.
-- 2011-09-11 20:07:00
///////////////////////////////////////////////////////////////////*/
if((VE_ERunEx=AR_CViewLoadXml.OnNoHeader (*this))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnElementStart (*this))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnElementNameStart(*this))!=ZERunEx_OK) return VE_ERunEx;
// 헤더가 없으면, 요소를 찾기 시작한다.
VPC_Buff = VPC_XmlData; VI_BuffLen=1;
me_EWaitByte= EWaitByte_EleName; // 좌표 (3,24) ☞ "<요요"
}/*
else if(IsEleNameChar(*VPC_XmlData)) // 좌표 (2,2) ☞ "<!"*/
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_HeadCommExclaMark) <!
else if(me_EWaitByte==EWaitByte_HeadCommHyphen) // 좌표 (3,2) ☞ "<!-"
{
if(*VPC_XmlData==TypeChar('-'))
me_EWaitByte=EWaitByte_HeadCommHyphen2;
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_HeadCommHyphen) // 좌표 (3,2) ☞ "<!-"
else if(me_EWaitByte==EWaitByte_HeadCommHyphen2) // 좌표 (4,2) ☞ "<!--"
{
if(*VPC_XmlData==TypeChar('-'))
{
me_EWaitByte= EWaitByte_HeadCommValue; // 좌표 (5,2) ☞ "<!--주"
VPC_Buff = VPC_XmlData+1; VI_BuffLen=0;
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentStart(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_HeadCommHyphen2) // 좌표 (4,2) ☞ "<!--"
else if(me_EWaitByte==EWaitByte_HeadCommValue) // 좌표 (5,2) ☞ "<!--주"
{
if(*VPC_XmlData==TypeChar('-')) // 좌표 (5,3) ☞ "<!--주-"
{
// 주석이 닫히고 있는 부분일 수 있다. 그래서 주석을 AR_CViewLoadXml 에 전달한다.
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentBody(*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff = 0; VI_BuffLen=0;
me_EWaitByte= EWaitByte_HeadComm2Hyphen2; // 좌표 (6,3) ☞ "<!--주--"
}
//if(*VPC_XmlData==TypeChar('-'))
else
++VI_BuffLen;
//else
}
//else if(me_EWaitByte==EWaitByte_HeadCommValue) // 좌표 (5,2) ☞ "<!--주"
else if(me_EWaitByte==EWaitByte_HeadComm2Hyphen2) // 좌표 (6,3) ☞ "<!--주--"
{
if(*VPC_XmlData==TypeChar('-'))
me_EWaitByte=EWaitByte_HeadCommEnd; // 좌표 (7,3) ☞ "<!--주-->"
else
{
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentBody(*this, TypeChar('-')))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
me_EWaitByte= EWaitByte_HeadCommValue ;
VPC_Buff = VPC_XmlData; VI_BuffLen=1; // *VPC_XmlData 이 주석으로 들어간다.
}
//else
}
//else if(me_EWaitByte==EWaitByte_HeadComm2Hyphen2) // 좌표 (6,3) ☞ "<!--주--"
else if(me_EWaitByte==EWaitByte_HeadCommEnd) // 좌표 (7,3) ☞ "<!--주-->"
{
if(*VPC_XmlData==TypeChar('>'))
{
me_EWaitByte=EWaitByte_HeadStart;
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentClose(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
}
else if(*VPC_XmlData==TypeChar('-'))
{
// "---" 형태인 경우. 앞에 한 글자를 주석으로 처리한다.
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentBody(*this, TypeChar('-')))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
}
else
{
/*/////////////////////////////////////////////////////////////////////////////
■ "-->" 와 마지막 글자만 다른 경우, 3 글자 모두 주석으로 처리한다.
"--" 2 글자를 먼저 처리하고, 나머지 1 바이트 *VPC_XmlData 을
VPC_Buff 에 지정한다.
■ 이전에는 AR_CViewLoadXml.OnCommentBody("--",2) 을 사용했으나, TypeChar 이
wchar_t 나 기타 자료인 경우, View 클래스나 상속 클래스 등에서 정의하기가
까다로워서 AR_CViewLoadXml.OnCommentBody(TypeChar('-')) 을 2회 호출하는
것으로 한다.
-- 2011-09-24 22:58:00
/////////////////////////////////////////////////////////////////////////////*/
if((VE_ERunEx=AR_CViewLoadXml.OnCommentBody(*this, TypeChar('-')))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnCommentBody(*this, TypeChar('-')))!=ZERunEx_OK) return VE_ERunEx;
me_EWaitByte= EWaitByte_HeadCommValue;
VPC_Buff = VPC_XmlData; VI_BuffLen=1; // 마지막 글자를 주석으로 지정하는 코드.
}
//else
}
//else if(me_EWaitByte==EWaitByte_HeadCommEnd) // 좌표 (7,3) ☞ "<!--주-->"
else if(me_EWaitByte==EWaitByte_HeadValue) // 좌표 (5,2) ☞ "<!--주"
{
if(*VPC_XmlData==TypeChar('?')) // 좌표 (3,5) ☞ "<?헤?"
{
if((VE_ERunEx=AR_CViewLoadXml.
OnHeaderBody(*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
me_EWaitByte= EWaitByte_HeadEnd; // 좌표 (4,5) ☞ "?>"
VPC_Buff = 0; VI_BuffLen=0 ;
}
else
++VI_BuffLen;
//else
}
//else if(me_EWaitByte==EWaitByte_HeadValue) // 좌표 (5,2) ☞ "<!--주"
else if(me_EWaitByte==EWaitByte_HeadEnd) // 좌표 (4,5) ☞ "<?헤?>"
{
if(*VPC_XmlData==TypeChar('>')) // 좌표 (4,5) ☞ "<?헤?>"
{
//me_EWaitByte=EWaitByte_EleStart; // EWaitByte_EleStart 에서 EWaitByte_DTDStart 로 바꿈. -- 2011-10-18 14:09:00
me_EWaitByte=EWaitByte_DTDStart;
if((VE_ERunEx=AR_CViewLoadXml.
OnHeaderClose(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
}
else if(*VPC_XmlData==TypeChar('?'))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnHeaderBody(*this, TypeChar('?')))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
}
else
{
me_EWaitByte= EWaitByte_HeadValue;
VPC_Buff = VPC_XmlData; VI_BuffLen=1;
if((VE_ERunEx=AR_CViewLoadXml.
OnHeaderBody(*this, TypeChar('?')))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
}
//else
}
//else if(me_EWaitByte==EWaitByte_HeadEnd) // 좌표 (4,5) ☞ "<?헤?>"
else if(me_EWaitByte==EWaitByte_DTDStart) // 좌표 (1,8) ☞ "<"
{
if(IsSkipChar(*VPC_XmlData))
{;/*nothing to do*/}
else if(*VPC_XmlData==TypeChar('<'))
me_EWaitByte=EWaitByte_DTDCommExclaMark; // <!
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_DTDStart) // 좌표 (1,8) ☞ "<"
else if(me_EWaitByte==EWaitByte_DTDCommExclaMark) // 좌표 (2,9) ☞ "<!"
{
if(*VPC_XmlData==TypeChar('!'))
me_EWaitByte=EWaitByte_DTDCommHyphen; // 좌표 (3,9) ☞ "<!-"
else if(IsEleNameChar(*VPC_XmlData))
{
/*///////////////////////////////////////////////////////////////////
■ Xml 문서에 따라, DTD 가 생략되어 있다면, '<' 다음에, 바로 요소명이
올 수 있는데, 이런 때를 대비하여, 요소명인지 검사해보고, 요소명이면
관련 처리를 한다.
■ DTD 가 없는 경우, AR_CViewLoadXml.OnNoDTD() 이 ZNsMain::ZNsEnum::ERun_NO
을 반환하면, 실행을 멈춘다.
-- 2011-10-18 14:26:00
///////////////////////////////////////////////////////////////////*/
if((VE_ERunEx=AR_CViewLoadXml.OnNoDTD (*this))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnElementStart (*this))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnElementNameStart(*this))!=ZERunEx_OK) return VE_ERunEx;
// DTD 가 없으면, 요소를 찾기 시작한다.
VPC_Buff = VPC_XmlData; VI_BuffLen=1;
me_EWaitByte= EWaitByte_EleName; // 좌표 (3,24) ☞ "<요요"
}
//else if(IsEleNameChar(*VPC_XmlData))
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_DTDCommExclaMark) // 좌표 (2,9) ☞ "<!"
else if(me_EWaitByte==EWaitByte_DTDCommHyphen) // 좌표 (3,9) ☞ "<!-"
{
if(*VPC_XmlData==TypeChar('-'))
me_EWaitByte=EWaitByte_DTDCommHyphen2; // 좌표 (4,9) ☞ "<!--"
else if(*VPC_XmlData==TypeChar('D')) // 좌표 (3,11) ☞ "<!D"
{
if((VE_ERunEx=AR_CViewLoadXml.
OnDTDStart(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
me_EWaitByte=EWaitByte_DTDDocTypeDO; // 좌표 (4,11) ☞ "<!DO"
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_DTDCommHyphen) // 좌표 (3,9) ☞ "<!-"
else if(me_EWaitByte==EWaitByte_DTDCommHyphen2) // 좌표 (4,9) ☞ "<!--"
{
if(*VPC_XmlData==TypeChar('-'))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentStart(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
me_EWaitByte= EWaitByte_DTDCommValue; // 좌표 (5,9) ☞ "<!--주"
VPC_Buff = VPC_XmlData+1; VI_BuffLen=0;
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_DTDCommHyphen2) // 좌표 (4,9) ☞ "<!--"
else if(me_EWaitByte==EWaitByte_DTDCommValue) // 좌표 (5,9) ☞ "<!--주"
{
if(*VPC_XmlData==TypeChar('-'))
{
// 주석이 닫히고 있는 부분일 수 있다. 그래서 주석을 AR_CViewLoadXml 에 전달한다.
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentBody(*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff = 0; VI_BuffLen=0;
me_EWaitByte= EWaitByte_DTDComm2Hyphen2; // 좌표 (6,10) ☞ "<!--주--"
}
//if(*VPC_XmlData==TypeChar('-'))
else
++VI_BuffLen;
//else
}
//else if(me_EWaitByte==EWaitByte_DTDCommValue) // 좌표 (5,9) ☞ "<!--주"
else if(me_EWaitByte==EWaitByte_DTDComm2Hyphen2) // 좌표 (6,10) ☞ "<!--주--"
{
if(*VPC_XmlData==TypeChar('-'))
me_EWaitByte=EWaitByte_DTDCommEnd; // 좌표 (7,10) ☞ "<!--주-->"
else
{
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentBody(*this, TypeChar('-')))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
me_EWaitByte= EWaitByte_DTDCommValue;
VPC_Buff = VPC_XmlData; VI_BuffLen=1; // *VPC_XmlData 이 주석으로 들어간다.
}
//else
}
//else if(me_EWaitByte==EWaitByte_DTDComm2Hyphen2) // 좌표 (6,10) ☞ "<!--주--"
else if(me_EWaitByte==EWaitByte_DTDCommEnd) // 좌표 (7,10) ☞ "<!--주-->"
{
if(*VPC_XmlData==TypeChar('>'))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentClose(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
me_EWaitByte=EWaitByte_DTDStart;
}
else if(*VPC_XmlData==TypeChar('-'))
{
// "---" 형태인 경우. 앞에 한 글자를 주석으로 처리한다.
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentBody(*this, TypeChar('-')))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
}
else
{
/*/////////////////////////////////////////////////////////////////////////////
■ "-->" 와 마지막 글자만 다른 경우, 3 글자 모두 주석으로 처리한다.
"--" 2 글자를 먼저 처리하고, 나머지 1 바이트 *VPC_XmlData 을
VPC_Buff 에 지정한다.
■ 이전에는 AR_CViewLoadXml.OnCommentBody("--",2) 을 사용했으나, TypeChar 이
wchar_t 나 기타 자료인 경우, View 클래스나 상속 클래스 등에서 정의하기가
까다로워서 AR_CViewLoadXml.OnCommentBody(TypeChar('-')) 을 2회 호출하는
것으로 한다.
-- 2011-09-24 22:58:00
/////////////////////////////////////////////////////////////////////////////*/
if((VE_ERunEx=AR_CViewLoadXml.OnCommentBody(*this, TypeChar('-')))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnCommentBody(*this, TypeChar('-')))!=ZERunEx_OK) return VE_ERunEx;
me_EWaitByte= EWaitByte_DTDCommValue ;
VPC_Buff = VPC_XmlData; VI_BuffLen=1; // 마지막 글자를 주석으로 지정하는 코드.
}
//else
}
//else if(me_EWaitByte==EWaitByte_DTDCommEnd) // 좌표 (7,10) ☞ "<!--주-->"
else if(me_EWaitByte==EWaitByte_DTDDocTypeDO) // 좌표 (4,11) ☞ "<!DO"
{
if(*VPC_XmlData==TypeChar('O'))
me_EWaitByte=EWaitByte_DTDDocTypeDOC; // 좌표 (5,11) ☞ "<!DOC"
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_DTDDocTypeDO) // 좌표 (4,11) ☞ "<!DO"
else if(me_EWaitByte==EWaitByte_DTDDocTypeDOC) // 좌표 (5,11) ☞ "<!DOC"
{
if(*VPC_XmlData==TypeChar('C'))
me_EWaitByte=EWaitByte_DTDDocTypeDOCT; // 좌표 (6,11) ☞ "<!DOCT"
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_DTDDocTypeDOC) // 좌표 (5,11) ☞ "<!DOC"
else if(me_EWaitByte==EWaitByte_DTDDocTypeDOCT) // 좌표 (6,11) ☞ "<!DOCT"
{
if(*VPC_XmlData==TypeChar('T'))
me_EWaitByte=EWaitByte_DTDDocTypeDOCTY; // 좌표 (7,11) ☞ "<!DOCTY"
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_DTDDocTypeDOCT) // 좌표 (6,11) ☞ "<!DOCT"
else if(me_EWaitByte==EWaitByte_DTDDocTypeDOCTY) // 좌표 (7,11) ☞ "<!DOCTY"
{
if(*VPC_XmlData==TypeChar('Y'))
me_EWaitByte=EWaitByte_DTDDocTypeDOCTYP; // 좌표 (8,11) ☞ "<!DOCTYP"
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_DTDDocTypeDOCTY) // 좌표 (7,11) ☞ "<!DOCTY"
else if(me_EWaitByte==EWaitByte_DTDDocTypeDOCTYP) // 좌표 (8,11) ☞ "<!DOCTYP"
{
if(*VPC_XmlData==TypeChar('P'))
me_EWaitByte=EWaitByte_DTDDocTypeDOCTYPE; // 좌표 (9,11) ☞ "<!DOCTYPE"
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_DTDDocTypeDOCTYP) // 좌표 (8,11) ☞ "<!DOCTYP"
else if(me_EWaitByte==EWaitByte_DTDDocTypeDOCTYPE) // 좌표 (9,11) ☞ "<!DOCTYPE"
{
if(*VPC_XmlData==TypeChar('E'))
me_EWaitByte=EWaitByte_DTDDocTypeSkip; // 좌표 (10,11) ☞ "<!DOCTYPE "
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_DTDDocTypeDOCTYPE) // 좌표 (9,11) ☞ "<!DOCTYPE"
else if(me_EWaitByte==EWaitByte_DTDDocTypeSkip) // 좌표 (10,11) ☞ "<!DOCTYPE "
{
if(IsSkipChar(*VPC_XmlData))
me_EWaitByte=EWaitByte_DTDDocTypeSkip2; // 좌표 (11,11) ☞ "<!DOCTYPE SkpSkp"
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_DTDDocTypeSkip) // 좌표 (10,11) ☞ "<!DOCTYPE "
else if(me_EWaitByte==EWaitByte_DTDDocTypeSkip2) // 좌표 (11,11) ☞ "<!DOCTYPE"+"SkpSkp"
{
if(IsSkipChar(*VPC_XmlData))
{/*nothing to do*/}
else if(IsEleNameChar(*VPC_XmlData))
{
// root 요소명이다.
if((VE_ERunEx=AR_CViewLoadXml.
OnDTDRootStart(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
me_EWaitByte= EWaitByte_DTDDocTypeRoot2; // 좌표 (12,11) ☞ "<!DOCTYPE"+"Skp"+"roro"
VPC_Buff = VPC_XmlData; VI_BuffLen=1;
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_DTDDocTypeSkip2) // 좌표 (11,11) ☞ "<!DOCTYPE SkpSkp"
else if(me_EWaitByte==EWaitByte_DTDDocTypeRoot2) // 좌표 (12,11) ☞ "<!DOCTYPE"+"Skp"+"roro"
{
if(*VPC_XmlData==TypeChar('['))
{
if((VE_ERunEx=AR_CViewLoadXml.OnDTDRootBody (*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnDTDRootClose(*this ))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnDTDBigStart (*this ))!=ZERunEx_OK) return VE_ERunEx;
me_EWaitByte= EWaitByte_DTDBody; // 좌표 (14,14) ☞ "<!DOCTYPE ro[DT"
VPC_Buff = VPC_XmlData+1; VI_BuffLen=0;
}
else if(IsEleNameChar(*VPC_XmlData))
++VI_BuffLen;
else if(IsSkipChar(*VPC_XmlData))
{
if((VE_ERunEx=AR_CViewLoadXml.OnDTDRootBody (*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnDTDRootClose(*this ))!=ZERunEx_OK) return VE_ERunEx;
me_EWaitByte=EWaitByte_DTDDocTypeRoot2Skip; // 좌표 (13,13) ☞ "<!DOCTYPE roSkpSkp"
VPC_Buff =0; VI_BuffLen =0;
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_DTDDocTypeRoot2) // 좌표 (12,11) ☞ "<!DOCTYPE"+"Skp"+"roro"
else if(me_EWaitByte==EWaitByte_DTDDocTypeRoot2Skip) // 좌표 (13,13) ☞ "<!DOCTYPE roSkpSkp"
{
if(IsSkipChar(*VPC_XmlData))
{/*nothing to do*/}
else if(*VPC_XmlData==TypeChar('['))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnDTDBigStart(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
me_EWaitByte= EWaitByte_DTDBody; // 좌표 (14,14) ☞ "<!DOCTYPE ro ["
VPC_Buff = VPC_XmlData+1; VI_BuffLen=0;
}
else
{
// 나머지는 전부 'dt 문자'로 간주한다.
if((VE_ERunEx=AR_CViewLoadXml.
OnDTDSmallStart(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
me_EWaitByte= EWaitByte_DTDBodySmall ; //좌표 (14,16) ☞ "<!DOCTYPE ro dtdt"
VPC_Buff = VPC_XmlData; VI_BuffLen=1;
}
//else
}
//else if(me_EWaitByte==EWaitByte_DTDDocTypeRoot2Skip) // 좌표 (13,13) ☞ "<!DOCTYPE roSkpSkp"
else if(me_EWaitByte==EWaitByte_DTDBody) // 좌표 (14,14) ☞ "<!DOCTYPE ro[DT"
{
if(*VPC_XmlData==TypeChar(']'))
{
if((VE_ERunEx=AR_CViewLoadXml.OnDTDBigBody (*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnDTDBigClose(*this ))!=ZERunEx_OK) return VE_ERunEx;
VPC_Buff = 0; VI_BuffLen=0 ;
me_EWaitByte= EWaitByte_DTDClose; // 좌표 (15,15) ☞ "]"
}
else
++VI_BuffLen; // 나머지 문자는 모두 'DT 문자'로 간주한다.
//else
}
//else if(me_EWaitByte==EWaitByte_DTDBody) // 좌표 (14,14) ☞ "<!DOCTYPE ro[DT"
else if(me_EWaitByte==EWaitByte_DTDClose) // 좌표 (15,15) ☞ ">"
{
if(*VPC_XmlData==TypeChar('>'))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnDTDClose(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
me_EWaitByte=EWaitByte_EleStart; // 좌표 (1,21) ☞ "<"
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_DTDClose) // 좌표 (15,15) ☞ "]"
else if(me_EWaitByte==EWaitByte_DTDBodySmall) // 좌표 (14,16) ☞ "<!DOCTYPE ro dtdt"
{
if(*VPC_XmlData==TypeChar('>'))
{
if((VE_ERunEx=AR_CViewLoadXml.OnDTDSmallBody (*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnDTDSmallClose(*this ))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnDTDClose (*this ))!=ZERunEx_OK) return VE_ERunEx;
VPC_Buff = 0; VI_BuffLen=0 ;
me_EWaitByte= EWaitByte_EleStart; // 좌표 (1,21) ☞ "<"
}
else if(*VPC_XmlData==TypeChar('[') || *VPC_XmlData==TypeChar(']') || *VPC_XmlData==TypeChar('<'))
{
// 이 이외의 경우에도 에러일 수 있지만, 그런 세세한 에러는 View object 즉 AR_CViewLoadXml 에서 판단하도록 한자.
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
}
else
++VI_BuffLen;
//else
}
//else if(me_EWaitByte==EWaitByte_DTDBodySmall) // 좌표 (14,16) ☞ "<!DOCTYPE ro dtdt"
else if(me_EWaitByte==EWaitByte_EleStart) // 좌표 (1,21) ☞ "<"
{
if(IsSkipChar(*VPC_XmlData))
{;/*nothing to do*/}
else if(*VPC_XmlData==TypeChar('<'))
me_EWaitByte=EWaitByte_EleCommExclaMark; // <!
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleStart) // 좌표 (1,21) ☞ "<"
else if(me_EWaitByte==EWaitByte_EleCommExclaMark) // 좌표 (2,22) ☞ "<!"
{
if(*VPC_XmlData==TypeChar('!'))
me_EWaitByte=EWaitByte_EleCommHyphen; // 좌표 (3,22) ☞ "<!-
else if(IsEleNameChar(*VPC_XmlData))
{
if((VE_ERunEx=AR_CViewLoadXml.OnElementStart (*this))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnElementNameStart(*this))!=ZERunEx_OK) return VE_ERunEx;
VPC_Buff = VPC_XmlData; VI_BuffLen=1;
me_EWaitByte= EWaitByte_EleName; // 좌표 (3,24) ☞ "<요요"
}
else if(*VPC_XmlData==TypeChar('/')) // 좌표 (2,37) ☞ "</"
{
VPC_Buff = VPC_XmlData+1; VI_BuffLen=0;
me_EWaitByte= EWaitByte_EleCloseComplete; // 좌표 (3,3C) ☞ "</요"
if((VE_ERunEx=AR_CViewLoadXml.
OnElementName2Start(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleCommExclaMark) // <!
else if(me_EWaitByte==EWaitByte_EleCommHyphen) // <!-
{
if(*VPC_XmlData==TypeChar('-'))
me_EWaitByte=EWaitByte_EleCommHyphen2; // <!--
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleCommHyphen) // <!-
else if(me_EWaitByte==EWaitByte_EleCommHyphen2) // <!--
{
if(*VPC_XmlData==TypeChar('-'))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentStart(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff = VPC_XmlData+1; VI_BuffLen=0;
me_EWaitByte= EWaitByte_EleCommValue; // <!--주
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleCommHyphen2) // <!--
else if(me_EWaitByte==EWaitByte_EleCommValue)
{
if(*VPC_XmlData==TypeChar('-'))
{
// 주석이 닫히고 있는 부분일 수 있다. 그래서 주석을 AR_CViewLoadXml 에 전달한다.
if((VE_ERunEx=AR_CViewLoadXml.OnCommentBody(
*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK) return VE_ERunEx;
VPC_Buff = 0; VI_BuffLen=0; // 버퍼를 초기화.
me_EWaitByte= EWaitByte_EleComm2Hyphen2; // 좌표 (6,23) ☞ "<!--주--"
}/*
if(*VPC_XmlData==TypeChar('-'))*/
else
++VI_BuffLen;
//else
}
//else if(me_EWaitByte==EWaitByte_EleCommValue)
else if(me_EWaitByte==EWaitByte_EleComm2Hyphen2) // <!--주--
{
if(*VPC_XmlData==TypeChar('-'))
me_EWaitByte=EWaitByte_EleCommEnd; // <!--주-->
else
{
if((VE_ERunEx=AR_CViewLoadXml.OnCommentBody(
*this, TypeChar('-')))!=ZERunEx_OK) return VE_ERunEx;
me_EWaitByte= EWaitByte_EleCommValue ;
VPC_Buff = VPC_XmlData; VI_BuffLen=1; // *VPC_XmlData 이 주석으로 들어간다.
}/*
else*/
}
//else if(me_EWaitByte==EWaitByte_EleComm2Hyphen2) // <!-- 주석 --
else if(me_EWaitByte==EWaitByte_EleCommEnd)
{
if(*VPC_XmlData==TypeChar('>'))
{
me_EWaitByte=EWaitByte_EleStart;
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentClose(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
}
else if(*VPC_XmlData==TypeChar('-'))
{
// "---" 형태인 경우. 앞에 한 글자를 주석으로 처리한다.
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentBody(*this, TypeChar('-')))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
}
else
{
// "-->" 와 마지막 글자만 다른 경우, 3 글자 모두 주석으로 처리한다.
// 먼저 "--" 부터 처리하고, *VPC_XmlData 은 VPC_Buff 에 담는다.
if((VE_ERunEx=AR_CViewLoadXml.OnCommentBody(*this, TypeChar('-')))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnCommentBody(*this, TypeChar('-')))!=ZERunEx_OK) return VE_ERunEx;
me_EWaitByte=EWaitByte_EleCommValue ;
VPC_Buff =VPC_XmlData; VI_BuffLen=1; // *VPC_XmlData 은 VPC_Buff 에 담는다.
}/*
else*/
}
//else if(me_EWaitByte==EWaitByte_EleCommEnd)
else if(me_EWaitByte==EWaitByte_EleName) // ☞ 좌표 (3,24) "<요요"
{
bool VB_IsSkipChar=IsSkipChar(*VPC_XmlData);
if(IsEleNameChar(*VPC_XmlData))
++VI_BuffLen;
else if(*VPC_XmlData==TypeChar('/') || *VPC_XmlData==TypeChar('>') || VB_IsSkipChar)
{
// 논리의 흐름상, VI_BuffLen>=1 이다.
if((VE_ERunEx=AR_CViewLoadXml.OnElementNameBody (*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnElementNameClose(*this, ++mi_EleDepth ))!=ZERunEx_OK) return VE_ERunEx;
VPC_Buff=0; VI_BuffLen=0;
if (*VPC_XmlData==TypeChar('/'))
me_EWaitByte=EWaitByte_EleClose; // ☞ 좌표 (4,25) <요소명 />
else if(*VPC_XmlData==TypeChar('>'))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnElementValueStart(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
me_EWaitByte=EWaitByte_EleValStart;
}
else // VB_IsSkipChar==true
me_EWaitByte=EWaitByte_EleNameSkip; // 좌표 (4,27) "<요소명SkpSkp"
//else
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleName)
else if(me_EWaitByte==EWaitByte_EleClose) // ☞ 좌표 (4,25) "<요소명/>"
{
if(*VPC_XmlData==TypeChar('>')) // ☞ 좌표 (4,25) "<요소명/>"
{
if((VE_ERunEx=AR_CViewLoadXml.
OnElementClose(*this, true/*AB_DoHaveSlash*/))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
me_EWaitByte=EWaitByte_EleStart; --mi_EleDepth;
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleClose) // 좌표 (4,25) ☞ "<요/>"
else if(me_EWaitByte==EWaitByte_EleNameSkip) // 좌표 (4,27) ☞ "<요 "
{
if(IsSkipChar(*VPC_XmlData))
{/* nothing to do*/}
else if(*VPC_XmlData==TypeChar('/'))
{
me_EWaitByte=EWaitByte_EleNameSkipClose; // 좌표 (5,28) ☞ "<요 />"
}
else if(*VPC_XmlData==TypeChar('>'))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnElementValueStart(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
me_EWaitByte=EWaitByte_EleValStart;
}
else if(IsPropNameChar(*VPC_XmlData))
{
VPC_Buff = VPC_XmlData; VI_BuffLen=1;
me_EWaitByte= EWaitByte_EleNameSkipProp;
if((VE_ERunEx=AR_CViewLoadXml.
OnElementPropNameStart(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleNameSkip) // "<요 "
else if(me_EWaitByte==EWaitByte_EleNameSkipClose) // 좌표 (5,28) ☞ "<요소명 />"
{
if(*VPC_XmlData==TypeChar('>')) // 좌표 (5,28) ☞ "<요 />"
{
const bool CB_DoHaveSlash=true;
if((VE_ERunEx=AR_CViewLoadXml.
OnElementClose(*this, CB_DoHaveSlash))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
me_EWaitByte=EWaitByte_EleStart; --mi_EleDepth;
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleNameSkipClose)
else if(me_EWaitByte==EWaitByte_EleNameSkipProp) // ☞ 좌표 (5,30) "<요 속속"
{
if(IsPropNameChar(*VPC_XmlData)) // 좌표 (5,30) ☞ "<요 속속"
++VI_BuffLen;
else if(*VPC_XmlData==TypeChar('=')) // 좌표 (5,31) ☞ "<요 속="
{
if((VE_ERunEx=AR_CViewLoadXml.OnElementPropNameBody (*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnElementPropNameClose(*this ))!=ZERunEx_OK) return VE_ERunEx;
VPC_Buff = 0; VI_BuffLen=0;
me_EWaitByte= EWaitByte_EleNameSkipPropQuote; // ☞ 좌표 (6,31) <요 속속="
}
else if(*VPC_XmlData==TypeChar('/')) // 좌표 (5,33) ☞ "<요 속/"
{
if((VE_ERunEx=AR_CViewLoadXml.OnElementPropNameBody (*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnElementPropNameClose(*this ))!=ZERunEx_OK) return VE_ERunEx;
VPC_Buff = 0; VI_BuffLen= 0;
me_EWaitByte= EWaitByte_EleNameSkipPropClose; // ☞ 좌표 (6,33) <요 속속/>
}
else if(*VPC_XmlData==TypeChar('>'))
{
if((VE_ERunEx=AR_CViewLoadXml.OnElementPropNameBody (*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnElementPropNameClose(*this ))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnElementValueStart (*this ))!=ZERunEx_OK) return VE_ERunEx;
VPC_Buff =0; VI_BuffLen=0 ;
me_EWaitByte=EWaitByte_EleValStart;
}
else if(IsSkipChar(*VPC_XmlData))
{
if((VE_ERunEx=AR_CViewLoadXml.OnElementPropNameBody (*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnElementPropNameClose(*this ))!=ZERunEx_OK) return VE_ERunEx;
VPC_Buff = 0; VI_BuffLen=0;
//me_EWaitByte= EWaitByte_EleNameSkip;
me_EWaitByte= EWaitByte_EleNameSkipProp2; // ☞ 좌표 (6,38) "<요 속" + Skp + Skp
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleNameSkipProp) // 좌표 (5,30) ☞ "<요 속속"
else if(me_EWaitByte==EWaitByte_EleNameSkipPropQuote) // 좌표 (6,31) ☞ "<요 속=\""
{
if(IsSkipChar(*VPC_XmlData))
{/* nothing to do*/}
else if(*VPC_XmlData==TypeChar('"'))
{
VPC_Buff = VPC_XmlData+1; VI_BuffLen=0 ;
me_EWaitByte= EWaitByte_EleNameSkipPropValue; // 좌표 (7,32) ☞ "<요 속=\"속값"
if((VE_ERunEx=AR_CViewLoadXml.
OnElementPropValueStart(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleNameSkipPropQuote) // 좌표 (6,31) ☞ "<요 속=\""
else if(me_EWaitByte==EWaitByte_EleNameSkipPropValue) // 좌표 (7,32) ☞ "<요 속=\"속값"
{
if(IsPropValueChar(*VPC_XmlData))
++VI_BuffLen;
else if(*VPC_XmlData==TypeChar('"')) // 좌표 (7,32) ☞ "<요 속=\"\""
{
if((VE_ERunEx=AR_CViewLoadXml.OnElementPropValueBody (*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnElementPropValueClose(*this ))!=ZERunEx_OK) return VE_ERunEx;
VPC_Buff = 0; VI_BuffLen=0;
//me_EWaitByte= EWaitByte_EleNameSkip; // 좌표 (4,27) ☞ "<요요 "
me_EWaitByte= EWaitByte_EleNameSkipPropValue2; // 좌표 (8,33) ☞ "<요 속=\"\"" + Skp
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleNameSkipPropValue) // 좌표 (7,31) ☞ "<요 속=\"속값"
else if(me_EWaitByte==EWaitByte_EleNameSkipPropValue2) // 좌표 (8,33) ☞ "<요 속=\"속값\" + Skp
{
if(IsSkipChar(*VPC_XmlData))
{
me_EWaitByte=EWaitByte_EleNameSkip; // 좌표 (4,27) ☞ "<요 " + Skp
}
else if(*VPC_XmlData==TypeChar('/'))
{
me_EWaitByte=EWaitByte_EleNameSkipPropClose; // 좌표 (7,3A) ☞ "<요 속=\"속값\"" + Skp + "/>"
}
else if(*VPC_XmlData==TypeChar('>'))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnElementValueStart(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
me_EWaitByte=EWaitByte_EleValStart;
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleNameSkipPropValue2) // 좌표 (8,33) ☞ "<요 속=\"속값\" + Skp
else if(me_EWaitByte==EWaitByte_EleNameSkipPropClose) // 좌표 (6,33) ☞ "<요 속속/>"
{
if(*VPC_XmlData==TypeChar('>'))
{
const bool CB_DoHaveSlash=true;
if((VE_ERunEx=AR_CViewLoadXml.
OnElementClose(*this, CB_DoHaveSlash))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
--mi_EleDepth; me_EWaitByte=EWaitByte_EleStart; // 좌표 (1,21) ☞ "<"
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleNameSkipPropClose) // 좌표 (6,33) ☞ "<요 속속/>"
else if(me_EWaitByte==EWaitByte_EleNameSkipProp2) // 좌표 (6,38) ☞ "<요 속" + Skp + Skp
{
if(IsSkipChar(*VPC_XmlData))
{/* nothing to do*/}
else if(*VPC_XmlData==TypeChar('='))
{
me_EWaitByte=EWaitByte_EleNameSkipPropQuote; // 좌표 (6,31) ☞ "<요 속=" + Skp
}
else if(*VPC_XmlData==TypeChar('/'))
{
me_EWaitByte=EWaitByte_EleNameSkipPropClose; // 좌표 (7,3A) ☞ "<요 속" + Skp +Skp + "/>"
}
else if(*VPC_XmlData==TypeChar('>'))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnElementValueStart(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
me_EWaitByte=EWaitByte_EleValStart;
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleNameSkipProp2) // 좌표 (6,38) ☞ "<요 속 + Skp +Skp
else if(me_EWaitByte==EWaitByte_EleCloseComplete) // 좌표 (3,3C) ☞ "</요"
{
if(IsPropNameChar(*VPC_XmlData))
{
++VI_BuffLen; me_EWaitByte=EWaitByte_EleCloseComplete2; // 좌표 (4,3C) ☞ "</요요"
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleCloseComplete) // 좌표 (3,3C) ☞ "</요"
else if(me_EWaitByte==EWaitByte_EleCloseComplete2) // 좌표 (4,3C) ☞ "</요요"
{
if(IsPropNameChar(*VPC_XmlData))
++VI_BuffLen;
else if(*VPC_XmlData==TypeChar('>'))
{
// VI_BuffLen>0
if((VE_ERunEx=AR_CViewLoadXml.OnElementName2Body (*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnElementName2Close(*this ))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnElementClose (*this ))!=ZERunEx_OK) return VE_ERunEx;
VPC_Buff = 0; VI_BuffLen=0; --mi_EleDepth;
me_EWaitByte= EWaitByte_EleStart; // 좌표 (1,21) ☞ "<"
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleCloseComplete2) // 좌표 (4,3C) ☞ "</요요"
else if(me_EWaitByte==EWaitByte_EleValStart) // 좌표 (1,41) ☞ "<"
{
if(IsSkipChar(*VPC_XmlData))
{/*nothing to do*/}
else if(*VPC_XmlData==TypeChar('<'))
me_EWaitByte=EWaitByte_EleValCommExclaMark; // <!
else if(IsPCDATA(*VPC_XmlData))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnElePCDATA_Start(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff = VPC_XmlData; VI_BuffLen=1;
me_EWaitByte= EWaitByte_EleValPCData ;
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleValStart) // 좌표 (1,41) ☞ "<"
else if(me_EWaitByte==EWaitByte_EleValCommExclaMark) // 좌표 (2,42) ☞ "<!"
{
if (*VPC_XmlData==TypeChar('!'))
me_EWaitByte=EWaitByte_EleValCommHyphen; // 좌표 (3,42) ☞ "<!-"
else if(*VPC_XmlData==TypeChar('/'))
me_EWaitByte=EWaitByte_EleValCloseName1; // 좌표 (3,47) ☞ "</요"
else if(IsEleNameChar(*VPC_XmlData))
{
// 새로운 하위 요소가 시작되는 경우.
if((VE_ERunEx=AR_CViewLoadXml.OnElementStart (*this))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnElementNameStart(*this))!=ZERunEx_OK) return VE_ERunEx;
VPC_Buff = VPC_XmlData; VI_BuffLen=1;
me_EWaitByte= EWaitByte_EleName; // 좌표 (3,24) ☞ "<요요"
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleValCommExclaMark) // 좌표 (2,42) ☞ "<!"
else if(me_EWaitByte==EWaitByte_EleValCommHyphen) // 좌표 (3,42) ☞ "<!-"
{
if (*VPC_XmlData==TypeChar('-'))
me_EWaitByte=EWaitByte_EleValCommHyphen2; // 좌표 (4,42) ☞ "<!--"
else if(*VPC_XmlData==TypeChar('['))
me_EWaitByte=EWaitByte_EleValCDataC; // 좌표 (4,44) ☞ "<![C"
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleValCommHyphen) // 좌표 (3,42) ☞ "<!-"
else if(me_EWaitByte==EWaitByte_EleValCommHyphen2) // 좌표 (4,42) ☞ "<!--"
{
if(*VPC_XmlData==TypeChar('-'))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentStart(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff = VPC_XmlData+1; VI_BuffLen=0;
me_EWaitByte= EWaitByte_EleValCommValue; // 좌표 (5,43) ☞ "<!--주"
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleValCommHyphen2) // 좌표 (4,42) ☞ "<!--"
else if(me_EWaitByte==EWaitByte_EleValCommValue) // 좌표 (5,43) ☞ "<!--주"
{
if(*VPC_XmlData==TypeChar('-'))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentBody(*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff = 0; VI_BuffLen=0;
me_EWaitByte= EWaitByte_EleValComm2Hyphen2; // 좌표 (6,43) ☞ "<!--주--"
}
else
++VI_BuffLen;
//else
}
//else if(me_EWaitByte==EWaitByte_EleValCommValue) // 좌표 (5,43) ☞ "<!--주"
else if(me_EWaitByte==EWaitByte_EleValComm2Hyphen2) // 좌표 (6,43) ☞ "<!--주--"
{
if(*VPC_XmlData==TypeChar('-'))
me_EWaitByte=EWaitByte_EleValCommEnd; // 좌표 (7,43) ☞ "<!--주-->"
else
{
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentBody(*this, TypeChar('-')))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
me_EWaitByte= EWaitByte_EleValCommValue ; // 좌표 (5,43) ☞ "<!--주"
VPC_Buff = VPC_XmlData; VI_BuffLen=1;
}/*
else*/
}
//else if(me_EWaitByte==EWaitByte_EleValComm2Hyphen2) // 좌표 (6,43) ☞ "<!--주--"
else if(me_EWaitByte==EWaitByte_EleValCommEnd) // 좌표 (7,43) ☞ "<!--주-->"
{
if(*VPC_XmlData==TypeChar('>'))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentClose(*this))!=ZERunEx_OK)
{return VE_ERunEx;}
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
me_EWaitByte=EWaitByte_EleValStart;
}
else if(*VPC_XmlData==TypeChar('-')) // "---" 중 맨 앞 글자만 주석이다.
{
if((VE_ERunEx=AR_CViewLoadXml.OnCommentBody(*this, TypeChar('-')))!=ZERunEx_OK) return VE_ERunEx;
}
else
{
if((VE_ERunEx=AR_CViewLoadXml.OnCommentBody(*this, TypeChar('-')))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnCommentBody(*this, TypeChar('-')))!=ZERunEx_OK) return VE_ERunEx;
me_EWaitByte= EWaitByte_EleValCommValue;
VPC_Buff = VPC_XmlData; VI_BuffLen=1;
}
//else
}
//else if(me_EWaitByte==EWaitByte_EleValCommEnd) // 좌표 (7,43) ☞ "<!--주-->"
else if(me_EWaitByte==EWaitByte_EleValCDataC) // 좌표 (4,44) ☞ "<![C"
{
if(*VPC_XmlData==TypeChar('C'))
me_EWaitByte=EWaitByte_EleValCDataCD; // 좌표 (5,44) ☞ "<![CD"
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleValCDataC) // 좌표 (4,44) ☞ "<![C"
else if(me_EWaitByte==EWaitByte_EleValCDataCD) // 좌표 (5,44) ☞ "<![CD"
{
if(*VPC_XmlData==TypeChar('D'))
me_EWaitByte=EWaitByte_EleValCDataCDA; // 좌표 (6,44) ☞ "<![CDA"
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleValCDataCD) // 좌표 (5,44) ☞ "<![CD"
else if(me_EWaitByte==EWaitByte_EleValCDataCDA) // 좌표 (6,44) ☞ "<![CDA"
{
if(*VPC_XmlData==TypeChar('A'))
me_EWaitByte=EWaitByte_EleValCDataCDAT; // 좌표 (7,44) ☞ "<![CDAT"
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleValCDataCDA) // 좌표 (6,44) ☞ "<![CDA"
else if(me_EWaitByte==EWaitByte_EleValCDataCDAT) // 좌표 (7,44) ☞ "<![CDAT"
{
if(*VPC_XmlData==TypeChar('T'))
me_EWaitByte=EWaitByte_EleValCDataCDATA; // 좌표 (8,44) ☞ "<![CDATA"
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleValCDataCDAT) // 좌표 (7,44) ☞ "<![CDAT"
else if(me_EWaitByte==EWaitByte_EleValCDataCDATA) // 좌표 (8,44) ☞ "<![CDATA"
{
if(*VPC_XmlData==TypeChar('A'))
me_EWaitByte=EWaitByte_EleValCDataSquBracket2; // 좌표 (9,44) ☞ "<![CDATA["
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleValCDataCDATA) // 좌표 (8,44) ☞ "<![CDATA"
else if(me_EWaitByte==EWaitByte_EleValCDataSquBracket2) // 좌표 (9,44) ☞ "<![CDATA["
{
if(*VPC_XmlData==TypeChar('['))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnEleCDATA_Start(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff = VPC_XmlData+1; VI_BuffLen=0;
me_EWaitByte= EWaitByte_EleValCDataContent; // 좌표 (10,44) ☞ "<![CDATA[내용"
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleValCDataSquBracket2) // 좌표 (9,44) ☞ "<![CDATA["
else if(me_EWaitByte==EWaitByte_EleValCDataContent) // 좌표 (10,44) ☞ "<![CDATA[ 내용"
{
if(*VPC_XmlData==TypeChar(']'))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnEleCDATA_Body(*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff = 0; VI_BuffLen =0;
me_EWaitByte= EWaitByte_EleValCDataClose2; // 좌표 (11,45) ☞ "<![CDATA[ 내용 ]]"
}
else
++VI_BuffLen;
//else
}
//else if(me_EWaitByte==EWaitByte_EleValCDataContent) // 좌표 (10,44) ☞ "<![CDATA[ 내용"
else if(me_EWaitByte==EWaitByte_EleValCDataClose2) // 좌표 (11,45) ☞ "<![CDATA[ 내용 ]]"
{
if(*VPC_XmlData==TypeChar(']'))
me_EWaitByte=EWaitByte_EleValCDataClose3; // 좌표 (12,45) ☞ "<![CDATA[ 내용 ]]>"
else
{
if((VE_ERunEx=AR_CViewLoadXml.
OnEleCDATA_Body(*this, TypeChar(']')))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
me_EWaitByte= EWaitByte_EleValCDataContent;
VPC_Buff = VPC_XmlData; VI_BuffLen=1 ;
}
//else
}
//else if(me_EWaitByte==EWaitByte_EleValCDataClose2) // 좌표 (11,45) ☞ "<![CDATA[ 내용 ]]"
else if(me_EWaitByte==EWaitByte_EleValCDataClose3) // 좌표 (12,45) ☞ "<![CDATA[ 내용 ]]>"
{
if(*VPC_XmlData==TypeChar('>'))
{
if((VE_ERunEx=AR_CViewLoadXml.OnEleCDATA_Close(*this))!=ZERunEx_OK)
{return VE_ERunEx;}
me_EWaitByte=EWaitByte_EleCloseOpen; // 좌표 (1,61) ☞ "<"
}
else if(*VPC_XmlData==TypeChar(']'))
{
if((VE_ERunEx=AR_CViewLoadXml.OnEleCDATA_Body(*this, TypeChar(']')))!=ZERunEx_OK) return VE_ERunEx;
}
else
{
if((VE_ERunEx=AR_CViewLoadXml.OnEleCDATA_Body(*this, TypeChar(']')))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnEleCDATA_Body(*this, TypeChar(']')))!=ZERunEx_OK) return VE_ERunEx;
VPC_Buff = VPC_XmlData; VI_BuffLen=1 ;
me_EWaitByte= EWaitByte_EleValCDataContent;
}
//else
}
//else if(me_EWaitByte==EWaitByte_EleValCDataClose3) // 좌표 (12,45) ☞ "<![CDATA[ 내용 ]]>"
else if(me_EWaitByte==EWaitByte_EleValCloseName1) // 좌표 (3,47) ☞ "</요"
{
if(IsEleNameChar(*VPC_XmlData))
{
VPC_Buff = VPC_XmlData; VI_BuffLen=1;
me_EWaitByte= EWaitByte_EleValCloseName2; // 좌표 (4,47) ☞ "</요요"
if((VE_ERunEx=AR_CViewLoadXml.
OnElementName2Start(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleValCloseName1) // 좌표 (3,47) ☞ "</요"
else if(me_EWaitByte==EWaitByte_EleValCloseName2) // 좌표 (4,47) ☞ "</요요"
{
if(IsEleNameChar(*VPC_XmlData))
++VI_BuffLen;
else if(*VPC_XmlData==TypeChar('>')) // 좌표 (4,48) ☞ "</요>"
{
// VI_BuffLen>0
if((VE_ERunEx=AR_CViewLoadXml.OnElementName2Body (*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnElementName2Close(*this ))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnElementClose (*this ))!=ZERunEx_OK) return VE_ERunEx;
VPC_Buff = 0 ; VI_BuffLen=0; --mi_EleDepth;
me_EWaitByte= EWaitByte_EleStart; // 좌표 (1,21) ☞ "<"
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleValCloseName2) // 좌표 (4,47) ☞ "</요요"
else if(me_EWaitByte==EWaitByte_EleValPCData) // 좌표 (1,51) ☞ "PCD"
{
if(IsPCDATA(*VPC_XmlData))
++VI_BuffLen;
else if(*VPC_XmlData==TypeChar('<'))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnElePCDATA_Body(*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff = 0 ; VI_BuffLen=0;
me_EWaitByte= EWaitByte_EleValPCDataCommExcla; // 좌표 (2,52) "<!"
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleValPCData) // 좌표 (1,51) ☞ "PCD"
else if(me_EWaitByte==EWaitByte_EleValPCDataCommExcla) // 좌표 (2,52) ☞ "<!"
{
if (*VPC_XmlData==TypeChar('!'))
me_EWaitByte=EWaitByte_EleValPCDataCommHypen; // 좌표 (3,52) ☞ "<!-"
else if(*VPC_XmlData==TypeChar('/'))
{
/*//////////////////////////////////////////////////////////////////
■ "</요>" 형태가 되는데, 이렇게 요소를 닫는 시점이 명확한 상태에서
PCDATA 에 대한 종료 처리 함수 OnElePCDATA_Close() 을 호출한다.
-- 2011-09-23 01:03:00
//////////////////////////////////////////////////////////////////*/
if((VE_ERunEx=AR_CViewLoadXml.OnElePCDATA_Close (*this))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnElementName2Start(*this))!=ZERunEx_OK) return VE_ERunEx;
VPC_Buff = VPC_XmlData+1; VI_BuffLen= 0;
me_EWaitByte= EWaitByte_EleValPCDataCloseEle; // 좌표 (3,54) ☞ "</요"
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleValPCDataCommExcla) // 좌표 (2,52) ☞ "<!"
else if(me_EWaitByte==EWaitByte_EleValPCDataCommHypen) // 좌표 (3,52) ☞ "<!-"
{
if(*VPC_XmlData==TypeChar('-'))
me_EWaitByte=EWaitByte_EleValPCDataCommHypen2; // 좌표 (4,52) ☞ "<!--"
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleValPCDataCommHypen) // 좌표 (3,52) ☞ "<!-"
else if(me_EWaitByte==EWaitByte_EleValPCDataCommHypen2) // 좌표 (4,52) ☞ "<!--"
{
if(*VPC_XmlData==TypeChar('-'))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentStart(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff = VPC_XmlData+1; VI_BuffLen= 0 ;
me_EWaitByte= EWaitByte_EleValPCDataCommValue; // 좌표 (5,52) ☞ "<!--주"
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleValPCDataCommHypen2) // 좌표 (4,52) ☞ "<!--"
else if(me_EWaitByte==EWaitByte_EleValPCDataCommValue) // 좌표 (5,52) ☞ "<!--주"
{
if(*VPC_XmlData!=TypeChar('-'))
++VI_BuffLen;
else
{
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentBody(*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff = 0; VI_BuffLen=0;
me_EWaitByte= EWaitByte_EleValPCDataComm2Hypen2; // 좌표 (6,53) ☞ "<!--주--"
}
//else
}
//else if(me_EWaitByte==EWaitByte_EleValPCDataCommValue) // 좌표 (5,52) ☞ "<!--주"
else if(me_EWaitByte==EWaitByte_EleValPCDataComm2Hypen2) // 좌표 (6,53) ☞ "<!--주--"
{
if(*VPC_XmlData==TypeChar('-'))
{
me_EWaitByte=EWaitByte_EleValPCDataCommEnd; // 좌표 (7,53) ☞ "<!--주-->"
}
else
{
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentBody(*this, TypeChar('-')))!=ZERunEx_OK)
{return VE_ERunEx;}
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
me_EWaitByte= EWaitByte_EleValPCDataCommValue; // 좌표 (5,52) ☞ "<!--주"
VPC_Buff = VPC_XmlData; VI_BuffLen=1;
}
//else
}
//else if(me_EWaitByte==EWaitByte_EleValPCDataComm2Hypen2) // 좌표 (6,53) ☞ "<!--주--"
else if(me_EWaitByte==EWaitByte_EleValPCDataCommEnd) // 좌표 (7,53) ☞ "<!--주-->"
{
if(*VPC_XmlData==TypeChar('>'))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentClose(*this))!=ZERunEx_OK)
{ return VE_ERunEx; }
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
me_EWaitByte=EWaitByte_EleValPCData; // 좌표 (1,51) ☞ "PCD"
}
else if(*VPC_XmlData==TypeChar('-')) // "---" 중 맨 앞 글자만 주석이다.
{
if((VE_ERunEx=AR_CViewLoadXml.OnCommentBody(*this, TypeChar('-')))!=ZERunEx_OK) return VE_ERunEx;
}
else
{
if((VE_ERunEx=AR_CViewLoadXml.OnCommentBody(*this, TypeChar('-')))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnCommentBody(*this, TypeChar('-')))!=ZERunEx_OK) return VE_ERunEx;
me_EWaitByte= EWaitByte_EleValPCDataCommValue; // 좌표 (5,52) ☞ "<!--주"
VPC_Buff = VPC_XmlData; VI_BuffLen=1 ;
}
//else
}
//else if(me_EWaitByte==EWaitByte_EleValPCDataCommEnd) // 좌표 (7,53) ☞ "<!--주-->"
else if(me_EWaitByte==EWaitByte_EleValPCDataCloseEle) // 좌표 (3,54) ☞ "</요"
{
if(IsEleNameChar(*VPC_XmlData))
{
++VI_BuffLen; me_EWaitByte =
EWaitByte_EleValPCDataCloseEle2 ; // 좌표 ☞ (4,54) "</요요"
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleValPCDataCloseEle ) // 좌표 (3,54) ☞ "</요"
else if(me_EWaitByte==EWaitByte_EleValPCDataCloseEle2) // 좌표 ☞ (4,54) "</요요"
{
if(IsEleNameChar(*VPC_XmlData))
++VI_BuffLen;
else if(*VPC_XmlData==TypeChar('>'))
{
// VI_BuffLen>0
if((VE_ERunEx=AR_CViewLoadXml.OnElementName2Body (*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnElementName2Close(*this ))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnElementClose (*this ))!=ZERunEx_OK) return VE_ERunEx;
VPC_Buff = 0; VI_BuffLen=0; --mi_EleDepth;
me_EWaitByte= EWaitByte_EleStart ; // 좌표 (1,21) ☞ "<"
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleValPCDataCloseEle2) // 좌표 ☞ (4,54) "</요요"
else if(me_EWaitByte==EWaitByte_EleCloseOpen) // 좌표 (1,61) ☞ "<"
{
if(IsSkipChar(*VPC_XmlData))
{/*nothing to do*/}
else if(*VPC_XmlData==TypeChar('<'))
me_EWaitByte=EWaitByte_EleCloseCommExclaMark; // 좌표 ☞ (2,62) "<!"
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleCloseOpen) // 좌표 (1,61) ☞ "<"
else if(me_EWaitByte==EWaitByte_EleCloseCommExclaMark) // 좌표 ☞ (2,62) "<!"
{
if (*VPC_XmlData==TypeChar('!'))
me_EWaitByte=EWaitByte_EleCloseCommHyphen ;
else if(*VPC_XmlData==TypeChar('/'))
me_EWaitByte=EWaitByte_EleCloseName ;
else if(IsEleNameChar(*VPC_XmlData))
{
if((VE_ERunEx=AR_CViewLoadXml.OnElementStart (*this))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnElementNameStart(*this))!=ZERunEx_OK) return VE_ERunEx;
VPC_Buff = VPC_XmlData; VI_BuffLen= 1;
me_EWaitByte= EWaitByte_EleName ; // 좌표 (3,24) ☞ "<요요"
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleCloseCommExclaMark) // 좌표 ☞ (2,62) "<!"
else if(me_EWaitByte==EWaitByte_EleCloseCommHyphen) // 좌표 ☞ (3,62) "<!-"
{
if(*VPC_XmlData==TypeChar('-'))
me_EWaitByte=EWaitByte_EleCloseCommHyphen2; // 좌표 ☞ (4,62) "<!--"
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleCloseCommHyphen) // 좌표 ☞ (3,62) "<!-"
else if(me_EWaitByte==EWaitByte_EleCloseCommHyphen2) // 좌표 ☞ (4,62) "<!--"
{
if(*VPC_XmlData==TypeChar('-'))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentStart(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff = VPC_XmlData+1; VI_BuffLen= 0;
me_EWaitByte= EWaitByte_EleCloseCommValue ; // 좌표 ☞ (5,62) "<!--주"
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleCloseCommHyphen2) // 좌표 ☞ (4,62) "<!--"
else if(me_EWaitByte==EWaitByte_EleCloseCommValue) // 좌표 ☞ (5,62) "<!--주"
{
if(*VPC_XmlData==TypeChar('-'))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentBody(*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff = 0; VI_BuffLen= 0;
me_EWaitByte= EWaitByte_EleCloseComm2Hyphen2; // 좌표 ☞ (6,63) "<!--주--"
}
else
++VI_BuffLen;
//else
}
//else if(me_EWaitByte==EWaitByte_EleCloseCommValue) // 좌표 ☞ (5,62) "<!--주"
else if(me_EWaitByte==EWaitByte_EleCloseComm2Hyphen2) // 좌표 ☞ (6,63) "<!--주--"
{
if(*VPC_XmlData==TypeChar('-'))
me_EWaitByte=EWaitByte_EleCloseCommEnd; // 좌표 ☞ (7,63) "<!--주-->"
else
{
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentBody(*this, TypeChar('-')))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff = VPC_XmlData; VI_BuffLen= 1;
me_EWaitByte= EWaitByte_EleCloseCommValue; // 좌표 ☞ (5,62) "<!--주"
}
//else
}
//else if(me_EWaitByte==EWaitByte_EleCloseComm2Hyphen2) // 좌표 ☞ (6,63) "<!--주--"
else if(me_EWaitByte==EWaitByte_EleCloseCommEnd) // 좌표 ☞ (7,63) "<!--주-->"
{
if(*VPC_XmlData==TypeChar('>'))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentClose(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
me_EWaitByte= EWaitByte_EleStart; // 좌표 ☞ (1,21) "<"
}
else if(*VPC_XmlData==TypeChar('-'))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnCommentBody(*this, TypeChar('-')))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
}
else
{
if((VE_ERunEx=AR_CViewLoadXml.OnCommentBody(*this, TypeChar('-')))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnCommentBody(*this, TypeChar('-')))!=ZERunEx_OK) return VE_ERunEx;
VPC_Buff = VPC_XmlData; VI_BuffLen= 1 ;
me_EWaitByte= EWaitByte_EleCloseCommValue; // 좌표 ☞ (5,62) "<!--주"
}
//else
}
//else if(me_EWaitByte==EWaitByte_EleCloseCommEnd) // 좌표 ☞ (7,63) "<!--주-->"
else if(me_EWaitByte==EWaitByte_EleCloseName) // 좌표 ☞ (3,64) "</요"
{
if(IsEleNameChar(*VPC_XmlData))
{
if((VE_ERunEx=AR_CViewLoadXml.
OnElementName2Start(*this))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff = VPC_XmlData; VI_BuffLen =1;
me_EWaitByte= EWaitByte_EleCloseName2 ; // 좌표 ☞ (4,64) "</요요"
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleCloseName) // 좌표 ☞ (3,64) "</요"
else if(me_EWaitByte==EWaitByte_EleCloseName2) // 좌표 ☞ (4,64) "</요요"
{
if(IsEleNameChar(*VPC_XmlData))
++VI_BuffLen;
else if(*VPC_XmlData==TypeChar('>'))
{
const bool CB_DoHaveSlash=false;
if((VE_ERunEx=AR_CViewLoadXml.OnElementName2Body (*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnElementName2Close(*this ))!=ZERunEx_OK) return VE_ERunEx;
if((VE_ERunEx=AR_CViewLoadXml.OnElementClose (*this, CB_DoHaveSlash ))!=ZERunEx_OK) return VE_ERunEx;
VPC_Buff=0; VI_BuffLen=0; --mi_EleDepth;
me_EWaitByte=EWaitByte_EleStart; // 좌표 ☞ (1,21) "<"
}
else
return AR_CViewLoadXml.OnError(*this, *VPC_XmlData);
//else
}
//else if(me_EWaitByte==EWaitByte_EleCloseName2) // 좌표 ☞ (4,64) "</요요"
if(*VPC_XmlData++ == TypeChar('\n'))
{
++mi_NowLineNo; mi_NowCharNo=0;
}/*
if(*VPC_XmlData++ == TypeChar('\n'))*/
++mi_NowXmlPos; ++mi_NowCharNo;
}/*
while(mi_NowXmlPos<AI_DataLen)*/
mi_SumXmlPos += mi_NowXmlPos;
switch(me_EWaitByte)
{
case EWaitByte_HeadCommValue : // 좌표 (5,2 ) ☞ "<!--주"
case EWaitByte_DTDCommValue : // 좌표 (5,9 ) ☞ "<!--주"
case EWaitByte_EleCommValue : // 좌표 (5,22) ☞ "<!--주"
case EWaitByte_EleValCommValue : // 좌표 (5,42) ☞ "<!--주"
case EWaitByte_EleValPCDataCommValue: // 좌표 (2,52) ☞ "<!--주"
case EWaitByte_EleCloseCommValue : // 좌표 (5,62) ☞ "<!--주"
{
if((VE_ERunEx=AR_CViewLoadXml.OnCommentBody
(*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff=0; VI_BuffLen=0; break;
}
case EWaitByte_HeadValue : // 좌표 (3,4) ☞ "<?헤"
{
if((VE_ERunEx=AR_CViewLoadXml.OnCommentBody
(*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff=0; VI_BuffLen=0; break;
}
case EWaitByte_DTDDocTypeRoot2 : // 좌표 (12,11) ☞ "<!DOCTYPE"+"Skp"+"roro"
{
if((VE_ERunEx=AR_CViewLoadXml.OnDTDRootBody
(*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff=0; VI_BuffLen=0; break;
}
case EWaitByte_DTDBody : // 좌표 (14,14) ☞ "<!DOCTYPE ro[DT"
{
if((VE_ERunEx=AR_CViewLoadXml.OnDTDBigBody
(*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff=0; VI_BuffLen=0; break;
}
case EWaitByte_DTDBodySmall : // 좌표 (14,16) ☞ "<!DOCTYPE ro dtdt"
{
if((VE_ERunEx=AR_CViewLoadXml.OnDTDSmallBody
(*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff=0; VI_BuffLen=0; break;
}
case EWaitByte_EleName : // 좌표 (3,24) ☞ "<요요"
{
if((VE_ERunEx=AR_CViewLoadXml.
OnElementNameBody(*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff=0; VI_BuffLen=0; break;
}
case EWaitByte_EleNameSkipProp : // 좌표 (5,30) ☞ "<요Skp속속"
{
if((VE_ERunEx=AR_CViewLoadXml.OnElementPropNameBody
(*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff=0; VI_BuffLen=0; break;
}
case EWaitByte_EleNameSkipPropValue : // 좌표 (7,31) ☞ "<요Skp속=\"속명"
{
if((VE_ERunEx=AR_CViewLoadXml.OnElementPropValueBody
(*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK)
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff=0; VI_BuffLen=0; break;
}
case EWaitByte_EleCloseComplete : // 좌표 (3,3C) ☞ "</요"
case EWaitByte_EleValCloseName1 : // 좌표 (3,47) ☞ "</요"
case EWaitByte_EleValPCDataCloseEle : // 좌표 (3,54) ☞ "</요"
case EWaitByte_EleCloseName : // 좌표 (3,64) ☞ "</요"
{
VPC_Buff=0; VI_BuffLen=0; break;
}
case EWaitByte_EleCloseComplete2 : // 좌표 (4,3C) ☞ "</요요"
case EWaitByte_EleValCloseName2 : // 좌표 (4,47) ☞ "</요요"
case EWaitByte_EleValPCDataCloseEle2: // 좌표 (4,54) ☞ "</요요"
case EWaitByte_EleCloseName2 : // 좌표 (4,64) ☞ "</요요"
{
if((VE_ERunEx=AR_CViewLoadXml.OnElementName2Body
(*this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK) return VE_ERunEx;
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff=0; VI_BuffLen=0; break;
}
case EWaitByte_EleValCDataContent : // 좌표 (10,44) ☞ "<![CDATA[CD"
{
if((VE_ERunEx=AR_CViewLoadXml.OnEleCDATA_Body
( *this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK )
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff=0; VI_BuffLen=0; break;
}
case EWaitByte_EleValPCData : // 좌표 (1,51) ☞ "PCD"
{
if((VE_ERunEx=AR_CViewLoadXml.OnElePCDATA_Body
( *this, VPC_Buff, VI_BuffLen))!=ZERunEx_OK )
return VE_ERunEx;
/*<<<<<<<<<<<<<<<<<<<<<<<<<<<<*/
VPC_Buff=0; VI_BuffLen=0; break;
}/*
case EWaitByte_EleValPCData : // 좌표 (1,51) ☞ "PCD"*/
}/*
switch(me_EWaitByte)*/
return ZERunEx_OK;
}/*
template<typename TViewLoadXml> ZERunEx Exec
(
TViewLoadXml& AR_CViewLoadXml ,
const TypeChar* APC_XmlData ,
TypeLength AI_DataLen
)
###############################################################################*/
template<typename TViewLoadXml, typename TMainChars>
ZERunEx Exec(TViewLoadXml& AR_CViewLoadXml, const TMainChars& AR_CMainChars)
{
return Exec(AR_CViewLoadXml, AR_CMainChars.data(), AR_CMainChars.size());
}/*
template<typename TViewLoadXml, typename TMainChars>
ZERunEx Exec(TViewLoadXml& AR_CViewLoadXml, const TMainChars& AR_CMainChars) */
template<typename TViewLoadXml> ZERunEx ExecAll(
TViewLoadXml& AR_CViewLoadXml, const TypeChar* APC_XmlData, TypeLength AI_DataLen)
{
clear(); return Exec(AR_CViewLoadXml, APC_XmlData, AI_DataLen);
}/*
template<typename TViewLoadXml> ZERunEx ExecAll(
TViewLoadXml& AR_CViewLoadXml, const TypeChar* APC_XmlData, TypeLength AI_DataLen)*/
template<typename TViewLoadXml, typename TMainChars>
ZERunEx ExecAll(TViewLoadXml& AR_CViewLoadXml, const TMainChars& AR_CMainChars)
{
clear(); return Exec(AR_CViewLoadXml, AR_CMainChars);
}/*
template<typename TViewLoadXml, typename TMainChars>
ZERunEx ExecAll(TViewLoadXml& AR_CViewLoadXml, const TMainChars& AR_CMainChars) */
public:
};/*
template< typename TStringData=ZNsMain::ZtCStringBase<char>
>
class ZtCLoadXml //////////////////////////////////////////*/
}/*
namespace ZNsMain*/
/*////////////////////////////////////////////////////////////////////////////////////////////
■ DTD(Document Type Definition) 는 문서에 포함되어 있는 엘리먼트, 속성, 엔티티의 목록을 제공
하고, 그들 간의 관계에 대해 정의한다. 일반적으로 Xml 문서는 프롤로그, DTD(외부 또는 내부가
될 수 있다), 몸통으로 구성되어 있다.
문서 타입 선언(Document Type Declarations)은 DTD 가 아니다. 약어가 같아서 혼동할 수 있다.
아래 xml 에서
<?xml version-"1.0" encoding="UTF-8">
<!DOCTYPE greeting [
<!ELEMENT greeting (#PCDATA)>
]>
<greeting>hello world!</greeting>
문서 타입 선언(Document Type Declarations)은
<!DOCTYPE greeting [
<!ELEMENT greeting (#PCDATA)>
]>
이고, DTD(Document Type Definition) 는
<!ELEMENT greeting (#PCDATA)>
이다. DTD 가 없는 문서는 유효하지 않은 문서이다.
-- 2011-10-25 16:11:00
■ Entity
□ XML 문서는 하나 또는 그 이상의 저장 단위들로 구성이 가능하다. 이 각각의 저장 단위를 Entity
라 한다. 이들 Entity 는 모두 내용(content)을 가지고 있으며, 모드 이름(name)으로 인식된
다. 이러한 Entity 는 파일로도 구성이 가능하며, 그 외에도 데이타베이스의 레코드, 데이타
를 담을 수 있는 다른 형식의 object 로도 구성되어질 수 있다.
□ XML 문서는 '문서 Entity'라 불리는 하나의 Entity 를 갖는데, 이것은 XML 선언을 담는 문서
타입 선언과 루트 엘리먼트를 말한다. 이는 XML 처리자(Processor)의 시작점으로 작용한다.
Entity 의 이름은 작성자가 지정할 수 있는 이름을 가지고 있는 것이 대부분이라고 할 수 있
다. 하지만 이중 예외가 있는데, XML 문서를 담고 있는 메인 파일인 '문서 Entity'이다. '문
서 Entity'는 XML 선언, 루트 엘리먼트를 가지고 있기 때문에, XML 문서는 한 개 이상의 Entity
를 가지게 된다.
□ Entity 는 '파싱된 Entity'(Parsed Entity)와 '파싱되지 않은 Entity'(Unparsed Entity)로 나
누어진다. '파싱된 Entity'는 잘 구성된 XML 텍스트를 포함하는 것을 말한다. '파싱되지 않은
Entity'는 바이너리 데이타가 있는데, 아쉽게도 현재는 잘 지원되지 않고 있다.
□ Entity 는 또 '내부 Entity'와 '외부 Entity'로도 나눌 수 있다. '내부 Entity'는 문서의 내
부에서 완전히 정의되는 Entity 를 말하고, '외부 Entity'는 URL 을 통해 다른 소스에서 컨텐
트를 받아오는 것을 말한다. 문서는 그 자체로도 하나의 Entity 라 말할 수 있다. 따라서 모
든 XML 문서는 최소한 한 개의 '내부 Entity'를 가지고 있는 것이다.
내부 Entity=Internal Entity
외부 Entity=External Entity
□ '내부 Entity' 예.
<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE DOCUMENT [
<!ENTITY hi "hellow XML!">
<!ELEMENT DOCUMENT ANY>
<!ELEMENT TEXT (#PCDATA)>
]>
<DOCUMENT>
<TEXT>&hi;</TEXT>
</DOCUMENT>
<!-- &hi; 가 hellow XML! 로 치환되어 보인다. -->
□ '외부 Entity'는 루트 엘리먼트와 문서 Entity 를 포함하고 있는 메인 파일의 밖에 있는 데이
타를 말한다. 이를 통해서 XML 문서는 여러 개의 독립된 파일로부터 하나의 문서를 구축할 수
있게 된다. 아래는 '외부 Entity' 선언 예다.
<!ENTITY sign SYSTEM "http://xml_lab.org/xml/signature.xml">
<!ENTITY sign2 SYSTEM "/xml/signature.xml">
□ 사전에 정의된 Entity.
<!ENTITY lt "&#38;#60;">
<!ENTITY gt "&#62;" >
<!ENTITY amp "&#38;#38;">
<!ENTITY apos "&#39;" >
<!ENTITY quot "&#34;" >
-- 2011-10-26 23:05:00
////////////////////////////////////////////////////////////////////////////////////////////*/
#endif //__ZNSMAIN_ZTCLOADXML_H__
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