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/*-----------------------------------------------------------------------------*/
// 代码页转换 & 简繁体转换
/*-----------------------------------------------------------------------------*/
typedef struct _tagWORD_CHAR
{
string strWord;
string strChar;
}WORD_CHAR;
typedef map< string, vector < WORD_CHAR > > WORD_MAP;
typedef map< string, int > CHAR_MAP;
void SetNotNormalWordMap( WORD_MAP &_NotNormalWordMap )
{
WORD_CHAR word_char;
word_char.strWord = "秋千";
word_char.strChar = "鞦";
_NotNormalWordMap[ "秋" ].push_back( word_char );
word_char.strWord = "秋千";
word_char.strChar = "韆";
_NotNormalWordMap[ "千" ].push_back( word_char );
word_char.strWord = "胡须";
word_char.strChar = "鬍";
_NotNormalWordMap[ "胡" ].push_back( word_char );
word_char.strWord = "回旋";
word_char.strChar = "迴";
_NotNormalWordMap[ "回" ].push_back( word_char );
word_char.strWord = "生姜";
word_char.strChar = "薑";
_NotNormalWordMap[ "姜" ].push_back( word_char );
word_char.strWord = "漓江";
word_char.strChar = "灕";
_NotNormalWordMap[ "漓" ].push_back( word_char );
// word_char.strWord = "";
// word_char.strChar = "";
// _NotNormalWordMap[ "" ].push_back( word_char );
}
// 非对称简繁体字
void SetNotNormalCharMap( CHAR_MAP &_NotNormalCharMap )
{
int i = 1;
_NotNormalCharMap[ "摆" ] = i++;
_NotNormalCharMap[ "板" ] = i++;
_NotNormalCharMap[ "辟" ] = i++;
_NotNormalCharMap[ "表" ] = i++;
_NotNormalCharMap[ "别" ] = i++;
_NotNormalCharMap[ "卜" ] = i++;
_NotNormalCharMap[ "才" ] = i++;
_NotNormalCharMap[ "厂" ] = i++;
_NotNormalCharMap[ "冲" ] = i++;
_NotNormalCharMap[ "虫" ] = i++;
_NotNormalCharMap[ "仇" ] = i++;
_NotNormalCharMap[ "丑" ] = i++;
_NotNormalCharMap[ "出" ] = i++;
_NotNormalCharMap[ "担" ] = i++;
_NotNormalCharMap[ "当" ] = i++;
_NotNormalCharMap[ "党" ] = i++;
_NotNormalCharMap[ "淀" ] = i++;
_NotNormalCharMap[ "冬" ] = i++;
_NotNormalCharMap[ "斗" ] = i++;
_NotNormalCharMap[ "恶" ] = i++;
_NotNormalCharMap[ "儿" ] = i++;
_NotNormalCharMap[ "发" ] = i++;
_NotNormalCharMap[ "范" ] = i++;
_NotNormalCharMap[ "丰" ] = i++;
_NotNormalCharMap[ "复" ] = i++;
_NotNormalCharMap[ "干" ] = i++;
_NotNormalCharMap[ "谷" ] = i++;
_NotNormalCharMap[ "刮" ] = i++;
_NotNormalCharMap[ "广" ] = i++;
_NotNormalCharMap[ "柜" ] = i++;
_NotNormalCharMap[ "合" ] = i++;
_NotNormalCharMap[ "后" ] = i++;
_NotNormalCharMap[ "胡" ] = i++;
_NotNormalCharMap[ "划" ] = i++;
_NotNormalCharMap[ "坏" ] = i++;
_NotNormalCharMap[ "回" ] = i++;
_NotNormalCharMap[ "汇" ] = i++;
_NotNormalCharMap[ "伙" ] = i++;
_NotNormalCharMap[ "获" ] = i++;
_NotNormalCharMap[ "饥" ] = i++;
_NotNormalCharMap[ "几" ] = i++;
_NotNormalCharMap[ "家" ] = i++;
_NotNormalCharMap[ "价" ] = i++;
_NotNormalCharMap[ "姜" ] = i++;
_NotNormalCharMap[ "借" ] = i++;
_NotNormalCharMap[ "尽" ] = i++;
_NotNormalCharMap[ "据" ] = i++;
_NotNormalCharMap[ "卷" ] = i++;
_NotNormalCharMap[ "克" ] = i++;
_NotNormalCharMap[ "困" ] = i++;
_NotNormalCharMap[ "腊" ] = i++;
_NotNormalCharMap[ "蜡" ] = i++;
_NotNormalCharMap[ "累" ] = i++;
_NotNormalCharMap[ "漓" ] = i++;
_NotNormalCharMap[ "里" ] = i++;
_NotNormalCharMap[ "历" ] = i++;
_NotNormalCharMap[ "帘" ] = i++;
_NotNormalCharMap[ "了" ] = i++;
_NotNormalCharMap[ "卤" ] = i++;
_NotNormalCharMap[ "么" ] = i++;
_NotNormalCharMap[ "霉" ] = i++;
_NotNormalCharMap[ "蒙" ] = i++;
_NotNormalCharMap[ "弥" ] = i++;
_NotNormalCharMap[ "面" ] = i++;
_NotNormalCharMap[ "蔑" ] = i++;
_NotNormalCharMap[ "宁" ] = i++;
_NotNormalCharMap[ "苹" ] = i++;
_NotNormalCharMap[ "仆" ] = i++;
_NotNormalCharMap[ "朴" ] = i++;
_NotNormalCharMap[ "千" ] = i++;
_NotNormalCharMap[ "签" ] = i++;
_NotNormalCharMap[ "秋" ] = i++;
_NotNormalCharMap[ "曲" ] = i++;
_NotNormalCharMap[ "确" ] = i++;
_NotNormalCharMap[ "舍" ] = i++;
_NotNormalCharMap[ "沈" ] = i++;
_NotNormalCharMap[ "胜" ] = i++;
_NotNormalCharMap[ "适" ] = i++;
_NotNormalCharMap[ "术" ] = i++;
_NotNormalCharMap[ "松" ] = i++;
_NotNormalCharMap[ "苏" ] = i++;
_NotNormalCharMap[ "台" ] = i++;
_NotNormalCharMap[ "坛" ] = i++;
_NotNormalCharMap[ "体" ] = i++;
_NotNormalCharMap[ "涂" ] = i++;
_NotNormalCharMap[ "团" ] = i++;
_NotNormalCharMap[ "万" ] = i++;
_NotNormalCharMap[ "系" ] = i++;
_NotNormalCharMap[ "纤" ] = i++;
_NotNormalCharMap[ "咸" ] = i++;
_NotNormalCharMap[ "向" ] = i++;
_NotNormalCharMap[ "须" ] = i++;
_NotNormalCharMap[ "旋" ] = i++;
_NotNormalCharMap[ "药" ] = i++;
_NotNormalCharMap[ "叶" ] = i++;
_NotNormalCharMap[ "佣" ] = i++;
_NotNormalCharMap[ "余" ] = i++;
_NotNormalCharMap[ "与" ] = i++;
_NotNormalCharMap[ "吁" ] = i++;
_NotNormalCharMap[ "郁" ] = i++;
_NotNormalCharMap[ "御" ] = i++;
_NotNormalCharMap[ "愿" ] = i++;
_NotNormalCharMap[ "云" ] = i++;
_NotNormalCharMap[ "沄" ] = i++;
_NotNormalCharMap[ "芸" ] = i++;
_NotNormalCharMap[ "脏" ] = i++;
_NotNormalCharMap[ "折" ] = i++;
_NotNormalCharMap[ "征" ] = i++;
_NotNormalCharMap[ "症" ] = i++;
_NotNormalCharMap[ "只" ] = i++;
_NotNormalCharMap[ "制" ] = i++;
_NotNormalCharMap[ "致" ] = i++;
_NotNormalCharMap[ "钟" ] = i++;
_NotNormalCharMap[ "种" ] = i++;
_NotNormalCharMap[ "朱" ] = i++;
_NotNormalCharMap[ "筑" ] = i++;
_NotNormalCharMap[ "准" ] = i++;
}
// GB2312 --> GBK
bool __fastcall GB2GBK(char *szBuf)
{
if( !strcmp(szBuf, "") )
return false;
int nStrLen = strlen(szBuf);
DWORD wLCID = MAKELCID(MAKELANGID(LANG_CHINESE, SUBLANG_CHINESE_SIMPLIFIED), SORT_CHINESE_PRC);
int nReturn = LCMapString(wLCID, LCMAP_TRADITIONAL_CHINESE, szBuf, nStrLen, NULL, 0);
if( !nReturn )
return false;
char *pcBuf = new char[nReturn + 1];
wLCID = MAKELCID(MAKELANGID(LANG_CHINESE, SUBLANG_CHINESE_SIMPLIFIED), SORT_CHINESE_PRC);
LCMapString(wLCID, LCMAP_TRADITIONAL_CHINESE, szBuf, nReturn, pcBuf, nReturn + 1);
strncpy(szBuf, pcBuf, nReturn);
delete[] pcBuf;
return true;
}
// 代码页转换
CString CharCodeConvert( const CString str, int sourceCodepage, int targetCodepage)
{
int len=str.GetLength();
int unicodeLen=MultiByteToWideChar(sourceCodepage,0,str,-1,NULL,0);
wchar_t * pUnicode;
pUnicode=new wchar_t[unicodeLen+1];
memset(pUnicode,0,(unicodeLen+1)*sizeof(wchar_t));
MultiByteToWideChar(sourceCodepage,0,str,-1,(LPWSTR)pUnicode,unicodeLen);
BYTE * pTargetData = 0;
int targetLen=WideCharToMultiByte(targetCodepage,0,(LPWSTR)pUnicode,-1,(char *)pTargetData,0,NULL,NULL);
pTargetData=new BYTE[targetLen+1];
memset(pTargetData,0,targetLen+1);
WideCharToMultiByte(targetCodepage,0,(LPWSTR)pUnicode,-1,(char *)pTargetData,targetLen,NULL,NULL);
CString rt;
rt.Format("%s",pTargetData);
delete pUnicode;
delete pTargetData;
return rt;
}
CString ConvertString( const CString _strVal, const CHAR_MAP _mapNotNormalChar, const WORD_MAP _mapNotNormalWord )
{
if ( _strVal.IsEmpty() )
{
return _strVal;
}
CString strResult = "";
CHAR_MAP NotNormalCharMap = _mapNotNormalChar;
WORD_MAP NotNormalWordMap = _mapNotNormalWord;
int iSourceCodePage = CP_UTF8;
int iTargetCodePage = 936;
// UTF8 --> ANSI(GBK)
CString strAnsi = CharCodeConvert( _strVal, iSourceCodePage, iTargetCodePage );
strAnsi.TrimLeft();
strAnsi.TrimRight();
// 简体 --> 繁体
string strName = strAnsi;
int nLen = strName.size();
for ( int nIndex = 0; nIndex < nLen; nIndex ++ )
{
WORD wChar = (BYTE)strName[nIndex];
if ( ::IsDBCSLeadByteEx( iTargetCodePage, (BYTE)wChar ) )
{
nIndex ++;
WORD wHighByte = wChar;
WORD wLowByte = (BYTE)strName[nIndex];
WORD wCharByte = (wHighByte << 8) | wLowByte;
// 简体字 (GB2312汉字编码范围内)
if ( (wHighByte >= 0xB0 && wHighByte <= 0xF7) && (wLowByte >= 0xA1 && wLowByte <= 0xFE) )
{
char *cpCharTemp = new char[ 2+1 ];
memset( cpCharTemp, 0, 2+1 );
cpCharTemp[0] = strName[nIndex-1];
cpCharTemp[1] = strName[nIndex];
// 非对称简繁体字
if ( ( NotNormalCharMap[ cpCharTemp ] <= 0 ) || ( NotNormalCharMap[ cpCharTemp ] > NotNormalCharMap.size() ) )
{
GB2GBK( cpCharTemp );
}
else
{
if ( NotNormalWordMap[ cpCharTemp ].size() > 0 )
{
string strSourceChar = cpCharTemp;
vector< WORD_CHAR >::iterator itWord_Char;
for ( itWord_Char = (NotNormalWordMap[ cpCharTemp ]).begin(); itWord_Char != (NotNormalWordMap[ cpCharTemp ]).end(); itWord_Char++ )
{
WORD_CHAR *word_char = itWord_Char;
string strTargetWord = word_char->strWord;
string strTargetChar = word_char->strChar;
int iTargetCharIndex = strTargetWord.find( strSourceChar );
int iTargetWordLen = strTargetWord.size();
int iSourceCharIndex = strName.find( strSourceChar );
string strSourceWord = strName.substr( iSourceCharIndex - iTargetCharIndex, iTargetWordLen );
int iCompareResult = strSourceWord.compare( strTargetWord );
if ( !iCompareResult )
{
char cpTempChar[2] = {0};
strcpy( cpTempChar, strTargetChar.c_str() );
}
}
}
TRACE( "%s,%s/n", strName, cpCharTemp );
delete[] cpCharTemp;
}
}
}
}
return strResult;
}
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