안녕하세요
Visaul Studio Studio 버젼별 사용하다 설치를 새로 했을때
C++ 프로젝트의 경우 리소스 뷰(Resource View) 가 안나올때가 있습니다.
그때 아래 경로에서 옵션을 확인 합니다.(영문버젼 기준)
Tools -> Options -> Text Editor -> C++ -> Advanced 항목중에
"Disable Database" 항목이 False 값을 가지고 있어야 합니다.
항목을 값을 변경하시고 다시 보면 잘 나올겁니다. 그럼~
안녕하세요
오늘은 개발을 하다가 원치 않은 결과가 발생을 하여 당황할일이 있고 그에 대한 해결책중 하나 입니다.
Visaul Studio Resource 입력창에서 영문 입력하다가 영어 문자 사이 간격이 UniCode 입력하는것처럼 벌어지는 경우가 발생합니다.
이때 당황 하지 마시고 "Alt" + "= " 이 조합키를 누르시면 다시 정상적으로 돌아갑니다. ^^
BYTE ConByte(const BYTE& uc) { return uc > 57 ? uc - 55 : uc - 48; } CString ConvertURLDecode(CString sOrg) { CString sOut; const int nLen = sOrg.GetLength() + 1; register LPBYTE pOutTmp = NULL; LPBYTE pOutBuf = NULL; register LPBYTE pInTmp = NULL; LPBYTE pInBuf = (LPBYTE)sOrg.GetBuffer(nLen); //alloc out buffer pOutBuf = (LPBYTE)sOut.GetBuffer(nLen); if (pOutBuf) { pInTmp = pInBuf; pOutTmp = pOutBuf; // do encoding while (*pInTmp) { if ('%' == *pInTmp) { pInTmp++; *pOutTmp++ = (ConByte(*pInTmp) % 16 << 4) + ConByte(*(pInTmp + 1)) % 16; pInTmp++; } else *pOutTmp++ = *pInTmp; pInTmp++; } *pOutTmp = '\0'; sOut.ReleaseBuffer(); } sOrg.ReleaseBuffer(); return sOut; }
BYTE ConHex(const BYTE& uc){ return uc > 9 ? uc + 55 : uc + 48; } CString ConvertURLEncode(CString sOrg) { CString sOut; const int nLen = sOrg.GetLength() + 1; register LPBYTE pOutTmp = NULL; LPBYTE pOutBuf = NULL; register LPBYTE pInTmp = NULL; LPBYTE pInBuf = (LPBYTE)sOrg.GetBuffer(nLen); //alloc out buffer pOutBuf = (LPBYTE)sOut.GetBuffer(nLen * 3); if (pOutBuf) { pInTmp = pInBuf; pOutTmp = pOutBuf; // do encoding while (*pInTmp) { if (isalnum(*pInTmp) || '-' == *pInTmp || '_' == *pInTmp || '.' == *pInTmp) *pOutTmp++ = *pInTmp; else { *pOutTmp++ = '%'; *pOutTmp++ = ConHex(*pInTmp >> 4); *pOutTmp++ = ConHex(*pInTmp % 16); } pInTmp++; } *pOutTmp = '\0'; sOut.ReleaseBuffer(); } sOrg.ReleaseBuffer(); return sOut; }
BSTR bstrWide; char* pszAnsi; int nLength; nLength = MultiByteToWideChar(CP_UTF8, 0, sUTF8Str, lstrlen(sUTF8Str) + 1, NULL, NULL); bstrWide = SysAllocStringLen(NULL, nLength); MultiByteToWideChar(CP_UTF8, 0, sUTF8Str, lstrlen(sUTF8Str) + 1, bstrWide, nLength); nLength = WideCharToMultiByte(CP_ACP, 0, bstrWide, -1, NULL, 0, NULL, NULL); pszAnsi = new char[nLength]; WideCharToMultiByte(CP_ACP, 0, bstrWide, -1, pszAnsi, nLength, NULL, NULL); SysFreeString(bstrWide);
int nLength, nLength2; BSTR bstrCode; char* pszUTFCode = NULL; nLength = MultiByteToWideChar(CP_ACP, 0, sAnsiStr, lstrlen(sAnsiStr), NULL, NULL); bstrCode = SysAllocStringLen(NULL, nLength); MultiByteToWideChar(CP_ACP, 0, sAnsiStr, lstrlen(sAnsiStr), bstrCode, nLength); nLength2 = WideCharToMultiByte(CP_UTF8, 0, bstrCode, -1, pszUTFCode, 0, NULL, NULL); pszUTFCode = (char*)malloc(nLength2+1); WideCharToMultiByte(CP_UTF8, 0, bstrCode, -1, pszUTFCode, nLength2, NULL, NULL);
MEMORYSTATUSEX status; status.dwLength = sizeof(status); GlobalMemoryStatusEx(&status); const UINT MINBUFF = 1024; UINT nUsageMemSize = status.ullAvailVirtual; float fMemPercent = 0.0; while (true) { try { LPBYTE lpChk = new BYTE[nUsageMemSize]; if (lpChk != NULL) { delete[] lpChk; break; } } catch (CMemoryException* e) { fMemPercent = fMemPercent == 0.0 ? 0.1 : fMemPercent*0.1; nUsageMemSize = status.ullAvailVirtual * fMemPercent; if (nUsageMemSize < MINBUFF) nUsageMemSize = MINBUFF; } } TRACE(_T("nUsageMemSize [%u]"), nUsageMemSize);
DWORD dwStyle = WS_CHILD | WS_VISIBLE | LVS_REPORT | LVS_SHOWSELALWAYS | LVS_SINGLESEL | LVS_EDITLABELS; m_pListCtrl->Create(dwStyle, CRect(0,0,200,200), this, 1001);
ON_NOTIFY(LVN_BEGINLABELEDIT, 1001, OnLvnBeginlabeledit) ON_NOTIFY(LVN_ENDLABELEDIT, 1001, OnLvnEndlabeledit)
afx_msg void OnLvnBeginlabeledit(NMHDR *pNMHDR, LRESULT *pResult); afx_msg void OnLvnEndlabeledit(NMHDR *pNMHDR, LRESULT *pResult);
void CDialogTest::OnLvnBeginlabeledit(NMHDR *pNMHDR, LRESULT *pResult) { if (m_pListCtrl == NULL) return; NMLVDISPINFO *pDispInfo = reinterpret_cast<NMLVDISPINFO*>(pNMHDR); TRACE(_T("Begin ListCtrl Edit %d\n"), pDispInfo->item.iItem); *pResult = 0; } void CDialogTest::OnLvnEndlabeledit(NMHDR *pNMHDR, LRESULT *pResult) { if (m_pListCtrl == NULL) return; NMLVDISPINFO *pDispInfo = reinterpret_cast<NMLVDISPINFO*>(pNMHDR); if (pDispInfo->item.pszText != NULL) { TRACE(_T("End ListCtrl Edit %d(%s)\n"), pDispInfo->item.iItem, pDispInfo->item.pszText); m_pListCtrl->SetItemText(pDispInfo->item.iItem, pDispInfo->item.iSubItem, pDispInfo->item.pszText); } else { TRACE(_T("End ListCtrl Edit %d(Cancel)\n"), pDispInfo->item.iItem); } *pResult = 0; }
int nNew = m_pListCtrl->InsertItem(m_pListCtrl->GetItemCount(), _T(""), 0); m_pListCtrl->SetFocus(); m_pListCtrl->EditLabel(nNew);
CString sFilePath; sFilePath = "D:\\TestJson.json"; CFile file; Document rapidJsonDoc; if (file.Open(sFilePath, CFile::modeRead)) { LPBYTE lpTmp = new BYTE[file.GetLength()]; memset(lpTmp, 0x00, file.GetLength()); unsigned long nReadSize = file.Read(lpTmp, file.GetLength()); if (nReadSize > 0) { CString sReadCon((LPSTR)lpTmp, file.GetLength()); OutputDebugString(_T("Start RapidJson Parse\n")); rapidJsonDoc.Parse(sReadCon); if (rapidJsonDoc.HasParseError()) { OutputDebugString(_T("Read Failed\n")); } else { OutputDebugString(_T("Read Success\n")); for (rapidjson::Value::ConstMemberIterator itr = rapidJsonDoc.MemberBegin(); itr != rapidJsonDoc.MemberEnd(); ++itr) { CString sKey((LPSTR)itr->name.GetString(), strlen((LPSTR)itr->name.GetString())); doTraversRapidJson(rapidJsonDoc[itr->name.GetString()], sKey); } } OutputDebugString(_T("End RapidJson Parse\n")); } }
void doTraversRapidJson(const rapidjson::Value& oRoot, CString sKey) { CString sDebugStr; switch (oRoot.GetType()) { case kNullType: { sDebugStr.Format(_T("[%s]=null\n"), (LPCTSTR)sKey); OutputDebugString(sDebugStr); }break; case kFalseType: case kTrueType: { sDebugStr.Format(_T("[%s]=%s\n"), (LPCTSTR)sKey, oRoot.GetBool() ? _T("true") : _T("false")); OutputDebugString(sDebugStr); }break; case kStringType: { CString sValue; sValue = oRoot.GetString(); sDebugStr.Format(_T("[%s]=%s\n"), (LPCTSTR)sKey, (LPCTSTR)sValue); OutputDebugString(sDebugStr); }break; case kNumberType: { if (oRoot.IsInt()) { sDebugStr.Format(_T("[%s]=%d\n"), (LPCTSTR)sKey, oRoot.GetInt()); OutputDebugString(sDebugStr); } else if (oRoot.IsUint()) { sDebugStr.Format(_T("[%s]=%d\n"), (LPCTSTR)sKey, oRoot.GetUint()); OutputDebugString(sDebugStr); } else if (oRoot.IsDouble()) { sDebugStr.Format(_T("[%s]=%f\n"), (LPCTSTR)sKey, oRoot.GetDouble()); OutputDebugString(sDebugStr); } else if (oRoot.IsInt64()) { } else if (oRoot.IsUint64()) { } }break; case kObjectType: { sDebugStr.Format(_T("[%s]=Object\n"), (LPCTSTR)sKey); OutputDebugString(sDebugStr); CString sPath; for (rapidjson::Value::ConstMemberIterator itr = oRoot.MemberBegin(); itr != oRoot.MemberEnd(); ++itr) { CString sName; sName = itr->name.GetString(); if (sKey != _T("")) { sPath.Format(_T("%s/%s"), (LPCTSTR)sKey, (LPCTSTR)sName); } else { sPath = sName; } doTraversRapidJson(oRoot[itr->name.GetString()], sPath); } }break; case kArrayType: { sDebugStr.Format(_T("[%s]=Array\n"), (LPCTSTR)sKey); OutputDebugString(sDebugStr); unsigned int nArrCnt = oRoot.Size(); CString sPath; for (unsigned int index = 0; index < nArrCnt; ++index) { sDebugStr.Format(_T("[%s][%d]"), (LPCTSTR)sKey, index); if (sKey != _T("")) { sPath.Format(_T("%s/%d"), (LPCTSTR)sKey, index); } else { sPath.Format(_T("%d"), index); } doTraversRapidJson(oRoot[index], sPath); } }break; } }
CString sFilePath; sFilePath = "D:\\TestJson.json"; CFile file; if (file.Open(sFilePath, CFile::modeRead)) { LPBYTE lpTmp = new BYTE[file.GetLength()]; memset(lpTmp, 0x00, file.GetLength()); unsigned long nReadSize = file.Read(lpTmp, file.GetLength()); if (nReadSize > 0) { CString sReadCon((LPSTR)lpTmp, file.GetLength()); OutputDebugString(_T("Start JsonCPP Parse\n")); Json::Value jJsonData; Json::Reader reader; std::string sReadBuff = sReadCon; if (reader.parse(sReadBuff, jJsonData)) { OutputDebugString(_T("Read Success\n")); doTraversJsonCPP(jJsonData, _T("")); } else { OutputDebugString(_T("Read Failed\n")); } OutputDebugString(_T("End JsonCPP Parse\n")); } }
void doTraversJsonCPP(Json::Value oRoot, CString sKey) { CString sDebugStr; switch (oRoot.type()) { case Json::nullValue: { sDebugStr.Format(_T("[%s]=null\n"), (LPCTSTR)sKey); OutputDebugString(sDebugStr); }break; case Json::intValue: case Json::uintValue: { sDebugStr.Format(_T("[%s]=%d\n"), (LPCTSTR)sKey, oRoot.asUInt()); OutputDebugString(sDebugStr); }break; case Json::realValue: { sDebugStr.Format(_T("[%s]=%f\n"), (LPCTSTR)sKey, oRoot.asDouble()); OutputDebugString(sDebugStr); }break; case Json::booleanValue: { sDebugStr.Format(_T("[%s]=%s\n"), (LPCTSTR)sKey, oRoot.asBool() ? _T("true") : _T("false")); OutputDebugString(sDebugStr); }break; case Json::stringValue: { CString sValue; sValue = oRoot.asCString(); sDebugStr.Format(_T("[%s]=%s\n"), (LPCTSTR)sKey, (LPCTSTR)sValue); OutputDebugString(sDebugStr); }break; case Json::objectValue: { sDebugStr.Format(_T("[%s]=Object\n"), (LPCTSTR)sKey); OutputDebugString(sDebugStr); Json::Value::Members members(oRoot.getMemberNames()); CString sPath; for (auto name : members) { CString sName; sName = name.c_str(); if (sKey != _T("")) { sPath.Format(_T("%s.%s"), (LPCTSTR)sKey, (LPCTSTR)sName); } else { sPath = sName; } doTraversJsonCPP(oRoot[name], sPath); } }break; case Json::arrayValue: { sDebugStr.Format(_T("[%s]=Array\n"), (LPCTSTR)sKey); OutputDebugString(sDebugStr); unsigned int nArrCnt = oRoot.size(); CString sPath; for (unsigned int index = 0; index < nArrCnt; ++index) { sDebugStr.Format(_T("[%s][%d]\n"), (LPCTSTR)sKey, index); OutputDebugString(sDebugStr); if (sKey != _T("")) { sPath.Format(_T("%s[%d]"), (LPCTSTR)sKey, index); } else { sPath.Format(_T("[%d]"), index); } doTraversJsonCPP(oRoot[index], sPath); } }break; } }
CMap<CString, LPCTSTR, int, int&> mapAlphaASCII; //값 할당. for (int i = 65; i <= 90; i++) { CString sKey; sKey.Format(_T("%c"), i); mapAlphaASCII.SetAt(sKey, i); } //값 출력.. POSITION pos = mapAlphaASCII.GetStartPosition(); CString sKey; int nValue; while (pos) { mapAlphaASCII.GetNextAssoc(pos, sKey, nValue); TRACE(_T("key[%s] value[%d]\n"), sKey, nValue); }
CMap<CString, LPCTSTR, int, int&> mapAlphaASCII; //값 할당. for (int i = 65; i <= 90; i++) { CString sKey; sKey.Format(_T("%c"), i); mapAlphaASCII.SetAt(sKey, i); } TRACE(_T("mapAlphaASCII Member Count %d\n"), mapAlphaASCII.GetCount()); //POSITION 값 출력.. POSITION pos = mapAlphaASCII.GetStartPosition(); CString sKey; int nValue; while (pos) { mapAlphaASCII.GetNextAssoc(pos, sKey, nValue); TRACE(_T("key[%s] value[%d]\n"), sKey, nValue); } // B 값을 찾아 삭제. int nFindValue; if (mapAlphaASCII.Lookup(_T("B"), nFindValue)) { if (mapAlphaASCII.RemoveKey(_T("B"))) TRACE(_T("\"B\" is Deleted.\n")); else TRACE(_T("\"B\" is Not Deleted.\n")); } else TRACE(_T("Not Found B\n")); TRACE(_T("mapAlphaASCII Member Count %d\n"), mapAlphaASCII.GetSize()); //전체 멤버 삭제. mapAlphaASCII.RemoveAll(); TRACE(_T("mapAlphaASCII Member Count: %d\n"), mapAlphaASCII.GetCount());
