/**
@brief
@author BHK
*/
int COutputWnd::AppendLogMsg(const string& rLog)
{
if(m_wndOutputLog.GetSafeHwnd())
{
vector<string> oResult;
CTokenizer<CIsFromString>::Tokenize(oResult , rLog , CIsFromString("\n"));
for(vector<string>::iterator itr = oResult.begin();itr != oResult.end();++itr)
{
m_wndOutputLog.InsertString(m_wndOutputLog.GetCount() , itr->c_str());
}
return ERROR_SUCCESS;
}
return ERROR_BAD_ENVIRONMENT;
}
/**
@brief The AcisConeSurf::Parse function
@author humkyung
@param psz a parameter of type const char*
@return bool
*/
bool AcisConeSurf::Parse(AcisDoc* pDoc,const TCHAR* psz)
{
assert(pDoc && psz && "pDoc or psz is NULL");
bool bRet=false;
if((NULL != pDoc) && (NULL != psz))
{
vector<STRING_T> oResult;
CTokenizer<CIsFromString>::Tokenize(oResult,psz,CIsFromString(_T(" \t")));
if(700 == pDoc->GetVer())
{ /// ACAD 2004 , ACAD 2005
m_ptOrigin.SetX(ATOF_T(oResult[4].c_str()));
m_ptOrigin.SetY(ATOF_T(oResult[5].c_str()));
m_ptOrigin.SetZ(ATOF_T(oResult[6].c_str()));
m_vecAxis.dx() = ATOF_T(oResult[7].c_str());
m_vecAxis.dy() = ATOF_T(oResult[8].c_str());
m_vecAxis.dz() = ATOF_T(oResult[9].c_str());
m_vecStart.dx() = ATOF_T(oResult[10].c_str());
m_vecStart.dy() = ATOF_T(oResult[11].c_str());
m_vecStart.dz() = ATOF_T(oResult[12].c_str());
m_dDelta = ATOF_T(oResult[13].c_str()); /// 1 == straight , others not
m_varRatio.a = ATOF_T(oResult[16].c_str());
m_varRatio.b = ATOF_T(oResult[17].c_str());
m_dRadius = ATOF_T(oResult[18].c_str());
}
else
{
m_ptOrigin.SetX(ATOF_T(oResult[2].c_str()));
m_ptOrigin.SetY(ATOF_T(oResult[3].c_str()));
m_ptOrigin.SetZ(ATOF_T(oResult[4].c_str()));
m_vecAxis.dx() = ATOF_T(oResult[5].c_str());
m_vecAxis.dy() = ATOF_T(oResult[6].c_str());
m_vecAxis.dz() = ATOF_T(oResult[7].c_str());
m_vecStart.dx() = ATOF_T(oResult[8].c_str());
m_vecStart.dy() = ATOF_T(oResult[9].c_str());
m_vecStart.dz() = ATOF_T(oResult[10].c_str());
m_dDelta = ATOF_T(oResult[11].c_str()); /// 1 == straight , others not
m_varRatio.a = ATOF_T(oResult[14].c_str());
m_varRatio.b = ATOF_T(oResult[15].c_str());
m_dRadius = ATOF_T(oResult[16].c_str());
}
bRet = true;
}
return bRet;
}
/**
@brief The AcisTorusSurf::Parse function
@author humkyung
@param psz a parameter of type const char*
@return bool
*/
bool AcisTorusSurf::Parse(AcisDoc* pDoc,const TCHAR* psz)
{
assert(pDoc && psz && "pDoc or psz is NULL");
bool bRet=false;
if((NULL != pDoc) && (NULL != psz))
{
vector<STRING_T> oResult;
CTokenizer<CIsFromString>::Tokenize(oResult,psz,CIsFromString(_T(" \t")));
if(700 == pDoc->GetVer())
{ /// ACAD 2004 , ACAD 2005
m_ptOrigin.SetX(ATOF_T(oResult[4].c_str()));
m_ptOrigin.SetY(ATOF_T(oResult[5].c_str()));
m_ptOrigin.SetZ(ATOF_T(oResult[6].c_str()));
m_vecNorm.dx()=ATOF_T(oResult[7].c_str());
m_vecNorm.dy()=ATOF_T(oResult[8].c_str());
m_vecNorm.dz()=ATOF_T(oResult[9].c_str());
m_dTorusRadius = ATOF_T(oResult[10].c_str());
m_dTubeRadius = ATOF_T(oResult[11].c_str());
m_vecStart.dx()=ATOF_T(oResult[12].c_str());
m_vecStart.dy()=ATOF_T(oResult[13].c_str());
m_vecStart.dz()=ATOF_T(oResult[14].c_str());
if(m_dTubeRadius < 0.) m_bReversed = !m_bReversed;
}
else
{
m_ptOrigin.SetX(ATOF_T(oResult[2].c_str()));
m_ptOrigin.SetY(ATOF_T(oResult[3].c_str()));
m_ptOrigin.SetZ(ATOF_T(oResult[4].c_str()));
m_vecNorm.dx() = ATOF_T(oResult[5].c_str());
m_vecNorm.dy() = ATOF_T(oResult[6].c_str());
m_vecNorm.dz() = ATOF_T(oResult[7].c_str());
m_dTorusRadius = ATOF_T(oResult[8].c_str());
m_dTubeRadius = ATOF_T(oResult[9].c_str());
m_vecStart.dx()=ATOF_T(oResult[10].c_str());
m_vecStart.dy()=ATOF_T(oResult[11].c_str());
m_vecStart.dz()=ATOF_T(oResult[12].c_str());
if(m_dTubeRadius < 0.) m_bReversed = !m_bReversed;
}
bRet = true;
}
return bRet;
}
BOOL CDataResultDlg::OnInitDialog()
{
CDialog::OnInitDialog();
CELoadDocData& docData = CELoadDocData::GetInstance();
//! Button Setting
const COLORREF TextHotColor = docData.GetColorCode(_T("TEXT_HOT_COLOR"));
m_wndOkButton.SetTextHotColor(TextHotColor);
m_wndOkButton.SetIcon(IDI_OK_18X18);
const COLORREF GroupBoxTextColor = RGB(0,70,213);
m_wndResultGroupStatic.SetTextColor(GroupBoxTextColor, FALSE);
m_wnd5Static.SetFontBold(TRUE);
m_wnd6Static.SetFontBold(TRUE);
m_wnd7Static.SetFontBold(TRUE);
m_wnd4Static.SetFontBold(TRUE);
vector<string> oResult;
CTokenizer<CIsFromString>::Tokenize(oResult, m_rMsg.operator LPCSTR(), CIsFromString("|"));
if(7 == oResult.size())
{
m_wnd1Static.SetWindowText(oResult[0].c_str());
m_wnd2Static.SetWindowText(oResult[2].c_str());
m_wnd3Static.SetWindowText(oResult[4].c_str());
m_wnd4Static.SetWindowText(oResult[6].c_str());
m_wnd5Static.SetWindowText(oResult[1].c_str());
m_wnd6Static.SetWindowText(oResult[3].c_str());
m_wnd7Static.SetWindowText(oResult[5].c_str());
}
return TRUE; // return TRUE unless you set the focus to a control
// EXCEPTION: OCX Property Pages should return FALSE
}
/**
@brief The AcisVertex::Parse function
@author humkyung
@param psz a parameter of type const char*
@return bool
*/
bool AcisVertex::Parse(AcisDoc* pDoc,const TCHAR* psz)
{
assert(pDoc && psz && "pDoc or psz is NULL");
bool bRet=false;
if((NULL != pDoc) && (NULL != psz))
{
vector<STRING_T> oResult;
CTokenizer<CIsFromString>::Tokenize(oResult,psz,CIsFromString(_T(" \t")));
if(700 == pDoc->GetVer())
{ /// ACAD 2004 , ACAD 2005
m_nPointIndex = ATOI_T(oResult[5].c_str() + 1);
}
else
{
m_nEdgeIndex = ATOI_T(oResult[2].c_str() + 1);
m_nPointIndex = ATOI_T(oResult[3].c_str() + 1);
}
bRet = true;
}
return bRet;
}
/**
@brief
@author BHK
@date 2009-05-07 오후 1:30:35
@param
@return
*/
BOOL CCableSizingResultDoc::OnOpenDocument(LPCTSTR lpszPathName)
{
/*if (!CDocument::OnOpenDocument(lpszPathName))
return FALSE;*/
const CString rParam(CString(lpszPathName).MakeUpper());
if((_T("CREATE AUTO POWER CABLE") == rParam) || (_T("SHOW AUTO POWER CABLE") == rParam))
{
CELoadDocData& docData = CELoadDocData::GetInstance();
m_rFolderPath = docData.GetProjectFolderPath().c_str() + CString(_T("Cable Sizing Result\\"));
CreateFolderIfNeed();
WriteCableSizeDataToTextFile();
}
else if(0 == rParam.Find(_T("REV CABLE SIZING RESULT")))
{
vector<string> oResult;
CTokenizer<CIsFromString>::Tokenize(oResult , rParam.operator LPCSTR() , CIsFromString("|"));
if(2 == oResult.size())
{
const string rRevNo= oResult[1];
CELoadDocData& docData = CELoadDocData::GetInstance();
const string rMDBFilePath = docData.GetProjectMDBFilePath();
CADODB adoDB;
const STRING_T rConnectionString = STRING_T(PROVIDER) + _T("Data Source=") + rMDBFilePath + DB_PASSWORD;
if(TRUE == adoDB.DBConnect(rConnectionString))
{
const CString rFormat(_T("SELECT * FROM T_PRODUCT_REVISION WHERE C_PRODUCT_NAME = 'Auto Power Cable' AND C_REVISION_NO = %s"));
CString rSQL;
rSQL.Format(rFormat , rRevNo.c_str());
adoDB.OpenQuery(rSQL.operator LPCTSTR());
LONG lRecordCount = 0L;
adoDB.GetRecordCount(&lRecordCount);
if(1 == lRecordCount)
{
STRING_T strValue;
adoDB.GetFieldValue(0 , _T("C_REVISION_NO") , &strValue);
char *pData = NULL;
long lSize = 0L;
adoDB.GetFieldSize(0 , _T("C_DATA") , lSize);
if(pData = (char*)calloc(1 , sizeof(char)*lSize))
{
LPSECURITY_ATTRIBUTES attr;
attr = NULL;
const CString rRevPath = CCompareRevisionDataDoc::GetRevPath(_T("Auto Power Cable") , strValue.c_str());
CreateFolderIfNeed(rRevPath.operator LPCSTR());
adoDB.GetBinaryValue(0 , _T("C_DATA") , (LPVOID)pData , lSize);
CFile f(rRevPath + _T("\\REV.ZIP") , CFile::modeCreate|CFile:: modeReadWrite);
f.Write(pData , lSize);
f.Close();
CCompareRevisionDataDoc::UncompressRevFile(rRevPath + _T("\\REV.ZIP") , rRevPath);
m_rFolderPath = rRevPath + _T("\\");
}
if(pData)
{
free((void*)pData);
pData = NULL;
}
}
}
else
{
AfxMessageBox(_T("Fail to connect database"));
}
}
}
return TRUE;
}
