C++ (Cpp) CDate::SetDateNow Examples

Example #1

File: SelectionCriteriaDlg.cpp Project: adakite/main

//----------------------------------------
void CSelectionCriteriaDlg::StoreCriteriaValueDatetime(CProduct* product, bool checkDefault /* = true */)
{
  if (product == NULL)
  {
    return;
  }

  if (!product->HasDatetimeCriteria())
  {
    return;
  }

  CCriteriaDatetime* criteria = product->GetDatetimeCriteria();
  criteria->SetDefaultValue();

  double defaultValue;
  CTools::SetDefaultValue(defaultValue);

  CDate dateMin;
  CDate dateMax;
  double min = 0.0;
  double max = 0.0;

  dateMin.InitDateZero();
  dateMax.SetDateNow();

/*
  CDate dateMin;
  CDate dateMax;
  dateMin.SetDefaultValue();
  dateMax.SetDefaultValue();

  GetCritDateMin()->GetValue(dateMin, defaultValue);
  GetCritDateMax()->GetValue(dateMax, defaultValue);
*/
  //GetCritDateMin()->GetValueAsDate(min, defaultValue, dateMin.Value(), dateMax.Value());
  //GetCritDateMax()->GetValueAsDate(max, defaultValue, dateMin.Value(), dateMax.Value());
  GetCritDateMin()->GetValueAsDate(min, defaultValue);
  GetCritDateMax()->GetValueAsDate(max, defaultValue);

  // to set right date string format
  GetCritDateMin()->SetValueAsDate(min, "");
  GetCritDateMax()->SetValueAsDate(max, "");

  criteria->Set(min, max);

}

Example #2

File: BratProcessExportAscii.cpp Project: adakite/main

//----------------------------------------
int32_t CBratProcessExportAscii::Execute(string& msg)
{ 

  int32_t result = BRATHL_SUCCESS;

  CDate startExec;
  startExec.SetDateNow();

  if (m_product == NULL)
  {
	  throw CException("PROGRAM ERROR: product is NULL (CBratProcessExportAscii::Execute) - Perhaps, initialization has not been called",
			   BRATHL_LOGIC_ERROR);
  }


  m_product->SetExpandArray(m_expandArray);


  // Always 'expand array' for Netcdf Product (To show data in column and data value by line)
  m_product->SetForceReadDataOneByOne(true);

  m_writeHeader = true;

  uint32_t nbFiles = m_inputFiles.size();
  uint32_t cptFile = 0;

  CStringArray::iterator itFile;

  //for each file, read and write data
  for (itFile = m_inputFiles.begin() ; itFile != m_inputFiles.end() ; itFile++)
  {
    cptFile++;

    CTrace::Tracer(1,"File %d/%d - Reading record data from %s ... and registering data ...",
                   cptFile, nbFiles, (*itFile).c_str());

    // open file an set record name and list of field to read
    m_product->SetFieldSpecificUnits(m_fieldSpecificUnit);
    m_product->Open(*itFile, m_recordName);

    m_product->SetListFieldToRead(m_listFieldsToRead, false);

    // Get the number of record for the default record name (set in Open method of CProduct above)
    int32_t nRecords = m_product->GetNumberOfRecords();

    for (int32_t iRecord = 0 ; iRecord < nRecords ; iRecord++)
    {
      //Read fields for the record name  (listof field and record name are set in Open method of CProduct above)
      m_product->ReadBratRecord(iRecord);

      WriteData();
      //m_writeHeader = false;
    }

    m_product->Close();

  }

  if (m_product->GetSkippedRecordCount() > 0)
  {
    string msg = CTools::Format("WARNING - %d input data records have been skipped due to inconsistency between two measures",
                                m_product->GetSkippedRecordCount());
    CTrace::Tracer(1, msg);
  }

  CTrace::Tracer(1,"End processing - OK");



  CDate endExec;
  endExec.SetDateNow();
  
  CTrace::Tracer(1, CTools::Format("Processing time: %.3f seconds (%.2f minutes)\n", 
                                  (endExec - startExec),
                                  (endExec - startExec) / 60.0));

 
  return result;
}