Method expandReportingFrequency

src/utilities/sql/SqlFile_Impl.cpp:3367–3411

  }

  SqlFileTimeSeriesQueryVector SqlFile_Impl::expandReportingFrequency(const SqlFileTimeSeriesQuery& query) {
    SqlFileTimeSeriesQueryVector result;

    if (query.reportingFrequency()) {
      result.push_back(query);
    } else {
      ReportingFrequencySet rfSet;
      StringVector envNames;
      // get environment names
      if (query.environment()) {
        EnvironmentIdentifier envId = query.environment().get();
        if (envId.name()) {
          envNames.push_back(envId.name().get());
        } else {
          OS_ASSERT(envId.type());
          EnvironmentType envType = envId.type().get();
          for (const std::string& envName : availableEnvPeriods()) {
            OptionalEnvironmentType oEnvType = environmentType(envName);
            if (oEnvType && (*oEnvType == envType)) {
              envNames.push_back(envName);
            }
          }
        }  // if-else
      } else {
        envNames = availableEnvPeriods();
      }
      // get reporting frequencies
      for (const std::string& envName : envNames) {
        ReportingFrequencySet tempSet = availableReportingFrequencySet(*this, envName);
        rfSet.insert(tempSet.begin(), tempSet.end());
      }

      // make one query per rf
      for (const ReportingFrequency& rf : rfSet) {
        SqlFileTimeSeriesQuery wQuery(query);
        wQuery.setReportingFrequency(rf);
        result.push_back(wQuery);
      }
    }

    // check result queries for consistency
    mf_makeConsistent(result);

    return result;
  }

  SqlFileTimeSeriesQueryVector SqlFile_Impl::expandTimeSeries(const SqlFileTimeSeriesQuery& query) {
    SqlFileTimeSeriesQueryVector result;