}

      }

    }

    if(xmlData==null && dsValuesXml!=null){

      kpiValueToReturn.setValueXml(xmlData);

      logger.debug("Setted the kpiValue xmlData:"+xmlData);

    }

    if (kpiValueToReturn == null && valueFound == true){

      logger.debug("There are subreports!");

      Iterator suit = subreports.iterator();

      while(suit.hasNext()){

        SourceBean subTemplateContent = (SourceBean)suit.next();

        for (Iterator iterator = nameResolution.iterator(); iterator.hasNext();) {

          NameRes nameR = (NameRes) iterator.next();

          String toReplace = nameR.getToSubstitute();

          String replaceWith=nameR.getCorrectString();

          subTemplate=subTemplate.replaceAll("<"+toReplace, "<"+replaceWith);

        source = (String) attrSB.getAttribute("source");

        nameattr = (String) attrSB.getAttribute("name");

        if (nameattr == null) {

          throw new EMFInternalError(EMFErrorSeverity.ERROR,

        }

        defaultvalue = (String) attrSB.getAttribute("default");

        if ("absolute".equalsIgnoreCase(source)) {

          toReturn.put(nameattr, defaultvalue);

        } else if ("exo".equalsIgnoreCase(source)) {

          String exoname = (String) attrSB.getAttribute("exoname");

          if (exoname == null) {

            throw new EMFInternalError(EMFErrorSeverity.ERROR,

                "Attribute 'exoname', required for attributes with source='exo', " +

          }

          String exovalue = (String) exoProfileAttrs.get(exoname);

          if (exovalue != null) toReturn.put(nameattr, exovalue);

          else toReturn.put(nameattr, defaultvalue);

        } else {

          if (exovalue != null) toReturn.put(nameattr, exovalue);

          else toReturn.put(nameattr, defaultvalue);

        } else {

          throw new EMFInternalError(EMFErrorSeverity.ERROR,

        }

      }

    }

    return toReturn;

  }

          continue;

        nameattr = (String) attrSB.getAttribute("name");

        if (nameattr == null) {

          throw new EMFInternalError(EMFErrorSeverity.ERROR,

        }

        toReturn.add(nameattr);

      }

    }

    return toReturn;

      sqlCommand = dataConnection.createSelectCommand(statement, false);

      dataResult = sqlCommand.execute();

      ScrollableDataResult scrollableDataResult = (ScrollableDataResult) dataResult.getDataObject();

      SourceBean result = scrollableDataResult.getSourceBean();

      resStr = resStr.trim();

      if(resStr.startsWith("<?")) {

        resStr = resStr.substring(2);

        int indFirstTag = resStr.indexOf("<");

        resStr = resStr.substring(indFirstTag);

    // START converting the SourceBean into a string and then into SourceBean again:

    // this a necessary work-around (workaround, work around) because the getFilteredSourceBeanAttribute is not able to filter on numbers!!!

    // By making this conversion, the information on data type is lost and every attribute becomes a String

    result = SourceBean.fromXMLString(xml);

    // END converting the SourceBean into a string and then into SourceBean again:

    Iterator<String> it = values.iterator();

    while (it.hasNext()) {

    Iterator rowsSBList2Iter = list2.iterator();

    List rowsList2 = new ArrayList();

    while(rowsSBList2Iter.hasNext()) {

      SourceBean rowSBList2 = (SourceBean)rowsSBList2Iter.next();

      rowsList2.add(rowStrList2);

      margedList.add(rowSBList2);

    }

    // if a row of the list one is not contained into list 2 then add it to the list 2

    Iterator rowsSBList1Iter = list1.iterator();

    // if a row of the list one is not contained into list 2 then add it to the list 2

    Iterator rowsSBList1Iter = list1.iterator();

    while(rowsSBList1Iter.hasNext()) {

      SourceBean rowSBList1 = (SourceBean)rowsSBList1Iter.next();

      if(!rowsList2.contains(rowStrList1)) {

        margedList.add(rowSBList1);

      }

    }

    // return list 2