Examples of java.util.HashMap

java.util.HashMap
Hash table based implementation of the Map interface. This implementation provides all of the optional map operations, and permits null values and the null key. (The HashMap class is roughly equivalent to Hashtable, except that it is unsynchronized and permits nulls.) This class makes no guarantees as to the order of the map; in particular, it does not guarantee that the order will remain constant over time.
This implementation provides constant-time performance for the basic operations (get and put), assuming the hash function disperses the elements properly among the buckets. Iteration over collection views requires time proportional to the "capacity" of the HashMap instance (the number of buckets) plus its size (the number of key-value mappings). Thus, it's very important not to set the initial capacity too high (or the load factor too low) if iteration performance is important.
An instance of HashMap has two parameters that affect its performance: initial capacity and load factor. The capacity is the number of buckets in the hash table, and the initial capacity is simply the capacity at the time the hash table is created. The load factor is a measure of how full the hash table is allowed to get before its capacity is automatically increased. When the number of entries in the hash table exceeds the product of the load factor and the current capacity, the hash table is rehashed (that is, internal data structures are rebuilt) so that the hash table has approximately twice the number of buckets.
As a general rule, the default load factor (.75) offers a good tradeoff between time and space costs. Higher values decrease the space overhead but increase the lookup cost (reflected in most of the operations of the HashMap class, including get and put). The expected number of entries in the map and its load factor should be taken into account when setting its initial capacity, so as to minimize the number of rehash operations. If the initial capacity is greater than the maximum number of entries divided by the load factor, no rehash operations will ever occur.
If many mappings are to be stored in a HashMap instance, creating it with a sufficiently large capacity will allow the mappings to be stored more efficiently than letting it perform automatic rehashing as needed to grow the table.
Note that this implementation is not synchronized. If multiple threads access a hash map concurrently, and at least one of the threads modifies the map structurally, it must be synchronized externally. (A structural modification is any operation that adds or deletes one or more mappings; merely changing the value associated with a key that an instance already contains is not a structural modification.) This is typically accomplished by synchronizing on some object that naturally encapsulates the map. If no such object exists, the map should be "wrapped" using the {@link Collections#synchronizedMap Collections.synchronizedMap}method. This is best done at creation time, to prevent accidental unsynchronized access to the map:
```
 Map m = Collections.synchronizedMap(new HashMap(...));
```
The iterators returned by all of this class's "collection view methods" are fail-fast: if the map is structurally modified at any time after the iterator is created, in any way except through the iterator's own remove method, the iterator will throw a {@link ConcurrentModificationException}. Thus, in the face of concurrent modification, the iterator fails quickly and cleanly, rather than risking arbitrary, non-deterministic behavior at an undetermined time in the future.
Note that the fail-fast behavior of an iterator cannot be guaranteed as it is, generally speaking, impossible to make any hard guarantees in the presence of unsynchronized concurrent modification. Fail-fast iterators throw ConcurrentModificationException on a best-effort basis. Therefore, it would be wrong to write a program that depended on this exception for its correctness: the fail-fast behavior of iterators should be used only to detect bugs.
This class is a member of the Java Collections Framework. @param < K> the type of keys maintained by this map @param < V> the type of mapped values @author Doug Lea @author Josh Bloch @author Arthur van Hoff @author Neal Gafter @version 1.73, 03/13/07 @see Object#hashCode() @see Collection @see Map @see TreeMap @see Hashtable @since 1.2

      {


        String[] lineSeprator = readline.split(lineDelimiter);
        for (int j = 0; j < lineSeprator.length; j++)
        {
          HashMap hm = new HashMap();
          int headerLen = listVector.size();
          String[] sFileFieldList = lineSeprator[j].split(tabDelimiter, (listVector.size() + 1));
          vectorColCounter = 0;
          int fieldLen = sFileFieldList.length;
          if (fieldLen == headerLen)
          {
            for (int k = 0; k < sFileFieldList.length; k++)
            {
              DDNameValue ddnamevalue = (DDNameValue)listVector.get(vectorColCounter);
              String name = ddnamevalue.getName() + vectorColCounter;
              String defValue = ddnamevalue.getName() + "DefaultValue" + vectorColCounter;
              String sDBFieldName = (String)request.getParameter(name);
              String defaultValue = (String)request.getParameter(defValue);
              if (sDBFieldName != null && !(sDBFieldName.equals("--- Select ---")))
              {


                String defaultNameList = sFileFieldList[k];
                if (defaultNameList == null && defaultValue != null)
                {
                  defaultNameList = defaultValue;
                } // end of if


                if (defaultNameList != null && defaultNameList.equals("") && defaultValue != null)
                {
                  defaultNameList = defaultValue;
                } // end of if


                defaultNameList = defaultNameList.replaceAll("\"", "");
                hm.put(sDBFieldName, defaultNameList.trim());
              } // end if block  to not allow (sDBFieldName.equals("--- Select ---")) and null
              vectorColCounter++;
            } // end of for block  used to parse every tabSeprator
          } //end of if block (fieldLen==headerLen)
          hm.put("Line", readline);
          importList.add(hm);
        } // end of for block  used to parse every lineSeprator
      } // end of while


      Collection CustomEntList = dyn.getCustomEntityList();
      Collection CustomIndList = dyn.getCustomIndividualList();


      if (tabDelimiter != null && tabDelimiter.equals("\\t"))
      {
        tabDelimiter = "\t";
      }


      if (lineDelimiter != null && lineDelimiter.equals("\\n"))
      {
        lineDelimiter = "\n";
      }


      //We will check for the instance of the BackgroundImportMembers. and start the import process in background
      BackgroundImportMembers backgroundImportMembers = (BackgroundImportMembers)session.getAttribute("backgroundImportMembers");
    if (backgroundImportMembers == null || !backgroundImportMembers.isAlive())
    {
    backgroundImportMembers = new BackgroundImportMembers(importList, headerRow, listid,
                indvID, CustomEntList, CustomIndList, tabDelimiter,
                lineDelimiter, headLine, dataSource,
                "backgroundImportMembers"+indvID);
    backgroundImportMembers.start();
    HashMap importMessage = backgroundImportMembers.getImportedMessages();
    request.setAttribute("Message", importMessage);
    session.setAttribute("backgroundImportMembers", backgroundImportMembers);
    }
    
    StringBuffer returnPath = new StringBuffer();

View Full Code Here

  /**
   *
   * Constructor
   */
  public QuestionList() {
    columnMap=new HashMap();




    columnMap.put("Question",new Integer(15));
    columnMap.put("Answer",new Integer(15));

View Full Code Here

    public int doStartTag() throws JspException {


      HttpSession session = ((HttpServletRequest)(pageContext.getRequest())).getSession();
      
      ModuleFieldRightMatrix mfrmx = ((UserObject)session.getAttribute("userobject")).getUserPref().getModuleAuthorizationMatrix();
      HashMap hm = mfrmx.getFieldRights(getModulename());
      
      if (hm != null && hm.containsKey(getFieldname())) 
      {
        fieldRight =  ((Integer)hm.get(getFieldname())).intValue();
      } 
    


        // Create an appropriate "input" element based on our parameters
        StringBuffer results = new StringBuffer("<input type=\"checkbox\"");

View Full Code Here

      String subject = (String) dynaform.get("templatesubject");
      String templatefrom = (String) dynaform.get("templatefrom");
      String templatereplyto = (String) dynaform.get("templatereplyto");
      String mergeType = (String) dynaform.get("mergetype");
      // list of Individual's ID
      HashMap individualIds = (HashMap) dynaform.get("toIndividuals");
      ArrayList templateList = new ArrayList();
      ArrayList emailList = new ArrayList();
      Vector fieldList = new Vector();
      fieldList.add("IndividualID");
      fieldList.add("EntityID");
      fieldList.add("Company");
      fieldList.add("FirstName");
      fieldList.add("MiddleInitial");
      fieldList.add("LastName");
      fieldList.add("Title");
      fieldList.add("PrimaryAddress");
      fieldList.add("Street1");
      fieldList.add("Street2");
      fieldList.add("City");
      fieldList.add("State");
      fieldList.add("Zip");
      fieldList.add("Country");
      fieldList.add("Website");
      fieldList.add("ExternalID");
      fieldList.add("Source");
      fieldList.add("Fax");
      fieldList.add("Home");
      fieldList.add("Main");
      fieldList.add("Mobile");
      fieldList.add("Other");
      fieldList.add("Pager");
      fieldList.add("Work");
      fieldList.add("Email");


      if (mergeType.equals("EMAIL")) {
        // Populating the ArrayList with the DDNameValue.
        ArrayList attachments = new ArrayList();
        String[] tempAttachmentMap = (String[]) dynaform.get("attachments");
        if (tempAttachmentMap != null && tempAttachmentMap.length > 0) {
          for (int i = 0; i < tempAttachmentMap.length; i++) {
            String fileKeyName = tempAttachmentMap[i];
            if (fileKeyName != null) {
              int indexOfHash = fileKeyName.indexOf("#");
              if (indexOfHash != -1) {
                int lenString = fileKeyName.length();
                String fileID = fileKeyName.substring(0, indexOfHash);
                String fileName = fileKeyName.substring(indexOfHash + 1, lenString);
                attachments.add(new DDNameValue(fileID + "#" + fileName, fileName));
              }
            }
          }// end of for(int i = 0; i < tempAttachmentMap.length; i++)
        }// end of if (tempAttachmentMap != null && tempAttachmentMap.size() >
          // 0)
        dynaform.set("attachmentList", attachments);
      }
      if (individualIds != null && individualIds.size() != 0) {
        Set key = individualIds.keySet();
        Iterator iterator = key.iterator();
        while (iterator.hasNext()) {
          String keyValue = (String) iterator.next();
          String tempData = ptData;
          int individualId = 0;

View Full Code Here

      HttpSession session = request.getSession(true);
      UserObject userobjectd = (UserObject)session.getAttribute("userobject");
      int individualid = userobjectd.getIndividualID();
      int eventid = Integer.parseInt(request.getParameter("eventid").toString());


      HashMap mapEvent = new HashMap();
      mapEvent.put("eventid", "" + eventid);
      mapEvent.put("individualid", "" + individualid);


      MarketingFacadeHome home = (MarketingFacadeHome)CVUtility.getHomeObject("com.centraview.marketing.marketingfacade.MarketingFacadeHome", "MarketingFacade");
      MarketingFacade remote = home.create();
      remote.setDataSource(dataSource);
      boolean isRegistered = remote.hasUserAcceptedEvent(eventid, individualid);


      String newAcceptedString = (!isRegistered) ? "YES" : "NO";


      mapEvent.put("accepted", newAcceptedString);


      remote.registerAttendee(mapEvent);


      request.setAttribute("eventid", "" + eventid);

View Full Code Here

  /**
   *
   * Constructor
   */
  public ThreadList() {
    columnMap=new HashMap();




    columnMap.put("Title",new Integer(15));
    columnMap.put("Description",new Integer(15));    
    columnMap.put("Created",new Integer(15));

View Full Code Here


      // get the list of individuals from the ejb layer
      Collection individualList = sfremote.getIndividualList(individualIDsession);


      ModuleFieldRightMatrix rightsMatrix = userObject.getUserPref().getModuleAuthorizationMatrix();
      HashMap indivFieldRights = rightsMatrix.getFieldRights("Individual");
      HashMap entityFieldRights = rightsMatrix.getFieldRights("Entity");


      // individualList shouldn't be null. If it is, there's a problem.
      // SyncFacadeEJB should always return a valid collection (an
      // empty Collection is still a valid Collection, but null is not).
      if (individualList != null)
      {
        // print the header row. Do it even if there are no individuals in the list
        writer.print("ContactID\tlastModified\tcompanyName\tfirstName\tMI\tlastName\ttitle\t");
        writer.print("street1\tstreet2\tcity\tstate\tzipCode\tcountry\t");
        writer.print("email\tworkPhone\thomePhone\tfaxPhone\totherPhone\tmainPhone\t");
        writer.print("pagerPhone\tmobilePhone\tworkPhoneExt\thomePhoneExt\tfaxPhoneExt\t");
        writer.print("otherPhoneExt\tmainPhoneExt\tpagerPhoneExt\tmobilePhoneExt\tnotes\n"); 


        // we successfully got the IndividualList, let's process it :-)
        if (individualList.size() > 0)
        {
          Iterator it = individualList.iterator();
          
          while (it.hasNext())
          {
            HashMap individualDetails = (HashMap)it.next();


            int individualID = ((Number)individualDetails.get("contactID")).intValue();


            // This hashmap will temporarily hold all field values until
            // we are ready to print them out. It will be helpful to us
            // when we need to encode special characters.
            HashMap record = new HashMap();


            // IndividualID
            record.put("ContactID", String.valueOf(individualID));


            //lastModifiedDate
            record.put("lastModified", syncUtils.formatDate((Timestamp)individualDetails.get("lastModified")));


            // First check field rights privileges (of certain fields),
            // if user has sufficient privilege, print field, if user
            // does not have sufficient privilege, print a "-".


            // ***IMPORTANT!!*** If the user does not have privilege to
            // a given field, CompanionLink expects a "-". Sending a null
            // or blank string will cause CompanionLink to believe this
            // is the CONTENT of the field, and will update the record
            // with that information. It is extremely important to make
            // sure this is done properly.


            // ***IMPORTANT!!*** It is also extremely important to note
            // that we can never set any field to the java NULL value. This
            // will cause "null" to be printed out to the CompanionLink
            // client, in which case CompanionLink will evaluate the String
            // "null" as the content of the field. Therefore, ALWAYS CHECK
            // FOR NULL VALUES BEFORE PRINTING!!! (or adding to our temp
            // HashMap)...


            // companyName
            if (((Integer)entityFieldRights.get("name")).intValue() < ModuleFieldRightMatrix.NONE_RIGHT)
            {
              String companyName = (String)individualDetails.get("companyName");
              record.put("companyName", (companyName != null) ? companyName : "");
            }else{
              record.put("companyName", "-");
            }
            
            // firstName
            if (((Integer)indivFieldRights.get("firstname")).intValue() < ModuleFieldRightMatrix.NONE_RIGHT)
            {
              String firstName = (String)individualDetails.get("firstName");
              record.put("firstName", (firstName != null) ? firstName : "");
            }else{
              record.put("firstName", "-");
            }
            
            // MI
            if (((Integer)indivFieldRights.get("middlename")).intValue() < ModuleFieldRightMatrix.NONE_RIGHT)
            {
              String middleName = (String)individualDetails.get("middleName");
              record.put("MI", (middleName != null) ? middleName : "");
            }else{
              record.put("MI", "-");
            }


            // lastName
            if (((Integer)indivFieldRights.get("lastname")).intValue() < ModuleFieldRightMatrix.NONE_RIGHT)
            {
              String lastName = (String)individualDetails.get("lastName");
              record.put("lastName", (lastName != null) ? lastName : "");
            }else{
              record.put("lastName", "-");
            }


            // title
            if (((Integer)indivFieldRights.get("title")).intValue() < ModuleFieldRightMatrix.NONE_RIGHT)
            {
              String title = (String)individualDetails.get("title");
              record.put("title", (title != null) ? title : "");
            }else{
              record.put("title", "-");
            }


            // Check field rights for address
            if (((Integer)indivFieldRights.get("address")).intValue() < ModuleFieldRightMatrix.NONE_RIGHT)
            {
              // if user has view rights to address, show address data
              String street1 = (String)individualDetails.get("street1");
              record.put("street1", (street1 != null) ? street1 : "");
              
              String street2 = (String)individualDetails.get("street2");
              record.put("street2", (street2 != null) ? street2 : "");
              
              String city = (String)individualDetails.get("city");
              record.put("city", (city != null) ? city : "");
              
              String state = (String)individualDetails.get("state");
              record.put("state", (state != null) ? state : "");
              
              String zipCode = (String)individualDetails.get("zipCode");
              record.put("zipCode", (zipCode != null) ? zipCode : "");
              
              String country = (String)individualDetails.get("country");
              record.put("country", (country != null) ? country : "");
            }else{
              // user does not have field rights for address, so send dashes to CompanionLink
              record.put("street1", "-");
              record.put("street2", "-");
              record.put("city", "-");
              record.put("state", "-");
              record.put("zipCode", "-");
              record.put("country", "-");
            }


            String emailContent = new String("");
            String workPhone    = new String("");
            String workPhoneExt   = new String("");
            String homePhone    = new String("");
            String homePhoneExt   = new String("");
            String faxPhone     = new String("");
            String faxPhoneExt    = new String("");
            String otherPhone   = new String("");
            String otherPhoneExt  = new String("");
            String mainPhone    = new String("");
            String mainPhoneExt   = new String("");
            String pagerPhone   = new String("");
            String pagerPhoneExt  = new String("");
            String mobilePhone  = new String("");
            String mobilePhoneExt = new String("");
            
            if (((Integer)indivFieldRights.get("contactmethod")).intValue() < ModuleFieldRightMatrix.NONE_RIGHT)
            {
              // If the user has privilege to view contact methods (they are not limited
              // individually; ie: "email" cannot be different than "homePhome"), then
              // get the data from the database and stick it in temp variables
              emailContent = (String)individualDetails.get("email");


              // NOTE that for all phone fields, we need to extract the extension
              // and store it in a separate variable because it's a separate field
              workPhone = (String)individualDetails.get("workPhone");
              if (workPhone != null && workPhone.indexOf("EXT") > 0)
              {
                String temp = workPhone;
                workPhone = temp.substring(0, temp.indexOf("EXT"));
                workPhoneExt = temp.substring(temp.indexOf("EXT") + 3, temp.length());
              }
              
              homePhone = (String)individualDetails.get("homePhone");
              if (homePhone != null && homePhone.indexOf("EXT") > 0)
              {
                String temp = homePhone;
                homePhone = temp.substring(0, temp.indexOf("EXT"));
                homePhoneExt = temp.substring(temp.indexOf("EXT") + 3, temp.length());
              }


              faxPhone = (String)individualDetails.get("faxPhone");
              if (faxPhone != null && faxPhone.indexOf("EXT") > 0)
              {
                String temp = faxPhone;
                faxPhone = temp.substring(0, temp.indexOf("EXT"));
                faxPhoneExt = temp.substring(temp.indexOf("EXT") + 3, temp.length());
              }


              otherPhone = (String)individualDetails.get("otherPhone");
              if (otherPhone != null && otherPhone.indexOf("EXT") > 0)
              {
                String temp = otherPhone;
                otherPhone = temp.substring(0, temp.indexOf("EXT"));
                otherPhoneExt = temp.substring(temp.indexOf("EXT") + 3, temp.length());
              }


              mainPhone = (String)individualDetails.get("mainPhone");
              if (mainPhone != null && mainPhone.indexOf("EXT") > 0)
              {
                String temp = mainPhone;
                mainPhone = temp.substring(0, temp.indexOf("EXT"));
                mainPhoneExt = temp.substring(temp.indexOf("EXT") + 3, temp.length());
              }


              pagerPhone = (String)individualDetails.get("pagerPhone");
              if (pagerPhone != null && pagerPhone.indexOf("EXT") > 0)
              {
                String temp = pagerPhone;
                pagerPhone = temp.substring(0, temp.indexOf("EXT"));
                pagerPhoneExt = temp.substring(temp.indexOf("EXT") + 3, temp.length());
              }


              mobilePhone = (String)individualDetails.get("mobilePhone");
              if (mobilePhone != null && mobilePhone.indexOf("EXT") > 0)
              {
                String temp = mobilePhone;
                mobilePhone = temp.substring(0, temp.indexOf("EXT"));
                mobilePhoneExt = temp.substring(temp.indexOf("EXT") + 3, temp.length());
              }
            }else{
              // If the user does NOT have privilege to view contact methods, then
              // set the content of all contact method variables to "-", which tells
              // CompanionLink that this is a restricted field.
              emailContent   = "-";
              workPhone      = "-";
              workPhoneExt   = "-";
              homePhone      = "-";
              homePhoneExt   = "-";
              faxPhone       = "-";
              faxPhoneExt    = "-";
              otherPhone     = "-";
              otherPhoneExt  = "-";
              mainPhone      = "-";
              mainPhoneExt   = "-";
              pagerPhone     = "-";
              pagerPhoneExt  = "-";
              mobilePhone    = "-";
              mobilePhoneExt = "-";
            }


            record.put("email", (emailContent != null) ? emailContent : "");
            record.put("workPhone", (workPhone != null) ? workPhone : "");
            record.put("workPhoneExt", (workPhoneExt != null) ? workPhoneExt : "");
            record.put("homePhone", (homePhone != null) ? homePhone : "");
            record.put("homePhoneExt", (homePhoneExt != null) ? homePhoneExt : "");
            record.put("faxPhone", (faxPhone != null) ? faxPhone : "");
            record.put("faxPhoneExt", (faxPhoneExt != null) ? faxPhoneExt : "");
            record.put("otherPhone", (otherPhone != null) ? otherPhone : "");
            record.put("otherPhoneExt", (otherPhoneExt != null) ? otherPhoneExt : "");
            record.put("mainPhone", (mainPhone != null) ? mainPhone : "");
            record.put("mainPhoneExt", (mainPhoneExt != null) ? mainPhoneExt : "");
            record.put("pagerPhone", (pagerPhone != null) ? pagerPhone : "");
            record.put("pagerPhoneExt", (pagerPhoneExt != null) ? pagerPhoneExt : "");
            record.put("mobilePhone", (mobilePhone != null) ? mobilePhone : "");
            record.put("mobilePhoneExt", (mobilePhoneExt != null) ? mobilePhoneExt : "");


            // notes
            String notes = (String)individualDetails.get("notes");
            record.put("notes", (notes != null) ? notes : "");


            // now encode all strings in the record properly
            record = syncUtils.encodeRecord(record);


            // time to print out the record and move on
            // DO NOT CHANGE THE ORDER OF THESE FIELDS!
            // NOTE that we did not add the "\t" delimiter
            // to each field, but instead we're adding it here
            // as we print out each field. That is because we
            // encode the "record" HashMap as a whole, and part
            // of that encoding encodes tabs into a non-printable
            // character. If we had added the tab to our fields,
            // then we would lose our field delimiter...
            writer.print(record.get("ContactID") + "\t");
            writer.print(record.get("lastModified") + "\t");
            writer.print(record.get("companyName") + "\t");
            writer.print(record.get("firstName") + "\t");
            writer.print(record.get("MI") + "\t");
            writer.print(record.get("lastName") + "\t");
            writer.print(record.get("title") + "\t");
            writer.print(record.get("street1") + "\t");
            writer.print(record.get("street2") + "\t");
            writer.print(record.get("city") + "\t");
            writer.print(record.get("state") + "\t");
            writer.print(record.get("zipCode") + "\t");
            writer.print(record.get("country") + "\t");
            writer.print(record.get("email") + "\t");
            writer.print(record.get("workPhone") + "\t");
            writer.print(record.get("homePhone") + "\t");
            writer.print(record.get("faxPhone") + "\t");
            writer.print(record.get("otherPhone") + "\t");
            writer.print(record.get("mainPhone") + "\t");
            writer.print(record.get("pagerPhone") + "\t");
            writer.print(record.get("mobilePhone") + "\t");
            writer.print(record.get("workPhoneExt") + "\t");
            writer.print(record.get("homePhoneExt") + "\t");
            writer.print(record.get("faxPhoneExt") + "\t");
            writer.print(record.get("otherPhoneExt") + "\t");
            writer.print(record.get("mainPhoneExt") + "\t");
            writer.print(record.get("pagerPhoneExt") + "\t");
            writer.print(record.get("mobilePhoneExt") + "\t");
            writer.print(record.get("notes") + "\n");  // NOTE THE NEWLINE HERE!!!
          }   // end while (it.hasNext())  (individualList)


          ListGenerator lg = ListGenerator.getListGenerator(dataSource);
          lg.makeListDirty("Individual");
        }

View Full Code Here


    /**
     * Constructor.
     */
    public CodecCache() {
        m_codecMap = new HashMap();
    }

View Full Code Here


    /**
     * Constructor. This creates a pool for each supported media type, initially with a single instance of that codec.
     */
    public CodecPool() {
        m_codecMap = new HashMap();
        List mediaTypes = CodecDirectory.getMediaTypes();
        for (int i = 0; i < mediaTypes.size(); i++) {
            MediaType mediaType = (MediaType)mediaTypes.get(i);
            XmlCodec codec = CodecDirectory.getCodec(mediaType);
            if (codec != null) {

View Full Code Here

   * VO that is passed in.  The DBVO.  This method uses reflection to do all the dirty
   * work. 
   */
  public static Object replaceVO(Object objDBVO, Object objUIVO, String moduleName, int individualId, String dataSource)
  {
    HashMap hm = new HashMap();
    try {
      InitialContext ic = CVUtility.getInitialContext();
      AuthorizationLocalHome home = (AuthorizationLocalHome) ic.lookup("local/Authorization");
      AuthorizationLocal local = home.create();
      local.setDataSource(dataSource);


      hm = local.getNoneRightFieldMethod(moduleName, individualId);
      if (hm != null) {
        Collection col = hm.values();
        Iterator it = col.iterator();


        Class clDB = objDBVO.getClass();
        Class clUI = objUIVO.getClass();

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