Examples of List

com.badlogic.gdx.scenes.scene2d.ui.List
A list of string items.
Functionality
A list displays textual items and highlights the current selection. A {@link SelectionListener} can beregistered with the list to listen to selection changes. Items have an index in the list, the top item having the index 0.
Layout
The (preferred) width and height of a List are derrived from the bounding box around all list items. Use {@link #setPrefSize(int,int)} to programmatically change the size to your liking. In case the width and height you set are tosmall for the contained text you will see artifacts. The patch highlighting the current selection will have the width of the List, either determined as explained above or set programmatically.
Style
A List is a {@link Widget} a text rendered for each list item via a {@link BitmapFont} and {@link Color} as wellas a {@link NinePatch} highlighting the current selection and a second Color used for the text of the currently selected item.The highlighting NinePatch is rendered beneath the selected item. The style is defined via an instance of {@link ListStyle}, which can be done either programmatically or via a {@link Skin}.
A List's style definition in an XML skin file should look like this:
```
 {@code }
```
- The name attribute defines the name of the style which you can later use with {@link Skin#newList(String,String[],String)}.
- The fontName attribute references a {@link BitmapFont} by name, to be used for render the items
- The fontColorUnselected attribute references a {@link Color} by name, to be used for render unselected items
- The fontColorSelected attribute references a {@link Color} by name, to be used to render the selected item
- The selected attribute references a {@link NinePatch} by name, to be used to render the highlight behind theselected item
@author mzechner
com.cumulocity.me.lang.List
com.deitel.jhtp6.ch17.List
com.hlcl.rql.as.List
Diese Klasse beschreibt einen RedDot MultiLink List. @author LEJAFR

com.itextpdf.text.List

A List contains several ListItems.

Example 1:

 List list = new List(true, 20); list.add(new ListItem("First line")); list.add(new ListItem("The second line is longer to see what happens once the end of the line is reached. Will it start on a new line?")); list.add(new ListItem("Third line"));

The result of this code looks like this:

First line
The second line is longer to see what happens once the end of the line is reached. Will it start on a new line?
Third line

Example 2:

 List overview = new List(false, 10); overview.add(new ListItem("This is an item")); overview.add("This is another item");

The result of this code looks like this:

This is an item
This is another item

@see Element @see ListItem

com.lowagie.text.List

A List contains several ListItems.

Example 1:

 List list = new List(true, 20); list.add(new ListItem("First line")); list.add(new ListItem("The second line is longer to see what happens once the end of the line is reached. Will it start on a new line?")); list.add(new ListItem("Third line"));

The result of this code looks like this:

First line
The second line is longer to see what happens once the end of the line is reached. Will it start on a new line?
Third line

Example 2:

 List overview = new List(false, 10); overview.add(new ListItem("This is an item")); overview.add("This is another item");

The result of this code looks like this:

This is an item
This is another item

@see Element @see ListItem

com.scratchdisk.list.List
This is similar to java.util.List, but has a few changes that make it much easier to use in Scirptographer. SegmentList, CurveList, LayerList and ItemSet subclass the AbstractList that implements this interface. Reason to implement this: - add(element) returns the final element. this might be different from the parameter that was passed. usefull for segment lists, where add(point) create a segment and returns it or lists, where add(String) creates a list entry and returns it. - add(int, element) returns a element as well, which makes it easier to implement both adds. - defines less functions and makes it therefore easier to implement (no ListIterator, no SubLists) - defines other often needed functions, e.g. remove(fromIndex, toIndex) - gives complete control over behavior of lists - allows read only lists - avoids wrapping of standard java.util.lists in the JS ListObject - ... @author lehni
com.sun.dtv.lwuit.List
A set of elements that is rendered using a {@link com.sun.lwuit.list.ListCellRenderer}and are extracted via the {@link com.sun.lwuit.list.ListModel}.
A list can represent many UI concepts ranging from a carousel to a "todo" checklist, this is made possible thanks to extensive use of Swing's style of MVC. Specifically a list component is relatively simple, it invokes the model in order to extract the displayed/selected information and shows it to the user by invoking the cell renderer.
The list class itself is completely decoupled from everything, thus it allows us to extract its content from any source (e.g. network, storage etc.) and display the information in any form (e.g. checkboxed elemenents, icons etc.). @see com.sun.lwuit.list @author Chen Fishbein
com.sun.tools.txw2.model.List
List of {@link Data} or {@link Value}. @author Kohsuke Kawaguchi
com.sun.xml.bind.v2.schemagen.xmlschema.List
com.sun.xml.internal.bind.v2.schemagen.xmlschema.List
declarative.List
dk.i2m.drupal.field.List
@author Raymond Wanyoike
edu.cmu.cs.stage3.alice.core.List
edu.mayo.bmi.guoqian.claml.List
3.org/2001/XMLSchema}anyType"> <sequence> <element ref="{}ListItem" maxOccurs="unbounded"/> </sequence> <attGroup ref="{}attlist.List"/> </restriction> </complexContent> </complexType> </element>
jade.util.leap.List
The LEAP (environment-dependent) version of the &qote;java.util.List&qote; interface. This interface appears to be exactly the same in J2SE, PJAVA and MIDP. The internal implementation is different in the three cases however. @author Nicolas Lhuillier @version 1.0, 23/10/00 @see java.util.List (J2SE)
java.awt.List
The List component presents the user with a scrolling list of text items. The list can be set up so that the user can choose either one item or multiple items.
For example, the code . . .
```
 List lst = new List(4, false); lst.add("Mercury"); lst.add("Venus"); lst.add("Earth"); lst.add("JavaSoft"); lst.add("Mars"); lst.add("Jupiter"); lst.add("Saturn"); lst.add("Uranus"); lst.add("Neptune"); lst.add("Pluto"); cnt.add(lst); 
```
where cnt is a container, produces the following scrolling list:

If the List allows multiple selections, then clicking on an item that is already selected deselects it. In the preceding example, only one item from the scrolling list can be selected at a time, since the second argument when creating the new scrolling list is false. If the List does not allow multiple selections, selecting an item causes any other selected item to be deselected.
Note that the list in the example shown was created with four visible rows. Once the list has been created, the number of visible rows cannot be changed. A default List is created with four rows, so that lst = new List() is equivalent to list = new List(4, false).
Beginning with Java 1.1, the Abstract Window Toolkit sends the List object all mouse, keyboard, and focus events that occur over it. (The old AWT event model is being maintained only for backwards compatibility, and its use is discouraged.)
When an item is selected or deselected by the user, AWT sends an instance of ItemEvent to the list. When the user double-clicks on an item in a scrolling list, AWT sends an instance of ActionEvent to the list following the item event. AWT also generates an action event when the user presses the return key while an item in the list is selected.
If an application wants to perform some action based on an item in this list being selected or activated by the user, it should implement ItemListener or ActionListener as appropriate and register the new listener to receive events from this list.
For multiple-selection scrolling lists, it is considered a better user interface to use an external gesture (such as clicking on a button) to trigger the action. @version 1.110, 07/11/06 @author Sami Shaio @see java.awt.event.ItemEvent @see java.awt.event.ItemListener @see java.awt.event.ActionEvent @see java.awt.event.ActionListener @since JDK1.0
java.util.List
An ordered collection (also known as a sequence). The user of this interface has precise control over where in the list each element is inserted. The user can access elements by their integer index (position in the list), and search for elements in the list.
Unlike sets, lists typically allow duplicate elements. More formally, lists typically allow pairs of elements e1 and e2 such that e1.equals(e2), and they typically allow multiple null elements if they allow null elements at all. It is not inconceivable that someone might wish to implement a list that prohibits duplicates, by throwing runtime exceptions when the user attempts to insert them, but we expect this usage to be rare.
The List interface places additional stipulations, beyond those specified in the Collection interface, on the contracts of the iterator, add, remove, equals, and hashCode methods. Declarations for other inherited methods are also included here for convenience.
The List interface provides four methods for positional (indexed) access to list elements. Lists (like Java arrays) are zero based. Note that these operations may execute in time proportional to the index value for some implementations (the LinkedList class, for example). Thus, iterating over the elements in a list is typically preferable to indexing through it if the caller does not know the implementation.
The List interface provides a special iterator, called a ListIterator, that allows element insertion and replacement, and bidirectional access in addition to the normal operations that the Iterator interface provides. A method is provided to obtain a list iterator that starts at a specified position in the list.
The List interface provides two methods to search for a specified object. From a performance standpoint, these methods should be used with caution. In many implementations they will perform costly linear searches.
The List interface provides two methods to efficiently insert and remove multiple elements at an arbitrary point in the list.
Note: While it is permissible for lists to contain themselves as elements, extreme caution is advised: the equals and hashCode methods are no longer well defined on such a list.
Some list implementations have restrictions on the elements that they may contain. For example, some implementations prohibit null elements, and some have restrictions on the types of their elements. Attempting to add an ineligible element throws an unchecked exception, typically NullPointerException or ClassCastException. Attempting to query the presence of an ineligible element may throw an exception, or it may simply return false; some implementations will exhibit the former behavior and some will exhibit the latter. More generally, attempting an operation on an ineligible element whose completion would not result in the insertion of an ineligible element into the list may throw an exception or it may succeed, at the option of the implementation. Such exceptions are marked as "optional" in the specification for this interface.
This interface is a member of the Java Collections Framework. @author Josh Bloch @author Neal Gafter @version 1.49, 04/21/06 @see Collection @see Set @see ArrayList @see LinkedList @see Vector @see Arrays#asList(Object[]) @see Collections#nCopies(int,Object) @see Collections#EMPTY_LIST @see AbstractList @see AbstractSequentialList @since 1.2

javax.microedition.lcdui.List

items as List elements List menuList = new List("Menu", List.IMPLICIT, elements, null); Command selectCommand = new Command("Open", Command.ITEM, 1); menuList.setSelectCommand(selectCommand); menuList.setCommandListener(...);

The listener can query the List to determine which element is selected and then perform the corresponding action. Note that setting a command as the select command adds it to the List as a side effect.

The select command should be considered as a default operation that takes place when a select key is pressed. For example, a List displaying email headers might have three operations: read, reply, and delete. Read is considered to be the default operation.

 List list = new List("Email", List.IMPLICIT, headers); readCommand = new Command("Read", Command.ITEM, 1); replyCommand = new Command("Reply", Command.ITEM, 2); deleteCommand = new Command("Delete", Command.ITEM, 3); list.setSelectCommand(readCommand); list.addCommand(replyCommand); list.addCommand(deleteCommand); list.setCommandListener(...);

On a device with a dedicated select key, pressing this key will invoke readCommand. On a device without a select key, the user is still able to invoke the read command, since it is also provided as an ordinary Command.

It should be noted that this kind of default operation must be used carefully, and the usability of the resulting user interface must always kept in mind. The default operation should always be the most intuitive operation on a particular List.

@since MIDP 1.0

jcurses.widgets.List
narzedzia.List
net.caprazzi.keez.Keez.List
net.caprazzi.minima.model.List
org.apache.qpid.tools.messagestore.commands.List
org.beryl.gui.widgets.List
org.dspace.app.xmlui.wing.element.List
org.eclipse.persistence.internal.oxm.schema.model.List
org.eclipse.swt.widgets.List
ipse.org/swt/snippets/#list">List snippets @see SWT Example: ControlExample @see Sample code and further information @noextend This class is not intended to be subclassed by clients.
org.exolab.castor.util.List
This is my implementation of the JDK 1.2 List interface. I wrote this because I want people using 1.1.x to be able to use my apps, but I don't want to use a "synchronized" Vector. I also wanted to get a start in moving my source to JDK 1.2
I use the implementation of the hashCode method that is listed in the JDK 1.2 API, so this List can be compared correctly to actual JDK 1.2 lists using the equals method. Note: This is not a complete implementation yet, None of the methods that take a Collection have been imlplemented. @author Keith Visco @version $Revision: 1.2 $ $Date: 2004/05/10 07:51:52 $ @see java.util.List @see java.util.Collection
org.fao.geonet.services.region.List
Returns a specific region and coordinates given its id
org.hibernate.mapping.List
A list mapping has a primary key consisting of the key columns + index column. @author Gavin King
org.jgroups.util.List
Doubly-linked list. Elements can be added at head or tail and removed from head/tail. This class is tuned for element access at either head or tail, random access to elements is not very fast; in this case use Vector. Concurrent access is supported: a thread is blocked while another thread adds/removes an object. When no objects are available, removal returns null. @author Bela Ban
org.odftoolkit.simple.text.list.List
This class represents a list. It can contain list header, followed by list items. @since 0.4
org.omegahat.Environment.Parser.Parse.List
org.ontoware.rdfreactor.schema.rdfs.List
actor.semweb4j.org">RDFReactor on 26.01.08 12:44
org.openhab.model.sitemap.List
org.openntf.domino.nsfdata.structs.LIST
This datatype is used by several data structures to specify that a field contains a list of one or more values. A list is made up of one or more items of a datatype, separated by a delimiter. (global.h)
org.openqa.jetty.html.List
HTML List Block. Each Element added to the List (which is a Composite) is treated as a new List Item. @see org.openqa.jetty.html.Block
org.python.pydev.parser.jython.ast.List
project.entities.institute.List
ui.List
@author root

Examples of org.hibernate.mapping.List

          this.collection,
          StringHelper.qualify( this.collection.getRole(), "key" ),
          (XClass) null,
          (XProperty) null, propertyHolder, mappings
      );
      List list = (List) this.collection;
      if ( !list.isOneToMany() ) indexColumn.forceNotNull();
      indexColumn.setPropertyHolder( valueHolder );
      SimpleValueBinder value = new SimpleValueBinder();
      value.setColumns( new Ejb3Column[] { indexColumn } );
      value.setExplicitType( "integer" );
      value.setMappings( mappings );
      SimpleValue indexValue = value.make();
      indexColumn.linkWithValue( indexValue );
      list.setIndex( indexValue );
      list.setBaseIndex( indexColumn.getBase() );
      if ( list.isOneToMany() && !list.getKey().isNullable() && !list.isInverse() ) {
        String entityName = ( (OneToMany) list.getElement() ).getReferencedEntityName();
        PersistentClass referenced = mappings.getClass( entityName );
        IndexBackref ib = new IndexBackref();
        ib.setName( '_' + propertyName + "IndexBackref" );
        ib.setUpdateable( false );
        ib.setSelectable( false );
        ib.setCollectionRole( list.getRole() );
        ib.setEntityName( list.getOwner().getEntityName() );
        ib.setValue( list.getIndex() );
        referenced.addProperty( ib );
      }
    }
    else {
      Collection coll = this.collection;

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Examples of org.jgroups.util.List

  RspList     rsp_list;
  FlushRsp    retval=new FlushRsp();
  Digest      digest;
  long[]      min, max;
  long[]      lower[];
  List        unstable_msgs=new List();
  boolean     get_lower_msgs=false;


  highest_delivered_msgs=new long[members.size()];
  min=new long[members.size()];
  max=new long[members.size()];




  /* Determine the highest seqno (for each member) that was delivered to the application
     (i.e., consumed by the application). Stores result in array 'highest_delivered_msgs' */
  getHighestDeliveredSeqnos();


  for(int i=0; i < highest_delivered_msgs.length; i++)
      min[i]=max[i]=highest_delivered_msgs[i];




  /* Call the handleFlush() method of all existing members. The highest seqnos seen by the coord
     is the argument */
   if(log.isInfoEnabled()) log.info("calling handleFlush(" + dests + ')');
  passDown(new Event(Event.SWITCH_OUT_OF_BAND)); // we need out-of-band control for FLUSH ...
  MethodCall call = new MethodCall("handleFlush", new Object[] {dests, highest_delivered_msgs.clone()}, 
    new String[] {Vector.class.getName(), long[].class.getName()});
  rsp_list=callRemoteMethods(dests, call, GroupRequest.GET_ALL, 0);
   if(log.isInfoEnabled()) log.info("flush done");




  /* Process all the responses (Digest): compute a range of messages (min and max seqno) for each
     member that has to be re-broadcast; FlushRsp contains those messages. They will be re-braodcast
     by the cordinator (in the GMS protocol). */
  for(int i=0; i < rsp_list.size(); i++) {
      Rsp rsp=(Rsp)rsp_list.elementAt(i);
      if(rsp.wasReceived()) {
    digest=(Digest)rsp.getValue();
    if(digest != null) {
        for(int j=0; j < digest.highest_seqnos.length && j < min.length; j++) {
      min[j]=Math.min(min[j], digest.highest_seqnos[j]);
      max[j]=Math.max(max[j], digest.highest_seqnos[j]);
        }
        if(digest.msgs.size() > 0) {
      for(Enumeration e=digest.msgs.elements(); e.hasMoreElements();)
          unstable_msgs.add(e.nextElement());
        }
    }
      }
  } // end for-loop






  /* If any of the highest msgs of the flush replies were lower than the ones sent by this
     coordinator, we have to re-broadcast them. (This won't occur often)
     Compute the range between min and highest_delivered_msgs */
  lower=new long[min.length][]; // stores (for each mbr) the range of seqnos (e.g. 20 24): send msgs
              // 21, 22 and 23 and 24 (excluding lower and including upper range)


  for(int i=0; i < min.length; i++) {
      if(min[i] < highest_delivered_msgs[i]) {    // will almost never be the case
    lower[i]=new long[2];
    lower[i][0]=min[i];                     // lower boundary (excluding)
    lower[i][1]=highest_delivered_msgs[i];  // upper boundary (including)
    get_lower_msgs=true;
      }
  }
  if(get_lower_msgs) {
      get_msgs=null;
      synchronized(get_msgs_mutex) {
    passDown(new Event(Event.GET_MSGS, lower));
    try {
        get_msgs_mutex.wait(get_msgs_timeout);
    }
    catch(Exception e) {}
      }
      if(get_msgs != null) {
    for(Enumeration e=get_msgs.elements(); e.hasMoreElements();)
        unstable_msgs.add(e.nextElement());
      }
  }
  retval.unstable_msgs=unstable_msgs.getContents();
  if(rsp_list.numSuspectedMembers() > 0) {
      retval.result=false;
      retval.failed_mbrs=rsp_list.getSuspectedMembers();
  }

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Examples of org.odftoolkit.simple.text.list.List

      ListDecorator numberDecorator = new NumberDecorator(doc);
      ListDecorator outLineDecorator = new OutLineDecorator(doc);
      String[] subItemContents = { "sub list item 1", "sub list item 2",
          "sub list item 3" };


      List list1 = new List(sect);
      boolean removeResult = sect.removeList(list1);
      Assert.assertTrue(removeResult);


      List list2 = new List(sect, numberDecorator);
      list2.addItems(subItemContents);
      Assert.assertEquals(ListDecorator.ListType.NUMBER, list2.getType());
      removeResult = sect.removeList(list2);
      Assert.assertTrue(removeResult);


      List list3 = new List(sect, "Bullet List", null);
      list3.addItems(subItemContents);
      Assert.assertEquals(ListDecorator.ListType.BULLET, list3.getType());
      removeResult = sect.removeList(list3);
      Assert.assertTrue(removeResult);


      List list4 = sect.addList();
      removeResult = sect.removeList(list4);
      Assert.assertTrue(removeResult);


      List list5 = sect.addList(outLineDecorator);
      list5.addItems(subItemContents);
      Assert.assertEquals(ListDecorator.ListType.NUMBER, list5.getType());
      removeResult = sect.removeList(list5);
      Assert.assertTrue(removeResult);
    } catch (Exception e) {
      Logger.getLogger(ListTest.class.getName()).log(Level.SEVERE, null,
          e);

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Examples of org.omegahat.Environment.Parser.Parse.List

  /** 
     Construct an object that will convert the names
     to objects by looking up the databases.
   */
public List argsToList(String[] names) {
 List l = null;
 if(names == null || names.length < 1)
   return(new List()); // currently necessary, but the expressions should handle null arguments.


 int n = names.length;
  l = new List(n);
 for(int i = 0; i < n; i++) 
   l.addElement(new Name(names[i]));


return(l);
}

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Examples of org.ontoware.rdfreactor.schema.rdfs.List

    Model model = repositoryModelFactory.createModel();
    model.open();


    URI a = new URIImpl("urn:test:a");
    URI b = new URIImpl("urn:test:b");
    List list = new List(model, "urn:test:list", true);
    
    //assertTrue( list instanceof URI );  --> fails


    model.addStatement(a, b, list.asURI() );
    model.close();
  }

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Examples of org.openhab.model.sitemap.List

        Slider sliderWidget = (Slider) widget;
        bean.sendFrequency = sliderWidget.getFrequency();
        bean.switchSupport = sliderWidget.isSwitchEnabled();
      }
      if(widget instanceof List) {
        List listWidget = (List) widget;
        bean.separator = listWidget.getSeparator();
      }
      if (widget instanceof Image ||
        widget instanceof Video ||
        widget instanceof Webview) {

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Examples of org.openntf.domino.nsfdata.structs.LIST


      ByteBuffer data = getData().duplicate();
      data.order(ByteOrder.LITTLE_ENDIAN);
      data.position(data.position() + 32 + preceding);
      data.limit(data.position() + 2);
      LIST list = new LIST(data);
      int listEntries = list.getListEntries() & 0xFFFF;


      data = getData().duplicate();
      data.order(ByteOrder.LITTLE_ENDIAN);
      data.position(data.position() + 32 + preceding + 2);
      if (listEntries == 0 && totalLength > 2) {

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Examples of org.openqa.jetty.html.List

        form.add(new Input(Input.Submit,"A","Exit All Servers"));
        page.add(form);
        page.add(Break.rule);
        page.add(new Heading(3,"Components:"));


        List sList=new List(List.Ordered);
        page.add(sList);
        
        String id1;
        int i1=0;
        Iterator s=_servers.iterator();
        while(s.hasNext())
        {
            id1=""+i1++;
            HttpServer server=(HttpServer)s.next();            
            Composite sItem = sList.newItem();
            sItem.add("<B>HttpServer&nbsp;");
            sItem.add(lifeCycle(request,id1,server));
            sItem.add("</B>");
            sItem.add(Break.line);
            sItem.add("<B>Listeners:</B>");
            List lList=new List(List.Unordered);
            sItem.add(lList);


            HttpListener[] listeners=server.getListeners();
            for (int i2=0;i2<listeners.length;i2++)
            {
                HttpListener listener = listeners[i2];
                String id2=id1+":"+listener;
                lList.add(lifeCycle(request,id2,listener));
            }


            Map hostMap = server.getHostMap();
            
            sItem.add("<B>Contexts:</B>");
            List hcList=new List(List.Unordered);
            sItem.add(hcList);
            Iterator i2=hostMap.entrySet().iterator();
            while(i2.hasNext())
            {
                Map.Entry hEntry=(Map.Entry)(i2.next());
                String host=(String)hEntry.getKey();


                PathMap contexts=(PathMap)hEntry.getValue();
                Iterator i3=contexts.entrySet().iterator();
                while(i3.hasNext())
                {
                    Map.Entry cEntry=(Map.Entry)(i3.next());
                    String contextPath=(String)cEntry.getKey();
                    java.util.List contextList=(java.util.List)cEntry.getValue();
                    
                    Composite hcItem = hcList.newItem();
                    if (host!=null)
                        hcItem.add("Host="+host+":");
                    hcItem.add("ContextPath="+contextPath);
                    
                    String id3=id1+":"+host+":"+
                        (contextPath.length()>2
                         ?contextPath.substring(0,contextPath.length()-2)
                         :contextPath);
                    
                    List cList=new List(List.Ordered);
                    hcItem.add(cList);
                    for (int i4=0;i4<contextList.size();i4++)
                    {
                        String id4=id3+":"+i4;
                        Composite cItem = cList.newItem();
                        HttpContext hc=
                            (HttpContext)contextList.get(i4);
                        cItem.add(lifeCycle(request,id4,hc));
                        cItem.add("<BR>ResourceBase="+hc.getResourceBase());
                        cItem.add("<BR>ClassPath="+hc.getClassPath());


                    
                        List hList=new List(List.Ordered);
                        cItem.add(hList);
                        int handlers = hc.getHandlers().length;
                        for(int i5=0;i5<handlers;i5++)
                        {
                            String id5=id4+":"+i5;
                            HttpHandler handler = hc.getHandlers()[i5];
                            Composite hItem=hList.newItem();
                            hItem.add(lifeCycle(request,
                                                id5,
                                                handler,
                                                handler.getName()));
                            if (handler instanceof ServletHandler)

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Examples of org.python.pydev.parser.jython.ast.List

            case JJTLIST:
                if (stack.nodeArity() > 0 && stack.peekNode() instanceof ComprehensionCollection) {
                    ComprehensionCollection col = (ComprehensionCollection) stack.popNode();
                    return new ListComp(((exprType) stack.popNode()), col.getGenerators(), ListComp.ListCtx);
                }
                return new List(makeExprs(), List.Load);
            case JJTSET:
                return new Set(null);
            case JJTDICTIONARY:
                return makeDictionaryOrSet(arity);
            case JJTSTR_1OP:

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Examples of project.entities.institute.List


public class ListDAOImpl extends HibernateDaoSupport implements ListDAO {


  @Override
  public List createList(int progressBook, int student, float value) {
    List list = new List(progressBook, student, value);
    return (List) getHibernateTemplate().save(list);
  }

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Examples of List

Functionality

Layout

Style

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Examples of org.openntf.domino.nsfdata.structs.LIST

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Examples of project.entities.institute.List