These methods can be used to find the range of visible items : JList « Swing « Java Tutorial

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Java Tutorial » Swing » JList   14. 40. 30. These methods can be used to find the range of visible items import javax.swing.JList; public class Main {   public static void main(String[] argv) throws Exception {     String[] items = { "A", "B", "C", "D" };     JList list = new JList(items);     // Get number of visible items     int visibleSize = list.getVisibleRowCount();   } } 14. 40. JList 14. 40. 1.  JList 14. 40. 2.  Creating JList Components 14. 40. 3.  Using JList 14. 40. 4.  A container for pseud code 14. 40. 5.  Storing value in Vector and adding them into JList 14. 40. 6.  Set selected index 14. 40. 7.  Modifying the Data Model 14. 40. 8.  Using DefaultListModel to control the Data in a JList 14. 40. 9.  Sharing the Data Model for a JComboBox and JList 14. 40. 10.  Using a Custom Data Model 14. 40. 11.  Listening to JList Events with a ListSelectionListener 14. 40. 12.  Using ListDataListener to listen to ListModel Events 14. 40. 13.  Selection event for double-clicking an item in the list 14. 40. 14.  public Point indexToLocation(int index): returning a Point as the origin of the provided index 14. 40. 15.  Setting the number of visible rows with setVisibleRowCount() 14. 40. 16.  To programmatically move the list to the top 14. 40. 17.  ListSelectionModel Modes 14. 40. 18.  Selection Methods 14. 40. 19.  To make multiple list selections, you can use the anchor and lead indices of the selection items. 14. 40. 20.  Adding Element-Level Tooltips to List Items 14. 40. 21.  Bench mark for JList 14. 40. 22.  Customizing a JList Look and Feel 14. 40. 23.  Get index of first visible item 14. 40. 24.  Get index of last visible item 14. 40. 25.  Arranging Items in a JList Component 14. 40. 26.  Setting a Tool Tip for an Item in a JList Component 14. 40. 27.  Detecting Double and Triple Clicks on an Item in a JList Component 14. 40. 28.  Methods are used to find an item 14. 40. 29.  Use drag and drop to reorder a list 14. 40. 30.  These methods can be used to find the range of visible items