javax.swing

## Class JTable

- java.lang.Object
- - java.awt.Component
  - - java.awt.Container
    - - javax.swing.JComponent
      - - javax.swing.JTable

- All Implemented Interfaces:
    ImageObserver, MenuContainer, Serializable, EventListener, Accessible, CellEditorListener, ListSelectionListener, RowSorterListener, TableColumnModelListener, TableModelListener, Scrollable

      public class JTable
      extends JComponent
      implements TableModelListener, Scrollable, TableColumnModelListener, ListSelectionListener, CellEditorListener, Accessible, RowSorterListener

  The `JTable` is used to display and edit regular two-dimensional tables of cells. See How to Use Tables in The Java Tutorial for task-oriented documentation and examples of using `JTable`.

  The `JTable` has many facilities that make it possible to customize its rendering and editing but provides defaults for these features so that simple tables can be set up easily. For example, to set up a table with 10 rows and 10 columns of numbers:

            TableModel dataModel = new AbstractTableModel() {
                public int getColumnCount() { return 10; }
                public int getRowCount() { return 10;}
                public Object getValueAt(int row, int col) { return new Integer(row*col); }
            };
            JTable table = new JTable(dataModel);
            JScrollPane scrollpane = new JScrollPane(table);

  `JTable`s are typically placed inside of a `JScrollPane`. By default, a `JTable` will adjust its width such that a horizontal scrollbar is unnecessary. To allow for a horizontal scrollbar, invoke `setAutoResizeMode(int)` with `AUTO_RESIZE_OFF`. Note that if you wish to use a `JTable` in a standalone view (outside of a `JScrollPane`) and want the header displayed, you can get it using `getTableHeader()` and display it separately.

  To enable sorting and filtering of rows, use a `RowSorter`. You can set up a row sorter in either of two ways:

  - Directly set the `RowSorter`. For example: `table.setRowSorter(new TableRowSorter(model))`.
  - Set the `autoCreateRowSorter` property to `true`, so that the `JTable` creates a `RowSorter` for you. For example: `setAutoCreateRowSorter(true)`.

  When designing applications that use the `JTable` it is worth paying close attention to the data structures that will represent the table's data. The `DefaultTableModel` is a model implementation that uses a `Vector` of `Vector`s of `Object`s to store the cell values. As well as copying the data from an application into the `DefaultTableModel`, it is also possible to wrap the data in the methods of the `TableModel` interface so that the data can be passed to the `JTable` directly, as in the example above. This often results in more efficient applications because the model is free to choose the internal representation that best suits the data. A good rule of thumb for deciding whether to use the `AbstractTableModel` or the `DefaultTableModel` is to use the `AbstractTableModel` as the base class for creating subclasses and the `DefaultTableModel` when subclassing is not required.

  The "TableExample" directory in the demo area of the source distribution gives a number of complete examples of `JTable` usage, covering how the `JTable` can be used to provide an editable view of data taken from a database and how to modify the columns in the display to use specialized renderers and editors.

  The `JTable` uses integers exclusively to refer to both the rows and the columns of the model that it displays. The `JTable` simply takes a tabular range of cells and uses `getValueAt(int, int)` to retrieve the values from the model during painting. It is important to remember that the column and row indexes returned by various `JTable` methods are in terms of the `JTable` (the view) and are not necessarily the same indexes used by the model.

  By default, columns may be rearranged in the `JTable` so that the view's columns appear in a different order to the columns in the model. This does not affect the implementation of the model at all: when the columns are reordered, the `JTable` maintains the new order of the columns internally and converts its column indices before querying the model.

  So, when writing a `TableModel`, it is not necessary to listen for column reordering events as the model will be queried in its own coordinate system regardless of what is happening in the view. In the examples area there is a demonstration of a sorting algorithm making use of exactly this technique to interpose yet another coordinate system where the order of the rows is changed, rather than the order of the columns.

  Similarly when using the sorting and filtering functionality provided by `RowSorter` the underlying `TableModel` does not need to know how to do sorting, rather `RowSorter` will handle it. Coordinate conversions will be necessary when using the row based methods of `JTable` with the underlying `TableModel`. All of `JTable`s row based methods are in terms of the `RowSorter`, which is not necessarily the same as that of the underlying `TableModel`. For example, the selection is always in terms of `JTable` so that when using `RowSorter` you will need to convert using `convertRowIndexToView` or `convertRowIndexToModel`. The following shows how to convert coordinates from `JTable` to that of the underlying model:

         int[] selection = table.getSelectedRows();
         for (int i = 0; i < selection.length; i++) {
           selection[i] = table.convertRowIndexToModel(selection[i]);
         }
         // selection is now in terms of the underlying TableModel

  By default if sorting is enabled `JTable` will persist the selection and variable row heights in terms of the model on sorting. For example if row 0, in terms of the underlying model, is currently selected, after the sort row 0, in terms of the underlying model will be selected. Visually the selection may change, but in terms of the underlying model it will remain the same. The one exception to that is if the model index is no longer visible or was removed. For example, if row 0 in terms of model was filtered out the selection will be empty after the sort.

  J2SE 5 adds methods to `JTable` to provide convenient access to some common printing needs. Simple new `print()` methods allow for quick and easy addition of printing support to your application. In addition, a new `getPrintable(javax.swing.JTable.PrintMode, java.text.MessageFormat, java.text.MessageFormat)` method is available for more advanced printing needs.

  As for all `JComponent` classes, you can use `InputMap` and `ActionMap` to associate an `Action` object with a `KeyStroke` and execute the action under specified conditions.

  Warning: Swing is not thread safe. For more information see Swing's Threading Policy.

  Warning: Serialized objects of this class will not be compatible with future Swing releases. The current serialization support is appropriate for short term storage or RMI between applications running the same version of Swing. As of 1.4, support for long term storage of all JavaBeansTM has been added to the `java.beans` package. Please see `XMLEncoder`.

  See Also:
    `DefaultTableModel`, `TableRowSorter`

- - ### Nested Class Summary

    Nested Classes
    Modifier and Type | Class and Description
    --- | ---
    `protected class` | `JTable.AccessibleJTable` This class implements accessibility support for the `JTable` class.
    `static class` | `JTable.DropLocation` A subclass of `TransferHandler.DropLocation` representing a drop location for a `JTable`.
    `static class` | `JTable.PrintMode` Printing modes, used in printing `JTable`s.

    - ### Nested classes/interfaces inherited from class javax.swing.JComponent

      `JComponent.AccessibleJComponent`

    - ### Nested classes/interfaces inherited from class java.awt.Container

      `Container.AccessibleAWTContainer`

    - ### Nested classes/interfaces inherited from class java.awt.Component

      `Component.AccessibleAWTComponent, Component.BaselineResizeBehavior, Component.BltBufferStrategy, Component.FlipBufferStrategy`

  - ### Field Summary

    Fields
    Modifier and Type | Field and Description
    --- | ---
    `static int` | `AUTO_RESIZE_ALL_COLUMNS` During all resize operations, proportionately resize all columns.
    `static int` | `AUTO_RESIZE_LAST_COLUMN` During all resize operations, apply adjustments to the last column only.
    `static int` | `AUTO_RESIZE_NEXT_COLUMN` When a column is adjusted in the UI, adjust the next column the opposite way.
    `static int` | `AUTO_RESIZE_OFF` Do not adjust column widths automatically; use a horizontal scrollbar instead.
    `static int` | `AUTO_RESIZE_SUBSEQUENT_COLUMNS` During UI adjustment, change subsequent columns to preserve the total width; this is the default behavior.
    `protected boolean` | `autoCreateColumnsFromModel` The table will query the `TableModel` to build the default set of columns if this is true.
    `protected int` | `autoResizeMode` Determines if the table automatically resizes the width of the table's columns to take up the entire width of the table, and how it does the resizing.
    `protected TableCellEditor` | `cellEditor` The active cell editor object, that overwrites the screen real estate occupied by the current cell and allows the user to change its contents.
    `protected boolean` | `cellSelectionEnabled` Obsolete as of Java 2 platform v1.3.
    `protected TableColumnModel` | `columnModel` The `TableColumnModel` of the table.
    `protected TableModel` | `dataModel` The `TableModel` of the table.
    `protected Hashtable` | `defaultEditorsByColumnClass` A table of objects that display and edit the contents of a cell, indexed by class as declared in `getColumnClass` in the `TableModel` interface.
    `protected Hashtable` | `defaultRenderersByColumnClass` A table of objects that display the contents of a cell, indexed by class as declared in `getColumnClass` in the `TableModel` interface.
    `protected int` | `editingColumn` Identifies the column of the cell being edited.
    `protected int` | `editingRow` Identifies the row of the cell being edited.
    `protected Component` | `editorComp` If editing, the `Component` that is handling the editing.
    `protected Color` | `gridColor` The color of the grid.
    `protected Dimension` | `preferredViewportSize` Used by the `Scrollable` interface to determine the initial visible area.
    `protected int` | `rowHeight` The height in pixels of each row in the table.
    `protected int` | `rowMargin` The height in pixels of the margin between the cells in each row.
    `protected boolean` | `rowSelectionAllowed` True if row selection is allowed in this table.
    `protected Color` | `selectionBackground` The background color of selected cells.
    `protected Color` | `selectionForeground` The foreground color of selected cells.
    `protected ListSelectionModel` | `selectionModel` The `ListSelectionModel` of the table, used to keep track of row selections.
    `protected boolean` | `showHorizontalLines` The table draws horizontal lines between cells if `showHorizontalLines` is true.
    `protected boolean` | `showVerticalLines` The table draws vertical lines between cells if `showVerticalLines` is true.
    `protected JTableHeader` | `tableHeader` The `TableHeader` working with the table.

    - ### Fields inherited from class javax.swing.JComponent

      `accessibleContext, listenerList, TOOL_TIP_TEXT_KEY, ui, UNDEFINED_CONDITION, WHEN_ANCESTOR_OF_FOCUSED_COMPONENT, WHEN_FOCUSED, WHEN_IN_FOCUSED_WINDOW`

    - ### Fields inherited from class java.awt.Component

      `BOTTOM_ALIGNMENT, CENTER_ALIGNMENT, LEFT_ALIGNMENT, RIGHT_ALIGNMENT, TOP_ALIGNMENT`

    - ### Fields inherited from interface java.awt.image.ImageObserver

      `ABORT, ALLBITS, ERROR, FRAMEBITS, HEIGHT, PROPERTIES, SOMEBITS, WIDTH`

  - ### Constructor Summary

    Constructors
    Constructor and Description
    `JTable()` Constructs a default `JTable` that is initialized with a default data model, a default column model, and a default selection model.
    `JTable(int numRows, int numColumns)` Constructs a `JTable` with `numRows` and `numColumns` of empty cells using `DefaultTableModel`.
    `JTable(Object[][] rowData, Object[] columnNames)` Constructs a `JTable` to display the values in the two dimensional array, `rowData`, with column names, `columnNames`.
    `JTable(TableModel dm)` Constructs a `JTable` that is initialized with `dm` as the data model, a default column model, and a default selection model.
    `JTable(TableModel dm, TableColumnModel cm)` Constructs a `JTable` that is initialized with `dm` as the data model, `cm` as the column model, and a default selection model.
    `JTable(TableModel dm, TableColumnModel cm, ListSelectionModel sm)` Constructs a `JTable` that is initialized with `dm` as the data model, `cm` as the column model, and `sm` as the selection model.
    `JTable(Vector rowData, Vector columnNames)` Constructs a `JTable` to display the values in the `Vector` of `Vectors`, `rowData`, with column names, `columnNames`.

  - ### Method Summary

    Methods
    Modifier and Type | Method and Description
    --- | ---
    `void` | `addColumn(TableColumn aColumn)` Appends `aColumn` to the end of the array of columns held by this `JTable`'s column model.
    `void` | `addColumnSelectionInterval(int index0, int index1)` Adds the columns from `index0` to `index1`, inclusive, to the current selection.
    `void` | `addNotify()` Calls the `configureEnclosingScrollPane` method.
    `void` | `addRowSelectionInterval(int index0, int index1)` Adds the rows from `index0` to `index1`, inclusive, to the current selection.
    `void` | `changeSelection(int rowIndex, int columnIndex, boolean toggle, boolean extend)` Updates the selection models of the table, depending on the state of the two flags: `toggle` and `extend`.
    `void` | `clearSelection()` Deselects all selected columns and rows.
    `void` | `columnAdded(TableColumnModelEvent e)` Invoked when a column is added to the table column model.
    `int` | `columnAtPoint(Point point)` Returns the index of the column that `point` lies in, or -1 if the result is not in the range [0, `getColumnCount()`-1].
    `void` | `columnMarginChanged(ChangeEvent e)` Invoked when a column is moved due to a margin change.
    `void` | `columnMoved(TableColumnModelEvent e)` Invoked when a column is repositioned.
    `void` | `columnRemoved(TableColumnModelEvent e)` Invoked when a column is removed from the table column model.
    `void` | `columnSelectionChanged(ListSelectionEvent e)` Invoked when the selection model of the `TableColumnModel` is changed.
    `protected void` | `configureEnclosingScrollPane()` If this `JTable` is the `viewportView` of an enclosing `JScrollPane` (the usual situation), configure this `ScrollPane` by, amongst other things, installing the table's `tableHeader` as the `columnHeaderView` of the scroll pane.
    `int` | `convertColumnIndexToModel(int viewColumnIndex)` Maps the index of the column in the view at `viewColumnIndex` to the index of the column in the table model.
    `int` | `convertColumnIndexToView(int modelColumnIndex)` Maps the index of the column in the table model at `modelColumnIndex` to the index of the column in the view.
    `int` | `convertRowIndexToModel(int viewRowIndex)` Maps the index of the row in terms of the view to the underlying `TableModel`.
    `int` | `convertRowIndexToView(int modelRowIndex)` Maps the index of the row in terms of the `TableModel` to the view.
    `protected TableColumnModel` | `createDefaultColumnModel()` Returns the default column model object, which is a `DefaultTableColumnModel`.
    `void` | `createDefaultColumnsFromModel()` Creates default columns for the table from the data model using the `getColumnCount` method defined in the `TableModel` interface.
    `protected TableModel` | `createDefaultDataModel()` Returns the default table model object, which is a `DefaultTableModel`.
    `protected void` | `createDefaultEditors()` Creates default cell editors for objects, numbers, and boolean values.
    `protected void` | `createDefaultRenderers()` Creates default cell renderers for objects, numbers, doubles, dates, booleans, and icons.
    `protected ListSelectionModel` | `createDefaultSelectionModel()` Returns the default selection model object, which is a `DefaultListSelectionModel`.
    `protected JTableHeader` | `createDefaultTableHeader()` Returns the default table header object, which is a `JTableHeader`.
    `static JScrollPane` | `createScrollPaneForTable(JTable aTable)` Deprecated. As of Swing version 1.0.2, replaced by `new JScrollPane(aTable)`.
    `void` | `doLayout()` Causes this table to lay out its rows and columns.
    `boolean` | `editCellAt(int row, int column)` Programmatically starts editing the cell at `row` and `column`, if those indices are in the valid range, and the cell at those indices is editable.
    `boolean` | `editCellAt(int row, int column, EventObject e)` Programmatically starts editing the cell at `row` and `column`, if those indices are in the valid range, and the cell at those indices is editable.
    `void` | `editingCanceled(ChangeEvent e)` Invoked when editing is canceled.
    `void` | `editingStopped(ChangeEvent e)` Invoked when editing is finished.
    `AccessibleContext` | `getAccessibleContext()` Gets the AccessibleContext associated with this JTable.
    `boolean` | `getAutoCreateColumnsFromModel()` Determines whether the table will create default columns from the model.
    `boolean` | `getAutoCreateRowSorter()` Returns `true` if whenever the model changes, a new `RowSorter` should be created and installed as the table's sorter; otherwise, returns `false`.
    `int` | `getAutoResizeMode()` Returns the auto resize mode of the table.
    `TableCellEditor` | `getCellEditor()` Returns the active cell editor, which is `null` if the table is not currently editing.
    `TableCellEditor` | `getCellEditor(int row, int column)` Returns an appropriate editor for the cell specified by `row` and `column`.
    `Rectangle` | `getCellRect(int row, int column, boolean includeSpacing)` Returns a rectangle for the cell that lies at the intersection of `row` and `column`.
    `TableCellRenderer` | `getCellRenderer(int row, int column)` Returns an appropriate renderer for the cell specified by this row and column.
    `boolean` | `getCellSelectionEnabled()` Returns true if both row and column selection models are enabled.
    `TableColumn` | `getColumn(Object identifier)` Returns the `TableColumn` object for the column in the table whose identifier is equal to `identifier`, when compared using `equals`.
    `Class<?>` | `getColumnClass(int column)` Returns the type of the column appearing in the view at column position `column`.
    `int` | `getColumnCount()` Returns the number of columns in the column model.
    `TableColumnModel` | `getColumnModel()` Returns the `TableColumnModel` that contains all column information of this table.
    `String` | `getColumnName(int column)` Returns the name of the column appearing in the view at column position `column`.
    `boolean` | `getColumnSelectionAllowed()` Returns true if columns can be selected.
    `TableCellEditor` | `getDefaultEditor(Class<?> columnClass)` Returns the editor to be used when no editor has been set in a `TableColumn`.
    `TableCellRenderer` | `getDefaultRenderer(Class<?> columnClass)` Returns the cell renderer to be used when no renderer has been set in a `TableColumn`.
    `boolean` | `getDragEnabled()` Returns whether or not automatic drag handling is enabled.
    `JTable.DropLocation` | `getDropLocation()` Returns the location that this component should visually indicate as the drop location during a DnD operation over the component, or `null` if no location is to currently be shown.
    `DropMode` | `getDropMode()` Returns the drop mode for this component.
    `int` | `getEditingColumn()` Returns the index of the column that contains the cell currently being edited.
    `int` | `getEditingRow()` Returns the index of the row that contains the cell currently being edited.
    `Component` | `getEditorComponent()` Returns the component that is handling the editing session.
    `boolean` | `getFillsViewportHeight()` Returns whether or not this table is always made large enough to fill the height of an enclosing viewport.
    `Color` | `getGridColor()` Returns the color used to draw grid lines.
    `Dimension` | `getIntercellSpacing()` Returns the horizontal and vertical space between cells.
    `TableModel` | `getModel()` Returns the `TableModel` that provides the data displayed by this `JTable`.
    `Dimension` | `getPreferredScrollableViewportSize()` Returns the preferred size of the viewport for this table.
    `Printable` | `getPrintable(JTable.PrintMode printMode, MessageFormat headerFormat, MessageFormat footerFormat)` Return a `Printable` for use in printing this JTable.
    `int` | `getRowCount()` Returns the number of rows that can be shown in the `JTable`, given unlimited space.
    `int` | `getRowHeight()` Returns the height of a table row, in pixels.
    `int` | `getRowHeight(int row)` Returns the height, in pixels, of the cells in `row`.
    `int` | `getRowMargin()` Gets the amount of empty space, in pixels, between cells.
    `boolean` | `getRowSelectionAllowed()` Returns true if rows can be selected.
    `RowSorter<? extends TableModel>` | `getRowSorter()` Returns the object responsible for sorting.
    `int` | `getScrollableBlockIncrement(Rectangle visibleRect, int orientation, int direction)` Returns `visibleRect.height` or `visibleRect.width`, depending on this table's orientation.
    `boolean` | `getScrollableTracksViewportHeight()` Returns `false` to indicate that the height of the viewport does not determine the height of the table, unless `getFillsViewportHeight` is `true` and the preferred height of the table is smaller than the viewport's height.
    `boolean` | `getScrollableTracksViewportWidth()` Returns false if `autoResizeMode` is set to `AUTO_RESIZE_OFF`, which indicates that the width of the viewport does not determine the width of the table.
    `int` | `getScrollableUnitIncrement(Rectangle visibleRect, int orientation, int direction)` Returns the scroll increment (in pixels) that completely exposes one new row or column (depending on the orientation).
    `int` | `getSelectedColumn()` Returns the index of the first selected column, -1 if no column is selected.
    `int` | `getSelectedColumnCount()` Returns the number of selected columns.
    `int[]` | `getSelectedColumns()` Returns the indices of all selected columns.
    `int` | `getSelectedRow()` Returns the index of the first selected row, -1 if no row is selected.
    `int` | `getSelectedRowCount()` Returns the number of selected rows.
    `int[]` | `getSelectedRows()` Returns the indices of all selected rows.
    `Color` | `getSelectionBackground()` Returns the background color for selected cells.
    `Color` | `getSelectionForeground()` Returns the foreground color for selected cells.
    `ListSelectionModel` | `getSelectionModel()` Returns the `ListSelectionModel` that is used to maintain row selection state.
    `boolean` | `getShowHorizontalLines()` Returns true if the table draws horizontal lines between cells, false if it doesn't.
    `boolean` | `getShowVerticalLines()` Returns true if the table draws vertical lines between cells, false if it doesn't.
    `boolean` | `getSurrendersFocusOnKeystroke()` Returns true if the editor should get the focus when keystrokes cause the editor to be activated
    `JTableHeader` | `getTableHeader()` Returns the `tableHeader` used by this `JTable`.
    `String` | `getToolTipText(MouseEvent event)` Overrides `JComponent`'s `getToolTipText` method in order to allow the renderer's tips to be used if it has text set.
    `TableUI` | `getUI()` Returns the L&F object that renders this component.
    `String` | `getUIClassID()` Returns the suffix used to construct the name of the L&F class used to render this component.
    `boolean` | `getUpdateSelectionOnSort()` Returns true if the selection should be updated after sorting.
    `Object` | `getValueAt(int row, int column)` Returns the cell value at `row` and `column`.
    `protected void` | `initializeLocalVars()` Initializes table properties to their default values.
    `boolean` | `isCellEditable(int row, int column)` Returns true if the cell at `row` and `column` is editable.
    `boolean` | `isCellSelected(int row, int column)` Returns true if the specified indices are in the valid range of rows and columns and the cell at the specified position is selected.
    `boolean` | `isColumnSelected(int column)` Returns true if the specified index is in the valid range of columns, and the column at that index is selected.
    `boolean` | `isEditing()` Returns true if a cell is being edited.
    `boolean` | `isRowSelected(int row)` Returns true if the specified index is in the valid range of rows, and the row at that index is selected.
    `void` | `moveColumn(int column, int targetColumn)` Moves the column `column` to the position currently occupied by the column `targetColumn` in the view.
    `protected String` | `paramString()` Returns a string representation of this table.
    `Component` | `prepareEditor(TableCellEditor editor, int row, int column)` Prepares the editor by querying the data model for the value and selection state of the cell at `row`, `column`.
    `Component` | `prepareRenderer(TableCellRenderer renderer, int row, int column)` Prepares the renderer by querying the data model for the value and selection state of the cell at `row`, `column`.
    `boolean` | `print()` A convenience method that displays a printing dialog, and then prints this `JTable` in mode `PrintMode.FIT_WIDTH`, with no header or footer text.
    `boolean` | `print(JTable.PrintMode printMode)` A convenience method that displays a printing dialog, and then prints this `JTable` in the given printing mode, with no header or footer text.
    `boolean` | `print(JTable.PrintMode printMode, MessageFormat headerFormat, MessageFormat footerFormat)` A convenience method that displays a printing dialog, and then prints this `JTable` in the given printing mode, with the specified header and footer text.
    `boolean` | `print(JTable.PrintMode printMode, MessageFormat headerFormat, MessageFormat footerFormat, boolean showPrintDialog, PrintRequestAttributeSet attr, boolean interactive)` Prints this table, as specified by the fully featured `print` method, with the default printer specified as the print service.
    `boolean` | `print(JTable.PrintMode printMode, MessageFormat headerFormat, MessageFormat footerFormat, boolean showPrintDialog, PrintRequestAttributeSet attr, boolean interactive, PrintService service)` Prints this `JTable`.
    `protected boolean` | `processKeyBinding(KeyStroke ks, KeyEvent e, int condition, boolean pressed)` Invoked to process the key bindings for `ks` as the result of the `KeyEvent` `e`.
    `void` | `removeColumn(TableColumn aColumn)` Removes `aColumn` from this `JTable`'s array of columns.
    `void` | `removeColumnSelectionInterval(int index0, int index1)` Deselects the columns from `index0` to `index1`, inclusive.
    `void` | `removeEditor()` Discards the editor object and frees the real estate it used for cell rendering.
    `void` | `removeNotify()` Calls the `unconfigureEnclosingScrollPane` method.
    `void` | `removeRowSelectionInterval(int index0, int index1)` Deselects the rows from `index0` to `index1`, inclusive.
    `protected void` | `resizeAndRepaint()` Equivalent to `revalidate` followed by `repaint`.
    `int` | `rowAtPoint(Point point)` Returns the index of the row that `point` lies in, or -1 if the result is not in the range [0, `getRowCount()`-1].
    `void` | `selectAll()` Selects all rows, columns, and cells in the table.
    `void` | `setAutoCreateColumnsFromModel(boolean autoCreateColumnsFromModel)` Sets this table's `autoCreateColumnsFromModel` flag.
    `void` | `setAutoCreateRowSorter(boolean autoCreateRowSorter)` Specifies whether a `RowSorter` should be created for the table whenever its model changes.
    `void` | `setAutoResizeMode(int mode)` Sets the table's auto resize mode when the table is resized.
    `void` | `setCellEditor(TableCellEditor anEditor)` Sets the active cell editor.
    `void` | `setCellSelectionEnabled(boolean cellSelectionEnabled)` Sets whether this table allows both a column selection and a row selection to exist simultaneously.
    `void` | `setColumnModel(TableColumnModel columnModel)` Sets the column model for this table to `newModel` and registers for listener notifications from the new column model.
    `void` | `setColumnSelectionAllowed(boolean columnSelectionAllowed)` Sets whether the columns in this model can be selected.
    `void` | `setColumnSelectionInterval(int index0, int index1)` Selects the columns from `index0` to `index1`, inclusive.
    `void` | `setDefaultEditor(Class<?> columnClass, TableCellEditor editor)` Sets a default cell editor to be used if no editor has been set in a `TableColumn`.
    `void` | `setDefaultRenderer(Class<?> columnClass, TableCellRenderer renderer)` Sets a default cell renderer to be used if no renderer has been set in a `TableColumn`.
    `void` | `setDragEnabled(boolean b)` Turns on or off automatic drag handling.
    `void` | `setDropMode(DropMode dropMode)` Sets the drop mode for this component.
    `void` | `setEditingColumn(int aColumn)` Sets the `editingColumn` variable.
    `void` | `setEditingRow(int aRow)` Sets the `editingRow` variable.
    `void` | `setFillsViewportHeight(boolean fillsViewportHeight)` Sets whether or not this table is always made large enough to fill the height of an enclosing viewport.
    `void` | `setGridColor(Color gridColor)` Sets the color used to draw grid lines to `gridColor` and redisplays.
    `void` | `setIntercellSpacing(Dimension intercellSpacing)` Sets the `rowMargin` and the `columnMargin` -- the height and width of the space between cells -- to `intercellSpacing`.
    `void` | `setModel(TableModel dataModel)` Sets the data model for this table to `newModel` and registers with it for listener notifications from the new data model.
    `void` | `setPreferredScrollableViewportSize(Dimension size)` Sets the preferred size of the viewport for this table.
    `void` | `setRowHeight(int rowHeight)` Sets the height, in pixels, of all cells to `rowHeight`, revalidates, and repaints.
    `void` | `setRowHeight(int row, int rowHeight)` Sets the height for `row` to `rowHeight`, revalidates, and repaints.
    `void` | `setRowMargin(int rowMargin)` Sets the amount of empty space between cells in adjacent rows.
    `void` | `setRowSelectionAllowed(boolean rowSelectionAllowed)` Sets whether the rows in this model can be selected.
    `void` | `setRowSelectionInterval(int index0, int index1)` Selects the rows from `index0` to `index1`, inclusive.
    `void` | `setRowSorter(RowSorter<? extends TableModel> sorter)` Sets the `RowSorter`.
    `void` | `setSelectionBackground(Color selectionBackground)` Sets the background color for selected cells.
    `void` | `setSelectionForeground(Color selectionForeground)` Sets the foreground color for selected cells.
    `void` | `setSelectionMode(int selectionMode)` Sets the table's selection mode to allow only single selections, a single contiguous interval, or multiple intervals.
    `void` | `setSelectionModel(ListSelectionModel newModel)` Sets the row selection model for this table to `newModel` and registers for listener notifications from the new selection model.
    `void` | `setShowGrid(boolean showGrid)` Sets whether the table draws grid lines around cells.
    `void` | `setShowHorizontalLines(boolean showHorizontalLines)` Sets whether the table draws horizontal lines between cells.
    `void` | `setShowVerticalLines(boolean showVerticalLines)` Sets whether the table draws vertical lines between cells.
    `void` | `setSurrendersFocusOnKeystroke(boolean surrendersFocusOnKeystroke)` Sets whether editors in this JTable get the keyboard focus when an editor is activated as a result of the JTable forwarding keyboard events for a cell.
    `void` | `setTableHeader(JTableHeader tableHeader)` Sets the `tableHeader` working with this `JTable` to `newHeader`.
    `void` | `setUI(TableUI ui)` Sets the L&F object that renders this component and repaints.
    `void` | `setUpdateSelectionOnSort(boolean update)` Specifies whether the selection should be updated after sorting.
    `void` | `setValueAt(Object aValue, int row, int column)` Sets the value for the cell in the table model at `row` and `column`.
    `void` | `sizeColumnsToFit(boolean lastColumnOnly)` Deprecated. As of Swing version 1.0.3, replaced by `doLayout()`.
    `void` | `sizeColumnsToFit(int resizingColumn)` Obsolete as of Java 2 platform v1.4.
    `void` | `sorterChanged(RowSorterEvent e)` `RowSorterListener` notification that the `RowSorter` has changed in some way.
    `void` | `tableChanged(TableModelEvent e)` Invoked when this table's `TableModel` generates a `TableModelEvent`.
    `protected void` | `unconfigureEnclosingScrollPane()` Reverses the effect of `configureEnclosingScrollPane` by replacing the `columnHeaderView` of the enclosing scroll pane with `null`.
    `void` | `updateUI()` Notification from the `UIManager` that the L&F has changed.
    `void` | `valueChanged(ListSelectionEvent e)` Invoked when the row selection changes -- repaints to show the new selection.

    - ### Methods inherited from class javax.swing.JComponent

      `addAncestorListener, addVetoableChangeListener, computeVisibleRect, contains, createToolTip, disable, enable, firePropertyChange, firePropertyChange, firePropertyChange, fireVetoableChange, getActionForKeyStroke, getActionMap, getAlignmentX, getAlignmentY, getAncestorListeners, getAutoscrolls, getBaseline, getBaselineResizeBehavior, getBorder, getBounds, getClientProperty, getComponentGraphics, getComponentPopupMenu, getConditionForKeyStroke, getDebugGraphicsOptions, getDefaultLocale, getFontMetrics, getGraphics, getHeight, getInheritsPopupMenu, getInputMap, getInputMap, getInputVerifier, getInsets, getInsets, getListeners, getLocation, getMaximumSize, getMinimumSize, getNextFocusableComponent, getPopupLocation, getPreferredSize, getRegisteredKeyStrokes, getRootPane, getSize, getToolTipLocation, getToolTipText, getTopLevelAncestor, getTransferHandler, getVerifyInputWhenFocusTarget, getVetoableChangeListeners, getVisibleRect, getWidth, getX, getY, grabFocus, isDoubleBuffered, isLightweightComponent, isManagingFocus, isOpaque, isOptimizedDrawingEnabled, isPaintingForPrint, isPaintingTile, isRequestFocusEnabled, isValidateRoot, paint, paintBorder, paintChildren, paintComponent, paintImmediately, paintImmediately, print, printAll, printBorder, printChildren, printComponent, processComponentKeyEvent, processKeyEvent, processMouseEvent, processMouseMotionEvent, putClientProperty, registerKeyboardAction, registerKeyboardAction, removeAncestorListener, removeVetoableChangeListener, repaint, repaint, requestDefaultFocus, requestFocus, requestFocus, requestFocusInWindow, requestFocusInWindow, resetKeyboardActions, reshape, revalidate, scrollRectToVisible, setActionMap, setAlignmentX, setAlignmentY, setAutoscrolls, setBackground, setBorder, setComponentPopupMenu, setDebugGraphicsOptions, setDefaultLocale, setDoubleBuffered, setEnabled, setFocusTraversalKeys, setFont, setForeground, setInheritsPopupMenu, setInputMap, setInputVerifier, setMaximumSize, setMinimumSize, setNextFocusableComponent, setOpaque, setPreferredSize, setRequestFocusEnabled, setToolTipText, setTransferHandler, setUI, setVerifyInputWhenFocusTarget, setVisible, unregisterKeyboardAction, update`

    - ### Methods inherited from class java.awt.Container

      `add, add, add, add, add, addContainerListener, addImpl, addPropertyChangeListener, addPropertyChangeListener, applyComponentOrientation, areFocusTraversalKeysSet, countComponents, deliverEvent, findComponentAt, findComponentAt, getComponent, getComponentAt, getComponentAt, getComponentCount, getComponents, getComponentZOrder, getContainerListeners, getFocusTraversalKeys, getFocusTraversalPolicy, getLayout, getMousePosition, insets, invalidate, isAncestorOf, isFocusCycleRoot, isFocusCycleRoot, isFocusTraversalPolicyProvider, isFocusTraversalPolicySet, layout, list, list, locate, minimumSize, paintComponents, preferredSize, printComponents, processContainerEvent, processEvent, remove, remove, removeAll, removeContainerListener, setComponentZOrder, setFocusCycleRoot, setFocusTraversalPolicy, setFocusTraversalPolicyProvider, setLayout, transferFocusDownCycle, validate, validateTree`

    - ### Methods inherited from class java.awt.Component

      `action, add, addComponentListener, addFocusListener, addHierarchyBoundsListener, addHierarchyListener, addInputMethodListener, addKeyListener, addMouseListener, addMouseMotionListener, addMouseWheelListener, bounds, checkImage, checkImage, coalesceEvents, contains, createImage, createImage, createVolatileImage, createVolatileImage, disableEvents, dispatchEvent, enable, enableEvents, enableInputMethods, firePropertyChange, firePropertyChange, firePropertyChange, firePropertyChange, firePropertyChange, firePropertyChange, getBackground, getBounds, getColorModel, getComponentListeners, getComponentOrientation, getCursor, getDropTarget, getFocusCycleRootAncestor, getFocusListeners, getFocusTraversalKeysEnabled, getFont, getForeground, getGraphicsConfiguration, getHierarchyBoundsListeners, getHierarchyListeners, getIgnoreRepaint, getInputContext, getInputMethodListeners, getInputMethodRequests, getKeyListeners, getLocale, getLocation, getLocationOnScreen, getMouseListeners, getMouseMotionListeners, getMousePosition, getMouseWheelListeners, getName, getParent, getPeer, getPropertyChangeListeners, getPropertyChangeListeners, getSize, getToolkit, getTreeLock, gotFocus, handleEvent, hasFocus, hide, imageUpdate, inside, isBackgroundSet, isCursorSet, isDisplayable, isEnabled, isFocusable, isFocusOwner, isFocusTraversable, isFontSet, isForegroundSet, isLightweight, isMaximumSizeSet, isMinimumSizeSet, isPreferredSizeSet, isShowing, isValid, isVisible, keyDown, keyUp, list, list, list, location, lostFocus, mouseDown, mouseDrag, mouseEnter, mouseExit, mouseMove, mouseUp, move, nextFocus, paintAll, postEvent, prepareImage, prepareImage, processComponentEvent, processFocusEvent, processHierarchyBoundsEvent, processHierarchyEvent, processInputMethodEvent, processMouseWheelEvent, remove, removeComponentListener, removeFocusListener, removeHierarchyBoundsListener, removeHierarchyListener, removeInputMethodListener, removeKeyListener, removeMouseListener, removeMouseMotionListener, removeMouseWheelListener, removePropertyChangeListener, removePropertyChangeListener, repaint, repaint, repaint, resize, resize, setBounds, setBounds, setComponentOrientation, setCursor, setDropTarget, setFocusable, setFocusTraversalKeysEnabled, setIgnoreRepaint, setLocale, setLocation, setLocation, setName, setSize, setSize, show, show, size, toString, transferFocus, transferFocusBackward, transferFocusUpCycle`

    - ### Methods inherited from class java.lang.Object

      `clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait`

- - ### Field Detail

    - #### AUTO_RESIZE_OFF

          public static final int AUTO_RESIZE_OFF

      Do not adjust column widths automatically; use a horizontal scrollbar instead.
      See Also:
        Constant Field Values

    - #### AUTO_RESIZE_NEXT_COLUMN

          public static final int AUTO_RESIZE_NEXT_COLUMN

      When a column is adjusted in the UI, adjust the next column the opposite way.
      See Also:
        Constant Field Values

    - #### AUTO_RESIZE_SUBSEQUENT_COLUMNS

          public static final int AUTO_RESIZE_SUBSEQUENT_COLUMNS

      During UI adjustment, change subsequent columns to preserve the total width; this is the default behavior.
      See Also:
        Constant Field Values

    - #### AUTO_RESIZE_LAST_COLUMN

          public static final int AUTO_RESIZE_LAST_COLUMN

      During all resize operations, apply adjustments to the last column only.
      See Also:
        Constant Field Values

    - #### AUTO_RESIZE_ALL_COLUMNS

          public static final int AUTO_RESIZE_ALL_COLUMNS

      During all resize operations, proportionately resize all columns.
      See Also:
        Constant Field Values

    - #### dataModel

          protected TableModel dataModel

      The `TableModel` of the table.

    - #### columnModel

          protected TableColumnModel columnModel

      The `TableColumnModel` of the table.

    - #### selectionModel

          protected ListSelectionModel selectionModel

      The `ListSelectionModel` of the table, used to keep track of row selections.

    - #### tableHeader

          protected JTableHeader tableHeader

      The `TableHeader` working with the table.

    - #### rowHeight

          protected int rowHeight

      The height in pixels of each row in the table.

    - #### rowMargin

          protected int rowMargin

      The height in pixels of the margin between the cells in each row.

    - #### gridColor

          protected Color gridColor

      The color of the grid.

    - #### showHorizontalLines

          protected boolean showHorizontalLines

      The table draws horizontal lines between cells if `showHorizontalLines` is true.

    - #### showVerticalLines

          protected boolean showVerticalLines

      The table draws vertical lines between cells if `showVerticalLines` is true.

    - #### autoResizeMode

          protected int autoResizeMode

      Determines if the table automatically resizes the width of the table's columns to take up the entire width of the table, and how it does the resizing.

    - #### autoCreateColumnsFromModel

          protected boolean autoCreateColumnsFromModel

      The table will query the `TableModel` to build the default set of columns if this is true.

    - #### preferredViewportSize

          protected Dimension preferredViewportSize

      Used by the `Scrollable` interface to determine the initial visible area.

    - #### rowSelectionAllowed

          protected boolean rowSelectionAllowed

      True if row selection is allowed in this table.

    - #### cellSelectionEnabled

          protected boolean cellSelectionEnabled

      Obsolete as of Java 2 platform v1.3. Please use the `rowSelectionAllowed` property and the `columnSelectionAllowed` property of the `columnModel` instead. Or use the method `getCellSelectionEnabled`.

    - #### editorComp

          protected transient Component editorComp

      If editing, the `Component` that is handling the editing.

    - #### cellEditor

          protected transient TableCellEditor cellEditor

      The active cell editor object, that overwrites the screen real estate occupied by the current cell and allows the user to change its contents. `null` if the table isn't currently editing.

    - #### editingColumn

          protected transient int editingColumn

      Identifies the column of the cell being edited.

    - #### editingRow

          protected transient int editingRow

      Identifies the row of the cell being edited.

    - #### defaultRenderersByColumnClass

          protected transient Hashtable defaultRenderersByColumnClass

      A table of objects that display the contents of a cell, indexed by class as declared in `getColumnClass` in the `TableModel` interface.

    - #### defaultEditorsByColumnClass

          protected transient Hashtable defaultEditorsByColumnClass

      A table of objects that display and edit the contents of a cell, indexed by class as declared in `getColumnClass` in the `TableModel` interface.

    - #### selectionForeground

          protected Color selectionForeground

      The foreground color of selected cells.

    - #### selectionBackground

          protected Color selectionBackground

      The background color of selected cells.

  - ### Constructor Detail

    - #### JTable

          public JTable()

      Constructs a default `JTable` that is initialized with a default data model, a default column model, and a default selection model.
      See Also:
        `createDefaultDataModel()`, `createDefaultColumnModel()`, `createDefaultSelectionModel()`

    - #### JTable

          public JTable(TableModel dm)

      Constructs a `JTable` that is initialized with `dm` as the data model, a default column model, and a default selection model.
      Parameters:
        `dm` - the data model for the table
      See Also:
        `createDefaultColumnModel()`, `createDefaultSelectionModel()`

    - #### JTable

          public JTable(TableModel dm,
                TableColumnModel cm)

      Constructs a `JTable` that is initialized with `dm` as the data model, `cm` as the column model, and a default selection model.
      Parameters:
        `dm` - the data model for the table
        `cm` - the column model for the table
      See Also:
        `createDefaultSelectionModel()`

    - #### JTable

          public JTable(TableModel dm,
                TableColumnModel cm,
                ListSelectionModel sm)

      Constructs a `JTable` that is initialized with `dm` as the data model, `cm` as the column model, and `sm` as the selection model. If any of the parameters are `null` this method will initialize the table with the corresponding default model. The `autoCreateColumnsFromModel` flag is set to false if `cm` is non-null, otherwise it is set to true and the column model is populated with suitable `TableColumns` for the columns in `dm`.
      Parameters:
        `dm` - the data model for the table
        `cm` - the column model for the table
        `sm` - the row selection model for the table
      See Also:
        `createDefaultDataModel()`, `createDefaultColumnModel()`, `createDefaultSelectionModel()`

    - #### JTable

          public JTable(int numRows,
                int numColumns)

      Constructs a `JTable` with `numRows` and `numColumns` of empty cells using `DefaultTableModel`. The columns will have names of the form "A", "B", "C", etc.
      Parameters:
        `numRows` - the number of rows the table holds
        `numColumns` - the number of columns the table holds
      See Also:
        `DefaultTableModel`

    - #### JTable

          public JTable(Vector rowData,
                Vector columnNames)

      Constructs a `JTable` to display the values in the `Vector` of `Vectors`, `rowData`, with column names, `columnNames`. The `Vectors` contained in `rowData` should contain the values for that row. In other words, the value of the cell at row 1, column 5 can be obtained with the following code:

          ((Vector)rowData.elementAt(1)).elementAt(5);

      Parameters:
        `rowData` - the data for the new table
        `columnNames` - names of each column

    - #### JTable

          public JTable(Object[][] rowData,
                Object[] columnNames)

      Constructs a `JTable` to display the values in the two dimensional array, `rowData`, with column names, `columnNames`. `rowData` is an array of rows, so the value of the cell at row 1, column 5 can be obtained with the following code:

           rowData[1][5];

      All rows must be of the same length as `columnNames`.

      Parameters:
        `rowData` - the data for the new table
        `columnNames` - names of each column

  - ### Method Detail

    - #### addNotify

          public void addNotify()

      Calls the `configureEnclosingScrollPane` method.
      Overrides:
        `addNotify` in class `JComponent`
      See Also:
        `configureEnclosingScrollPane()`

    - #### configureEnclosingScrollPane

          protected void configureEnclosingScrollPane()

      If this `JTable` is the `viewportView` of an enclosing `JScrollPane` (the usual situation), configure this `ScrollPane` by, amongst other things, installing the table's `tableHeader` as the `columnHeaderView` of the scroll pane. When a `JTable` is added to a `JScrollPane` in the usual way, using `new JScrollPane(myTable)`, `addNotify` is called in the `JTable` (when the table is added to the viewport). `JTable`'s `addNotify` method in turn calls this method, which is protected so that this default installation procedure can be overridden by a subclass.
      See Also:
        `addNotify()`

    - #### removeNotify

          public void removeNotify()

      Calls the `unconfigureEnclosingScrollPane` method.
      Overrides:
        `removeNotify` in class `JComponent`
      See Also:
        `unconfigureEnclosingScrollPane()`

    - #### unconfigureEnclosingScrollPane

          protected void unconfigureEnclosingScrollPane()

      Reverses the effect of `configureEnclosingScrollPane` by replacing the `columnHeaderView` of the enclosing scroll pane with `null`. `JTable`'s `removeNotify` method calls this method, which is protected so that this default uninstallation procedure can be overridden by a subclass.
      Since:
        1.3
      See Also:
        `removeNotify()`, `configureEnclosingScrollPane()`

    - #### createScrollPaneForTable

          @Deprecated
          public static JScrollPane createScrollPaneForTable(JTable aTable)

      Deprecated. As of Swing version 1.0.2, replaced by `new JScrollPane(aTable)`.
      Equivalent to `new JScrollPane(aTable)`.

    - #### setTableHeader

          public void setTableHeader(JTableHeader tableHeader)

      Sets the `tableHeader` working with this `JTable` to `newHeader`. It is legal to have a `null` `tableHeader`.
      Parameters:
        `tableHeader` - new tableHeader
      See Also:
        `getTableHeader()`

    - #### getTableHeader

          public JTableHeader getTableHeader()

      Returns the `tableHeader` used by this `JTable`.
      Returns:
        the `tableHeader` used by this table
      See Also:
        `setTableHeader(javax.swing.table.JTableHeader)`

    - #### setRowHeight

          public void setRowHeight(int rowHeight)

      Sets the height, in pixels, of all cells to `rowHeight`, revalidates, and repaints. The height of the cells will be equal to the row height minus the row margin.
      Parameters:
        `rowHeight` - new row height
      Throws:
        `IllegalArgumentException` - if `rowHeight` is less than 1
      See Also:
        `getRowHeight()`

    - #### getRowHeight

          public int getRowHeight()

      Returns the height of a table row, in pixels. The default row height is 16.0.
      Returns:
        the height in pixels of a table row
      See Also:
        `setRowHeight(int)`

    - #### setRowHeight

          public void setRowHeight(int row,
                          int rowHeight)

      Sets the height for `row` to `rowHeight`, revalidates, and repaints. The height of the cells in this row will be equal to the row height minus the row margin.
      Parameters:
        `row` - the row whose height is being changed
        `rowHeight` - new row height, in pixels
      Throws:
        `IllegalArgumentException` - if `rowHeight` is less than 1
      Since:
        1.3

    - #### getRowHeight

          public int getRowHeight(int row)

      Returns the height, in pixels, of the cells in `row`.
      Parameters:
        `row` - the row whose height is to be returned
      Returns:
        the height, in pixels, of the cells in the row
      Since:
        1.3

    - #### setRowMargin

          public void setRowMargin(int rowMargin)

      Sets the amount of empty space between cells in adjacent rows.
      Parameters:
        `rowMargin` - the number of pixels between cells in a row
      See Also:
        `getRowMargin()`

    - #### getRowMargin

          public int getRowMargin()

      Gets the amount of empty space, in pixels, between cells. Equivalent to: `getIntercellSpacing().height`.
      Returns:
        the number of pixels between cells in a row
      See Also:
        `setRowMargin(int)`

    - #### setIntercellSpacing

          public void setIntercellSpacing(Dimension intercellSpacing)

      Sets the `rowMargin` and the `columnMargin` -- the height and width of the space between cells -- to `intercellSpacing`.
      Parameters:
        `intercellSpacing` - a `Dimension` specifying the new width and height between cells
      See Also:
        `getIntercellSpacing()`

    - #### getIntercellSpacing

          public Dimension getIntercellSpacing()

      Returns the horizontal and vertical space between cells. The default spacing is (1, 1), which provides room to draw the grid.
      Returns:
        the horizontal and vertical spacing between cells
      See Also:
        `setIntercellSpacing(java.awt.Dimension)`

    - #### setGridColor

          public void setGridColor(Color gridColor)

      Sets the color used to draw grid lines to `gridColor` and redisplays. The default color is look and feel dependent.
      Parameters:
        `gridColor` - the new color of the grid lines
      Throws:
        `IllegalArgumentException` - if `gridColor` is `null`
      See Also:
        `getGridColor()`

    - #### getGridColor

          public Color getGridColor()

      Returns the color used to draw grid lines. The default color is look and feel dependent.
      Returns:
        the color used to draw grid lines
      See Also:
        `setGridColor(java.awt.Color)`

    - #### setShowGrid

          public void setShowGrid(boolean showGrid)

      Sets whether the table draws grid lines around cells. If `showGrid` is true it does; if it is false it doesn't. There is no `getShowGrid` method as this state is held in two variables -- `showHorizontalLines` and `showVerticalLines` -- each of which can be queried independently.
      Parameters:
        `showGrid` - true if table view should draw grid lines
      See Also:
        `setShowVerticalLines(boolean)`, `setShowHorizontalLines(boolean)`

    - #### setShowHorizontalLines

          public void setShowHorizontalLines(boolean showHorizontalLines)

      Sets whether the table draws horizontal lines between cells. If `showHorizontalLines` is true it does; if it is false it doesn't.
      Parameters:
        `showHorizontalLines` - true if table view should draw horizontal lines
      See Also:
        `getShowHorizontalLines()`, `setShowGrid(boolean)`, `setShowVerticalLines(boolean)`

    - #### setShowVerticalLines

          public void setShowVerticalLines(boolean showVerticalLines)

      Sets whether the table draws vertical lines between cells. If `showVerticalLines` is true it does; if it is false it doesn't.
      Parameters:
        `showVerticalLines` - true if table view should draw vertical lines
      See Also:
        `getShowVerticalLines()`, `setShowGrid(boolean)`, `setShowHorizontalLines(boolean)`

    - #### getShowHorizontalLines

          public boolean getShowHorizontalLines()

      Returns true if the table draws horizontal lines between cells, false if it doesn't. The default is true.
      Returns:
        true if the table draws horizontal lines between cells, false if it doesn't
      See Also:
        `setShowHorizontalLines(boolean)`

    - #### getShowVerticalLines

          public boolean getShowVerticalLines()

      Returns true if the table draws vertical lines between cells, false if it doesn't. The default is true.
      Returns:
        true if the table draws vertical lines between cells, false if it doesn't
      See Also:
        `setShowVerticalLines(boolean)`

    - #### setAutoResizeMode

          public void setAutoResizeMode(int mode)

      Sets the table's auto resize mode when the table is resized. For further information on how the different resize modes work, see `doLayout()`.
      Parameters:
        `mode` - One of 5 legal values: AUTO_RESIZE_OFF, AUTO_RESIZE_NEXT_COLUMN, AUTO_RESIZE_SUBSEQUENT_COLUMNS, AUTO_RESIZE_LAST_COLUMN, AUTO_RESIZE_ALL_COLUMNS
      See Also:
        `getAutoResizeMode()`, `doLayout()`

    - #### getAutoResizeMode

          public int getAutoResizeMode()

      Returns the auto resize mode of the table. The default mode is AUTO_RESIZE_SUBSEQUENT_COLUMNS.
      Returns:
        the autoResizeMode of the table
      See Also:
        `setAutoResizeMode(int)`, `doLayout()`

    - #### setAutoCreateColumnsFromModel

          public void setAutoCreateColumnsFromModel(boolean autoCreateColumnsFromModel)

      Sets this table's `autoCreateColumnsFromModel` flag. This method calls `createDefaultColumnsFromModel` if `autoCreateColumnsFromModel` changes from false to true.
      Parameters:
        `autoCreateColumnsFromModel` - true if `JTable` should automatically create columns
      See Also:
        `getAutoCreateColumnsFromModel()`, `createDefaultColumnsFromModel()`

    - #### getAutoCreateColumnsFromModel

          public boolean getAutoCreateColumnsFromModel()

      Determines whether the table will create default columns from the model. If true, `setModel` will clear any existing columns and create new columns from the new model. Also, if the event in the `tableChanged` notification specifies that the entire table changed, then the columns will be rebuilt. The default is true.
      Returns:
        the autoCreateColumnsFromModel of the table
      See Also:
        `setAutoCreateColumnsFromModel(boolean)`, `createDefaultColumnsFromModel()`

    - #### createDefaultColumnsFromModel

          public void createDefaultColumnsFromModel()

      Creates default columns for the table from the data model using the `getColumnCount` method defined in the `TableModel` interface.

      Clears any existing columns before creating the new columns based on information from the model.

      See Also:
        `getAutoCreateColumnsFromModel()`

    - #### setDefaultRenderer

          public void setDefaultRenderer(Class<?> columnClass,
                                TableCellRenderer renderer)

      Sets a default cell renderer to be used if no renderer has been set in a `TableColumn`. If renderer is `null`, removes the default renderer for this column class.
      Parameters:
        `columnClass` - set the default cell renderer for this columnClass
        `renderer` - default cell renderer to be used for this columnClass
      See Also:
        `getDefaultRenderer(java.lang.Class)`, `setDefaultEditor(java.lang.Class, javax.swing.table.TableCellEditor)`

    - #### getDefaultRenderer

          public TableCellRenderer getDefaultRenderer(Class<?> columnClass)

      Returns the cell renderer to be used when no renderer has been set in a `TableColumn`. During the rendering of cells the renderer is fetched from a `Hashtable` of entries according to the class of the cells in the column. If there is no entry for this `columnClass` the method returns the entry for the most specific superclass. The `JTable` installs entries for `Object`, `Number`, and `Boolean`, all of which can be modified or replaced.
      Parameters:
        `columnClass` - return the default cell renderer for this columnClass
      Returns:
        the renderer for this columnClass
      See Also:
        `setDefaultRenderer(java.lang.Class, javax.swing.table.TableCellRenderer)`, `getColumnClass(int)`

    - #### setDefaultEditor

          public void setDefaultEditor(Class<?> columnClass,
                              TableCellEditor editor)

      Sets a default cell editor to be used if no editor has been set in a `TableColumn`. If no editing is required in a table, or a particular column in a table, uses the `isCellEditable` method in the `TableModel` interface to ensure that this `JTable` will not start an editor in these columns. If editor is `null`, removes the default editor for this column class.
      Parameters:
        `columnClass` - set the default cell editor for this columnClass
        `editor` - default cell editor to be used for this columnClass
      See Also:
        `TableModel.isCellEditable(int, int)`, `getDefaultEditor(java.lang.Class)`, `setDefaultRenderer(java.lang.Class, javax.swing.table.TableCellRenderer)`

    - #### getDefaultEditor

          public TableCellEditor getDefaultEditor(Class<?> columnClass)

      Returns the editor to be used when no editor has been set in a `TableColumn`. During the editing of cells the editor is fetched from a `Hashtable` of entries according to the class of the cells in the column. If there is no entry for this `columnClass` the method returns the entry for the most specific superclass. The `JTable` installs entries for `Object`, `Number`, and `Boolean`, all of which can be modified or replaced.
      Parameters:
        `columnClass` - return the default cell editor for this columnClass
      Returns:
        the default cell editor to be used for this columnClass
      See Also:
        `setDefaultEditor(java.lang.Class, javax.swing.table.TableCellEditor)`, `getColumnClass(int)`

    - #### setDragEnabled

          public void setDragEnabled(boolean b)

      Turns on or off automatic drag handling. In order to enable automatic drag handling, this property should be set to `true`, and the table's `TransferHandler` needs to be `non-null`. The default value of the `dragEnabled` property is `false`.

      The job of honoring this property, and recognizing a user drag gesture, lies with the look and feel implementation, and in particular, the table's `TableUI`. When automatic drag handling is enabled, most look and feels (including those that subclass `BasicLookAndFeel`) begin a drag and drop operation whenever the user presses the mouse button over an item (in single selection mode) or a selection (in other selection modes) and then moves the mouse a few pixels. Setting this property to `true` can therefore have a subtle effect on how selections behave.

      If a look and feel is used that ignores this property, you can still begin a drag and drop operation by calling `exportAsDrag` on the table's `TransferHandler`.

      Parameters:
        `b` - whether or not to enable automatic drag handling
      Throws:
        `HeadlessException` - if `b` is `true` and `GraphicsEnvironment.isHeadless()` returns `true`
      Since:
        1.4
      See Also:
        `GraphicsEnvironment.isHeadless()`, `getDragEnabled()`, `JComponent.setTransferHandler(javax.swing.TransferHandler)`, `TransferHandler`

    - #### getDragEnabled

          public boolean getDragEnabled()

      Returns whether or not automatic drag handling is enabled.
      Returns:
        the value of the `dragEnabled` property
      Since:
        1.4
      See Also:
        `setDragEnabled(boolean)`

    - #### setDropMode

          public final void setDropMode(DropMode dropMode)

      Sets the drop mode for this component. For backward compatibility, the default for this property is `DropMode.USE_SELECTION`. Usage of one of the other modes is recommended, however, for an improved user experience. `DropMode.ON`, for instance, offers similar behavior of showing items as selected, but does so without affecting the actual selection in the table.

      `JTable` supports the following drop modes:

      - `DropMode.USE_SELECTION`
      - `DropMode.ON`
      - `DropMode.INSERT`
      - `DropMode.INSERT_ROWS`
      - `DropMode.INSERT_COLS`
      - `DropMode.ON_OR_INSERT`
      - `DropMode.ON_OR_INSERT_ROWS`
      - `DropMode.ON_OR_INSERT_COLS`

      The drop mode is only meaningful if this component has a `TransferHandler` that accepts drops.

      Parameters:
        `dropMode` - the drop mode to use
      Throws:
        `IllegalArgumentException` - if the drop mode is unsupported or `null`
      Since:
        1.6
      See Also:
        `getDropMode()`, `getDropLocation()`, `JComponent.setTransferHandler(javax.swing.TransferHandler)`, `TransferHandler`

    - #### getDropMode

          public final DropMode getDropMode()

      Returns the drop mode for this component.
      Returns:
        the drop mode for this component
      Since:
        1.6
      See Also:
        `setDropMode(javax.swing.DropMode)`

    - #### getDropLocation

          public final JTable.DropLocation getDropLocation()

      Returns the location that this component should visually indicate as the drop location during a DnD operation over the component, or `null` if no location is to currently be shown.

      This method is not meant for querying the drop location from a `TransferHandler`, as the drop location is only set after the `TransferHandler`'s `canImport` has returned and has allowed for the location to be shown.

      When this property changes, a property change event with name "dropLocation" is fired by the component.

      Returns:
        the drop location
      Since:
        1.6
      See Also:
        `setDropMode(javax.swing.DropMode)`, `TransferHandler.canImport(TransferHandler.TransferSupport)`

    - #### setAutoCreateRowSorter

          public void setAutoCreateRowSorter(boolean autoCreateRowSorter)

      Specifies whether a `RowSorter` should be created for the table whenever its model changes.

      When `setAutoCreateRowSorter(true)` is invoked, a `TableRowSorter` is immediately created and installed on the table. While the `autoCreateRowSorter` property remains `true`, every time the model is changed, a new `TableRowSorter` is created and set as the table's row sorter.

      Parameters:
        `autoCreateRowSorter` - whether or not a `RowSorter` should be automatically created
      Since:
        1.6
      See Also:
        `TableRowSorter`

    - #### getAutoCreateRowSorter

          public boolean getAutoCreateRowSorter()

      Returns `true` if whenever the model changes, a new `RowSorter` should be created and installed as the table's sorter; otherwise, returns `false`.
      Returns:
        true if a `RowSorter` should be created when the model changes
      Since:
        1.6

    - #### setUpdateSelectionOnSort

          public void setUpdateSelectionOnSort(boolean update)

      Specifies whether the selection should be updated after sorting. If true, on sorting the selection is reset such that the same rows, in terms of the model, remain selected. The default is true.
      Parameters:
        `update` - whether or not to update the selection on sorting
      Since:
        1.6

    - #### getUpdateSelectionOnSort

          public boolean getUpdateSelectionOnSort()

      Returns true if the selection should be updated after sorting.
      Returns:
        whether to update the selection on a sort
      Since:
        1.6

    - #### setRowSorter

          public void setRowSorter(RowSorter<? extends TableModel> sorter)

      Sets the `RowSorter`. `RowSorter` is used to provide sorting and filtering to a `JTable`.

      This method clears the selection and resets any variable row heights.

      If the underlying model of the `RowSorter` differs from that of this `JTable` undefined behavior will result.

      Parameters:
        `sorter` - the `RowSorter`; `null` turns sorting off
      Since:
        1.6
      See Also:
        `TableRowSorter`

    - #### getRowSorter

          public RowSorter<? extends TableModel> getRowSorter()

      Returns the object responsible for sorting.
      Returns:
        the object responsible for sorting
      Since:
        1.6

    - #### setSelectionMode

          public void setSelectionMode(int selectionMode)

      Sets the table's selection mode to allow only single selections, a single contiguous interval, or multiple intervals.

      Note: `JTable` provides all the methods for handling column and row selection. When setting states, such as `setSelectionMode`, it not only updates the mode for the row selection model but also sets similar values in the selection model of the `columnModel`. If you want to have the row and column selection models operating in different modes, set them both directly.

      Both the row and column selection models for `JTable` default to using a `DefaultListSelectionModel` so that `JTable` works the same way as the `JList`. See the `setSelectionMode` method in `JList` for details about the modes.

      See Also:
        `JList.setSelectionMode(int)`

    - #### setRowSelectionAllowed

          public void setRowSelectionAllowed(boolean rowSelectionAllowed)

      Sets whether the rows in this model can be selected.
      Parameters:
        `rowSelectionAllowed` - true if this model will allow row selection
      See Also:
        `getRowSelectionAllowed()`

    - #### getRowSelectionAllowed

          public boolean getRowSelectionAllowed()

      Returns true if rows can be selected.
      Returns:
        true if rows can be selected, otherwise false
      See Also:
        `setRowSelectionAllowed(boolean)`

    - #### setColumnSelectionAllowed

          public void setColumnSelectionAllowed(boolean columnSelectionAllowed)

      Sets whether the columns in this model can be selected.
      Parameters:
        `columnSelectionAllowed` - true if this model will allow column selection
      See Also:
        `getColumnSelectionAllowed()`

    - #### getColumnSelectionAllowed

          public boolean getColumnSelectionAllowed()

      Returns true if columns can be selected.
      Returns:
        true if columns can be selected, otherwise false
      See Also:
        `setColumnSelectionAllowed(boolean)`

    - #### setCellSelectionEnabled

          public void setCellSelectionEnabled(boolean cellSelectionEnabled)

      Sets whether this table allows both a column selection and a row selection to exist simultaneously. When set, the table treats the intersection of the row and column selection models as the selected cells. Override `isCellSelected` to change this default behavior. This method is equivalent to setting both the `rowSelectionAllowed` property and `columnSelectionAllowed` property of the `columnModel` to the supplied value.
      Parameters:
        `cellSelectionEnabled` - true if simultaneous row and column selection is allowed
      See Also:
        `getCellSelectionEnabled()`, `isCellSelected(int, int)`

    - #### getCellSelectionEnabled

          public boolean getCellSelectionEnabled()

      Returns true if both row and column selection models are enabled. Equivalent to `getRowSelectionAllowed() && getColumnSelectionAllowed()`.
      Returns:
        true if both row and column selection models are enabled
      See Also:
        `setCellSelectionEnabled(boolean)`

    - #### selectAll

          public void selectAll()

      Selects all rows, columns, and cells in the table.

    - #### clearSelection

          public void clearSelection()

      Deselects all selected columns and rows.

    - #### setRowSelectionInterval

          public void setRowSelectionInterval(int index0,
                                     int index1)

      Selects the rows from `index0` to `index1`, inclusive.
      Parameters:
        `index0` - one end of the interval
        `index1` - the other end of the interval
      Throws:
        `IllegalArgumentException` - if `index0` or `index1` lie outside [0, `getRowCount()`-1]

    - #### setColumnSelectionInterval

          public void setColumnSelectionInterval(int index0,
                                        int index1)

      Selects the columns from `index0` to `index1`, inclusive.
      Parameters:
        `index0` - one end of the interval
        `index1` - the other end of the interval
      Throws:
        `IllegalArgumentException` - if `index0` or `index1` lie outside [0, `getColumnCount()`-1]

    - #### addRowSelectionInterval

          public void addRowSelectionInterval(int index0,
                                     int index1)

      Adds the rows from `index0` to `index1`, inclusive, to the current selection.
      Parameters:
        `index0` - one end of the interval
        `index1` - the other end of the interval
      Throws:
        `IllegalArgumentException` - if `index0` or `index1` lie outside [0, `getRowCount()`-1]

    - #### addColumnSelectionInterval

          public void addColumnSelectionInterval(int index0,
                                        int index1)

      Adds the columns from `index0` to `index1`, inclusive, to the current selection.
      Parameters:
        `index0` - one end of the interval
        `index1` - the other end of the interval
      Throws:
        `IllegalArgumentException` - if `index0` or `index1` lie outside [0, `getColumnCount()`-1]

    - #### removeRowSelectionInterval

          public void removeRowSelectionInterval(int index0,
                                        int index1)

      Deselects the rows from `index0` to `index1`, inclusive.
      Parameters:
        `index0` - one end of the interval
        `index1` - the other end of the interval
      Throws:
        `IllegalArgumentException` - if `index0` or `index1` lie outside [0, `getRowCount()`-1]

    - #### removeColumnSelectionInterval

          public void removeColumnSelectionInterval(int index0,
                                           int index1)

      Deselects the columns from `index0` to `index1`, inclusive.
      Parameters:
        `index0` - one end of the interval
        `index1` - the other end of the interval
      Throws:
        `IllegalArgumentException` - if `index0` or `index1` lie outside [0, `getColumnCount()`-1]

    - #### getSelectedRow

          public int getSelectedRow()

      Returns the index of the first selected row, -1 if no row is selected.
      Returns:
        the index of the first selected row

    - #### getSelectedColumn

          public int getSelectedColumn()

      Returns the index of the first selected column, -1 if no column is selected.
      Returns:
        the index of the first selected column

    - #### getSelectedRows

          public int[] getSelectedRows()

      Returns the indices of all selected rows.
      Returns:
        an array of integers containing the indices of all selected rows, or an empty array if no row is selected
      See Also:
        `getSelectedRow()`

    - #### getSelectedColumns

          public int[] getSelectedColumns()

      Returns the indices of all selected columns.
      Returns:
        an array of integers containing the indices of all selected columns, or an empty array if no column is selected
      See Also:
        `getSelectedColumn()`

    - #### getSelectedRowCount

          public int getSelectedRowCount()

      Returns the number of selected rows.
      Returns:
        the number of selected rows, 0 if no rows are selected

    - #### getSelectedColumnCount

          public int getSelectedColumnCount()

      Returns the number of selected columns.
      Returns:
        the number of selected columns, 0 if no columns are selected

    - #### isRowSelected

          public boolean isRowSelected(int row)

      Returns true if the specified index is in the valid range of rows, and the row at that index is selected.
      Returns:
        true if `row` is a valid index and the row at that index is selected (where 0 is the first row)

    - #### isColumnSelected

          public boolean isColumnSelected(int column)

      Returns true if the specified index is in the valid range of columns, and the column at that index is selected.
      Parameters:
        `column` - the column in the column model
      Returns:
        true if `column` is a valid index and the column at that index is selected (where 0 is the first column)

    - #### isCellSelected

          public boolean isCellSelected(int row,
                               int column)

      Returns true if the specified indices are in the valid range of rows and columns and the cell at the specified position is selected.
      Parameters:
        `row` - the row being queried
        `column` - the column being queried
      Returns:
        true if `row` and `column` are valid indices and the cell at index `(row, column)` is selected, where the first row and first column are at index 0

    - #### changeSelection

          public void changeSelection(int rowIndex,
                             int columnIndex,
                             boolean toggle,
                             boolean extend)

      Updates the selection models of the table, depending on the state of the two flags: `toggle` and `extend`. Most changes to the selection that are the result of keyboard or mouse events received by the UI are channeled through this method so that the behavior may be overridden by a subclass. Some UIs may need more functionality than this method provides, such as when manipulating the lead for discontiguous selection, and may not call into this method for some selection changes.

      This implementation uses the following conventions:

      - `toggle`: false, `extend`: false. Clear the previous selection and ensure the new cell is selected.
      - `toggle`: false, `extend`: true. Extend the previous selection from the anchor to the specified cell, clearing all other selections.
      - `toggle`: true, `extend`: false. If the specified cell is selected, deselect it. If it is not selected, select it.
      - `toggle`: true, `extend`: true. Apply the selection state of the anchor to all cells between it and the specified cell.
      Parameters:
        `rowIndex` - affects the selection at `row`
        `columnIndex` - affects the selection at `column`
        `toggle` - see description above
        `extend` - if true, extend the current selection
      Since:
        1.3

    - #### getSelectionForeground

          public Color getSelectionForeground()

      Returns the foreground color for selected cells.
      Returns:
        the `Color` object for the foreground property
      See Also:
        `setSelectionForeground(java.awt.Color)`, `setSelectionBackground(java.awt.Color)`

    - #### setSelectionForeground

          public void setSelectionForeground(Color selectionForeground)

      Sets the foreground color for selected cells. Cell renderers can use this color to render text and graphics for selected cells.

      The default value of this property is defined by the look and feel implementation.

      This is a JavaBeans bound property.

      Parameters:
        `selectionForeground` - the `Color` to use in the foreground for selected list items
      See Also:
        `getSelectionForeground()`, `setSelectionBackground(java.awt.Color)`, `JComponent.setForeground(java.awt.Color)`, `JComponent.setBackground(java.awt.Color)`, `JComponent.setFont(java.awt.Font)`

    - #### getSelectionBackground

          public Color getSelectionBackground()

      Returns the background color for selected cells.
      Returns:
        the `Color` used for the background of selected list items
      See Also:
        `setSelectionBackground(java.awt.Color)`, `setSelectionForeground(java.awt.Color)`

    - #### setSelectionBackground

          public void setSelectionBackground(Color selectionBackground)

      Sets the background color for selected cells. Cell renderers can use this color to the fill selected cells.

      The default value of this property is defined by the look and feel implementation.

      This is a JavaBeans bound property.

      Parameters:
        `selectionBackground` - the `Color` to use for the background of selected cells
      See Also:
        `getSelectionBackground()`, `setSelectionForeground(java.awt.Color)`, `JComponent.setForeground(java.awt.Color)`, `JComponent.setBackground(java.awt.Color)`, `JComponent.setFont(java.awt.Font)`

    - #### getColumn

          public TableColumn getColumn(Object identifier)

      Returns the `TableColumn` object for the column in the table whose identifier is equal to `identifier`, when compared using `equals`.
      Parameters:
        `identifier` - the identifier object
      Returns:
        the `TableColumn` object that matches the identifier
      Throws:
        `IllegalArgumentException` - if `identifier` is `null` or no `TableColumn` has this identifier

    - #### convertColumnIndexToModel

          public int convertColumnIndexToModel(int viewColumnIndex)

      Maps the index of the column in the view at `viewColumnIndex` to the index of the column in the table model. Returns the index of the corresponding column in the model. If `viewColumnIndex` is less than zero, returns `viewColumnIndex`.
      Parameters:
        `viewColumnIndex` - the index of the column in the view
      Returns:
        the index of the corresponding column in the model
      See Also:
        `convertColumnIndexToView(int)`

    - #### convertColumnIndexToView

          public int convertColumnIndexToView(int modelColumnIndex)

      Maps the index of the column in the table model at `modelColumnIndex` to the index of the column in the view. Returns the index of the corresponding column in the view; returns -1 if this column is not being displayed. If `modelColumnIndex` is less than zero, returns `modelColumnIndex`.
      Parameters:
        `modelColumnIndex` - the index of the column in the model
      Returns:
        the index of the corresponding column in the view
      See Also:
        `convertColumnIndexToModel(int)`

    - #### convertRowIndexToView

          public int convertRowIndexToView(int modelRowIndex)

      Maps the index of the row in terms of the `TableModel` to the view. If the contents of the model are not sorted the model and view indices are the same.
      Parameters:
        `modelRowIndex` - the index of the row in terms of the model
      Returns:
        the index of the corresponding row in the view, or -1 if the row isn't visible
      Throws:
        `IndexOutOfBoundsException` - if sorting is enabled and passed an index outside the number of rows of the `TableModel`
      Since:
        1.6
      See Also:
        `TableRowSorter`

    - #### convertRowIndexToModel

          public int convertRowIndexToModel(int viewRowIndex)

      Maps the index of the row in terms of the view to the underlying `TableModel`. If the contents of the model are not sorted the model and view indices are the same.
      Parameters:
        `viewRowIndex` - the index of the row in the view
      Returns:
        the index of the corresponding row in the model
      Throws:
        `IndexOutOfBoundsException` - if sorting is enabled and passed an index outside the range of the `JTable` as determined by the method `getRowCount`
      Since:
        1.6
      See Also:
        `TableRowSorter`, `getRowCount()`

    - #### getRowCount

          public int getRowCount()

      Returns the number of rows that can be shown in the `JTable`, given unlimited space. If a `RowSorter` with a filter has been specified, the number of rows returned may differ from that of the underlying `TableModel`.
      Returns:
        the number of rows shown in the `JTable`
      See Also:
        `getColumnCount()`

    - #### getColumnCount

          public int getColumnCount()

      Returns the number of columns in the column model. Note that this may be different from the number of columns in the table model.
      Returns:
        the number of columns in the table
      See Also:
        `getRowCount()`, `removeColumn(javax.swing.table.TableColumn)`

    - #### getColumnName

          public String getColumnName(int column)

      Returns the name of the column appearing in the view at column position `column`.
      Parameters:
        `column` - the column in the view being queried
      Returns:
        the name of the column at position `column` in the view where the first column is column 0

    - #### getColumnClass

          public Class<?> getColumnClass(int column)

      Returns the type of the column appearing in the view at column position `column`.
      Parameters:
        `column` - the column in the view being queried
      Returns:
        the type of the column at position `column` in the view where the first column is column 0

    - #### getValueAt

          public Object getValueAt(int row,
                          int column)

      Returns the cell value at `row` and `column`.

      Note: The column is specified in the table view's display order, and not in the `TableModel`'s column order. This is an important distinction because as the user rearranges the columns in the table, the column at a given index in the view will change. Meanwhile the user's actions never affect the model's column ordering.

      Parameters:
        `row` - the row whose value is to be queried
        `column` - the column whose value is to be queried
      Returns:
        the Object at the specified cell

    - #### setValueAt

          public void setValueAt(Object aValue,
                        int row,
                        int column)

      Sets the value for the cell in the table model at `row` and `column`.

      Note: The column is specified in the table view's display order, and not in the `TableModel`'s column order. This is an important distinction because as the user rearranges the columns in the table, the column at a given index in the view will change. Meanwhile the user's actions never affect the model's column ordering. `aValue` is the new value.

      Parameters:
        `aValue` - the new value
        `row` - the row of the cell to be changed
        `column` - the column of the cell to be changed
      See Also:
        `getValueAt(int, int)`

    - #### isCellEditable

          public boolean isCellEditable(int row,
                               int column)

      Returns true if the cell at `row` and `column` is editable. Otherwise, invoking `setValueAt` on the cell will have no effect.

      Note: The column is specified in the table view's display order, and not in the `TableModel`'s column order. This is an important distinction because as the user rearranges the columns in the table, the column at a given index in the view will change. Meanwhile the user's actions never affect the model's column ordering.

      Parameters:
        `row` - the row whose value is to be queried
        `column` - the column whose value is to be queried
      Returns:
        true if the cell is editable
      See Also:
        `setValueAt(java.lang.Object, int, int)`

    - #### addColumn

          public void addColumn(TableColumn aColumn)

      Appends `aColumn` to the end of the array of columns held by this `JTable`'s column model. If the column name of `aColumn` is `null`, sets the column name of `aColumn` to the name returned by `getModel().getColumnName()`.

      To add a column to this `JTable` to display the `modelColumn`'th column of data in the model with a given `width`, `cellRenderer`, and `cellEditor` you can use:

                addColumn(new TableColumn(modelColumn, width, cellRenderer, cellEditor));

      [Any of the `TableColumn` constructors can be used instead of this one.] The model column number is stored inside the `TableColumn` and is used during rendering and editing to locate the appropriates data values in the model. The model column number does not change when columns are reordered in the view.
      Parameters:
        `aColumn` - the `TableColumn` to be added
      See Also:
        `removeColumn(javax.swing.table.TableColumn)`

    - #### removeColumn

          public void removeColumn(TableColumn aColumn)

      Removes `aColumn` from this `JTable`'s array of columns. Note: this method does not remove the column of data from the model; it just removes the `TableColumn` that was responsible for displaying it.
      Parameters:
        `aColumn` - the `TableColumn` to be removed
      See Also:
        `addColumn(javax.swing.table.TableColumn)`

    - #### moveColumn

          public void moveColumn(int column,
                        int targetColumn)

      Moves the column `column` to the position currently occupied by the column `targetColumn` in the view. The old column at `targetColumn` is shifted left or right to make room.
      Parameters:
        `column` - the index of column to be moved
        `targetColumn` - the new index of the column

    - #### columnAtPoint

          public int columnAtPoint(Point point)

      Returns the index of the column that `point` lies in, or -1 if the result is not in the range [0, `getColumnCount()`-1].
      Parameters:
        `point` - the location of interest
      Returns:
        the index of the column that `point` lies in, or -1 if the result is not in the range [0, `getColumnCount()`-1]
      See Also:
        `rowAtPoint(java.awt.Point)`

    - #### rowAtPoint

          public int rowAtPoint(Point point)

      Returns the index of the row that `point` lies in, or -1 if the result is not in the range [0, `getRowCount()`-1].
      Parameters:
        `point` - the location of interest
      Returns:
        the index of the row that `point` lies in, or -1 if the result is not in the range [0, `getRowCount()`-1]
      See Also:
        `columnAtPoint(java.awt.Point)`

    - #### getCellRect

          public Rectangle getCellRect(int row,
                              int column,
                              boolean includeSpacing)

      Returns a rectangle for the cell that lies at the intersection of `row` and `column`. If `includeSpacing` is true then the value returned has the full height and width of the row and column specified. If it is false, the returned rectangle is inset by the intercell spacing to return the true bounds of the rendering or editing component as it will be set during rendering.

      If the column index is valid but the row index is less than zero the method returns a rectangle with the `y` and `height` values set appropriately and the `x` and `width` values both set to zero. In general, when either the row or column indices indicate a cell outside the appropriate range, the method returns a rectangle depicting the closest edge of the closest cell that is within the table's range. When both row and column indices are out of range the returned rectangle covers the closest point of the closest cell.

      In all cases, calculations that use this method to calculate results along one axis will not fail because of anomalies in calculations along the other axis. When the cell is not valid the `includeSpacing` parameter is ignored.

      Parameters:
        `row` - the row index where the desired cell is located
        `column` - the column index where the desired cell is located in the display; this is not necessarily the same as the column index in the data model for the table; the `convertColumnIndexToView(int)` method may be used to convert a data model column index to a display column index
        `includeSpacing` - if false, return the true cell bounds - computed by subtracting the intercell spacing from the height and widths of the column and row models
      Returns:
        the rectangle containing the cell at location `row`,`column`
      See Also:
        `getIntercellSpacing()`

    - #### doLayout

          public void doLayout()

      Causes this table to lay out its rows and columns. Overridden so that columns can be resized to accomodate a change in the size of a containing parent. Resizes one or more of the columns in the table so that the total width of all of this `JTable`'s columns is equal to the width of the table.

      Before the layout begins the method gets the `resizingColumn` of the `tableHeader`. When the method is called as a result of the resizing of an enclosing window, the `resizingColumn` is `null`. This means that resizing has taken place "outside" the `JTable` and the change - or "delta" - should be distributed to all of the columns regardless of this `JTable`'s automatic resize mode.

      If the `resizingColumn` is not `null`, it is one of the columns in the table that has changed size rather than the table itself. In this case the auto-resize modes govern the way the extra (or deficit) space is distributed amongst the available columns.

      The modes are:

      - AUTO_RESIZE_OFF: Don't automatically adjust the column's widths at all. Use a horizontal scrollbar to accomodate the columns when their sum exceeds the width of the `Viewport`. If the `JTable` is not enclosed in a `JScrollPane` this may leave parts of the table invisible.
      - AUTO_RESIZE_NEXT_COLUMN: Use just the column after the resizing column. This results in the "boundary" or divider between adjacent cells being independently adjustable.
      - AUTO_RESIZE_SUBSEQUENT_COLUMNS: Use all columns after the one being adjusted to absorb the changes. This is the default behavior.
      - AUTO_RESIZE_LAST_COLUMN: Automatically adjust the size of the last column only. If the bounds of the last column prevent the desired size from being allocated, set the width of the last column to the appropriate limit and make no further adjustments.
      - AUTO_RESIZE_ALL_COLUMNS: Spread the delta amongst all the columns in the `JTable`, including the one that is being adjusted.

      Note: When a `JTable` makes adjustments to the widths of the columns it respects their minimum and maximum values absolutely. It is therefore possible that, even after this method is called, the total width of the columns is still not equal to the width of the table. When this happens the `JTable` does not put itself in AUTO_RESIZE_OFF mode to bring up a scroll bar, or break other commitments of its current auto-resize mode -- instead it allows its bounds to be set larger (or smaller) than the total of the column minimum or maximum, meaning, either that there will not be enough room to display all of the columns, or that the columns will not fill the `JTable`'s bounds. These respectively, result in the clipping of some columns or an area being painted in the `JTable`'s background color during painting.

      The mechanism for distributing the delta amongst the available columns is provided in a private method in the `JTable` class:

             adjustSizes(long targetSize, final Resizable3 r, boolean inverse)

      an explanation of which is provided in the following section. `Resizable3` is a private interface that allows any data structure containing a collection of elements with a size, preferred size, maximum size and minimum size to have its elements manipulated by the algorithm.

      ### Distributing the delta

      #### Overview

      Call "DELTA" the difference between the target size and the sum of the preferred sizes of the elements in r. The individual sizes are calculated by taking the original preferred sizes and adding a share of the DELTA - that share being based on how far each preferred size is from its limiting bound (minimum or maximum).

      #### Definition

      Call the individual constraints min[i], max[i], and pref[i].

      Call their respective sums: MIN, MAX, and PREF.

      Each new size will be calculated using:

                    size[i] = pref[i] + delta[i]

      where each individual delta[i] is calculated according to:

      If (DELTA < 0) we are in shrink mode where:

                                  DELTA
                    delta[i] = ------------ * (pref[i] - min[i])
                               (PREF - MIN)

      If (DELTA > 0) we are in expand mode where:

                                  DELTA
                    delta[i] = ------------ * (max[i] - pref[i])
                                (MAX - PREF)

      The overall effect is that the total size moves that same percentage, k, towards the total minimum or maximum and that percentage guarantees accomodation of the required space, DELTA.

      #### Details

      Naive evaluation of the formulae presented here would be subject to the aggregated rounding errors caused by doing this operation in finite precision (using ints). To deal with this, the multiplying factor above, is constantly recalculated and this takes account of the rounding errors in the previous iterations. The result is an algorithm that produces a set of integers whose values exactly sum to the supplied `targetSize`, and does so by spreading the rounding errors evenly over the given elements.

      #### When the MAX and MIN bounds are hit

      When `targetSize` is outside the [MIN, MAX] range, the algorithm sets all sizes to their appropriate limiting value (maximum or minimum).

      Overrides:
        `doLayout` in class `Container`
      See Also:
        `LayoutManager.layoutContainer(java.awt.Container)`, `Container.setLayout(java.awt.LayoutManager)`, `Container.validate()`

    - #### sizeColumnsToFit

          @Deprecated
          public void sizeColumnsToFit(boolean lastColumnOnly)

      Deprecated. As of Swing version 1.0.3, replaced by `doLayout()`.
      Sizes the table columns to fit the available space.
      See Also:
        `doLayout()`

    - #### sizeColumnsToFit

          public void sizeColumnsToFit(int resizingColumn)

      Obsolete as of Java 2 platform v1.4. Please use the `doLayout()` method instead.
      Parameters:
        `resizingColumn` - the column whose resizing made this adjustment necessary or -1 if there is no such column
      See Also:
        `doLayout()`

    - #### getToolTipText

          public String getToolTipText(MouseEvent event)

      Overrides `JComponent`'s `getToolTipText` method in order to allow the renderer's tips to be used if it has text set.

      Note: For `JTable` to properly display tooltips of its renderers `JTable` must be a registered component with the `ToolTipManager`. This is done automatically in `initializeLocalVars`, but if at a later point `JTable` is told `setToolTipText(null)` it will unregister the table component, and no tips from renderers will display anymore.

      Overrides:
        `getToolTipText` in class `JComponent`
      See Also:
        `JComponent.getToolTipText()`

    - #### setSurrendersFocusOnKeystroke

          public void setSurrendersFocusOnKeystroke(boolean surrendersFocusOnKeystroke)

      Sets whether editors in this JTable get the keyboard focus when an editor is activated as a result of the JTable forwarding keyboard events for a cell. By default, this property is false, and the JTable retains the focus unless the cell is clicked.
      Parameters:
        `surrendersFocusOnKeystroke` - true if the editor should get the focus when keystrokes cause the editor to be activated
      Since:
        1.4
      See Also:
        `getSurrendersFocusOnKeystroke()`

    - #### getSurrendersFocusOnKeystroke

          public boolean getSurrendersFocusOnKeystroke()

      Returns true if the editor should get the focus when keystrokes cause the editor to be activated
      Returns:
        true if the editor should get the focus when keystrokes cause the editor to be activated
      Since:
        1.4
      See Also:
        `setSurrendersFocusOnKeystroke(boolean)`

    - #### editCellAt

          public boolean editCellAt(int row,
                           int column)

      Programmatically starts editing the cell at `row` and `column`, if those indices are in the valid range, and the cell at those indices is editable. Note that this is a convenience method for `editCellAt(int, int, null)`.
      Parameters:
        `row` - the row to be edited
        `column` - the column to be edited
      Returns:
        false if for any reason the cell cannot be edited, or if the indices are invalid

    - #### editCellAt

          public boolean editCellAt(int row,
                           int column,
                           EventObject e)

      Programmatically starts editing the cell at `row` and `column`, if those indices are in the valid range, and the cell at those indices is editable. To prevent the `JTable` from editing a particular table, column or cell value, return false from the `isCellEditable` method in the `TableModel` interface.
      Parameters:
        `row` - the row to be edited
        `column` - the column to be edited
        `e` - event to pass into `shouldSelectCell`; note that as of Java 2 platform v1.2, the call to `shouldSelectCell` is no longer made
      Returns:
        false if for any reason the cell cannot be edited, or if the indices are invalid

    - #### isEditing

          public boolean isEditing()

      Returns true if a cell is being edited.
      Returns:
        true if the table is editing a cell
      See Also:
        `editingColumn`, `editingRow`

    - #### getEditorComponent

          public Component getEditorComponent()

      Returns the component that is handling the editing session. If nothing is being edited, returns null.
      Returns:
        Component handling editing session

    - #### getEditingColumn

          public int getEditingColumn()

      Returns the index of the column that contains the cell currently being edited. If nothing is being edited, returns -1.
      Returns:
        the index of the column that contains the cell currently being edited; returns -1 if nothing being edited
      See Also:
        `editingRow`

    - #### getEditingRow

          public int getEditingRow()

      Returns the index of the row that contains the cell currently being edited. If nothing is being edited, returns -1.
      Returns:
        the index of the row that contains the cell currently being edited; returns -1 if nothing being edited
      See Also:
        `editingColumn`

    - #### getUI

          public TableUI getUI()

      Returns the L&F object that renders this component.
      Returns:
        the `TableUI` object that renders this component

    - #### setUI

          public void setUI(TableUI ui)

      Sets the L&F object that renders this component and repaints.
      Parameters:
        `ui` - the TableUI L&F object
      See Also:
        `UIDefaults.getUI(javax.swing.JComponent)`

    - #### updateUI

          public void updateUI()

      Notification from the `UIManager` that the L&F has changed. Replaces the current UI object with the latest version from the `UIManager`.
      Overrides:
        `updateUI` in class `JComponent`
      See Also:
        `JComponent.updateUI()`

    - #### getUIClassID

          public String getUIClassID()

      Returns the suffix used to construct the name of the L&F class used to render this component.
      Overrides:
        `getUIClassID` in class `JComponent`
      Returns:
        the string "TableUI"
      See Also:
        `JComponent.getUIClassID()`, `UIDefaults.getUI(javax.swing.JComponent)`

    - #### setModel

          public void setModel(TableModel dataModel)

      Sets the data model for this table to `newModel` and registers with it for listener notifications from the new data model.
      Parameters:
        `dataModel` - the new data source for this table
      Throws:
        `IllegalArgumentException` - if `newModel` is `null`
      See Also:
        `getModel()`

    - #### getModel

          public TableModel getModel()

      Returns the `TableModel` that provides the data displayed by this `JTable`.
      Returns:
        the `TableModel` that provides the data displayed by this `JTable`
      See Also:
        `setModel(javax.swing.table.TableModel)`

    - #### setColumnModel

          public void setColumnModel(TableColumnModel columnModel)

      Sets the column model for this table to `newModel` and registers for listener notifications from the new column model. Also sets the column model of the `JTableHeader` to `columnModel`.
      Parameters:
        `columnModel` - the new data source for this table
      Throws:
        `IllegalArgumentException` - if `columnModel` is `null`
      See Also:
        `getColumnModel()`

    - #### getColumnModel

          public TableColumnModel getColumnModel()

      Returns the `TableColumnModel` that contains all column information of this table.
      Returns:
        the object that provides the column state of the table
      See Also:
        `setColumnModel(javax.swing.table.TableColumnModel)`

    - #### setSelectionModel

          public void setSelectionModel(ListSelectionModel newModel)

      Sets the row selection model for this table to `newModel` and registers for listener notifications from the new selection model.
      Parameters:
        `newModel` - the new selection model
      Throws:
        `IllegalArgumentException` - if `newModel` is `null`
      See Also:
        `getSelectionModel()`

    - #### getSelectionModel

          public ListSelectionModel getSelectionModel()

      Returns the `ListSelectionModel` that is used to maintain row selection state.
      Returns:
        the object that provides row selection state, `null` if row selection is not allowed
      See Also:
        `setSelectionModel(javax.swing.ListSelectionModel)`

    - #### sorterChanged

          public void sorterChanged(RowSorterEvent e)

      `RowSorterListener` notification that the `RowSorter` has changed in some way.
      Specified by:
        `sorterChanged` in interface `RowSorterListener`
      Parameters:
        `e` - the `RowSorterEvent` describing the change
      Throws:
        `NullPointerException` - if `e` is `null`
      Since:
        1.6

    - #### tableChanged

          public void tableChanged(TableModelEvent e)

      Invoked when this table's `TableModel` generates a `TableModelEvent`. The `TableModelEvent` should be constructed in the coordinate system of the model; the appropriate mapping to the view coordinate system is performed by this `JTable` when it receives the event.

      Application code will not use these methods explicitly, they are used internally by `JTable`.

      Note that as of 1.3, this method clears the selection, if any.

      Specified by:
        `tableChanged` in interface `TableModelListener`

    - #### columnAdded

          public void columnAdded(TableColumnModelEvent e)

      Invoked when a column is added to the table column model.

      Application code will not use these methods explicitly, they are used internally by JTable.

      Specified by:
        `columnAdded` in interface `TableColumnModelListener`
      See Also:
        `TableColumnModelListener`

    - #### columnRemoved

          public void columnRemoved(TableColumnModelEvent e)

      Invoked when a column is removed from the table column model.

      Application code will not use these methods explicitly, they are used internally by JTable.

      Specified by:
        `columnRemoved` in interface `TableColumnModelListener`
      See Also:
        `TableColumnModelListener`

    - #### columnMoved

          public void columnMoved(TableColumnModelEvent e)

      Invoked when a column is repositioned. If a cell is being edited, then editing is stopped and the cell is redrawn.

      Application code will not use these methods explicitly, they are used internally by JTable.

      Specified by:
        `columnMoved` in interface `TableColumnModelListener`
      Parameters:
        `e` - the event received
      See Also:
        `TableColumnModelListener`

    - #### columnMarginChanged

          public void columnMarginChanged(ChangeEvent e)

      Invoked when a column is moved due to a margin change. If a cell is being edited, then editing is stopped and the cell is redrawn.

      Application code will not use these methods explicitly, they are used internally by JTable.

      Specified by:
        `columnMarginChanged` in interface `TableColumnModelListener`
      Parameters:
        `e` - the event received
      See Also:
        `TableColumnModelListener`

    - #### columnSelectionChanged

          public void columnSelectionChanged(ListSelectionEvent e)

      Invoked when the selection model of the `TableColumnModel` is changed.

      Application code will not use these methods explicitly, they are used internally by JTable.

      Specified by:
        `columnSelectionChanged` in interface `TableColumnModelListener`
      Parameters:
        `e` - the event received
      See Also:
        `TableColumnModelListener`

    - #### valueChanged

          public void valueChanged(ListSelectionEvent e)

      Invoked when the row selection changes -- repaints to show the new selection.

      Application code will not use these methods explicitly, they are used internally by JTable.

      Specified by:
        `valueChanged` in interface `ListSelectionListener`
      Parameters:
        `e` - the event received
      See Also:
        `ListSelectionListener`

    - #### editingStopped

          public void editingStopped(ChangeEvent e)

      Invoked when editing is finished. The changes are saved and the editor is discarded.

      Application code will not use these methods explicitly, they are used internally by JTable.

      Specified by:
        `editingStopped` in interface `CellEditorListener`
      Parameters:
        `e` - the event received
      See Also:
        `CellEditorListener`

    - #### editingCanceled

          public void editingCanceled(ChangeEvent e)

      Invoked when editing is canceled. The editor object is discarded and the cell is rendered once again.

      Application code will not use these methods explicitly, they are used internally by JTable.

      Specified by:
        `editingCanceled` in interface `CellEditorListener`
      Parameters:
        `e` - the event received
      See Also:
        `CellEditorListener`

    - #### setPreferredScrollableViewportSize

          public void setPreferredScrollableViewportSize(Dimension size)

      Sets the preferred size of the viewport for this table.
      Parameters:
        `size` - a `Dimension` object specifying the `preferredSize` of a `JViewport` whose view is this table
      See Also:
        `Scrollable.getPreferredScrollableViewportSize()`

    - #### getPreferredScrollableViewportSize

          public Dimension getPreferredScrollableViewportSize()

      Returns the preferred size of the viewport for this table.
      Specified by:
        `getPreferredScrollableViewportSize` in interface `Scrollable`
      Returns:
        a `Dimension` object containing the `preferredSize` of the `JViewport` which displays this table
      See Also:
        `Scrollable.getPreferredScrollableViewportSize()`

    - #### getScrollableUnitIncrement

          public int getScrollableUnitIncrement(Rectangle visibleRect,
                                       int orientation,
                                       int direction)

      Returns the scroll increment (in pixels) that completely exposes one new row or column (depending on the orientation).

      This method is called each time the user requests a unit scroll.

      Specified by:
        `getScrollableUnitIncrement` in interface `Scrollable`
      Parameters:
        `visibleRect` - the view area visible within the viewport
        `orientation` - either `SwingConstants.VERTICAL` or `SwingConstants.HORIZONTAL`
        `direction` - less than zero to scroll up/left, greater than zero for down/right
      Returns:
        the "unit" increment for scrolling in the specified direction
      See Also:
        `Scrollable.getScrollableUnitIncrement(java.awt.Rectangle, int, int)`

    - #### getScrollableBlockIncrement

          public int getScrollableBlockIncrement(Rectangle visibleRect,
                                        int orientation,
                                        int direction)

      Returns `visibleRect.height` or `visibleRect.width`, depending on this table's orientation. Note that as of Swing 1.1.1 (Java 2 v 1.2.2) the value returned will ensure that the viewport is cleanly aligned on a row boundary.
      Specified by:
        `getScrollableBlockIncrement` in interface `Scrollable`
      Parameters:
        `visibleRect` - The view area visible within the viewport
        `orientation` - Either SwingConstants.VERTICAL or SwingConstants.HORIZONTAL.
        `direction` - Less than zero to scroll up/left, greater than zero for down/right.
      Returns:
        `visibleRect.height` or `visibleRect.width` per the orientation
      See Also:
        `Scrollable.getScrollableBlockIncrement(java.awt.Rectangle, int, int)`

    - #### getScrollableTracksViewportWidth

          public boolean getScrollableTracksViewportWidth()

      Returns false if `autoResizeMode` is set to `AUTO_RESIZE_OFF`, which indicates that the width of the viewport does not determine the width of the table. Otherwise returns true.
      Specified by:
        `getScrollableTracksViewportWidth` in interface `Scrollable`
      Returns:
        false if `autoResizeMode` is set to `AUTO_RESIZE_OFF`, otherwise returns true
      See Also:
        `Scrollable.getScrollableTracksViewportWidth()`

    - #### getScrollableTracksViewportHeight

          public boolean getScrollableTracksViewportHeight()

      Returns `false` to indicate that the height of the viewport does not determine the height of the table, unless `getFillsViewportHeight` is `true` and the preferred height of the table is smaller than the viewport's height.
      Specified by:
        `getScrollableTracksViewportHeight` in interface `Scrollable`
      Returns:
        `false` unless `getFillsViewportHeight` is `true` and the table needs to be stretched to fill the viewport
      See Also:
        `Scrollable.getScrollableTracksViewportHeight()`, `setFillsViewportHeight(boolean)`, `getFillsViewportHeight()`

    - #### setFillsViewportHeight

          public void setFillsViewportHeight(boolean fillsViewportHeight)

      Sets whether or not this table is always made large enough to fill the height of an enclosing viewport. If the preferred height of the table is smaller than the viewport, then the table will be stretched to fill the viewport. In other words, this ensures the table is never smaller than the viewport. The default for this property is `false`.
      Parameters:
        `fillsViewportHeight` - whether or not this table is always made large enough to fill the height of an enclosing viewport
      Since:
        1.6
      See Also:
        `getFillsViewportHeight()`, `getScrollableTracksViewportHeight()`

    - #### getFillsViewportHeight

          public boolean getFillsViewportHeight()

      Returns whether or not this table is always made large enough to fill the height of an enclosing viewport.
      Returns:
        whether or not this table is always made large enough to fill the height of an enclosing viewport
      Since:
        1.6
      See Also:
        `setFillsViewportHeight(boolean)`

    - #### processKeyBinding

          protected boolean processKeyBinding(KeyStroke ks,
                                  KeyEvent e,
                                  int condition,
                                  boolean pressed)

      Description copied from class: `JComponent`
      Invoked to process the key bindings for `ks` as the result of the `KeyEvent` `e`. This obtains the appropriate `InputMap`, gets the binding, gets the action from the `ActionMap`, and then (if the action is found and the component is enabled) invokes `notifyAction` to notify the action.
      Overrides:
        `processKeyBinding` in class `JComponent`
      Parameters:
        `ks` - the `KeyStroke` queried
        `e` - the `KeyEvent`
        `condition` - one of the following values:
        - JComponent.WHEN_FOCUSED
        - JComponent.WHEN_ANCESTOR_OF_FOCUSED_COMPONENT
        - JComponent.WHEN_IN_FOCUSED_WINDOW
        `pressed` - true if the key is pressed
      Returns:
        true if there was a binding to an action, and the action was enabled

    - #### createDefaultRenderers

          protected void createDefaultRenderers()

      Creates default cell renderers for objects, numbers, doubles, dates, booleans, and icons.
      See Also:
        `DefaultTableCellRenderer`

    - #### createDefaultEditors

          protected void createDefaultEditors()

      Creates default cell editors for objects, numbers, and boolean values.
      See Also:
        `DefaultCellEditor`

    - #### initializeLocalVars

          protected void initializeLocalVars()

      Initializes table properties to their default values.

    - #### createDefaultDataModel

          protected TableModel createDefaultDataModel()

      Returns the default table model object, which is a `DefaultTableModel`. A subclass can override this method to return a different table model object.
      Returns:
        the default table model object
      See Also:
        `DefaultTableModel`

    - #### createDefaultColumnModel

          protected TableColumnModel createDefaultColumnModel()

      Returns the default column model object, which is a `DefaultTableColumnModel`. A subclass can override this method to return a different column model object.
      Returns:
        the default column model object
      See Also:
        `DefaultTableColumnModel`

    - #### createDefaultSelectionModel

          protected ListSelectionModel createDefaultSelectionModel()

      Returns the default selection model object, which is a `DefaultListSelectionModel`. A subclass can override this method to return a different selection model object.
      Returns:
        the default selection model object
      See Also:
        `DefaultListSelectionModel`

    - #### createDefaultTableHeader

          protected JTableHeader createDefaultTableHeader()

      Returns the default table header object, which is a `JTableHeader`. A subclass can override this method to return a different table header object.
      Returns:
        the default table header object
      See Also:
        `JTableHeader`

    - #### resizeAndRepaint

          protected void resizeAndRepaint()

      Equivalent to `revalidate` followed by `repaint`.

    - #### getCellEditor

          public TableCellEditor getCellEditor()

      Returns the active cell editor, which is `null` if the table is not currently editing.
      Returns:
        the `TableCellEditor` that does the editing, or `null` if the table is not currently editing.
      See Also:
        `cellEditor`, `getCellEditor(int, int)`

    - #### setCellEditor

          public void setCellEditor(TableCellEditor anEditor)

      Sets the active cell editor.
      Parameters:
        `anEditor` - the active cell editor
      See Also:
        `cellEditor`

    - #### setEditingColumn

          public void setEditingColumn(int aColumn)

      Sets the `editingColumn` variable.
      Parameters:
        `aColumn` - the column of the cell to be edited
      See Also:
        `editingColumn`

    - #### setEditingRow

          public void setEditingRow(int aRow)

      Sets the `editingRow` variable.
      Parameters:
        `aRow` - the row of the cell to be edited
      See Also:
        `editingRow`

    - #### getCellRenderer

          public TableCellRenderer getCellRenderer(int row,
                                          int column)

      Returns an appropriate renderer for the cell specified by this row and column. If the `TableColumn` for this column has a non-null renderer, returns that. If not, finds the class of the data in this column (using `getColumnClass`) and returns the default renderer for this type of data.

      Note: Throughout the table package, the internal implementations always use this method to provide renderers so that this default behavior can be safely overridden by a subclass.

      Parameters:
        `row` - the row of the cell to render, where 0 is the first row
        `column` - the column of the cell to render, where 0 is the first column
      Returns:
        the assigned renderer; if `null` returns the default renderer for this type of object
      See Also:
        `DefaultTableCellRenderer`, `TableColumn.setCellRenderer(javax.swing.table.TableCellRenderer)`, `setDefaultRenderer(java.lang.Class, javax.swing.table.TableCellRenderer)`

    - #### prepareRenderer

          public Component prepareRenderer(TableCellRenderer renderer,
                                  int row,
                                  int column)

      Prepares the renderer by querying the data model for the value and selection state of the cell at `row`, `column`. Returns the component (may be a `Component` or a `JComponent`) under the event location.

      During a printing operation, this method will configure the renderer without indicating selection or focus, to prevent them from appearing in the printed output. To do other customizations based on whether or not the table is being printed, you can check the value of `JComponent.isPaintingForPrint()`, either here or within custom renderers.

      Note: Throughout the table package, the internal implementations always use this method to prepare renderers so that this default behavior can be safely overridden by a subclass.

      Parameters:
        `renderer` - the `TableCellRenderer` to prepare
        `row` - the row of the cell to render, where 0 is the first row
        `column` - the column of the cell to render, where 0 is the first column
      Returns:
        the `Component` under the event location

    - #### getCellEditor

          public TableCellEditor getCellEditor(int row,
                                      int column)

      Returns an appropriate editor for the cell specified by `row` and `column`. If the `TableColumn` for this column has a non-null editor, returns that. If not, finds the class of the data in this column (using `getColumnClass`) and returns the default editor for this type of data.

      Note: Throughout the table package, the internal implementations always use this method to provide editors so that this default behavior can be safely overridden by a subclass.

      Parameters:
        `row` - the row of the cell to edit, where 0 is the first row
        `column` - the column of the cell to edit, where 0 is the first column
      Returns:
        the editor for this cell; if `null` return the default editor for this type of cell
      See Also:
        `DefaultCellEditor`

    - #### prepareEditor

          public Component prepareEditor(TableCellEditor editor,
                                int row,
                                int column)

      Prepares the editor by querying the data model for the value and selection state of the cell at `row`, `column`.

      Note: Throughout the table package, the internal implementations always use this method to prepare editors so that this default behavior can be safely overridden by a subclass.

      Parameters:
        `editor` - the `TableCellEditor` to set up
        `row` - the row of the cell to edit, where 0 is the first row
        `column` - the column of the cell to edit, where 0 is the first column
      Returns:
        the `Component` being edited

    - #### removeEditor

          public void removeEditor()

      Discards the editor object and frees the real estate it used for cell rendering.

    - #### paramString

          protected String paramString()

      Returns a string representation of this table. This method is intended to be used only for debugging purposes, and the content and format of the returned string may vary between implementations. The returned string may be empty but may not be `null`.
      Overrides:
        `paramString` in class `JComponent`
      Returns:
        a string representation of this table

    - #### print

          public boolean print()
                        throws PrinterException

      A convenience method that displays a printing dialog, and then prints this `JTable` in mode `PrintMode.FIT_WIDTH`, with no header or footer text. A modal progress dialog, with an abort option, will be shown for the duration of printing.

      Note: In headless mode, no dialogs are shown and printing occurs on the default printer.

      Returns:
        true, unless printing is cancelled by the user
      Throws:
        `SecurityException` - if this thread is not allowed to initiate a print job request
        `PrinterException` - if an error in the print system causes the job to be aborted
      Since:
        1.5
      See Also:
        `print(JTable.PrintMode, MessageFormat, MessageFormat, boolean, PrintRequestAttributeSet, boolean, PrintService)`, `getPrintable(javax.swing.JTable.PrintMode, java.text.MessageFormat, java.text.MessageFormat)`

    - #### print

          public boolean print(JTable.PrintMode printMode)
                        throws PrinterException

      A convenience method that displays a printing dialog, and then prints this `JTable` in the given printing mode, with no header or footer text. A modal progress dialog, with an abort option, will be shown for the duration of printing.

      Note: In headless mode, no dialogs are shown and printing occurs on the default printer.

      Parameters:
        `printMode` - the printing mode that the printable should use
      Returns:
        true, unless printing is cancelled by the user
      Throws:
        `SecurityException` - if this thread is not allowed to initiate a print job request
        `PrinterException` - if an error in the print system causes the job to be aborted
      Since:
        1.5
      See Also:
        `print(JTable.PrintMode, MessageFormat, MessageFormat, boolean, PrintRequestAttributeSet, boolean, PrintService)`, `getPrintable(javax.swing.JTable.PrintMode, java.text.MessageFormat, java.text.MessageFormat)`

    - #### print

          public boolean print(JTable.PrintMode printMode,
                      MessageFormat headerFormat,
                      MessageFormat footerFormat)
                        throws PrinterException

      A convenience method that displays a printing dialog, and then prints this `JTable` in the given printing mode, with the specified header and footer text. A modal progress dialog, with an abort option, will be shown for the duration of printing.

      Note: In headless mode, no dialogs are shown and printing occurs on the default printer.

      Parameters:
        `printMode` - the printing mode that the printable should use
        `headerFormat` - a `MessageFormat` specifying the text to be used in printing a header, or null for none
        `footerFormat` - a `MessageFormat` specifying the text to be used in printing a footer, or null for none
      Returns:
        true, unless printing is cancelled by the user
      Throws:
        `SecurityException` - if this thread is not allowed to initiate a print job request
        `PrinterException` - if an error in the print system causes the job to be aborted
      Since:
        1.5
      See Also:
        `print(JTable.PrintMode, MessageFormat, MessageFormat, boolean, PrintRequestAttributeSet, boolean, PrintService)`, `getPrintable(javax.swing.JTable.PrintMode, java.text.MessageFormat, java.text.MessageFormat)`

    - #### print

          public boolean print(JTable.PrintMode printMode,
                      MessageFormat headerFormat,
                      MessageFormat footerFormat,
                      boolean showPrintDialog,
                      PrintRequestAttributeSet attr,
                      boolean interactive)
                        throws PrinterException,
                               HeadlessException

      Prints this table, as specified by the fully featured `print` method, with the default printer specified as the print service.
      Parameters:
        `printMode` - the printing mode that the printable should use
        `headerFormat` - a `MessageFormat` specifying the text to be used in printing a header, or `null` for none
        `footerFormat` - a `MessageFormat` specifying the text to be used in printing a footer, or `null` for none
        `showPrintDialog` - whether or not to display a print dialog
        `attr` - a `PrintRequestAttributeSet` specifying any printing attributes, or `null` for none
        `interactive` - whether or not to print in an interactive mode
      Returns:
        true, unless printing is cancelled by the user
      Throws:
        `HeadlessException` - if the method is asked to show a printing dialog or run interactively, and `GraphicsEnvironment.isHeadless` returns `true`
        `SecurityException` - if this thread is not allowed to initiate a print job request
        `PrinterException` - if an error in the print system causes the job to be aborted
      Since:
        1.5
      See Also:
        `print(JTable.PrintMode, MessageFormat, MessageFormat, boolean, PrintRequestAttributeSet, boolean, PrintService)`, `getPrintable(javax.swing.JTable.PrintMode, java.text.MessageFormat, java.text.MessageFormat)`

    - #### print

          public boolean print(JTable.PrintMode printMode,
                      MessageFormat headerFormat,
                      MessageFormat footerFormat,
                      boolean showPrintDialog,
                      PrintRequestAttributeSet attr,
                      boolean interactive,
                      PrintService service)
                        throws PrinterException,
                               HeadlessException

      Prints this `JTable`. Takes steps that the majority of developers would take in order to print a `JTable`. In short, it prepares the table, calls `getPrintable` to fetch an appropriate `Printable`, and then sends it to the printer.

      A `boolean` parameter allows you to specify whether or not a printing dialog is displayed to the user. When it is, the user may use the dialog to change the destination printer or printing attributes, or even to cancel the print. Another two parameters allow for a `PrintService` and printing attributes to be specified. These parameters can be used either to provide initial values for the print dialog, or to specify values when the dialog is not shown.

      A second `boolean` parameter allows you to specify whether or not to perform printing in an interactive mode. If `true`, a modal progress dialog, with an abort option, is displayed for the duration of printing . This dialog also prevents any user action which may affect the table. However, it can not prevent the table from being modified by code (for example, another thread that posts updates using `SwingUtilities.invokeLater`). It is therefore the responsibility of the developer to ensure that no other code modifies the table in any way during printing (invalid modifications include changes in: size, renderers, or underlying data). Printing behavior is undefined when the table is changed during printing.

      If `false` is specified for this parameter, no dialog will be displayed and printing will begin immediately on the event-dispatch thread. This blocks any other events, including repaints, from being processed until printing is complete. Although this effectively prevents the table from being changed, it doesn't provide a good user experience. For this reason, specifying `false` is only recommended when printing from an application with no visible GUI.

      Note: Attempting to show the printing dialog or run interactively, while in headless mode, will result in a `HeadlessException`.

      Before fetching the printable, this method will gracefully terminate editing, if necessary, to prevent an editor from showing in the printed result. Additionally, `JTable` will prepare its renderers during printing such that selection and focus are not indicated. As far as customizing further how the table looks in the printout, developers can provide custom renderers or paint code that conditionalize on the value of `JComponent.isPaintingForPrint()`.

      See `getPrintable(javax.swing.JTable.PrintMode, java.text.MessageFormat, java.text.MessageFormat)` for more description on how the table is printed.

      Parameters:
        `printMode` - the printing mode that the printable should use
        `headerFormat` - a `MessageFormat` specifying the text to be used in printing a header, or `null` for none
        `footerFormat` - a `MessageFormat` specifying the text to be used in printing a footer, or `null` for none
        `showPrintDialog` - whether or not to display a print dialog
        `attr` - a `PrintRequestAttributeSet` specifying any printing attributes, or `null` for none
        `interactive` - whether or not to print in an interactive mode
        `service` - the destination `PrintService`, or `null` to use the default printer
      Returns:
        true, unless printing is cancelled by the user
      Throws:
        `HeadlessException` - if the method is asked to show a printing dialog or run interactively, and `GraphicsEnvironment.isHeadless` returns `true`
        `SecurityException` - if a security manager exists and its `SecurityManager.checkPrintJobAccess()` method disallows this thread from creating a print job request
        `PrinterException` - if an error in the print system causes the job to be aborted
      Since:
        1.6
      See Also:
        `getPrintable(javax.swing.JTable.PrintMode, java.text.MessageFormat, java.text.MessageFormat)`, `GraphicsEnvironment.isHeadless()`

    - #### getPrintable

          public Printable getPrintable(JTable.PrintMode printMode,
                               MessageFormat headerFormat,
                               MessageFormat footerFormat)

      Return a `Printable` for use in printing this JTable.

      This method is meant for those wishing to customize the default `Printable` implementation used by `JTable`'s `print` methods. Developers wanting simply to print the table should use one of those methods directly.

      The `Printable` can be requested in one of two printing modes. In both modes, it spreads table rows naturally in sequence across multiple pages, fitting as many rows as possible per page. `PrintMode.NORMAL` specifies that the table be printed at its current size. In this mode, there may be a need to spread columns across pages in a similar manner to that of the rows. When the need arises, columns are distributed in an order consistent with the table's `ComponentOrientation`. `PrintMode.FIT_WIDTH` specifies that the output be scaled smaller, if necessary, to fit the table's entire width (and thereby all columns) on each page. Width and height are scaled equally, maintaining the aspect ratio of the output.

      The `Printable` heads the portion of table on each page with the appropriate section from the table's `JTableHeader`, if it has one.

      Header and footer text can be added to the output by providing `MessageFormat` arguments. The printing code requests Strings from the formats, providing a single item which may be included in the formatted string: an `Integer` representing the current page number.

      You are encouraged to read the documentation for `MessageFormat` as some characters, such as single-quote, are special and need to be escaped.

      Here's an example of creating a `MessageFormat` that can be used to print "Duke's Table: Page - " and the current page number:

               // notice the escaping of the single quote
               // notice how the page number is included with "{0}"
               MessageFormat format = new MessageFormat("Duke''s Table: Page - {0}");

      The `Printable` constrains what it draws to the printable area of each page that it prints. Under certain circumstances, it may find it impossible to fit all of a page's content into that area. In these cases the output may be clipped, but the implementation makes an effort to do something reasonable. Here are a few situations where this is known to occur, and how they may be handled by this particular implementation:

      - In any mode, when the header or footer text is too wide to fit completely in the printable area -- print as much of the text as possible starting from the beginning, as determined by the table's `ComponentOrientation`.
      - In any mode, when a row is too tall to fit in the printable area -- print the upper-most portion of the row and paint no lower border on the table.
      - In `PrintMode.NORMAL` when a column is too wide to fit in the printable area -- print the center portion of the column and leave the left and right borders off the table.

      It is entirely valid for this `Printable` to be wrapped inside another in order to create complex reports and documents. You may even request that different pages be rendered into different sized printable areas. The implementation must be prepared to handle this (possibly by doing its layout calculations on the fly). However, providing different heights to each page will likely not work well with `PrintMode.NORMAL` when it has to spread columns across pages.

      As far as customizing how the table looks in the printed result, `JTable` itself will take care of hiding the selection and focus during printing. For additional customizations, your renderers or painting code can customize the look based on the value of `JComponent.isPaintingForPrint()`

      Also, before calling this method you may wish to first modify the state of the table, such as to cancel cell editing or have the user size the table appropriately. However, you must not modify the state of the table after this `Printable` has been fetched (invalid modifications include changes in size or underlying data). The behavior of the returned `Printable` is undefined once the table has been changed.

      Parameters:
        `printMode` - the printing mode that the printable should use
        `headerFormat` - a `MessageFormat` specifying the text to be used in printing a header, or null for none
        `footerFormat` - a `MessageFormat` specifying the text to be used in printing a footer, or null for none
      Returns:
        a `Printable` for printing this JTable
      Since:
        1.5
      See Also:
        `print(JTable.PrintMode, MessageFormat, MessageFormat, boolean, PrintRequestAttributeSet, boolean)`, `Printable`, `PrinterJob`

    - #### getAccessibleContext

          public AccessibleContext getAccessibleContext()

      Gets the AccessibleContext associated with this JTable. For tables, the AccessibleContext takes the form of an AccessibleJTable. A new AccessibleJTable instance is created if necessary.
      Specified by:
        `getAccessibleContext` in interface `Accessible`
      Overrides:
        `getAccessibleContext` in class `JComponent`
      Returns:
        an AccessibleJTable that serves as the AccessibleContext of this JTable

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