package mit.swing.ui ;

public class SortedTable
extends mit.swing.xJTable
{
	private String[] colNames = null ;
	public String[] getColNames() { return this.colNames ; }
	public void setColNames( String[] colNames ) { this.colNames = colNames ; }

	private Object[][] tableData = null ;
	public Object[][] getTableData() { return this.tableData ; }
	public void setTableData( Object[][] tableData ) { this.tableData = tableData ; }

	public void addNotify()
	{
		super.addNotify() ;
		try
		{
			javax.swing.table.TableModel model = new javax.swing.table.AbstractTableModel()
			{
				public int getColumnCount()
				{
					if( null != getColNames() )
					{
						return getColNames().length ;
					}
					return 0 ;
				}
				public int getRowCount()
				{
					if( null != getTableData() )
					{
						return getTableData().length ;
					}
					return 0 ;
				}
				public Object getValueAt( int row , int col )
				{
					Object[][] cells = getTableData() ;
					if
					(  ( null != cells )
					&& ( cells.length > row )
					&& ( cells[ row ].length > col )
					)
					{
						
						return getTableData()[ row ][ col ] ;
					}
					return null ;
				}
				public String getColumnName( int col )
				{
					String[] colNames = getColNames() ;
					if
					(  ( null != colNames )
					&& ( colNames.length > col )
					)
					{
						return getColNames()[ col ] ;
					}
					return null ;
				}
				public Class getColumnClass( int col )
				{
					Object[][] cells = getTableData() ;
					if
					(  ( null != cells )
					&& ( cells[ 0 ].length > col )
					)
					{
						Object obj = getValueAt( 0 , col ) ;
						if( null != obj )
						{
							return obj.getClass() ;
						}
					}
					return null ;
				}
				public boolean isCellEditable( int row , int col )
				{
					Object[][] cells = getTableData() ;
					return
					(  ( null != cells )
					&& ( cells.length > row )
					&& ( cells[ row ].length > col )
					) ;
				}
				public void setValueAt( Object value , int row , int col )
				{
					Object[][] cells = getTableData() ;
					if
					(  ( null != cells )
					&& ( cells.length > row )
					&& ( cells[ row ].length > col )
					)
					{
						getTableData()[ row ][ col ] = ( String ) value ;
					}
				}
		 	} ;
			setModel( model ) ;
			setSize( getPreferredSize() ) ;
		}
		catch( Exception ex )
		{
			ex.printStackTrace() ;
		}
	}

	public void setModel( javax.swing.table.TableModel model )
	{
		try
		{
			if( null != model )
			{
				mit.swing.table.SorterFilter sf = new mit.swing.table.SorterFilter( model ) ;
				sf.addMouseListenerToHeaderInTable( this ) ;
				super.setModel( sf ) ;
			}
		}
		catch( Exception ex )
		{
			ex.printStackTrace() ;
		}
	}

	public static void main( String[] args )
	{
		mit.swing.ui.SortedTable table = new mit.swing.ui.SortedTable() ;
		String[] colNames
		=	{ "First Name"
			, "Last Name"
			, "Favorite Color"
			, "Favorite Number"
			, "Vegetarian"
			} ;
		table.setColNames( colNames ) ;

		Object[][] tableData
		= 	{ { "Mark" , "Andrews" , new javax.swing.JColorChooser( java.awt.Color.red ) , new Integer( 2 ) , new Boolean( true ) }
			, { "Tom" , "Ball" , new javax.swing.JColorChooser( java.awt.Color.blue ) , new Integer( 99 ) , new Boolean( false ) }
			, { "Alan" , "Chung" , new javax.swing.JColorChooser( java.awt.Color.green ) , new Integer( 838 ) , new Boolean( false ) }
			, { "Arnaud" , "Weber" , new javax.swing.JColorChooser( java.awt.Color.pink ) , new Integer( 44 ) , new Boolean( false ) }
			} ;
		table.setTableData( tableData ) ;

		table.setPreferredSize( new java.awt.Dimension( 700 , 300 ) ) ;

		mit.swing.xJFrame frame = new mit.swing.xJFrame( null , "SortedTable" ) ;
		mit.swing.xJScrollPane scrollpane = new mit.swing.xJScrollPane( frame ) ;
		scrollpane.add( table ) ;
		scrollpane.setPreferredSize(new java.awt.Dimension( 700 , 300 ) ) ;

		frame.getContentPane().add( scrollpane ) ;
		frame.pack() ;
		frame.setVisible( true ) ;
	}
}