/* * (swing1.1beta3) *  */package jp.gr.java_conf.tame.swing.table;import java.util.*;import java.awt.*;import javax.swing.*;import javax.swing.table.*;import javax.swing.event.*;/** * @version 1.0 11/22/98 */public class AttributiveCellTableModel extends DefaultTableModel {  protected CellAttribute cellAtt;      public AttributiveCellTableModel() {    this((Vector)null, 0);  }  public AttributiveCellTableModel(int numRows, int numColumns) {    Vector names = new Vector(numColumns);    names.setSize(numColumns);    setColumnIdentifiers(names);    dataVector = new Vector();    setNumRows(numRows);    cellAtt = new DefaultCellAttribute(numRows,numColumns);  }  public AttributiveCellTableModel(Vector columnNames, int numRows) {    setColumnIdentifiers(columnNames);    dataVector = new Vector();    setNumRows(numRows);    cellAtt = new DefaultCellAttribute(numRows,columnNames.size());  }  public AttributiveCellTableModel(Object[] columnNames, int numRows) {    this(convertToVector(columnNames), numRows);  }    public AttributiveCellTableModel(Vector data, Vector columnNames) {    setDataVector(data, columnNames);  }  public AttributiveCellTableModel(Object[][] data, Object[] columnNames) {    setDataVector(data, columnNames);  }      public void setDataVector(Vector newData, Vector columnNames) {    if (newData == null)      throw new IllegalArgumentException("setDataVector() - Null parameter");    dataVector = new Vector(0);    setColumnIdentifiers(columnNames);    dataVector = newData;        //    cellAtt = new DefaultCellAttribute(dataVector.size(),                                       columnIdentifiers.size());        newRowsAdded(new TableModelEvent(this, 0, getRowCount()-1,		 TableModelEvent.ALL_COLUMNS, TableModelEvent.INSERT));  }  public void addColumn(Object columnName, Vector columnData) {    if (columnName == null)      throw new IllegalArgumentException("addColumn() - null parameter");    columnIdentifiers.addElement(columnName);    int index = 0;    Enumeration enumeration = dataVector.elements();    while (enumeration.hasMoreElements()) {      Object value;      if ((columnData != null) && (index < columnData.size()))	  value = columnData.elementAt(index);      else	value = null;      ((Vector)enumeration.nextElement()).addElement(value);      index++;    }    //    cellAtt.addColumn();    fireTableStructureChanged();  }  public void addRow(Vector rowData) {    Vector newData = null;    if (rowData == null) {      newData = new Vector(getColumnCount());    }    else {      rowData.setSize(getColumnCount());    }    dataVector.addElement(newData);    //    cellAtt.addRow();    newRowsAdded(new TableModelEvent(this, getRowCount()-1, getRowCount()-1,       TableModelEvent.ALL_COLUMNS, TableModelEvent.INSERT));  }  public void insertRow(int row, Vector rowData) {    if (rowData == null) {      rowData = new Vector(getColumnCount());    }    else {      rowData.setSize(getColumnCount());    }    dataVector.insertElementAt(rowData, row);    //    cellAtt.insertRow(row);    newRowsAdded(new TableModelEvent(this, row, row,       TableModelEvent.ALL_COLUMNS, TableModelEvent.INSERT));  }  public CellAttribute getCellAttribute() {    return cellAtt;  }  public void setCellAttribute(CellAttribute newCellAtt) {    int numColumns = getColumnCount();    int numRows    = getRowCount();    if ((newCellAtt.getSize().width  != numColumns) ||        (newCellAtt.getSize().height != numRows)) {      newCellAtt.setSize(new Dimension(numRows, numColumns));    }    cellAtt = newCellAtt;    fireTableDataChanged();  }  /*  public void changeCellAttribute(int row, int column, Object command) {    cellAtt.changeAttribute(row, column, command);  }  public void changeCellAttribute(int[] rows, int[] columns, Object command) {    cellAtt.changeAttribute(rows, columns, command);  }  */    }