public <B> void write(XElement element, ModeSettingsConverter<Location, B> converter) {
    Set<String> keys = new HashSet<String>();
    if (lastMaximizedLocation != null) {
      keys.addAll(lastMaximizedLocation.keySet());
    }
    if (lastMaximizedMode != null) {
      keys.addAll(lastMaximizedMode.keySet());
    }

    if (!keys.isEmpty()) {
      XElement xmaximized = element.addElement("maximized");

      for (String key : keys) {
        Path mode = lastMaximizedMode.get(key);
        Location location = lastMaximizedLocation.get(key);

        if (mode != null || location != null) {
          XElement xitem = xmaximized.addElement("item");
          xitem.addString("id", key);
          if (mode != null) {
            xitem.addElement("mode").setString(mode.toString());
          }
          if (location != null) {
            converter.writePropertyXML(
                converter.convertToSetting(location), xitem.addElement("location"));
          }
        }
      }
    }
  }
  /**
   * Writes the location of the views of the known {@link Note}s.
   *
   * @param element the xml-element to write into, the attributes of <code>element</code> will not
   *     be changed
   */
  public void writeXML(XElement element) throws IOException {
    PropertyTransformer transformer = new PropertyTransformer();

    for (Map.Entry<Note, Tuple<DockStation, DockableProperty>> location : locations.entrySet()) {
      XElement xnote = element.addElement("note");
      xnote.addString("id", location.getKey().getId());
      xnote.addString("station", manager.getName(location.getValue().getA()));
      transformer.writeXML(location.getValue().getB(), xnote);
    }
  }
 public void writeXML(XElement element) {
   element.addElement("name").setString(fileName);
   element.addElement("content").setString(fileContent);
   element.addElement("background").setInt(background.getRGB());
 }