Java 类org.apache.log4j.lf5.viewer.categoryexplorer.CategoryExplorerTree 实例源码

protected void processCategories(Document doc) {
  CategoryExplorerTree tree = _monitor.getCategoryExplorerTree();
  CategoryExplorerModel model = tree.getExplorerModel();
  NodeList nodeList = doc.getElementsByTagName(CATEGORY);

  // determine where the starting node is
  NamedNodeMap map = nodeList.item(0).getAttributes();
  int j = (getValue(map, NAME).equalsIgnoreCase(FIRST_CATEGORY_NAME)) ? 1 : 0;
  // iterate backwards throught the nodeList so that expansion of the
  // list can occur
  for (int i = nodeList.getLength() - 1; i >= j; i--) {
    Node n = nodeList.item(i);
    map = n.getAttributes();
    CategoryNode chnode = model.addCategory(new CategoryPath(getValue(map, PATH)));
    chnode.setSelected((getValue(map, SELECTED).equalsIgnoreCase("true")) ? true : false);
    if (getValue(map, EXPANDED).equalsIgnoreCase("true")) ;
    tree.expandPath(model.getTreePathToRoot(chnode));
  }

}

protected void processCategories(Document doc) {
  CategoryExplorerTree tree = _monitor.getCategoryExplorerTree();
  CategoryExplorerModel model = tree.getExplorerModel();
  NodeList nodeList = doc.getElementsByTagName(CATEGORY);

  // determine where the starting node is
  NamedNodeMap map = nodeList.item(0).getAttributes();
  int j = (getValue(map, NAME).equalsIgnoreCase(FIRST_CATEGORY_NAME)) ? 1 : 0;
  // iterate backwards throught the nodeList so that expansion of the
  // list can occur
  for (int i = nodeList.getLength() - 1; i >= j; i--) {
    Node n = nodeList.item(i);
    map = n.getAttributes();
    CategoryNode chnode = model.addCategory(new CategoryPath(getValue(map, PATH)));
    chnode.setSelected((getValue(map, SELECTED).equalsIgnoreCase("true")) ? true : false);
    if (getValue(map, EXPANDED).equalsIgnoreCase("true")) ;
    tree.expandPath(model.getTreePathToRoot(chnode));
  }

}

protected void processCategories(Document doc) {
  CategoryExplorerTree tree = _monitor.getCategoryExplorerTree();
  CategoryExplorerModel model = tree.getExplorerModel();
  NodeList nodeList = doc.getElementsByTagName(CATEGORY);

  // determine where the starting node is
  NamedNodeMap map = nodeList.item(0).getAttributes();
  int j = (getValue(map, NAME).equalsIgnoreCase(FIRST_CATEGORY_NAME)) ? 1 : 0;
  // iterate backwards throught the nodeList so that expansion of the
  // list can occur
  for (int i = nodeList.getLength() - 1; i >= j; i--) {
    Node n = nodeList.item(i);
    map = n.getAttributes();
    CategoryNode chnode = model.addCategory(new CategoryPath(getValue(map, PATH)));
    chnode.setSelected((getValue(map, SELECTED).equalsIgnoreCase("true")) ? true : false);
    if (getValue(map, EXPANDED).equalsIgnoreCase("true")) ;
    tree.expandPath(model.getTreePathToRoot(chnode));
  }

}

protected void collapseTree() {
  // collapse everything except the first category
  CategoryExplorerTree tree = _monitor.getCategoryExplorerTree();
  for (int i = tree.getRowCount() - 1; i > 0; i--) {
    tree.collapseRow(i);
  }
}

private void exportXMLElement(CategoryNode node, TreePath path, StringBuffer xml) {
  CategoryExplorerTree tree = _monitor.getCategoryExplorerTree();

  xml.append("\t<").append(CATEGORY).append(" ");
  xml.append(NAME).append("=\"").append(node.getTitle()).append("\" ");
  xml.append(PATH).append("=\"").append(treePathToString(path)).append("\" ");
  xml.append(EXPANDED).append("=\"").append(tree.isExpanded(path)).append("\" ");
  xml.append(SELECTED).append("=\"").append(node.isSelected()).append("\"/>\r\n");
}

protected void collapseTree() {
  // collapse everything except the first category
  CategoryExplorerTree tree = _monitor.getCategoryExplorerTree();
  for (int i = tree.getRowCount() - 1; i > 0; i--) {
    tree.collapseRow(i);
  }
}

private void exportXMLElement(CategoryNode node, TreePath path, StringBuffer xml) {
  CategoryExplorerTree tree = _monitor.getCategoryExplorerTree();

  xml.append("\t<").append(CATEGORY).append(" ");
  xml.append(NAME).append("=\"").append(node.getTitle()).append("\" ");
  xml.append(PATH).append("=\"").append(treePathToString(path)).append("\" ");
  xml.append(EXPANDED).append("=\"").append(tree.isExpanded(path)).append("\" ");
  xml.append(SELECTED).append("=\"").append(node.isSelected()).append("\"/>\r\n");
}

protected void collapseTree() {
  // collapse everything except the first category
  CategoryExplorerTree tree = _monitor.getCategoryExplorerTree();
  for (int i = tree.getRowCount() - 1; i > 0; i--) {
    tree.collapseRow(i);
  }
}

private void exportXMLElement(CategoryNode node, TreePath path, StringBuffer xml) {
  CategoryExplorerTree tree = _monitor.getCategoryExplorerTree();

  xml.append("\t<").append(CATEGORY).append(" ");
  xml.append(NAME).append("=\"").append(node.getTitle()).append("\" ");
  xml.append(PATH).append("=\"").append(treePathToString(path)).append("\" ");
  xml.append(EXPANDED).append("=\"").append(tree.isExpanded(path)).append("\" ");
  xml.append(SELECTED).append("=\"").append(node.isSelected()).append("\"/>\r\n");
}

public CategoryExplorerTree getCategoryExplorerTree() {
  return _categoryExplorerTree;
}

public CategoryExplorerTree getCategoryExplorerTree() {
  return _categoryExplorerTree;
}

public CategoryExplorerTree getCategoryExplorerTree() {
  return _categoryExplorerTree;
}