net.openai.ai.nn.gui.widgets
Class AbstractTreeModel

java.lang.Object
  |
  +--javax.swing.tree.DefaultTreeModel
        |
        +--net.openai.ai.nn.gui.widgets.AbstractTreeModel

All Implemented Interfaces:

java.io.Serializable, javax.swing.tree.TreeModel

Direct Known Subclasses:

AITreeModel, ScriptTreeModel

public abstract class AbstractTreeModel

extends javax.swing.tree.DefaultTreeModel

Generic TreeModel that uses AITreeNodes

Version:

$Id: AbstractTreeModel.java,v 1.3 2002/02/19 22:10:50 tweber Exp $ History:
$Log: AbstractTreeModel.java,v $
Revision 1.3 2002/02/19 22:10:50 tweber
Fixed ID's from 'int' to 'long'

Revision 1.2 2002/02/14 23:24:12 gleo
Jindent run through.

Revision 1.1 2002/02/13 09:18:19 tweber
Initial release

Author:

Thomas Weber

See Also:

Serialized Form

Field Summary

Fields inherited from class javax.swing.tree.DefaultTreeModel

asksAllowsChildren, listenerList, root

Constructor Summary

AbstractTreeModel()
Constructs a new model with a root-node

AbstractTreeModel(AITreeNode root)
Construct a new model with the given root

Method Summary

abstract void	BuildTree() Must be overwriten in the Implementation.
AITreeNode	getNode(java.lang.Class NodeClass, AITreeNode searchroot, long lID) Find a node with the given ID and the given subclass
AITreeNode	getNode(java.lang.Class NodeClass, AITreeNode searchroot, java.lang.String Name) Find a node with the given name and the given subclass
AITreeNode	getNode(long lID) Find the first node with the given ID
AITreeNode	getNode(java.lang.String Name) Find the first node with the given name
javax.swing.tree.TreePath	getPath(javax.swing.tree.TreeNode nd) Returns the path of a Node
java.util.Vector	ScanNodes(AITreeNode ndParent) Returns a vector containing all (sub-)childs of the given parent

Methods inherited from class javax.swing.tree.DefaultTreeModel

addTreeModelListener, asksAllowsChildren, fireTreeNodesChanged, fireTreeNodesInserted, fireTreeNodesRemoved, fireTreeStructureChanged, getChild, getChildCount, getIndexOfChild, getListeners, getPathToRoot, getPathToRoot, getRoot, getTreeModelListeners, insertNodeInto, isLeaf, nodeChanged, nodesChanged, nodeStructureChanged, nodesWereInserted, nodesWereRemoved, reload, reload, removeNodeFromParent, removeTreeModelListener, setAsksAllowsChildren, setRoot, valueForPathChanged

Methods inherited from class java.lang.Object

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

Constructor Detail

AbstractTreeModel

public AbstractTreeModel()

Constructs a new model with a root-node

AbstractTreeModel

public AbstractTreeModel(AITreeNode root)

Construct a new model with the given root

Parameters:

root - Root-node of the new TreeModel

Method Detail

BuildTree

public abstract void BuildTree()

Must be overwriten in the Implementation. This Method has to fill the tree

ScanNodes

public java.util.Vector ScanNodes(AITreeNode ndParent)

Returns a vector containing all (sub-)childs of the given parent

Parameters:

ndParent - Parent to scan for childs

Returns:

Vector with all (sub-)childs of ndParent

getPath

public javax.swing.tree.TreePath getPath(javax.swing.tree.TreeNode nd)

Returns the path of a Node

getNode

public AITreeNode getNode(java.lang.String Name)

Find the first node with the given name

Parameters:

Name - Nodename to be found

Returns:

Node with the given name

getNode

public AITreeNode getNode(long lID)

Find the first node with the given ID

Parameters:

lID - ID to be found

Returns:

Node with the given ID

getNode

public AITreeNode getNode(java.lang.Class NodeClass,
                          AITreeNode searchroot,
                          java.lang.String Name)

Find a node with the given name and the given subclass

Parameters:

NodeClass - Class of the node to be found

searchroot - Node where the search starts

Name - Nodename to be found

Returns:

Node of specified class and given name

getNode

public AITreeNode getNode(java.lang.Class NodeClass,
                          AITreeNode searchroot,
                          long lID)

Find a node with the given ID and the given subclass

Parameters:

NodeClass - Class of the node to be found

searchroot - Node where the search starts

Returns:

Node of specified class and given ID