TreeStore Class Reference

Inheritance diagram for TreeStore:

List of all members.

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Detailed Description

A tree model that represents a tree structure.

Public Member Functions
	this (GType[] types)
	Creates a new TreeStore with the defined types.
GtkTreeModel *	model ()
	Gets the GtkModel - internal use only.
TreeIter	createIter ()
	Creates a new top level Tree iterator.
GtkTreeStore *	gtk_tree_store_new (gint n_columns,...)
void	gtk_tree_store_set_column_types (GtkTreeStore *tree_store, gint n_columns, GType *types)
void	setValue (TreeIter iter, int column, char[] value)
	Sets one value into one cells.
void	set (TreeIter iter, int[] columns, char[][] values)
	Sets an iteractor values.
void	set (TreeIter iter, TreeNode treeNode)
	Sets an iteractor values from a tree node.
void	gtk_tree_store_set_valist (GtkTreeStore *tree_store, GtkTreeIter *iter, vaList var_args)
bit	remove (TreeIter iter)
	Removes a row from the list.
void	insert (TreeIter iter, TreeIter parent, gint position)
	insert
void	insertBefore (TreeIter iter, TreeIter parent, TreeIter sibling)
	insertBefore
void	insertAfter (TreeIter iter, TreeIter parent, TreeIter sibling)
	insertAfter
void	prepend (TreeIter iter, TreeIter parent)
	prepend
TreeIter	append (TreeIter parentIter)
	Creates a new tree iteractor (effectivly a new row) nested on the passed parent iteractor.
bit	isAncestor (TreeIter iter, TreeIter descendant)
	isAncestor
gint	iterDepth (TreeIter iter)
	iterDepth
void	clear ()
	removes all entries from the tree
bit	iterIsValid (TreeIter iter)
	iterIsValid
void	reorder (TreeIter parent, gint[] newOrder)
	reorder
void	swap (TreeIter a, TreeIter b)
	swap
void	moveAfter (TreeIter iter, TreeIter position)
	moveAfter
void	modeBefore (TreeIter iter, TreeIter position)
	modeBefore
Protected Member Functions
	this (GObject *gObject)
	Creates a ObjectG from a GTK GObject.

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Member Function Documentation

TreeIter TreeStore.append (  TreeIter  parentIter  )

Creates a new tree iteractor (effectivly a new row) nested on the passed parent iteractor. Parameters: parentIter  Returns: a new tree iteractor

void TreeStore.clear (   )

removes all entries from the tree

TreeIter TreeStore.createIter (   )

Creates a new top level Tree iterator. effectevly this is the way to start to add entries to the model Returns: a new top level tree iteractor

GtkTreeStore* TreeStore.gtk_tree_store_new (  gint  n_columns, ...  )

Todo:

void TreeStore.gtk_tree_store_set_column_types (  GtkTreeStore *  tree_store, gint  n_columns, GType *  types )

Todo:

void TreeStore.gtk_tree_store_set_valist (  GtkTreeStore *  tree_store, GtkTreeIter *  iter, vaList  var_args )

Todo:

void TreeStore.insert (  TreeIter  iter, TreeIter  parent, gint  position )

insert Parameters: iter  parent  position

void TreeStore.insertAfter (  TreeIter  iter, TreeIter  parent, TreeIter  sibling )

insertAfter Parameters: iter  parent  sibling

void TreeStore.insertBefore (  TreeIter  iter, TreeIter  parent, TreeIter  sibling )

insertBefore Parameters: iter  parent  sibling

bit TreeStore.isAncestor (  TreeIter  iter, TreeIter  descendant )

isAncestor Parameters: iter  descendant

gint TreeStore.iterDepth (  TreeIter  iter  )

iterDepth Parameters: iter

bit TreeStore.iterIsValid (  TreeIter  iter  )

iterIsValid Parameters: iter

void TreeStore.modeBefore (  TreeIter  iter, TreeIter  position )

modeBefore Parameters: iter  position

GtkTreeModel* TreeStore.model (   )

Gets the GtkModel - internal use only. Reimplemented from TreeModel.

void TreeStore.moveAfter (  TreeIter  iter, TreeIter  position )

moveAfter Parameters: iter  position

void TreeStore.prepend (  TreeIter  iter, TreeIter  parent )

prepend Parameters: iter  parent

bit TreeStore.remove (  TreeIter  iter  )

Removes a row from the list. Parameters: iter  the iteract that contains the row Returns: true if succesefull

void TreeStore.reorder (  TreeIter  parent, gint[]  newOrder )

reorder Parameters: parent  newOrder

void TreeStore.set (  TreeIter  iter, TreeNode  treeNode )

Sets an iteractor values from a tree node. This is the way to add a new row to the tree, the iteractor is either a top level iteractor created from createIter() or a nested iteractor created from append() Parameters: iter  the iteractor to set treeNode  the tree node See also: createIter() append()

void TreeStore.set (  TreeIter  iter, int[]  columns, char  values[][] )

Sets an iteractor values. This is the way to add a new row to the tree, the iteractor is either a top level iteractor created from createIter() or a nested iteractor created from append() Parameters: iter  the iteractor to set columns  the numbers of the columns to set values  the values to set into the cells See also: createIter() append()

void TreeStore.setValue (  TreeIter  iter, int  column, char[]  value )

Sets one value into one cells. Parameters: iter  the tree iteractor, effectivly the row column  to column number to set value  the value

void TreeStore.swap (  TreeIter  a, TreeIter  b )

swap Parameters: a  b

TreeStore.this (  GType[]  types  )

Creates a new TreeStore with the defined types. Parameters: types  the types of the column to create

TreeStore.this (  GObject *  gObject  )  [protected]

Creates a ObjectG from a GTK GObject. This will set a pointer to the ObjectG on the GTK GObject all the new widget will end up executing this contructor. Reimplemented from TreeModel.

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