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CTTreeNode Class Reference

Define a tree of objects Implemented in: tvu_list_tree_array.cpp. More...

#include <tvu_typesdef.h>

Inheritance diagram for CTTreeNode::

Public Types
enum	{ OT_NAME, OT_ID, OT_DATA }
Public Methods
	CTTreeNode ()
	Constructors/Destructors. More...
virtual	~CTTreeNode ()
	destructor. More...
virtual TVOID	Delete (TBOOL bDeleteData=TFALSE)
	Delete the buffer bDeleteData = TRUE => delete the objects contained in the array. More...
	DEFINE_ID_FUNCTIONS (CTTreeNode, CTObject, CLASSNAME_TYPE_TREE_ID, CLASSNAME_TYPE_TREE) public
	Overwrite. More...
virtual CTObject*	GetValue ()
	For calculating. More...
virtual CTObject*	Calculate (TINT iOperator, CTObject *Object)
	Calculate the mathematical operators: +, -, *, / and the comparing operators: =, <, <=, >, >=. In this case, the returned value is an object of CTInt. More...
CTTreeNode&	operator= (CTTreeNode &Item)
	Operations. More...
TBOOL	IsEmpty ()
	if the tree is empty. More...
TBOOL	IsNotEmpty ()
LPCTObject	GetNodeData ()
	Get the data contained by a node. More...
CTTree	Add (LPCTObject pObject)
	Add an object to the tree. More...
CTTree	AddByName (LPCTObject pObject)
	Add an object to the tree ordered by name. More...
CTTree	AddByID (LPCTObject pObject)
	Add an object to the tree ordered by ID. More...
CTTree	AddByData (LPCTObject pObject)
	Add an object to the tree ordered by data. More...
CTTree	Find (LPCTObject pObject)
	Find a sub tree by the object: detect automatically if the tree is orderd by ID/name/data. More...
CTTree	FindByName (TLPCSTR name)
	Find a sub tree by the name of object. More...
CTTree	FindByNameLong (TLPCSTR name, TINT nLen=0)
	Find a sub tree by the name of object Find "xyz....". More...
CTTree	FindByID (TWORD id)
	Find a sub tree by the ID of object. More...
CTTree	FindByData (LPCTObject pObject)
	Find a sub tree by the data conatained by the nodes. More...
TINT&	GetOrderType ()
Data Fields
LPCTObject	m_Data
CTTree	m_Left
	Data contained by node. More...
CTTree	m_Right
	Data contained by node. More...
TINT	m_OrderType
	The left/right sub trees;. More...

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Detailed Description

Define a tree of objects Implemented in: tvu_list_tree_array.cpp.

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Constructor & Destructor Documentation

CTTreeNode::CTTreeNode ( )

Constructors/Destructors.

CTTreeNode::~CTTreeNode ( ) [virtual]

destructor.

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Member Function Documentation

CTTree CTTreeNode::Add ( LPCTObject pObject )

Add an object to the tree.

CTTree CTTreeNode::AddByData ( LPCTObject pObject )

Add an object to the tree ordered by data.

CTTree CTTreeNode::AddByID ( LPCTObject pObject )

Add an object to the tree ordered by ID.

CTTree CTTreeNode::AddByName ( LPCTObject pObject )

Add an object to the tree ordered by name.

CTObject * CTTreeNode::Calculate ( TINT iOperator, CTObject * Object ) [virtual]

Calculate the mathematical operators: +, -, *, / and the comparing operators: =, <, <=, >, >=. In this case, the returned value is an object of CTInt. Reimplemented from CTObject.

CTTreeNode::DEFINE_ID_FUNCTIONS ( CTTreeNode, CTObject, CLASSNAME_TYPE_TREE_ID, CLASSNAME_TYPE_TREE ) [inline]

Overwrite. 02135 : 02137 virtual CTList GetSaveLoadObjects(TBOOL bOnLoad = TTRUE); 02139 virtual TBOOL Save(LPCTFile pFile, TINT Marge); 02141 virtual CTTree CreateNewTree() { return new CTTreeNode; }; public:

TVOID CTTreeNode::Delete ( TBOOL bDeleteData = TFALSE ) [virtual]

Delete the buffer bDeleteData = TRUE => delete the objects contained in the array.

CTTree CTTreeNode::Find ( LPCTObject pObject )

Find a sub tree by the object: detect automatically if the tree is orderd by ID/name/data.

CTTree CTTreeNode::FindByData ( LPCTObject pObject )

Find a sub tree by the data conatained by the nodes.

CTTree CTTreeNode::FindByID ( TWORD id )

Find a sub tree by the ID of object.

CTTree CTTreeNode::FindByName ( TLPCSTR name )

Find a sub tree by the name of object.

CTTree CTTreeNode::FindByNameLong ( TLPCSTR name, TINT nLen = 0 )

Find a sub tree by the name of object Find "xyz....".

LPCTObject CTTreeNode::GetNodeData ( ) [inline]

Get the data contained by a node. { return m_Data; };

CTObject * CTTreeNode::GetValue ( ) [virtual]

For calculating. Reimplemented from CTObject.

TBOOL CTTreeNode::IsEmpty ( ) [inline]

if the tree is empty. { return m_Data == TNULL; };

CTTreeNode & CTTreeNode::operator= ( CTTreeNode & Item )

Operations.

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Field Documentation

CTTree CTTreeNode::m_Left

Data contained by node.

TINT CTTreeNode::m_OrderType

The left/right sub trees;.

CTTree CTTreeNode::m_Right

Data contained by node.

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The documentation for this class was generated from the following file:

• /lib/libtvubase/tvu_typesdef.h

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