#include <PropertyInterface.h>

Inherits tlp::Observable.

Inherited by tlp::AbstractProperty< tlp::BooleanType, tlp::BooleanType >, tlp::AbstractProperty< tlp::BooleanVectorType, tlp::BooleanVectorType, PropertyInterface >, tlp::AbstractProperty< tlp::ColorVectorType, tlp::ColorVectorType, PropertyInterface >, tlp::AbstractProperty< tlp::CoordVectorType, tlp::CoordVectorType, PropertyInterface >, tlp::AbstractProperty< tlp::DoubleVectorType, tlp::DoubleVectorType, PropertyInterface >, tlp::AbstractProperty< tlp::SizeVectorType, tlp::SizeVectorType, PropertyInterface >, tlp::AbstractProperty< tlp::StringVectorType, tlp::StringVectorType, PropertyInterface >, and tlp::NumericProperty.

Classes
class	MetaValueCalculator
	Base class for computing values on meta nodes and edges. More...

Public Member Functions
virtual PropertyInterface *	clonePrototype (Graph *graph, const std::string &name)=0

virtual int	compare (const node n1, const node n2) const =0

virtual int	compare (const edge e1, const edge e2) const =0

virtual void	computeMetaValue (node metaNode, Graph subgraph, Graph metaGraph)=0

virtual void	computeMetaValue (edge metaEdge, tlp::Iterator< edge > it, Graph metaGraph)=0

virtual bool	copy (const node destination, const node source, PropertyInterface *property, bool ifNotDefault=false)=0

virtual bool	copy (const edge destination, const edge source, PropertyInterface *property, bool ifNotDefault=false)=0

virtual void	copy (PropertyInterface *source)=0

virtual void	erase (const node)=0

virtual void	erase (const edge)=0

virtual DataMem *	getEdgeDataMemValue (const edge e) const =0

virtual DataMem *	getEdgeDefaultDataMemValue () const =0

virtual std::string	getEdgeDefaultStringValue () const =0

virtual std::string	getEdgeStringValue (const edge e) const =0

tlp::Graph *	getGraph () const

MetaValueCalculator *	getMetaValueCalculator ()

const std::string &	getName () const

virtual DataMem *	getNodeDataMemValue (const node n) const =0

virtual DataMem *	getNodeDefaultDataMemValue () const =0

virtual std::string	getNodeDefaultStringValue () const =0

virtual std::string	getNodeStringValue (const node n) const =0

virtual DataMem *	getNonDefaultDataMemValue (const node n) const =0

virtual DataMem *	getNonDefaultDataMemValue (const edge e) const =0

virtual tlp::Iterator< edge > *	getNonDefaultValuatedEdges (const Graph *=NULL) const =0

virtual tlp::Iterator< node > *	getNonDefaultValuatedNodes (const Graph *=NULL) const =0

virtual std::string	getTypename () const =0

bool	rename (const std::string &newName)

virtual void	setAllEdgeDataMemValue (const DataMem *v)=0

virtual bool	setAllEdgeStringValue (const std::string &value)=0

virtual void	setAllNodeDataMemValue (const DataMem *value)=0

virtual bool	setAllNodeStringValue (const std::string &value)=0

virtual void	setEdgeDataMemValue (const edge e, const DataMem *v)=0

virtual bool	setEdgeStringValue (const edge e, const std::string &value)=0

virtual void	setMetaValueCalculator (MetaValueCalculator *calculator)

virtual void	setNodeDataMemValue (const node n, const DataMem *value)=0

virtual bool	setNodeStringValue (const node n, const std::string &value)=0

Public Member Functions inherited from tlp::Observable
void	addListener (Observable *const listener) const

void	addObserver (Observable *const observer) const

unsigned int	countListeners () const

unsigned int	countObservers () const

unsigned int	getReceived () const

unsigned int	getSent () const

void	removeListener (Observable *const listener) const

void	removeObserver (Observable *const observerver) const

Protected Member Functions
void	notifyAfterSetAllEdgeValue ()

void	notifyAfterSetAllNodeValue ()

void	notifyAfterSetEdgeValue (const edge e)

void	notifyAfterSetNodeValue (const node n)

void	notifyBeforeSetAllEdgeValue ()

void	notifyBeforeSetAllNodeValue ()

void	notifyBeforeSetEdgeValue (const edge e)

void	notifyBeforeSetNodeValue (const node n)

void	notifyDestroy ()

void	notifyRename (const std::string &newName)

Protected Member Functions inherited from tlp::Observable
	Observable (const Observable &)

tlp::Iterator< tlp::Observable * > *	getObservables () const

bool	hasOnlookers () const

void	notifyObservers ()

void	observableDeleted ()

Observable &	operator= (const Observable &)

void	sendEvent (const Event &message)

virtual void	treatEvent (const Event &message)

virtual void	treatEvents (const std::vector< Event > &events)

Protected Attributes
Graph *	graph

MetaValueCalculator *	metaValueCalculator

std::string	name

Friends
class	PropertyManager

Additional Inherited Members
Static Public Member Functions inherited from tlp::Observable
static Observable *	getObject (tlp::node n)

static const tlp::VectorGraph &	getObservableGraph ()

static void	holdObservers ()

static bool	isAlive (tlp::node n)

static unsigned int	observersHoldCounter ()

static void	unholdObservers ()

Detailed Description

PropertyInterface describes the interface of a graph property.

The intent of a property is to hold a value for each node and edge (e.g. the degree of the nodes).

A property can be used in two different ways : Either it is attached to a graph; and in this case creating and deleting the property is handled by the graph (

See Also: Graph::getProperty()).

Either is is detached from a graph, and you have to handle creation and deletion yourself. This is most useful for some algorithms that need a temporary property, but do not want the property to appear on the graph after the computation.

Definition at line 52 of file PropertyInterface.h.

Member Function Documentation

virtual PropertyInterface* tlp::PropertyInterface::clonePrototype	(	Graph *	graph,
		const std::string &	name
	)

pure virtual

Creates a property of the same type (e.g. tlp::DoubleProperty) in the graph. The new property will not contain a copy of this property's values.

Parameters

graph	The Graph in which to create the new property.
name	The name of the new property.

Returns: The newly created property.

Implemented in tlp::BooleanProperty.

virtual int tlp::PropertyInterface::compare	(	const node	n1,
		const node	n2
	)		const

pure virtual

Compares the value this property holds for the two given nodes.

Parameters

n1	The first node to compare the value of.
n2	The second node to compare the value of.

Returns: 0 if the values are identical, a positive value if n1 is greater than n2, and a negative value if n1 is less than n2.

virtual int tlp::PropertyInterface::compare	(	const edge	e1,
		const edge	e2
	)		const

pure virtual

Compares the value this property holds for the two given edges.

Parameters

e1	The first edge to compare the value of.
e2	The second edge to compare the value of.

Returns: 0 if the values are identical, a positive value if e1 is greater than e2, and a negative value if e1 is less than e2.

virtual void tlp::PropertyInterface::computeMetaValue	(	node	metaNode,
		Graph *	subgraph,
		Graph *	metaGraph
	)

pure virtual

Sets the value of the metanode to a computed value.

The value is computed by this property's MetaValueCalculator.

Parameters

metaNode	The metanode to compute a value on.
subgraph	The subgraph pointed by the metanode.
metaGraph	The graph who owns the meta node.

virtual void tlp::PropertyInterface::computeMetaValue	(	edge	metaEdge,
		tlp::Iterator< edge > *	it,
		Graph *	metaGraph
	)

pure virtual

Sets the value of the metaedge to a computed value.

Parameters

metaEdge	The meta edge to compute a value on.
it	The edges represented by the meta edge.
metaGraph	The graph who owns the meta edge.

virtual bool tlp::PropertyInterface::copy	(	const node	destination,
		const node	source,
		PropertyInterface *	property,
		bool	ifNotDefault = `false`
	)

pure virtual

Copies the value of a node in another property to a node in this property.

Parameters

destination	The node whose value will be set.
source	The node whose value to copy.
property	The property from which to copy the source node value.
ifNotDefault	If true, the copy will only be performed if the source node's value is not the default value.

Returns: True if the copy was performed, false otherwise.

virtual bool tlp::PropertyInterface::copy	(	const edge	destination,
		const edge	source,
		PropertyInterface *	property,
		bool	ifNotDefault = `false`
	)

pure virtual

Copies the value of an edge in another property to an edge in this property.

Parameters

destination	The edge whose value will be set.
source	The edge whose value to copy.
property	The property from which to copy the source edge value.
ifNotDefault	If true, the copy will only be performed if the source edge's value is not the default value.

Returns: True if the copy was performed, false otherwise.

virtual void tlp::PropertyInterface::copy ( PropertyInterface * source )

pure virtual

Copies the values of the passed property to this property.

Parameters

source The property from which to copy values.

virtual void tlp::PropertyInterface::erase ( const node )

pure virtual

Erases the value stored for the given node. The new value for the node is the default value.

Implemented in tlp::AbstractProperty< tlp::BooleanVectorType, tlp::BooleanVectorType, PropertyInterface >, tlp::AbstractProperty< tlp::SizeVectorType, tlp::SizeVectorType, PropertyInterface >, tlp::AbstractProperty< tlp::DoubleVectorType, tlp::DoubleVectorType, PropertyInterface >, tlp::AbstractProperty< tlp::StringVectorType, tlp::StringVectorType, PropertyInterface >, tlp::AbstractProperty< tlp::CoordVectorType, tlp::CoordVectorType, PropertyInterface >, tlp::AbstractProperty< tlp::ColorVectorType, tlp::ColorVectorType, PropertyInterface >, and tlp::AbstractProperty< tlp::BooleanType, tlp::BooleanType >.

virtual void tlp::PropertyInterface::erase ( const edge )

pure virtual

Erases the value stored for the given edge. The new value for the edge is the default value.

Implemented in tlp::AbstractProperty< tlp::BooleanVectorType, tlp::BooleanVectorType, PropertyInterface >, tlp::AbstractProperty< tlp::SizeVectorType, tlp::SizeVectorType, PropertyInterface >, tlp::AbstractProperty< tlp::DoubleVectorType, tlp::DoubleVectorType, PropertyInterface >, tlp::AbstractProperty< tlp::StringVectorType, tlp::StringVectorType, PropertyInterface >, tlp::AbstractProperty< tlp::CoordVectorType, tlp::CoordVectorType, PropertyInterface >, tlp::AbstractProperty< tlp::ColorVectorType, tlp::ColorVectorType, PropertyInterface >, and tlp::AbstractProperty< tlp::BooleanType, tlp::BooleanType >.

virtual DataMem* tlp::PropertyInterface::getEdgeDataMemValue ( const edge e ) const

pure virtual

Gets the edge value, contained in a tlp::DataMem structure.

Parameters

n	The edge to get the value of.

Returns: The value of the edge, in a tlp::DataMem.

Warning: The ownership of this pointer is given to the caller.

virtual DataMem* tlp::PropertyInterface::getEdgeDefaultDataMemValue ( ) const

pure virtual

Gets a pointer to the tlp::DataMem structure that contains the edge default value.

Returns: The DataMem structure containing the edge default value.

Warning: The ownership of this pointer is given to the caller.

virtual std::string tlp::PropertyInterface::getEdgeDefaultStringValue ( ) const

pure virtual

Gets a string representation of the edge default value.

Returns: A string representation of the edge default value.

virtual std::string tlp::PropertyInterface::getEdgeStringValue ( const edge e ) const

pure virtual

Gets a string representation of the edge default value.

Parameters

e	The edge to get the value of.

Returns: A string representation of the edge default value.

MetaValueCalculator* tlp::PropertyInterface::getMetaValueCalculator ( )

inline

Gets the MetaValueCalculator of this property.

Returns: The MetaValueCalculator of this property

Definition at line 346 of file PropertyInterface.h.

const std::string& tlp::PropertyInterface::getName ( ) const

inline

Gets the name of the property (e.g. viewLayout).

Returns: The name of this property.

Definition at line 123 of file PropertyInterface.h.

virtual DataMem* tlp::PropertyInterface::getNodeDataMemValue ( const node n ) const

pure virtual

Gets the node value, contained in a tlp::DataMem structure.

Parameters

n	The node to get the value of.

Returns: The value of the node, in a tlp::DataMem.

Warning: The ownership of this pointer is given to the caller.

virtual DataMem* tlp::PropertyInterface::getNodeDefaultDataMemValue ( ) const

pure virtual

Gets a pointer to the tlp::DataMem structure that contains the node default value.

Returns: The DataMem structure containing the node default value.

Warning: The ownership of this pointer is given to the caller.

virtual std::string tlp::PropertyInterface::getNodeDefaultStringValue ( ) const

pure virtual

Gets a string representation of the node default value.

Returns: A string representation of the node default value.

virtual std::string tlp::PropertyInterface::getNodeStringValue ( const node n ) const

pure virtual

Gets a string representation of the node default value.

Parameters

n	The node to get the value of.

Returns: A string representation of the node default value.

virtual DataMem* tlp::PropertyInterface::getNonDefaultDataMemValue ( const node n ) const

pure virtual

Returns the value in a DataMem if it is not default, otherwise returns NULL.

Parameters

n	The node to get the value of.

Returns: The value of the node if it is not default, or NULL.

Warning: The ownership of this pointer is given to the caller.

virtual DataMem* tlp::PropertyInterface::getNonDefaultDataMemValue ( const edge e ) const

pure virtual

Returns the value in a DataMem if it is not default, otherwise returns NULL.

Parameters

e	The edge to get the value of.

Returns: The value of the edge if it is not default, or NULL.

Warning: The ownership of this pointer is given to the caller.

virtual tlp::Iterator<edge>* tlp::PropertyInterface::getNonDefaultValuatedEdges ( const Graph * = NULL ) const

pure virtual

Gets an Iterator on all non-default valuated edges. When given a Graph as parameter, only edges belonging to this graph are iterated over.

Returns: An Iterator over edges whose value is not default.

Warning: The ownership of the iterator is given to the caller.

virtual tlp::Iterator<node>* tlp::PropertyInterface::getNonDefaultValuatedNodes ( const Graph * = NULL ) const

pure virtual

Gets an Iterator on all non-default valuated nodes. When given a Graph as parameter, only nodes belonging to this graph are iterated over.

Returns: An Iterator over nodes whose value is not default.

Warning: The ownership of the iterator is given to the caller.

virtual std::string tlp::PropertyInterface::getTypename ( ) const

pure virtual

Gets a string describing the type of the property (e.g. "graph", "double", "layout", "string", "integer", "color", "size").

Returns: The name of this property's type.

Implemented in tlp::BooleanProperty.

bool tlp::PropertyInterface::rename ( const std::string & newName )

Rename a property.

Parameters

the new name

Returns: returns true if the renaming succeed. It may fails if a property with the given name already exists

virtual void tlp::PropertyInterface::setAllEdgeDataMemValue ( const DataMem * v )

pure virtual

Sets all the edges value to the value contained in the given DataMem structure. All previous values are lost.

Parameters

value The value to set on all the edges.

virtual bool tlp::PropertyInterface::setAllEdgeStringValue ( const std::string & value )

pure virtual

Sets all the edges value to the value described by the string. For some types, some parsing will be necessary (e.g. LayoutPorperty). All previous values are lost.

Parameters

value A string describing the new value to set on all the edges.

Returns: Whether the given string was a correct representation for this property's type. If not, the values are not set.

virtual void tlp::PropertyInterface::setAllNodeDataMemValue ( const DataMem * value )

pure virtual

Sets all the nodes value to the value contained in the given DataMem structure. All previous values are lost.

Parameters

value The value to set on all the nodes.

virtual bool tlp::PropertyInterface::setAllNodeStringValue ( const std::string & value )

pure virtual

Sets all the nodes value to the value described by the string. For some types, some parsing will be necessary (e.g. LayoutPorperty). All previous values are lost.

Parameters

value A string describing the new value to set on all the nodes.

Returns: Whether the given string was a correct representation for this property's type. If not, the values are not set.

virtual void tlp::PropertyInterface::setEdgeDataMemValue	(	const edge	e,
		const DataMem *	v
	)

pure virtual

Sets the edge value.

Parameters

e	The edge to set the value of.
value	The value to set to this edge.

virtual bool tlp::PropertyInterface::setEdgeStringValue	(	const edge	e,
		const std::string &	value
	)

pure virtual

Sets a new value on the edge, described by the string parameter.

Parameters

e	The edge on which to set value on.
value	A string describing the value to set on the edge.

Returns: Whether the string was a correct representation for this property's type. If not, the value is not set.

virtual void tlp::PropertyInterface::setMetaValueCalculator ( MetaValueCalculator * calculator )

inlinevirtual

Sets the Calculator for meta nodes and edges.

Parameters

calculator The object containing the logic for computing the meta values for the nodes and edges.

Warning: The ownership of the MetaValueCalculator is not taken by the property.

Definition at line 356 of file PropertyInterface.h.

virtual void tlp::PropertyInterface::setNodeDataMemValue	(	const node	n,
		const DataMem *	value
	)

pure virtual

Sets the node value.

Parameters

n	The node to set the value of.
value	The value to set to this node.

virtual bool tlp::PropertyInterface::setNodeStringValue	(	const node	n,
		const std::string &	value
	)

pure virtual

Sets a new value on the node, described by the string parameter.

Parameters

n	The node on which to set the new value.
value	A string describing the value to set on the node.

Returns: Whether the string was a correct representation for this property's type. If not, the value is not set.

Classes

Public Member Functions

Protected Member Functions

Protected Attributes

Friends

Additional Inherited Members

Detailed Description

Member Function Documentation