Placement< MObject, MObject > Class Template Reference

#include "steam/mobject/placement.hpp"

Description

template<>
class steam::mobject::Placement< MObject, MObject >

this specialisation forms the root of all placements and defines all of Placement's actual functionality.

Definition at line 114 of file placement.hpp.

Public Member Functions
	Placement (Placement const &ref)
template<class Y >
void	extendOwnershipTo (shared_ptr< Y > &target) const
	extend shared ownership to the given smart-ptr More...
template<class Y >
bool	isCompatible () const
	run time diagnostics: is the pointee of this placement compatible to the given type?
bool	isValid () const
	operator string () const
MObject *	operator-> () const
	smart pointer: accessing the MObject, which is subject to placement. More...
virtual ExplicitPlacement	resolve () const
	combine and resolve all constraints defined by the various LocatingPin ( More...
size_t	use_count () const
Public Member Functions inherited from HashIndexed< BA, IMP >
void	assignID (HashIndexed const &ref)
ID const &	getID () const
template<typename T >
Id< T > const &	recastID () const
	redefining of the specific type info of the Id is allowed, as all share the same implementation

Public Attributes
session::LocatingPin	chain
	interface for defining the kind of placement to employ, and for controlling any additional constraints and properties.

Friends
bool	isSharedPointee (Placement const &p1, Placement const &p2)
	free function to detect two placements sharing a pointee
class	session::MObjectFactory

Protected Types
typedef shared_ptr< MObject >	_SmartPtr
typedef void(*	Deleter) (MObject *)
typedef HashIndexed< Placement< MObject >, lib::hash::LuidH >	HashInd
typedef asset::shared_ptr< asset::Pipe >	Pipe
typedef lib::time::Time	Time

Protected Member Functions
	Placement (MObject &subject, Deleter killer)
Protected Member Functions inherited from HashIndexed< BA, IMP >
	HashIndexed (IMP const &iref)
void	assignID (HashIndexed const &ref)
ID const &	getID () const
template<typename T >
Id< T > const &	recastID () const
	redefining of the specific type info of the Id is allowed, as all share the same implementation

Member Function Documentation

operator->()

MObject* operator-> ( ) const

inline

smart pointer: accessing the MObject, which is subject to placement.

Note

we don't provide operator*

Definition at line 133 of file placement.hpp.

extendOwnershipTo()

void extendOwnershipTo ( shared_ptr< Y > &  target ) const

inline

extend shared ownership to the given smart-ptr

Note

never throws

Definition at line 154 of file placement.hpp.

resolve()

virtual ExplicitPlacement resolve ( ) const

virtual

combine and resolve all constraints defined by the various LocatingPin (

See also

chain) and provide the resulting (explicit) placement.

Inheritance diagram for Placement< MObject, MObject >:

Collaboration diagram for Placement< MObject, MObject >:

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

• placement.hpp