#include <cSingletonPtr.h>

Inheritance diagram for Gray::cSingletonSmart< TYPE >:

Protected Member Functions
	cSingletonSmart (TYPE *pObject, const TYPEINFO_t &rAddrCode, int iRefCountStart=0)

const void *	get_HeapPtr () const noexcept override
	Get the top level (outermost, freeable) class pointer. I can delete get_HeapPtr(). More...

Protected Member Functions inherited from Gray::cSingleton< TYPE >
	cSingleton (TYPE *pObject, const TYPEINFO_t &rAddrCode=typeid(TYPE)) noexcept

virtual	~cSingleton ()

Protected Member Functions inherited from Gray::cSingletonStatic< TYPE >
	cSingletonStatic (TYPE *pObject) noexcept

virtual	~cSingletonStatic () noexcept

Protected Member Functions inherited from Gray::cSingletonRegister
	cSingletonRegister (const TYPEINFO_t &rAddrCode) noexcept

virtual	~cSingletonRegister ()

void	RegisterSingleton ()

Additional Inherited Members
Public Member Functions inherited from Gray::CObject
virtual	~CObject ()

virtual bool	isValidCheck () const noexcept
	< memory allocation and structure definitions are valid. More...

virtual void	AssertValid () const
	< memory allocation and structure definitions are valid. More...

virtual void	Serialize (cArchive &a)

Public Member Functions inherited from Gray::cHeapObject
	cHeapObject ()

virtual	~cHeapObject ()

bool	IsValidInsideN (INT_PTR index) const

bool	IsValidInsidePtr (void const *pTest) const

virtual size_t	GetHeapStatsThis (OUT ITERATE_t &iAllocCount) const

virtual bool	isValidCheck () const noexcept

Public Member Functions inherited from Gray::cRefBase
	cRefBase (int iRefCount=0) noexcept

virtual	~cRefBase ()

int	get_RefCount () const noexcept

HASHCODE_t	get_HashCode () const noexcept

	STDMETHOD_ (HASHCODE_t, get_HashCodeX)() const noexcept

virtual void	onFinalRelease ()

bool	isValidObj () const noexcept

	STDMETHOD_ (ULONG, AddRef)(void) override

	STDMETHOD_ (ULONG, Release)(void) override

STDMETHOD()	QueryInterface (const IID &riid, void __RPC_FAR __RPC_FAR ppvObject) override

void	IncRefCount ()

void	DecRefCount ()

bool	isStaticConstruct () const noexcept

void	StaticConstruct ()

void	StaticDestruct ()

bool	isDestructing () noexcept

void	SetDestructing ()

Static Public Member Functions inherited from Gray::cSingleton< TYPE >
static TYPE *__stdcall	get_Single ()

template<class TYPE2 >
static TYPE2 *__stdcall	get_SingleT ()

static TYPE &__stdcall	I ()

Static Public Member Functions inherited from Gray::cSingletonStatic< TYPE >
static bool	isSingleCreated () noexcept

static TYPE *	get_SingleU () noexcept

static TYPE *	get_Single ()

template<class TYPE2 >
static TYPE2 *__stdcall	get_SingleCast ()

static TYPE &	I () noexcept

Static Public Member Functions inherited from Gray::cSingletonRegister
static void __stdcall	ReleaseModule (HMODULE hMod)

Static Public Attributes inherited from Gray::cSingletonRegister
static cThreadLockFast	sm_LockSingle
	common lock for all cSingleton. More...

Protected Attributes inherited from Gray::cSingletonRegister
HMODULE	m_hModuleLoaded
	What modules loaded this ? So singletons can be destroyed if DLL/SO unloads. More...

Static Protected Attributes inherited from Gray::cSingletonStatic< TYPE >
static TYPE *	sm_pThe = nullptr
	pointer to the one and only object of this TYPE. ASSUME automatically init to = nullptr. More...

Detailed Description

template<class TYPE>
class Gray::cSingletonSmart< TYPE >

Base class for a cSingleton that is reference counted and lazy loaded. This will be destroyed when the last reference is released. recreated on demand. e.g. a public service (shared by all) that is loaded on demand and released when no one needs it.

Note: These objects are normally cHeapObject, but NOT ALWAYS ! (allow static versions using StaticConstruct() and k_REFCOUNT_STATIC)

Constructor & Destructor Documentation

◆ cSingletonSmart()

template<class TYPE >

Gray::cSingletonSmart< TYPE >::cSingletonSmart	(	TYPE *	pObject,
		const TYPEINFO_t &	rAddrCode,
		int	iRefCountStart = `0`
	)

inlineprotected

typically this == pObject

Member Function Documentation

◆ get_HeapPtr()

template<class TYPE >

const void* Gray::cSingletonSmart< TYPE >::get_HeapPtr ( ) const

inlineoverrideprotectedvirtualnoexcept

Get the top level (outermost, freeable) class pointer. I can delete get_HeapPtr().

Reimplemented from Gray::cHeapObject.

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

c:/Dennis/Source/Gray/GrayCore/include/cSingletonPtr.h

Protected Member Functions