#include <cThreadArray.h>

Inheritance diagram for Gray::cThreadLockArrayValue< TYPE, _TYPE_KEY >:

Public Member Functions
	cThreadLockArrayValue ()

	~cThreadLockArrayValue ()

ITERATE_t	GetSize () const

cRefPtr< TYPE >	GetAtCheck (ITERATE_t nIndex) const

ITERATE_t	Add (TYPE *pObj)

ITERATE_t	AddAfter (TYPE *pObj)

cRefPtr< TYPE >	PopHead ()

cRefPtr< TYPE >	PopTail ()

bool	RemoveArg (TYPE *pObj)

void	RemoveAll ()

void	DisposeAll ()

cRefPtr< TYPE >	FindArgForKey (_TYPE_KEY index) const

Public Attributes
cThreadLockCount	m_Lock

Additional Inherited Members
Protected Types inherited from Gray::cArraySortValue< TYPE, ITERATE_t >
typedef cArraySortRef< TYPE, ITERATE_t >	SUPER_t

typedef SUPER_t::REF_t	REF_t

typedef SUPER_t::KEY_t	KEY_t

Protected Types inherited from Gray::cArraySortFacade< cRefPtr< TYPE >, TYPE *, TYPE_KEY >
typedef cArraySorted< cRefPtr< TYPE >, TYPE *, TYPE_KEY >	SUPER_t

typedef SUPER_t::REF_t	REF_t

typedef SUPER_t::ELEM_t	ELEM_t

Protected Types inherited from Gray::cArraySorted< TYPE, TYPE_ARG, TYPE_KEY >
typedef cArrayTyped< TYPE, TYPE_ARG >	SUPER_t

typedef TYPE_KEY	KEY_t

typedef SUPER_t::REF_t	REF_t

Protected Types inherited from Gray::cArrayTyped< TYPE, TYPE_ARG >
typedef CArray< TYPE, TYPE_ARG >	SUPER_t

typedef cArrayTyped< TYPE, TYPE_ARG >	THIS_t

typedef ITERATE_t	iterator

typedef ITERATE_t	const_iterator

typedef TYPE	ELEM_t
	What type is stored. More...

typedef TYPE_ARG	REF_t
	How to refer to this? value or ref or pointer? More...

Protected Member Functions inherited from Gray::cArraySortValue< TYPE, ITERATE_t >
virtual COMPARE_t	CompareData (REF_t pData1, REF_t pData2) const noexcept override

virtual COMPARE_t	CompareKey (KEY_t key1, REF_t pBase) const override

virtual	~cArraySortValue ()

ITERATE_t	FindIForAK (const TYPE *pBase) const

bool	RemoveArgKey (TYPE *pBase)

ITERATE_t	AddAfter (TYPE *pBase)

Protected Member Functions inherited from Gray::cArraySortRef< TYPE, TYPE_KEY >
void	DisposeAll ()

virtual	~cArraySortFacade ()

bool	IsValidIndex (ITERATE_t i) const noexcept

REF_t	GetAt (ITERATE_t index) const noexcept

REF_t	GetAtCheck (ITERATE_t nIndex) const

TYPE *	FindArgForKey (TYPE_KEY key1) const noexcept

ITERATE_t	FindIForAC_BRUTEFORCE (const TYPE * pData) const

ELEM_t	PopHead ()

ELEM_t	PopTail ()

void	DeleteAll ()

Protected Member Functions inherited from Gray::cArraySorted< TYPE, TYPE_ARG, TYPE_KEY >
virtual COMPARE_t	CompareKey (KEY_t key1, REF_t Data2) const

bool	RemoveArgKey (REF_t pObj, KEY_t key)

virtual	~cArraySorted ()

ITERATE_t	FindINear (REF_t pNew, COMPARE_t &iCompareRes) const

ITERATE_t	FindINearKey (KEY_t key, COMPARE_t &iCompareRes) const

ITERATE_t	FindIForKey (KEY_t key) const

ITERATE_t	FindIFirstForKey (TYPE_KEY nKey) const

ITERATE_t	FindILastForKey (TYPE_KEY nKey) const

ITERATE_t	AddPresorted (ITERATE_t index, COMPARE_t iCompareRes, TYPE_ARG pNew)

bool	RemoveKey (TYPE_KEY key)

ITERATE_t	Add (TYPE_ARG pNew)

void	AddArray (const SUPER_t &a)

Protected Member Functions inherited from Gray::cArrayTyped< TYPE, TYPE_ARG >
ITERATE_t	QSortPartition (ITERATE_t iLeft, ITERATE_t iRight)

void	QSort (ITERATE_t iLeft, ITERATE_t iRight)

void	QSort ()

	cArrayTyped () noexcept

	cArrayTyped (const THIS_t &rArray)

	cArrayTyped (ITERATE_t iSize)

virtual	~cArrayTyped ()

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

bool	IsValidIndex (ITERATE_t i) const noexcept

ITERATE_t	ClampValidIndex (ITERATE_t i) const noexcept

size_t	GetHeapStats (OUT ITERATE_t &iAllocCount) const noexcept

void	AssertValidIndex (ITERATE_t nIndex) const

const TYPE &	GetAtSecure (ITERATE_t nIndex) const

TYPE &	ElementAtSecure (ITERATE_t nIndex)

REF_t	ConstElementAt (ITERATE_t nIndex) const

TYPE &	operator[] (ITERATE_t nIndex)

const TYPE &	operator[] (ITERATE_t nIndex) const

TYPE &	Head ()

TYPE &	Tail ()

TYPE &	ElementAtHead ()

TYPE &	ElementAtTail ()

REF_t	ConstHead () const

REF_t	ConstTail () const

REF_t	GetAtTail ()

void	UnLinkIndex (ITERATE_t nIndex)

void	Swap (ITERATE_t i, ITERATE_t j)

void	SetCopy (const cArrayTyped< TYPE, TYPE_ARG > &aValues)

const cArrayTyped< TYPE, TYPE_ARG > &	operator= (const cArrayTyped< TYPE, TYPE_ARG > &aValues)

ITERATE_t	FindIFor (TYPE_ARG arg) const

bool	HasArg (TYPE_ARG arg) const

void	RemoveLast ()

ELEM_t	PopHead ()

ELEM_t	PopTail ()

bool	RemoveArg (TYPE_ARG arg)

void	UnLinkArg (TYPE_ARG arg)

ITERATE_t	AddTail (TYPE_ARG newElement)

ITERATE_t	PushTail (TYPE_ARG newElement)

void	AddHead (TYPE_ARG newElement)

TYPE *	get_DataWork () const

void	AddArray (const SUPER_t &src)

bool	IsEqualArray (const SUPER_t &aValues) const

bool	isArraySorted () const

bool	isArraySortedND () const

Protected Member Functions inherited from Gray::CArray< TYPE, ARG_TYPE >
bool	IsValidIndex (ITERATE_t i) const noexcept

	CArray () noexcept

	CArray (THIS_t &&ref) noexcept

virtual	~CArray ()

bool	IsValidMallocSize () const noexcept

ITERATE_t	GetSize () const noexcept

ITERATE_t	GetUpperBound () const noexcept

bool	IsEmpty () const noexcept

void	SetSize (ITERATE_t nNewSize)

ITERATE_t	GetMallocSize () const noexcept

void	RemoveAll ()
	Clean up. More...

const TYPE &	GetAt (ITERATE_t nIndex) const

TYPE &	ElementAt (ITERATE_t nIndex)

void	SetAt (ITERATE_t nIndex, ARG_TYPE newElement)

const TYPE *	GetData () const

TYPE *	GetData ()

void	SetDataArrayPtr (TYPE *pData, ITERATE_t nSize)

void	SetAtGrow (ITERATE_t nIndex, ARG_TYPE newElement)

ITERATE_t	Add (ARG_TYPE newElement)

void	Copy (const CArray &src)

TYPE &	operator[] (ITERATE_t nIndex)

const TYPE &	operator[] (ITERATE_t nIndex) const

void	InsertAt (ITERATE_t nIndex, ARG_TYPE newElement)

void	RemoveAt (ITERATE_t nIndex)

void	RemoveAt (ITERATE_t nIndex, ITERATE_t iQty)

void	MoveElement (ITERATE_t iFrom, ITERATE_t iTo)

Protected Member Functions inherited from Gray::CObject
virtual	~CObject ()

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

virtual void	Serialize (cArchive &a)

Protected Attributes inherited from Gray::CArray< TYPE, ARG_TYPE >
TYPE *	m_pData
	the actual array of data More...

ITERATE_t	m_nSize
	Number of elements (upperBound - 1) More...

Detailed Description

template<class TYPE, class _TYPE_KEY = ITERATE_t>
class Gray::cThreadLockArrayValue< TYPE, _TYPE_KEY >

Thread safe array TYPE must support get_SortValue() and be cRefBase does allow dupe get_SortValue but not dupe objects

Constructor & Destructor Documentation

◆ cThreadLockArrayValue()

template<class TYPE , class _TYPE_KEY = ITERATE_t>

Gray::cThreadLockArrayValue< TYPE, _TYPE_KEY >::cThreadLockArrayValue ( )

inline

◆ ~cThreadLockArrayValue()

template<class TYPE , class _TYPE_KEY = ITERATE_t>

Gray::cThreadLockArrayValue< TYPE, _TYPE_KEY >::~cThreadLockArrayValue ( )

inline

Member Function Documentation

◆ Add()

template<class TYPE , class _TYPE_KEY = ITERATE_t>

ITERATE_t Gray::cThreadLockArrayValue< TYPE, _TYPE_KEY >::Add ( TYPE * pObj )

inline

◆ AddAfter()

template<class TYPE , class _TYPE_KEY = ITERATE_t>

ITERATE_t Gray::cThreadLockArrayValue< TYPE, _TYPE_KEY >::AddAfter ( TYPE * pObj )

inline

◆ DisposeAll()

template<class TYPE , class _TYPE_KEY = ITERATE_t>

void Gray::cThreadLockArrayValue< TYPE, _TYPE_KEY >::DisposeAll ( void )

inline

ASSUME TYPE supports DisposeThis(); like cXObject

◆ FindArgForKey()

template<class TYPE , class _TYPE_KEY = ITERATE_t>

cRefPtr<TYPE> Gray::cThreadLockArrayValue< TYPE, _TYPE_KEY >::FindArgForKey ( _TYPE_KEY index ) const

inline

◆ GetAtCheck()

template<class TYPE , class _TYPE_KEY = ITERATE_t>

cRefPtr<TYPE> Gray::cThreadLockArrayValue< TYPE, _TYPE_KEY >::GetAtCheck ( ITERATE_t nIndex ) const

inline

Note: Its slightly dangerous to enum a thread used list. We could read the same entry 2 times !; NEVER NEVER lock the list and the object at the same time! This could create a permanent deadlock!

◆ GetSize()

template<class TYPE , class _TYPE_KEY = ITERATE_t>

ITERATE_t Gray::cThreadLockArrayValue< TYPE, _TYPE_KEY >::GetSize ( ) const

inline

Used for statistical purposes. This may change of course.

◆ PopHead()

template<class TYPE , class _TYPE_KEY = ITERATE_t>

cRefPtr<TYPE> Gray::cThreadLockArrayValue< TYPE, _TYPE_KEY >::PopHead ( )

inline

◆ PopTail()

template<class TYPE , class _TYPE_KEY = ITERATE_t>

cRefPtr<TYPE> Gray::cThreadLockArrayValue< TYPE, _TYPE_KEY >::PopTail ( )

inline

◆ RemoveAll()

template<class TYPE , class _TYPE_KEY = ITERATE_t>

void Gray::cThreadLockArrayValue< TYPE, _TYPE_KEY >::RemoveAll ( )

inline

◆ RemoveArg()

template<class TYPE , class _TYPE_KEY = ITERATE_t>

bool Gray::cThreadLockArrayValue< TYPE, _TYPE_KEY >::RemoveArg ( TYPE * pObj )

inline

Since this can have dupes we should not use RemoveArgKey()

Returns: true = removed. false = was not here.

Member Data Documentation

◆ m_Lock

template<class TYPE , class _TYPE_KEY = ITERATE_t>

cThreadLockCount Gray::cThreadLockArrayValue< TYPE, _TYPE_KEY >::m_Lock

mutable

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

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

Public Member Functions

Public Attributes

Additional Inherited Members

Detailed Description

template<class TYPE, class _TYPE_KEY = ITERATE_t> class Gray::cThreadLockArrayValue< TYPE, _TYPE_KEY >

Constructor & Destructor Documentation

◆ cThreadLockArrayValue()

◆ ~cThreadLockArrayValue()

Member Function Documentation

◆ Add()

◆ AddAfter()

◆ DisposeAll()

◆ FindArgForKey()

◆ GetAtCheck()

◆ GetSize()

◆ PopHead()

◆ PopTail()

◆ RemoveAll()

◆ RemoveArg()

Member Data Documentation

◆ m_Lock

template<class TYPE, class _TYPE_KEY = ITERATE_t>
class Gray::cThreadLockArrayValue< TYPE, _TYPE_KEY >