FDPArray< Type > Class Template Reference

One-dimensional array of pointers. More...

#include <templ_fdp_array.h>

Inheritance diagram for FDPArray< Type >:

Collaboration diagram for FDPArray< Type >:

Public Member Functions
	FDPArray ()
	Constructor.
	FDPArray (size_t i_upper, uint16 i_delta, DestroyFunc fd)
	Constructor.
virtual	~FDPArray ()
	Destructor.
bool	OwnsElem () const
	Whether a function of deletion of elements is set?
void	OwnsElem (DestroyFunc fd)
	Set a function of deletion of elements.
bool	SetSize (size_t newSize, bool clear)
	Functions that allocate potentially large memory, return an operation result (success/error). More...
void	Flush (DelType=defDelete)
	Delete all elements.
void	Clear (TotalDestroyFunc)
	Delete all elements.
Type *	RemoveObj (Type *delObject, DelType del=defDelete)
	Delete an element from array by the pointer.
virtual Type *	RemoveInd (size_t delIndex, DelType del=defDelete)
	Delete an element from array by the index.
Type *	DestroyInd (size_t delIndex, DestroyFunc)
	Delete an element from array.
Type *	DestroyObj (Type *delObject, DestroyFunc)
	Delete an element from array.
virtual void	clear ()
	Set the number of elements to null.
	FDPArray (FDPArray< Type > &&)
	Constructor of an array moving.
FDPArray< Type > &	operator= (FDPArray< Type > &&)
	Operator of an array moving.
Public Member Functions inherited from RPArray< Type >
	RPArray ()
	Constructor.
	RPArray (size_t i_upper, uint16 i_delta=1)
	Constructor.
virtual	~RPArray ()
	Destructor.
uint16	Delta () const
	Get the increment by the number of elements while the allocation of additional memory.
size_t	Upper () const
	The number of elements the memory is allocated for.
void	Delta (uint16 newDelta)
	Set the increment by the number of elements while the allocation of additional memory (1 - autoincrement).
void	SetMaxDelta (uint16 newDelta)
	Set the maximum increment.
bool	SetSize (size_t newSize)
	Functions that allocate potentially large memory, return an operation result (success/error). More...
bool	Reserve (size_t n, bool addAdditionalSpace=true)
	Reserve space for a given number of elements.
bool	Add (Type *)
	Add an element to the end of the array.
bool	AddAt (Type *e, size_t index)
	Insert an element to the given position.
bool	AddAfter (Type *e, size_t index)
	Add an element after the specified one.
bool	Insert (size_t index, Type *)
	Insert an element before the specified one.
bool	AddArray (const RPArray< Type > &)
	Add array.
bool	AddCArray (const Type **, size_t count)
	Add C-array.
bool	InsertArray (const RPArray< Type > &, size_t index)
	Add an array to the position.
void	DetachAll ()
	Delete all elements and set the number of elements to null.
void	Adjust ()
	Free the unnecessary memory.
Type *	DetachInd (size_t delIndex)
	Detach an element from the array.
bool	DetachObj (const Type *delObject)
	Detach an element from the array.
void	Swap (RPArray &arr)
	Swap data of arrays.
size_t	FindIt (const Type *) const
	Find an element by a pointer.
bool	IsExist (const Type *) const
	Whether an element belongs the array.
size_t	Count () const
	Get the number of array elements.
ptrdiff_t	MaxIndex () const
	Get the index of the last element in the array.
void	Sort (CompFunc comp)
	Sort the array.
Type *&	operator[] (size_t loc) const
	Access by index operator.
Type *	GetLast () const
	Get the address of the last element in the array.
size_t	size () const
	Get the number of elements in array.
bool	reserve (size_t n)
	Reserve space for a given number of elements.
size_t	capacity () const
	What is the number of elements the memory is allocated for?
void	push_back (const Type *e)
	Add an element to the end of the array.
void	emplace_back (const Type *e)
	Add an element to the end of the array.
template<class Iterator >
void	insert (Iterator pos, const Type *e)
	Insert an element before the specified one.
template<class Iterator >
void	erase (Iterator pos)
	Delete an element from array by the index.
template<class Iterator >
void	erase (Iterator first, Iterator last)
	Delete elements from the array from first to last-1 inclusively.
void	shrink_to_fit ()
	Free the unnecessary memory (Reduce capacity).
const TPtr *	begin () const
	Get the pointer to the first array element.
TPtr *	begin ()
	Get the pointer to the first array element.
const TPtr *	end () const
	Get the pointer to the piece of memory after the array.
TPtr *	end ()
	Get the pointer to the piece of memory after the array.
const TPtr *	cbegin () const
	Get the pointer to the first array element.
const TPtr *	cend () const
	Get the pointer to the piece of memory after the array.
	RPArray (RPArray< Type > &&)
	Constructor of an array moving.
RPArray< Type > &	operator= (RPArray< Type > &&)
	Operator of an array moving.

Additional Inherited Members
Public Types inherited from RPArray< Type >
typedef Type *	TPtr
	A name of the pointer to the object.
typedef int(*	CompFunc) (const Type **, const Type **)
	A template of sorting function.
Protected Member Functions inherited from RPArray< Type >
const Type **	GetAddr () const
	Get the pointer to the first array element.
const TPtr *	_Begin () const
	Get the pointer to the first array element.
TPtr *	_Begin ()
	Get the pointer to the first array element.
const TPtr *	_End () const
	Get the pointer to the piece of memory after the array.
bool	CatchMemory ()
	Catch memory.
bool	AddMemory (size_t n)
	Provide memory for n elements, independently from AutoDelta.
size_t	AutoDelta () const
	Calculate autoincrement.
Protected Attributes inherited from RPArray< Type >
size_t	count
	The number of elements in array.
size_t	upper
	The number of elements the memory is allocated for.
uint16	delta
	Increment by the number of elements while the allocation of additional memory.

Detailed Description

template<class Type>
class FDPArray< Type >

One-dimensional array of pointers.

One-dimensional array of pointers to objects.
It may be used for the classes with pointers. Deletion of objects is performed by the function of deletion.
Attention! Destructing of large arrays is performed slower than in PArray.
In order to avoid of losing time Clear( TotalDestroyFunc ) should be used.

Member Function Documentation

SetSize()

template<class Type >

bool FDPArray< Type >::SetSize ( size_t  newSize, bool  clear  )

inline

Functions that allocate potentially large memory, return an operation result (success/error).

Set the new size of an array.

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

• templ_fdp_array.h