nsTArray< E, Alloc > Class Template Reference

#include <nsTArray.h>

Inheritance diagram for nsTArray< E, Alloc >:

Collaboration diagram for nsTArray< E, Alloc >:

List of all members.

Public Types
enum	{ NoIndex = index_type(-1) }
typedef nsTArray_base< Alloc >	base_type
typedef base_type::size_type	size_type
typedef base_type::index_type	index_type
typedef E	elem_type
typedef nsTArray< E, Alloc >	self_type
typedef nsTArrayElementTraits< E >	elem_traits
Public Member Functions
	~nsTArray ()
	nsTArray ()
	nsTArray (size_type capacity)
	nsTArray (const self_type &other)
template<typename Allocator >
	nsTArray (const nsTArray< E, Allocator > &other)
nsTArray &	operator= (const self_type &other)
bool	operator== (const self_type &other) const
bool	operator!= (const self_type &other) const
template<typename Allocator >
nsTArray &	operator= (const nsTArray< E, Allocator > &other)
elem_type *	Elements ()
const elem_type *	Elements () const
elem_type &	ElementAt (index_type i)
const elem_type &	ElementAt (index_type i) const
elem_type &	SafeElementAt (index_type i, elem_type &def)
const elem_type &	SafeElementAt (index_type i, const elem_type &def) const
elem_type &	operator[] (index_type i)
const elem_type &	operator[] (index_type i) const
template<class Item , class Comparator >
PRBool	Contains (const Item &item, const Comparator &comp) const
template<class Item >
PRBool	Contains (const Item &item) const
template<class Item , class Comparator >
index_type	IndexOf (const Item &item, index_type start, const Comparator &comp) const
template<class Item >
index_type	IndexOf (const Item &item, index_type start=0) const
template<class Item , class Comparator >
index_type	LastIndexOf (const Item &item, index_type start, const Comparator &comp) const
template<class Item >
index_type	LastIndexOf (const Item &item, index_type start=NoIndex) const
template<class Item , class Comparator >
index_type	BinaryIndexOf (const Item &item, const Comparator &comp) const
template<class Item >
index_type	BinaryIndexOf (const Item &item) const
template<class Item >
elem_type *	ReplaceElementsAt (index_type start, size_type count, const Item *array, size_type arrayLen)
template<class Item >
elem_type *	ReplaceElementsAt (index_type start, size_type count, const nsTArray< Item > &array)
template<class Item >
elem_type *	ReplaceElementsAt (index_type start, size_type count, const Item &item)
template<class Item >
elem_type *	InsertElementsAt (index_type index, const Item *array, size_type arrayLen)
template<class Item >
elem_type *	InsertElementsAt (index_type index, const nsTArray< Item > &array)
template<class Item >
elem_type *	InsertElementAt (index_type index, const Item &item)
elem_type *	InsertElementAt (index_type index)
template<class Item , class Comparator >
PRBool	GreatestIndexLtEq (const Item &item, const Comparator &comp, index_type *idx) const
template<class Item , class Comparator >
PRBool	GreatestIndexLtEq (const Item &item, index_type &idx, const Comparator &comp) const
template<class Item >
PRBool	GreatestIndexLtEq (const Item &item, index_type &idx) const
template<class Item , class Comparator >
elem_type *	InsertElementSorted (const Item &item, const Comparator &comp)
template<class Item >
elem_type *	InsertElementSorted (const Item &item)
template<class Item >
elem_type *	AppendElements (const Item *array, size_type arrayLen)
template<class Item , class Allocator >
elem_type *	AppendElements (const nsTArray< Item, Allocator > &array)
template<class Item >
elem_type *	AppendElement (const Item &item)
elem_type *	AppendElements (size_type count)
elem_type *	AppendElement ()
template<class Item , class Allocator >
elem_type *	MoveElementsFrom (nsTArray< Item, Allocator > &array)
void	RemoveElementsAt (index_type start, size_type count)
void	RemoveElementAt (index_type index)
void	Clear ()
template<class Item , class Comparator >
PRBool	RemoveElement (const Item &item, const Comparator &comp)
template<class Item >
PRBool	RemoveElement (const Item &item)
template<class Item , class Comparator >
PRBool	RemoveElementSorted (const Item &item, const Comparator &comp)
template<class Item >
PRBool	RemoveElementSorted (const Item &item)
template<class Allocator >
PRBool	SwapElements (nsTArray< E, Allocator > &other)
PRBool	SetCapacity (size_type capacity)
PRBool	SetLength (size_type newLen)
void	TruncateLength (size_type newLen)
PRBool	EnsureLengthAtLeast (size_type minLen)
elem_type *	InsertElementsAt (index_type index, size_type count)
template<class Item >
elem_type *	InsertElementsAt (index_type index, size_type count, const Item &item)
void	Compact ()
template<class Comparator >
void	Sort (const Comparator &comp)
void	Sort ()
template<class Comparator >
void	MakeHeap (const Comparator &comp)
void	MakeHeap ()
template<class Item , class Comparator >
elem_type *	PushHeap (const Item &item, const Comparator &comp)
template<class Item >
elem_type *	PushHeap (const Item &item)
template<class Comparator >
void	PopHeap (const Comparator &comp)
void	PopHeap ()
Protected Member Functions
void	DestructRange (index_type start, size_type count)
template<class Item >
void	AssignRange (index_type start, size_type count, const Item *values)
template<class Comparator >
void	SiftDown (index_type index, const Comparator &comp)

---

Detailed Description

template<class E, class Alloc = nsTArrayDefaultAllocator>
class nsTArray< E, Alloc >

Returns:

True if the elements are equals; false otherwise.

True if (a < b); false otherwise.

---

Member Typedef Documentation

template<class E, class Alloc = nsTArrayDefaultAllocator>

typedef nsTArray_base<Alloc> nsTArray< E, Alloc >::base_type

Reimplemented in FallibleTArray< E >, InfallibleTArray< E >, nsTPtrArray< E, Alloc >, nsAutoTPtrArray< E, N, Alloc >, FallibleTArray< PRUint8 >, InfallibleTArray< DelayedDialogData * >, InfallibleTArray< Variant >, InfallibleTArray< nsAutoPtr< AlertObserver > >, nsAutoArrayBase< nsTArray< nsTransition, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< nsDisplayItem *, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< FallibleTArray< PRUint8 >, N >, nsAutoArrayBase< nsTArray< gfxGlyphExtents *, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< PresShellState, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< E, Alloc >, N >, nsAutoArrayBase< nsTArray< nsCSSStyleSheet *, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< nsIFrame *, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< nsARefreshObserver *, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< E, nsTArrayDefaultAllocator >, 0 >, nsAutoArrayBase< nsTArray< nsIPresShell *, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< nsRefPtr< AsyncUsageRunnable >, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< InfallibleTArray< E >, N >, nsAutoArrayBase< nsTArray< nsCSSRuleProcessor *, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< FontSetByLangEntry, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< TextItem, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< nsCOMPtr< nsISupports >, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< nsCOMPtr< nsICSSLoaderObserver >, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< ThemeGeometry, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< nsRefPtr< SetVersionRunnable >, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< GlyphRun, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< PRUint8, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< InfallibleTArray< E >, 0 >, nsAutoArrayBase< FallibleTArray< E >, 0 >, nsAutoArrayBase< nsTArray< SheetLoadData *, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< T, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< Layer, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< PRUnichar, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< FallibleTArray< E >, N >, and nsAutoArrayBase< nsTArray< nsRefPtr< OriginClearRunnable >, nsTArrayDefaultAllocator >, N >.

template<class E, class Alloc = nsTArrayDefaultAllocator>

typedef nsTArrayElementTraits<E> nsTArray< E, Alloc >::elem_traits

template<class E, class Alloc = nsTArrayDefaultAllocator>

typedef E nsTArray< E, Alloc >::elem_type

Reimplemented in nsTPtrArray< E, Alloc >, nsAutoTPtrArray< E, N, Alloc >, nsAutoArrayBase< nsTArray< nsTransition, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< nsDisplayItem *, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< FallibleTArray< PRUint8 >, N >, nsAutoArrayBase< nsTArray< gfxGlyphExtents *, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< PresShellState, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< E, Alloc >, N >, nsAutoArrayBase< nsTArray< nsCSSStyleSheet *, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< nsIFrame *, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< nsARefreshObserver *, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< E, nsTArrayDefaultAllocator >, 0 >, nsAutoArrayBase< nsTArray< nsIPresShell *, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< nsRefPtr< AsyncUsageRunnable >, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< InfallibleTArray< E >, N >, nsAutoArrayBase< nsTArray< nsCSSRuleProcessor *, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< FontSetByLangEntry, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< TextItem, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< nsCOMPtr< nsISupports >, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< nsCOMPtr< nsICSSLoaderObserver >, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< ThemeGeometry, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< nsRefPtr< SetVersionRunnable >, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< GlyphRun, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< PRUint8, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< InfallibleTArray< E >, 0 >, nsAutoArrayBase< FallibleTArray< E >, 0 >, nsAutoArrayBase< nsTArray< SheetLoadData *, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< T, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< Layer, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< nsTArray< PRUnichar, nsTArrayDefaultAllocator >, N >, nsAutoArrayBase< FallibleTArray< E >, N >, and nsAutoArrayBase< nsTArray< nsRefPtr< OriginClearRunnable >, nsTArrayDefaultAllocator >, N >.

template<class E, class Alloc = nsTArrayDefaultAllocator>

typedef base_type::index_type nsTArray< E, Alloc >::index_type

Reimplemented from nsTArray_base< Alloc >.

Reimplemented in nsTPtrArray< E, Alloc >.

template<class E, class Alloc = nsTArrayDefaultAllocator>

typedef nsTArray<E, Alloc> nsTArray< E, Alloc >::self_type

Reimplemented in nsTPtrArray< E, Alloc >.

template<class E, class Alloc = nsTArrayDefaultAllocator>

typedef base_type::size_type nsTArray< E, Alloc >::size_type

Reimplemented from nsTArray_base< Alloc >.

Reimplemented in FallibleTArray< E >, InfallibleTArray< E >, nsTPtrArray< E, Alloc >, FallibleTArray< PRUint8 >, InfallibleTArray< DelayedDialogData * >, InfallibleTArray< Variant >, and InfallibleTArray< nsAutoPtr< AlertObserver > >.

---

Member Enumeration Documentation

template<class E, class Alloc = nsTArrayDefaultAllocator>

anonymous enum

Enumerator:

NoIndex

---

Constructor & Destructor Documentation

template<class E, class Alloc = nsTArrayDefaultAllocator>

nsTArray< E, Alloc >::~nsTArray

(

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

nsTArray< E, Alloc >::nsTArray

(

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

nsTArray< E, Alloc >::nsTArray

(

size_type

capacity

)

[inline, explicit]

template<class E, class Alloc = nsTArrayDefaultAllocator>

nsTArray< E, Alloc >::nsTArray

(

const self_type &

other

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<typename Allocator >

nsTArray< E, Alloc >::nsTArray

(

const nsTArray< E, Allocator > &

other

)

[inline]

---

Member Function Documentation

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item >

elem_type* nsTArray< E, Alloc >::AppendElement

(

const Item &

item

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

elem_type* nsTArray< E, Alloc >::AppendElement

(

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item >

elem_type* nsTArray< E, Alloc >::AppendElements	(	const Item *	array,
		size_type	arrayLen
	)			[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item , class Allocator >

elem_type* nsTArray< E, Alloc >::AppendElements

(

const nsTArray< Item, Allocator > &

array

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

elem_type* nsTArray< E, Alloc >::AppendElements

(

size_type

count

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item >

void nsTArray< E, Alloc >::AssignRange	(	index_type	start,
		size_type	count,
		const Item *	values
	)			[inline, protected]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item , class Comparator >

index_type nsTArray< E, Alloc >::BinaryIndexOf	(	const Item &	item,
		const Comparator &	comp
	)			const [inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item >

index_type nsTArray< E, Alloc >::BinaryIndexOf

(

const Item &

item

)

const [inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

void nsTArray< E, Alloc >::Clear

(

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

void nsTArray< E, Alloc >::Compact

(

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item , class Comparator >

PRBool nsTArray< E, Alloc >::Contains	(	const Item &	item,
		const Comparator &	comp
	)			const [inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item >

PRBool nsTArray< E, Alloc >::Contains

(

const Item &

item

)

const [inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

void nsTArray< E, Alloc >::DestructRange	(	index_type	start,
		size_type	count
	)			[inline, protected]

template<class E, class Alloc = nsTArrayDefaultAllocator>

const elem_type& nsTArray< E, Alloc >::ElementAt

(

index_type

i

)

const [inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

elem_type& nsTArray< E, Alloc >::ElementAt

(

index_type

i

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

elem_type* nsTArray< E, Alloc >::Elements

(

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

const elem_type* nsTArray< E, Alloc >::Elements

(

)

const [inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

PRBool nsTArray< E, Alloc >::EnsureLengthAtLeast

(

size_type

minLen

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item >

PRBool nsTArray< E, Alloc >::GreatestIndexLtEq	(	const Item &	item,
		index_type &	idx
	)			const [inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item , class Comparator >

PRBool nsTArray< E, Alloc >::GreatestIndexLtEq	(	const Item &	item,
		const Comparator &	comp,
		index_type *	idx
	)			const [inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item , class Comparator >

PRBool nsTArray< E, Alloc >::GreatestIndexLtEq	(	const Item &	item,
		index_type &	idx,
		const Comparator &	comp
	)			const [inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item >

index_type nsTArray< E, Alloc >::IndexOf	(	const Item &	item,
		index_type	start = 0
	)			const [inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item , class Comparator >

index_type nsTArray< E, Alloc >::IndexOf	(	const Item &	item,
		index_type	start,
		const Comparator &	comp
	)			const [inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item >

elem_type* nsTArray< E, Alloc >::InsertElementAt	(	index_type	index,
		const Item &	item
	)			[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

elem_type* nsTArray< E, Alloc >::InsertElementAt

(

index_type

index

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

elem_type* nsTArray< E, Alloc >::InsertElementsAt	(	index_type	index,
		size_type	count
	)			[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item >

elem_type* nsTArray< E, Alloc >::InsertElementsAt	(	index_type	index,
		const Item *	array,
		size_type	arrayLen
	)			[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item >

elem_type* nsTArray< E, Alloc >::InsertElementsAt	(	index_type	index,
		size_type	count,
		const Item &	item
	)			[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item >

elem_type* nsTArray< E, Alloc >::InsertElementsAt	(	index_type	index,
		const nsTArray< Item > &	array
	)			[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item >

elem_type* nsTArray< E, Alloc >::InsertElementSorted

(

const Item &

item

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item , class Comparator >

elem_type* nsTArray< E, Alloc >::InsertElementSorted	(	const Item &	item,
		const Comparator &	comp
	)			[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item , class Comparator >

index_type nsTArray< E, Alloc >::LastIndexOf	(	const Item &	item,
		index_type	start,
		const Comparator &	comp
	)			const [inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item >

index_type nsTArray< E, Alloc >::LastIndexOf	(	const Item &	item,
		index_type	start = NoIndex
	)			const [inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

void nsTArray< E, Alloc >::MakeHeap

(

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Comparator >

void nsTArray< E, Alloc >::MakeHeap

(

const Comparator &

comp

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item , class Allocator >

elem_type* nsTArray< E, Alloc >::MoveElementsFrom

(

nsTArray< Item, Allocator > &

array

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

bool nsTArray< E, Alloc >::operator!=

(

const self_type &

other

)

const [inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<typename Allocator >

nsTArray& nsTArray< E, Alloc >::operator=

(

const nsTArray< E, Allocator > &

other

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

nsTArray& nsTArray< E, Alloc >::operator=

(

const self_type &

other

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

bool nsTArray< E, Alloc >::operator==

(

const self_type &

other

)

const [inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

elem_type& nsTArray< E, Alloc >::operator[]

(

index_type

i

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

const elem_type& nsTArray< E, Alloc >::operator[]

(

index_type

i

)

const [inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

void nsTArray< E, Alloc >::PopHeap

(

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Comparator >

void nsTArray< E, Alloc >::PopHeap

(

const Comparator &

comp

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item >

elem_type* nsTArray< E, Alloc >::PushHeap

(

const Item &

item

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item , class Comparator >

elem_type* nsTArray< E, Alloc >::PushHeap	(	const Item &	item,
		const Comparator &	comp
	)			[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item , class Comparator >

PRBool nsTArray< E, Alloc >::RemoveElement	(	const Item &	item,
		const Comparator &	comp
	)			[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item >

PRBool nsTArray< E, Alloc >::RemoveElement

(

const Item &

item

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

void nsTArray< E, Alloc >::RemoveElementAt

(

index_type

index

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

void nsTArray< E, Alloc >::RemoveElementsAt	(	index_type	start,
		size_type	count
	)			[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item , class Comparator >

PRBool nsTArray< E, Alloc >::RemoveElementSorted	(	const Item &	item,
		const Comparator &	comp
	)			[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item >

PRBool nsTArray< E, Alloc >::RemoveElementSorted

(

const Item &

item

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item >

elem_type* nsTArray< E, Alloc >::ReplaceElementsAt	(	index_type	start,
		size_type	count,
		const Item *	array,
		size_type	arrayLen
	)			[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item >

elem_type* nsTArray< E, Alloc >::ReplaceElementsAt	(	index_type	start,
		size_type	count,
		const nsTArray< Item > &	array
	)			[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Item >

elem_type* nsTArray< E, Alloc >::ReplaceElementsAt	(	index_type	start,
		size_type	count,
		const Item &	item
	)			[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

elem_type& nsTArray< E, Alloc >::SafeElementAt	(	index_type	i,
		elem_type &	def
	)			[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

const elem_type& nsTArray< E, Alloc >::SafeElementAt	(	index_type	i,
		const elem_type &	def
	)			const [inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

PRBool nsTArray< E, Alloc >::SetCapacity

(

size_type

capacity

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

PRBool nsTArray< E, Alloc >::SetLength

(

size_type

newLen

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Comparator >

void nsTArray< E, Alloc >::SiftDown	(	index_type	index,
		const Comparator &	comp
	)			[inline, protected]

template<class E, class Alloc = nsTArrayDefaultAllocator>

void nsTArray< E, Alloc >::Sort

(

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Comparator >

void nsTArray< E, Alloc >::Sort

(

const Comparator &

comp

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

template<class Allocator >

PRBool nsTArray< E, Alloc >::SwapElements

(

nsTArray< E, Allocator > &

other

)

[inline]

template<class E, class Alloc = nsTArrayDefaultAllocator>

void nsTArray< E, Alloc >::TruncateLength

(

size_type

newLen

)

[inline]

---

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

• nsTArray.h