USmallVector< T, CAPACITY > Class Template Reference

申请一块T类型的内存，封装为一个轻量级的std::vector使用 (主要为了减少内存占用?)， 内部的迭代器也使用自定义的UIter More...

#include <USmallVector.h>

Inheritance diagram for USmallVector< T, CAPACITY >:

Collaboration diagram for USmallVector< T, CAPACITY >:

Classes
class	UIter

Public Member Functions
	USmallVector ()
	~USmallVector () override
CVoid	insert (const T &val, CBool isUnique=true)
CSize	size () const
CBool	empty () const
CVoid	clear ()
CBool	remove (const T &val)
CBool	hasValue (const T &val) const
std::vector< T >	asVector () const
UIter	begin () const
UIter	end () const
T	front () const
T	back () const
T &	operator[] (CSize index)
const T &	operator[] (CSize index) const
Public Member Functions inherited from CObject
	CObject ()=default
virtual CStatus	init ()
virtual CStatus	destroy ()
virtual	~CObject ()=default

Private Attributes
T *	data_ { nullptr }
CSize	cur_index_ { 0 }
CSize	capacity_ { 0 }

Additional Inherited Members
Protected Member Functions inherited from UtilsObject
CStatus	run () override

Detailed Description

template<class T, CSize CAPACITY = 8>
class USmallVector< T, CAPACITY >

申请一块T类型的内存，封装为一个轻量级的std::vector使用 (主要为了减少内存占用?)， 内部的迭代器也使用自定义的UIter

Template Parameters

T
CAPACITY

Constructor & Destructor Documentation

USmallVector()

template<class T , CSize CAPACITY = 8>

USmallVector< T, CAPACITY >::USmallVector ( )

inlineexplicit

~USmallVector()

template<class T , CSize CAPACITY = 8>

USmallVector< T, CAPACITY >::~USmallVector ( )

inlineoverride

Member Function Documentation

asVector()

template<class T , CSize CAPACITY = 8>

std::vector<T> USmallVector< T, CAPACITY >::asVector ( ) const

inline

给vector赋值

Returns

back()

template<class T , CSize CAPACITY = 8>

T USmallVector< T, CAPACITY >::back ( ) const

inline

begin()

template<class T , CSize CAPACITY = 8>

UIter USmallVector< T, CAPACITY >::begin ( ) const

inline

clear()

template<class T , CSize CAPACITY = 8>

CVoid USmallVector< T, CAPACITY >::clear ( )

inline

empty()

template<class T , CSize CAPACITY = 8>

CBool USmallVector< T, CAPACITY >::empty ( ) const

inline

end()

template<class T , CSize CAPACITY = 8>

UIter USmallVector< T, CAPACITY >::end ( ) const

inline

front()

template<class T , CSize CAPACITY = 8>

T USmallVector< T, CAPACITY >::front ( ) const

inline

hasValue()

template<class T , CSize CAPACITY = 8>

CBool USmallVector< T, CAPACITY >::hasValue ( const T &  val ) const

inline

判断内部是否包含该值

Parameters

val

Returns

insert()

template<class T , CSize CAPACITY = 8>

CVoid USmallVector< T, CAPACITY >::insert ( const T &  val, CBool  isUnique = true  )

inline

插入具体内容

Parameters

val
isUnique

Returns

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operator[]() [1/2]

template<class T , CSize CAPACITY = 8>

T& USmallVector< T, CAPACITY >::operator[] ( CSize  index )

inline

operator[]() [2/2]

template<class T , CSize CAPACITY = 8>

const T& USmallVector< T, CAPACITY >::operator[] ( CSize  index ) const

inline

remove()

template<class T , CSize CAPACITY = 8>

CBool USmallVector< T, CAPACITY >::remove ( const T &  val )

inline

size()

template<class T , CSize CAPACITY = 8>

CSize USmallVector< T, CAPACITY >::size ( ) const

inline

Member Data Documentation

capacity_

template<class T , CSize CAPACITY = 8>

CSize USmallVector< T, CAPACITY >::capacity_ { 0 }

private

cur_index_

template<class T , CSize CAPACITY = 8>

CSize USmallVector< T, CAPACITY >::cur_index_ { 0 }

private

data_

template<class T , CSize CAPACITY = 8>

T* USmallVector< T, CAPACITY >::data_ { nullptr }

private

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

• src/UtilsCtrl/Container/USmallVector.h