ApraPool< UserAllocator > Class Template Reference

#include <ApraPool.h>

Inheritance diagram for ApraPool< UserAllocator >:

Collaboration diagram for ApraPool< UserAllocator >:

Public Member Functions
	ApraPool (const size_t nRequestedSize, const size_t nnext_size=32, const size_t nmax_size=0)
virtual	~ApraPool ()
void *	ordered_malloc (const size_t n)
void	ordered_free (void *ptr, const size_t n)
bool	release_memory ()
bool	purge_memory ()

Private Member Functions
bool	is_from (void *const chunk, char *const start, char *const end)
ApraSegregatedStorage &	store ()
const ApraSegregatedStorage &	store () const

Private Attributes
const size_t	requested_size
size_t	start_size
size_t	next_size
size_t	max_size
ApraNode *	list
boost::object_pool< ApraNode >	node_opool

Additional Inherited Members
Protected Member Functions inherited from ApraSegregatedStorage
bool	empty () const
ApraChunk *	segregate (void *block, size_t sz, size_t partition_sz, ApraChunk *end=nullptr)
ApraChunk *	find_prev (void *const ptr)
ApraChunk *	try_malloc_n (ApraChunk *&start, size_t n, const size_t partition_size)
ApraChunk *	getFreeApraChunk ()
void	addToJunk (ApraChunk *start, ApraChunk *end)
void	releaseChunks ()
	ApraSegregatedStorage ()
virtual	~ApraSegregatedStorage ()
void *	malloc_n (const size_t n, const size_t partition_size)
void	add_ordered_block (void *const block, const size_t nsz, const size_t npartition_sz)
void	ordered_free_n (void *const chunks, const size_t n, const size_t partition_size)
Protected Attributes inherited from ApraSegregatedStorage
ApraChunk *	first
ApraChunk *	junkList
boost::object_pool< ApraChunk >	chunk_opool

Constructor & Destructor Documentation

ApraPool()

template<typename UserAllocator >

ApraPool< UserAllocator >::ApraPool ( const size_t nRequestedSize, const size_t nnext_size = 32, const size_t nmax_size = 0 )

explicit

~ApraPool()

template<typename UserAllocator >

ApraPool< UserAllocator >::~ApraPool ( )

virtual

Destructs the Pool, freeing its list of memory blocks.

Member Function Documentation

is_from()

template<typename UserAllocator >

bool ApraPool< UserAllocator >::is_from ( void *const chunk, char *const start, char *const end )

private

ordered_free()

template<typename UserAllocator >

void ApraPool< UserAllocator >::ordered_free	(	void *	ptr,
		const size_t	n )

ordered_malloc()

template<typename UserAllocator >

void * ApraPool< UserAllocator >::ordered_malloc

(

const size_t

n

)

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purge_memory()

template<typename UserAllocator >

bool ApraPool< UserAllocator >::purge_memory

(

)

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release_memory()

template<typename UserAllocator >

bool ApraPool< UserAllocator >::release_memory

(

)

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store() [1/2]

template<typename UserAllocator >

ApraSegregatedStorage & ApraPool< UserAllocator >::store ( )

inlineprivate

store() [2/2]

template<typename UserAllocator >

const ApraSegregatedStorage & ApraPool< UserAllocator >::store ( ) const

inlineprivate

Member Data Documentation

list

template<typename UserAllocator >

ApraNode* ApraPool< UserAllocator >::list

private

max_size

template<typename UserAllocator >

size_t ApraPool< UserAllocator >::max_size

private

next_size

template<typename UserAllocator >

size_t ApraPool< UserAllocator >::next_size

private

node_opool

template<typename UserAllocator >

boost::object_pool<ApraNode> ApraPool< UserAllocator >::node_opool

private

requested_size

template<typename UserAllocator >

const size_t ApraPool< UserAllocator >::requested_size

private

start_size

template<typename UserAllocator >

size_t ApraPool< UserAllocator >::start_size

private

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

• base/include/ApraPool.h