qx::memory::static_mem_pool< _Sz, _Gid > Class Template Reference

#include <static_mem_pool.h>

Inheritance diagram for qx::memory::static_mem_pool< _Sz, _Gid >:

List of all members.

Private Types
typedef class_level_lock < static_mem_pool< _Sz, _Gid > ,(_Gid< 0)>::lock lock;public:static static_mem_pool &instance(){lock __guard;if(!_S_instance_p){_S_instance_p=_S_create_instance();}return *_S_instance_p;}static static_mem_pool &instance_known(){assert(_S_instance_p!=NULL);return *_S_instance_p;}void *allocate(){{lock __guard;if(_S_memory_block_p){void *__result=_S_memory_block_p;_S_memory_block_p=_S_memory_block_p->	_M_next
Private Member Functions
return	_S_alloc_sys (_S_align(_Sz))
void	deallocate (void *__ptr)
virtual void	recycle ()
	static_mem_pool ()
	~static_mem_pool ()
	static_mem_pool (const static_mem_pool &)
const static_mem_pool &	operator= (const static_mem_pool &)
Static Private Member Functions
static size_t	_S_align (size_t __size)
static void *	_S_alloc_sys (size_t __size)
static static_mem_pool *	_S_create_instance ()
Private Attributes
return	__result
Static Private Attributes
static bool	_S_destroyed = false
static static_mem_pool *	_S_instance_p = _S_create_instance()
static mem_pool_base::_Block_list *	_S_memory_block_p = NULL

---

Detailed Description

template<size_t _Sz, int _Gid = -1>
class qx::memory::static_mem_pool< _Sz, _Gid >

Singleton class template to manage the allocation/deallocation of memory blocks of one specific size.

Parameters:

_Sz	size of elements in the static_mem_pool
_Gid	group id of a static_mem_pool: if it is negative, simultaneous accesses to this static_mem_pool will be protected from each other; otherwise no protection is given

Definition at line 124 of file static_mem_pool.h.

---

Member Typedef Documentation

template<size_t _Sz, int _Gid = -1>

typedef class_level_lock<static_mem_pool<_Sz, _Gid>, (_Gid < 0)>::lock lock;public: static static_mem_pool& instance() { lock __guard; if (!_S_instance_p) { _S_instance_p = _S_create_instance(); } return *_S_instance_p; } static static_mem_pool& instance_known() { assert(_S_instance_p != NULL); return *_S_instance_p; } void* allocate() { { lock __guard; if (_S_memory_block_p) { void* __result = _S_memory_block_p; _S_memory_block_p = _S_memory_block_p-> qx::memory::static_mem_pool< _Sz, _Gid >::_M_next [private]

Definition at line 173 of file static_mem_pool.h.

---

Constructor & Destructor Documentation

template<size_t _Sz, int _Gid = -1>

qx::memory::static_mem_pool< _Sz, _Gid >::static_mem_pool

(

)

[inline, private]

Definition at line 195 of file static_mem_pool.h.

template<size_t _Sz, int _Gid = -1>

qx::memory::static_mem_pool< _Sz, _Gid >::~static_mem_pool

(

)

[inline, private]

Definition at line 200 of file static_mem_pool.h.

template<size_t _Sz, int _Gid = -1>

qx::memory::static_mem_pool< _Sz, _Gid >::static_mem_pool

(

const static_mem_pool< _Sz, _Gid > &

)

[private]

---

Member Function Documentation

template<size_t _Sz, int _Gid = -1>

static size_t qx::memory::static_mem_pool< _Sz, _Gid >::_S_align

(

size_t

__size

)

[inline, static, private]

Definition at line 221 of file static_mem_pool.h.

template<size_t _Sz, int _Gid = -1>

return qx::memory::static_mem_pool< _Sz, _Gid >::_S_alloc_sys

(

_S_align(_Sz)

)

[private]

template<size_t _Sz, int _Gid>

void * qx::memory::static_mem_pool< _Sz, _Gid >::_S_alloc_sys

(

size_t

__size

)

[static, private]

Definition at line 276 of file static_mem_pool.h.

template<size_t _Sz, int _Gid>

static_mem_pool< _Sz, _Gid > * qx::memory::static_mem_pool< _Sz, _Gid >::_S_create_instance

(

)

[static, private]

Definition at line 289 of file static_mem_pool.h.

template<size_t _Sz, int _Gid = -1>

void qx::memory::static_mem_pool< _Sz, _Gid >::deallocate

(

void *

__ptr

)

[inline, private]

Deallocates memory by putting the memory block into the pool.

Parameters:

__ptr

pointer to memory to be deallocated

Definition at line 184 of file static_mem_pool.h.

template<size_t _Sz, int _Gid = -1>

const static_mem_pool& qx::memory::static_mem_pool< _Sz, _Gid >::operator=

(

const static_mem_pool< _Sz, _Gid > &

)

[private]

template<size_t _Sz, int _Gid>

void qx::memory::static_mem_pool< _Sz, _Gid >::recycle

(

)

[private, virtual]

Recycles half of the free memory blocks in the memory pool to the system. It is called when a memory request to the system (in other instances of the static memory pool) fails.

Implements qx::memory::mem_pool_base.

Definition at line 250 of file static_mem_pool.h.

---

Member Data Documentation

template<size_t _Sz, int _Gid = -1>

return qx::memory::static_mem_pool< _Sz, _Gid >::__result [private]

Definition at line 174 of file static_mem_pool.h.

template<size_t _Sz, int _Gid = -1>

bool qx::memory::static_mem_pool< _Sz, _Gid >::_S_destroyed = false [static, private]

Definition at line 228 of file static_mem_pool.h.

template<size_t _Sz, int _Gid = -1>

static_mem_pool< _Sz, _Gid > * qx::memory::static_mem_pool< _Sz, _Gid >::_S_instance_p = _S_create_instance() [static, private]

Definition at line 229 of file static_mem_pool.h.

template<size_t _Sz, int _Gid = -1>

mem_pool_base::_Block_list * qx::memory::static_mem_pool< _Sz, _Gid >::_S_memory_block_p = NULL [static, private]

Definition at line 230 of file static_mem_pool.h.

---

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

• C:/Dev/_Perso/QxOrm/include/QxMemLeak/static_mem_pool.h