template<class T>
class Geo::GeoMemoryPool

A memory pool.

Name	Description
const u32 MemoryAlignment = GEO_ALIGN_OF(T) > GEO_ALIGN_OF(Geo::u32) ? GEO_ALIGN_OF(T) : GEO_ALIGN_OF(Geo::u32)	The required memory alignment.

Name	Description
Allocate()	Allocate object.
AllocateIndex()	Returns the index of a newly allocated object within the pool.
CalculateSize(Geo::u32)	Calculate required memory size.
Deallocate(T *)	Deallocate object.
DeallocateIndex(Geo::u32)	Deallocates the object at the specified index within the pool.
GeoMemoryPool(void *, Geo::u32)	Create a memory pool.
GetIndex(const T *)	Returns the index of the specified object within the pool.
GetObject(Geo::u32)	Returns the object at the specified index within the pool.
IsEmpty()	Returns true if no more blocks can be allocated.

T* Geo::GeoMemoryPool< T >::Allocate

public: T * Allocate()

Allocate object.

public: Geo::u32 AllocateIndex()

Returns the index of a newly allocated object within the pool.

public: Geo::u32 CalculateSize
(
Geo::u32 count
)

Calculate required memory size.

[in]

count

The maximum number of objects the memory pool can allocate.

public: void Deallocate
(
T * ptr
)

Deallocate object.

public: void DeallocateIndex
(
Geo::u32 index
)

Deallocates the object at the specified index within the pool.

public: GeoMemoryPool
(
void * memory,
Geo::u32 count
)

Create a memory pool.

[in]	memory	The start of the allocated memory space.
[in]	count	The maximum number of objects the memory pool can allocate.

public: Geo::u32 GetIndex
(
const T * ptr
) const

Returns the index of the specified object within the pool.

public: T * GetObject
(
Geo::u32 index
) const

Returns the object at the specified index within the pool.

public: bool IsEmpty() const

Returns true if no more blocks can be allocated.