ObjectAllocator< t_type, t_is_primitive, t_index_type >

Allows for specific, custom logic for allocating an object. More...

Inheritance diagram for ObjectAllocator< t_type, t_is_primitive, t_index_type >:

Static Public Member Functions
template<class t_buffer_type>
static constexpr void	Allocate (t_buffer_type &buffer, t_index_type start, t_index_type size) noexcept
	Allocates a range of elements in the buffer, delegating to the appropriate primitive or non-primitive allocator.
template<class t_buffer_type>
static constexpr void	AllocateElement (t_buffer_type &buffer, t_index_type index, const t_type &object) noexcept
	Allocates a single element by copy-constructing from a given object.
template<class t_buffer_type>
static constexpr void	AllocateElement (t_buffer_type &buffer, t_index_type index, t_type &&object) noexcept
	Allocates a single element by move-constructing from a given object.
template<class t_buffer_type>
static constexpr void	AllocateElement (t_buffer_type &buffer, t_index_type start, t_index_type size, const t_type &object) noexcept
	Allocates a range of elements by copy-constructing from a given object.
template<class t_buffer_type>
static constexpr void	AllocateElement (t_buffer_type &buffer, t_index_type start, t_index_type size, t_type &object) noexcept
	Allocates a range of elements by constructing from a given mutable object reference.
template<class t_buffer_type>
static constexpr void	Deallocate (t_buffer_type &buffer, t_index_type start, t_index_type size) noexcept
	Deallocates a range of elements in the buffer, delegating to the appropriate primitive or non-primitive allocator.
static constexpr bool	isPrimitive () noexcept
	Checks whether this allocator handles primitive types.

Detailed Description

template<class t_type, bool t_is_primitive, class t_index_type>
class ObjectAllocator< t_type, t_is_primitive, t_index_type >

Allows for specific, custom logic for allocating an object.

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By default allocates based on whether a constructor needs to be called or not (t_is_primitive)

Definition at line 334 of file MemoryManager.h.

Member Function Documentation

Allocate()

template<class t_type, bool t_is_primitive, class t_index_type>

template<class t_buffer_type>

constexpr void ObjectAllocator< t_type, t_is_primitive, t_index_type >::Allocate ( t_buffer_type & buffer, t_index_type start, t_index_type size )

inlinestaticconstexprnoexcept

Allocates a range of elements in the buffer, delegating to the appropriate primitive or non-primitive allocator.

Parameters

[in]	buffer	The buffer to allocate within.
[in]	start	The starting index for allocation.
[in]	size	The number of elements to allocate.

Definition at line 344 of file MemoryManager.h.

Referenced by ObjectAllocator< bool, true, t_index_type >::Allocate().

AllocateElement() [1/4]

template<class t_type, bool t_is_primitive, class t_index_type>

template<class t_buffer_type>

constexpr void ObjectAllocator< t_type, t_is_primitive, t_index_type >::AllocateElement ( t_buffer_type & buffer, t_index_type index, const t_type & object )

inlinestaticconstexprnoexcept

Allocates a single element by copy-constructing from a given object.

Parameters

[in]	buffer	The buffer to allocate within.
[in]	index	The index at which to place the element.
[in]	object	The value to copy.

Definition at line 390 of file MemoryManager.h.

AllocateElement() [2/4]

template<class t_type, bool t_is_primitive, class t_index_type>

template<class t_buffer_type>

constexpr void ObjectAllocator< t_type, t_is_primitive, t_index_type >::AllocateElement ( t_buffer_type & buffer, t_index_type index, t_type && object )

inlinestaticconstexprnoexcept

Allocates a single element by move-constructing from a given object.

Parameters

[in]	buffer	The buffer to allocate within.
[in]	index	The index at which to place the element.
[in]	object	The value to move.

Definition at line 401 of file MemoryManager.h.

AllocateElement() [3/4]

template<class t_type, bool t_is_primitive, class t_index_type>

template<class t_buffer_type>

constexpr void ObjectAllocator< t_type, t_is_primitive, t_index_type >::AllocateElement ( t_buffer_type & buffer, t_index_type start, t_index_type size, const t_type & object )

inlinestaticconstexprnoexcept

Allocates a range of elements by copy-constructing from a given object.

Parameters

[in]	buffer	The buffer to allocate within.
[in]	start	The starting index for allocation.
[in]	size	The number of elements to initialize.
[in]	object	The value to copy into each element.

Definition at line 367 of file MemoryManager.h.

Referenced by ObjectAllocator< bool, true, t_index_type >::AllocateElement(), ObjectAllocator< bool, true, t_index_type >::AllocateElement(), ObjectAllocator< bool, true, t_index_type >::AllocateElement(), and ObjectAllocator< bool, true, t_index_type >::AllocateElement().

AllocateElement() [4/4]

template<class t_type, bool t_is_primitive, class t_index_type>

template<class t_buffer_type>

constexpr void ObjectAllocator< t_type, t_is_primitive, t_index_type >::AllocateElement ( t_buffer_type & buffer, t_index_type start, t_index_type size, t_type & object )

inlinestaticconstexprnoexcept

Allocates a range of elements by constructing from a given mutable object reference.

Parameters

[in]	buffer	The buffer to allocate within.
[in]	start	The starting index for allocation.
[in]	size	The number of elements to initialize.
[in]	object	The value to copy into each element.

Definition at line 379 of file MemoryManager.h.

Deallocate()

template<class t_type, bool t_is_primitive, class t_index_type>

template<class t_buffer_type>

constexpr void ObjectAllocator< t_type, t_is_primitive, t_index_type >::Deallocate ( t_buffer_type & buffer, t_index_type start, t_index_type size )

inlinestaticconstexprnoexcept

Deallocates a range of elements in the buffer, delegating to the appropriate primitive or non-primitive allocator.

Parameters

[in]	buffer	The buffer to deallocate within.
[in]	start	The starting index for deallocation.
[in]	size	The number of elements to deallocate.

Definition at line 355 of file MemoryManager.h.

Referenced by ObjectAllocator< bool, true, t_index_type >::Deallocate().

isPrimitive()

template<class t_type, bool t_is_primitive, class t_index_type>

constexpr bool ObjectAllocator< t_type, t_is_primitive, t_index_type >::isPrimitive ( )

inlinestaticconstexprnoexcept

Checks whether this allocator handles primitive types.

Returns

True if the allocator is for primitive types, false otherwise.

Definition at line 409 of file MemoryManager.h.

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

• Base/Headers/MemoryManager.h