You may extend the Allocator class to hook your own memory management scheme into SilverLining. More...
#include <MemAlloc.h>
Collaboration diagram for SilverLining::Allocator:
Public Member Functions | |
| virtual void *SILVERLINING_API | alloc (size_t bytes) |
| Allocate a block of memory; defaults to malloc(). | |
| virtual void SILVERLINING_API | dealloc (void *p) |
| Free a block of memory; defaults to free(). | |
Static Public Member Functions | |
| static Allocator *SILVERLINING_API | GetAllocator () |
| Retrieves the static allocator object. | |
| static void SILVERLINING_API | SetAllocator (Allocator *a) |
| Sets a new static allocator object. | |
Static Protected Member Functions | |
| static Allocator *SILVERLINING_API | GetDefaultAllocator () |
| Retrieves default allocator object. | |
Detailed Description
You may extend the Allocator class to hook your own memory management scheme into SilverLining.
Instantiate your own implementation of Allocator, and pass it into Allocator::SetAllocator prior to calling any other SilverLining methods or instantiating any SilverLining objects.
Each object in SilverLining overloads the new and delete operators, and routes memory management through the Allocator as well.
Member Function Documentation
| static void SILVERLINING_API SilverLining::Allocator::SetAllocator | ( | Allocator * | a | ) | [inline, static] |
Sets a new static allocator object.
If this is not called, the default implementation using malloc and free is used.
The documentation for this class was generated from the following file:
- /home/fkane/sl/trunk/Public Headers/MemAlloc.h
