address(reference x) const | honey::Allocator< FreeListAllocator, T > | inline |
address(const_reference x) const | honey::Allocator< FreeListAllocator, T > | inline |
allocate(size_type n, const void *=0) | honey::MemPoolAllocator< FreeListAllocator, T > | inline |
allocate(size_type n, const char *srcFile, int srcLine, const void *=0) | honey::MemPoolAllocator< FreeListAllocator, T > | inline |
const_pointer typedef | honey::Allocator< FreeListAllocator, T > | |
const_reference typedef | honey::Allocator< FreeListAllocator, T > | |
construct(U *p, Args &&...args) | honey::Allocator< FreeListAllocator, T > | inline |
deallocate(pointer p, size_type) | honey::MemPoolAllocator< FreeListAllocator, T > | inline |
destroy(U *p) | honey::Allocator< FreeListAllocator, T > | inline |
difference_type typedef | honey::Allocator< FreeListAllocator, T > | |
FreeListAllocator()=default | honey::lockfree::FreeListAllocator< T > | |
FreeListAllocator(const FreeListAllocator< U > &) | honey::lockfree::FreeListAllocator< T > | inline |
max_size() const | honey::Allocator< FreeListAllocator, T > | inline |
operator!=(const FreeListAllocator< T > &) const | honey::Allocator< FreeListAllocator, T > | inline |
operator==(const FreeListAllocator< T > &) const | honey::Allocator< FreeListAllocator, T > | inline |
pointer typedef | honey::MemPoolAllocator< FreeListAllocator, T > | |
pool() | honey::lockfree::FreeListAllocator< T > | inline |
reference typedef | honey::Allocator< FreeListAllocator, T > | |
size_type typedef | honey::MemPoolAllocator< FreeListAllocator, T > | |
subc() | honey::Allocator< FreeListAllocator, T > | inlineprotected |
subc() const | honey::Allocator< FreeListAllocator, T > | inlineprotected |
value_type typedef | honey::Allocator< FreeListAllocator, T > | |