_STL_ALLOC_H_
#include <cstddef>
#include <cstdlib>
inline *
inline deallocate( * * *result =
result = (* (! exit(-
_malloc_alloc::deallocate( *
ALIGN =
MAX_BYTES =
FREELIST_NUMS = MAX_BYTES /
union node * client_data[
node *
*
*
(bytes + (ALIGN - )) & ~(ALIGN -
((bytes)+ALIGN - ) / ALIGN -
*
*chunk_alloc(size_t bytes, &
*
deallocate( * _default_alloc::node *_default_alloc::free_list[FREELIST_NUMS] =
{, , , , , , , , , , , , , , , *_default_alloc::start_of_memorypool = *_default_alloc::end_of_memorypool = _default_alloc::heap_size =
* node *result = node **my_free_list =
(bytes >
my_free_list = free_list + (!* *r =
result = * *my_free_list = result-> _default_alloc::deallocate( * node *q = (node* node **my_free_list =
(n >
my_free_list = free_list + q->free_list_link = * *my_free_list = * nobjs =
*chunk = node **my_free_list = node *result = node *cur, *
( == result = (node* my_free_list = free_list + next = *my_free_list = (node*)(chunk +
( i = ; ;++ cur = next = (node*)((*)next + (nobjs - == cur->free_list_link =
cur->free_list_link = *_default_alloc::chunk_alloc(size_t bytes, & *result = size_t total_bytes = bytes * size_t bytes_left = end_of_memorypool -
(bytes_left >= result = start_of_memorypool += (bytes_left >= nobjs = bytes_left / total_bytes = bytes * result = start_of_memorypool +=
size_t bytes_to_get = * total_bytes + ROUND_UP(heap_size >> (bytes_left > node **my_free_list = free_list + ((node*)start_of_memorypool)->free_list_link = * *my_free_list = (node* start_of_memorypool = (* (nullptr == node **my_free_list, * ( i = bytes; i <= MAX_BYTES; i += my_free_list = free_list + p = * (nullptr != *my_free_list = p-> start_of_memorypool = (* end_of_memorypool = start_of_memorypool + end_of_memorypool = start_of_memorypool = (* heap_size += end_of_memorypool = start_of_memorypool +
template< T, Alloc>
T * == n ? : (T*)Alloc::allocate(n *
T * (T*)Alloc::allocate( deallocate(T * ( != Alloc::deallocate(ptr, n * deallocate(T * Alloc::deallocate(ptr, }
