SIZE_CLASSES
for (int j = 0; j < SIZE_CLASSES; j++) {
for (int k = 0; k < SIZE_CLASSES; k++) {
size_t hoardHeap::_sizeTable[hoardHeap::SIZE_CLASSES] = {
size_t hoardHeap::_threshold[hoardHeap::SIZE_CLASSES] = {
size_t hoardHeap::_sizeTable[hoardHeap::SIZE_CLASSES] = {
size_t hoardHeap::_threshold[hoardHeap::SIZE_CLASSES] = {
size_t hoardHeap::_sizeTable[hoardHeap::SIZE_CLASSES] = {
size_t hoardHeap::_threshold[hoardHeap::SIZE_CLASSES] = {
heapStats _stats[SIZE_CLASSES];
superblock *_superblocks[SUPERBLOCK_FULLNESS_GROUP][SIZE_CLASSES];
int _leastEmptyBin[SIZE_CLASSES];
static size_t _sizeTable[SIZE_CLASSES];
static size_t _threshold[SIZE_CLASSES];
assert(sizeclass < SIZE_CLASSES);
assert(sizeclass < SIZE_CLASSES);
assert(sizeclass < SIZE_CLASSES);
assert(sizeclass < SIZE_CLASSES);
assert(sizeclass < SIZE_CLASSES);
assert(sizeclass < SIZE_CLASSES);
assert(sizeclass < SIZE_CLASSES);
assert(sizeclass < SIZE_CLASSES);
assert(sizeclass < SIZE_CLASSES);
assert(sizeclass < SIZE_CLASSES);
for (int i = 0; i < SIZE_CLASSES; i++) {
for (int i = 0; i < hoardHeap::SIZE_CLASSES; i++) {
stats.chunks_free = hoardHeap::SIZE_CLASSES - chunks;