void tommy_arrayblk_grow(tommy_arrayblk* array, unsigned size)
{
unsigned block_max = (size + TOMMY_ARRAYBLK_SIZE - 1) / TOMMY_ARRAYBLK_SIZE;
unsigned block_mac = tommy_array_size(&array->block);
if (block_mac < block_max) {
/* grow the block array */
tommy_array_grow(&array->block, block_max);
/* allocate new blocks */
while (block_mac < block_max) {
void* ptr = tommy_malloc(TOMMY_ARRAYBLK_SIZE * sizeof(void*));
/* initializes it with zeros */
memset(ptr, 0, TOMMY_ARRAYBLK_SIZE * sizeof(void*));
/* set the new block */
tommy_array_set(&array->block, block_mac, ptr);
++block_mac;
}
}
if (array->size < size)
array->size = size;
}
void tommy_arrayblk_done(tommy_arrayblk* array)
{
unsigned i;
for(i=0;i<tommy_array_size(&array->block);++i)
tommy_free(tommy_array_get(&array->block, i));
tommy_array_done(&array->block);
}
static void crcache_free (cr_cache_t *cache) {
uint32_t size;
uint32_t i;
if (cache != NULL) {
size = tommy_array_size (cache->crates);
for (i=0;i<size;i++) {
free (crcache_read (cache,i));
}
tommy_array_done (cache->crates);
free (cache->crates);
free (cache);
}
return;
}
tommy_size_t tommy_arrayblk_memory_usage(tommy_arrayblk* array)
{
return tommy_array_memory_usage(&array->block) + tommy_array_size(&array->block) * TOMMY_ARRAYBLK_SIZE * sizeof(void*);
}