Function memShrink

lib_acl/src/stdlib/memory/squid_allocator.c:102–129

}

static void memShrink(SQUID_MEM_ALLOCATOR *allocator, size_t new_limit)
{
	size_t start_limit = allocator->TheMeter.idle.level;
	ACL_ITER iter;

	/* first phase: cut proportionally to the pool idle size */

	acl_foreach_reverse(iter, ((ACL_ALLOCATOR *) allocator)->pools) {
		MemPool *pool = (MemPool*) iter.data;
		const size_t target_pool_size = (size_t) ((double)
			pool->meter.idle.level * new_limit) / start_limit;
		memPoolShrink(allocator, pool, target_pool_size);
	}

	acl_msg_info("memShrink: 1st phase done with %ld KB left",
		(long int) toKB(allocator->TheMeter.idle.level));
	
	/* second phase: cut to 0 */

	acl_foreach_reverse(iter, ((ACL_ALLOCATOR *) allocator)->pools) {
		MemPool *pool = (MemPool*) iter.data;
		memPoolShrink(allocator, pool, 0);
	}

	acl_msg_info("memShrink: 2nd phase done with %ld KB left",
		(long int) toKB(allocator->TheMeter.idle.level));
	acl_assert(allocator->TheMeter.idle.level <= new_limit); /* paranoid */
}

static void memCleanModule(ACL_ALLOCATOR *allocator)
{