osfmk/vm/vm_purgeable.c

79 			assert(queue->token_q_unripe);
81 				assert(token == queue->token_q_unripe);
87 			assert(queue->token_q_tail == token);
94 		assert(queue->token_q_unripe == unripe);
95 	assert(token_cnt == queue->debug_count_tokens);
101 		assert(our_inactive_count >= 0);
102 		assert((uint32_t) our_inactive_count == vm_page_inactive_count - vm_page_cleaned_count);
187 		assert (token_init_idx < token_q_max_cnt);	/* We must have a free token now */
203 	assert (token);
211 		assert(pages >= 0);
212 		assert(pages <= TOKEN_COUNT_MAX);
214 		assert(purgeable_queues[i].new_pages == pages);
229 		assert(queue->token_q_head == 0 && queue->token_q_unripe == 0);
277 	assert(token);
280 		assert(queue->token_q_tail);
287 			assert(available_for_purge >= 0);
291 			assert(tokens[token].next == 0);
334 	assert(token);
337 		assert(queue->token_q_head);
340 			assert(tokens[token].next == 0);
345 			assert(available_for_purge >= 0);
362 			assert(tokens[new_tail].next == token);
436 			assert(pages >= 0);
437 			assert(pages <= TOKEN_COUNT_MAX);
439 			assert(purgeable_queues[i].new_pages == pages);
493 			assert((int32_t) token_new_pagecount + queue->new_pages >= 0);
520 	assert(queue->token_q_head && tokens[queue->token_q_head].count == 0);
535 	assert(available_for_purge >= 0);
550 	assert(queue->token_q_head);
556 		assert(queue2);
567 		assert(queue->token_q_unripe == queue->token_q_head);	/* queue1 had no unripe
570 		assert(token);
599 			assert(queue2->new_pages >= (int32_t) count);
602 			assert(tokens[*token_in_queue2].count >= count);
690 				assert(object->purgable == VM_PURGABLE_VOLATILE);
696 			assert(queue->debug_count_objects >= 0);
762 			assert(queue->debug_count_objects >= 0);
775 	assert(object);
776 	assert(object->purgable == VM_PURGABLE_VOLATILE);