39 	struct mach_vm_reclaim_ringbuffer_v1_s ringbuffer;  variable
41 	kern_return_t kr = mach_vm_reclaim_ringbuffer_init(&ringbuffer);
49 	struct mach_vm_reclaim_ringbuffer_v1_s ringbuffer;  variable
51 	kern_return_t kr = mach_vm_reclaim_ringbuffer_init(&ringbuffer);
60 allocate_and_defer_free(size_t size, mach_vm_reclaim_ringbuffer_v1_t ringbuffer, unsigned char val,…  in allocate_and_defer_free()  argument
69 …idx = mach_vm_reclaim_mark_free(ringbuffer, *addr, (uint32_t) size, &should_update_kernel_accounti…  in allocate_and_defer_free()
71 		mach_vm_reclaim_update_kernel_accounting(ringbuffer);  in allocate_and_defer_free()
79 	struct mach_vm_reclaim_ringbuffer_v1_s ringbuffer;  variable
83 	kern_return_t kr = mach_vm_reclaim_ringbuffer_init(&ringbuffer);
86 	uint64_t idx = allocate_and_defer_free(kAllocationSize, &ringbuffer, 1, &addr);
88 	mach_vm_reclaim_synchronize(&ringbuffer, 1);
174 	struct mach_vm_reclaim_ringbuffer_v1_s ringbuffer;  variable
179 	kern_return_t kr = mach_vm_reclaim_ringbuffer_init(&ringbuffer);
182 	uint64_t idx = allocate_and_defer_free(kAllocationSize, &ringbuffer, kValue, &addr);
184 	kr = mach_vm_reclaim_synchronize(&ringbuffer, 10);
201 	struct mach_vm_reclaim_ringbuffer_v1_s ringbuffer;  in allocate_and_suspend()  local
208 	kern_return_t kr = mach_vm_reclaim_ringbuffer_init(&ringbuffer);  in allocate_and_suspend()
210 	T_QUIET; T_ASSERT_LT(kNumEntries, ringbuffer.buffer_len, "Test does not fill up ringubffer");  in allocate_and_suspend()
213 		uint64_t idx = allocate_and_defer_free(kAllocationSize, &ringbuffer, (unsigned char) i, &addr);  in allocate_and_suspend()
219 …mach_vm_reclaim_mark_free(&ringbuffer, addr, (uint32_t) kAllocationSize, &should_update_kernel_acc…  in allocate_and_suspend()
224 		mach_vm_size_t buffer_size = ringbuffer.buffer_len * sizeof(mach_vm_reclaim_entry_v1_t) + \  in allocate_and_suspend()
226 		kr = mach_vm_deallocate(mach_task_self(), (mach_vm_address_t) ringbuffer.buffer, buffer_size);  in allocate_and_suspend()
396 	struct mach_vm_reclaim_ringbuffer_v1_s ringbuffer;  variable
401 	kern_return_t kr = mach_vm_reclaim_ringbuffer_init(&ringbuffer);
409 		uint64_t idx = allocate_and_defer_free(kAllocationSize, &ringbuffer, (unsigned char) i, &addr);
420 	struct mach_vm_reclaim_ringbuffer_v1_s ringbuffer;  variable
428 	kern_return_t kr = mach_vm_reclaim_ringbuffer_init(&ringbuffer);
435 	T_QUIET; T_ASSERT_LT(kNumEntries, ringbuffer.buffer_len, "Entries will not fill up ringbuffer.");
439 		uint64_t idx = allocate_and_defer_free(kAllocationSize, &ringbuffer, (unsigned char) i, &addr);
450 	struct mach_vm_reclaim_ringbuffer_v1_s ringbuffer;  variable
454 	kern_return_t kr = mach_vm_reclaim_ringbuffer_init(&ringbuffer);
457 	uint64_t idx = allocate_and_defer_free(kAllocationSize, &ringbuffer, 1, &addr);
459 	mach_vm_size_t buffer_size = ringbuffer.buffer_len * sizeof(mach_vm_reclaim_entry_v1_t) + \
461 	kr = mach_vm_deallocate(mach_task_self(), (mach_vm_address_t) ringbuffer.buffer, buffer_size);
464 	mach_vm_reclaim_synchronize(&ringbuffer, 10);
480 	struct mach_vm_reclaim_ringbuffer_v1_s ringbuffer;  variable
485 	kern_return_t kr = mach_vm_reclaim_ringbuffer_init(&ringbuffer);
488 	uint64_t idx = allocate_and_defer_free(kAllocationSize, &ringbuffer, 1, &addr);
490 …idx = mach_vm_reclaim_mark_free(&ringbuffer, addr, (uint32_t) kAllocationSize, &should_update_kern…
493 	mach_vm_reclaim_synchronize(&ringbuffer, 2);
559 	struct mach_vm_reclaim_ringbuffer_v1_s ringbuffer;  variable
564 	kern_return_t kr = mach_vm_reclaim_ringbuffer_init(&ringbuffer);
567 	uint64_t idx = allocate_and_defer_free(kAllocationSize, &ringbuffer, kValue, &addr);
573 		kr = mach_vm_reclaim_synchronize(&ringbuffer, 10);
626 	struct mach_vm_reclaim_ringbuffer_v1_s ringbuffer;  variable
627 	kern_return_t kr = mach_vm_reclaim_ringbuffer_init(&ringbuffer);
639 	struct mach_vm_reclaim_ringbuffer_v1_s ringbuffer;  variable
641 	kern_return_t kr = mach_vm_reclaim_ringbuffer_init(&ringbuffer);