24 } mah_data;  variable
40 	for (size_t hdx = 0; hdx < mah_data.nheaps; hdx++) {  in mah_choice()
43 		h = &mah_data.ma_heaps[hdx];  in mah_choice()
60 	sys_multi_heap_free(&mah_data.multi_heap, block);  in mem_attr_heap_free()
65 	return sys_multi_heap_alloc(&mah_data.multi_heap,  in mem_attr_heap_alloc()
71 	return sys_multi_heap_aligned_alloc(&mah_data.multi_heap,  in mem_attr_heap_aligned_alloc()
79 	heap_rec = sys_multi_heap_get_heap(&mah_data.multi_heap, addr);  in mem_attr_heap_get_region()
90 	if (mah_data.nheaps >= MAX_MULTI_HEAPS) {  in ma_heap_add()
94 	mh = &mah_data.ma_heaps[mah_data.nheaps++];  in ma_heap_add()
100 	sys_multi_heap_add_heap(&mah_data.multi_heap, h, (void *) region);  in ma_heap_add()
116 	sys_multi_heap_init(&mah_data.multi_heap, mah_choice);  in mem_attr_heap_pool_init()