47 static struct acpisrat_node *node_array; /* Array of NUMA nodes */  variable
375 	node_array = kmem_zalloc(nnodes * sizeof(struct acpisrat_node),  in acpisrat_refresh()
386 		node_array[citer->cpu.nodeid].ncpus++;  in acpisrat_refresh()
393 		node_array[miter->mem.nodeid].nmems++;  in acpisrat_refresh()
397 		node_array[i].nodeid = i;  in acpisrat_refresh()
399 		if (node_array[i].ncpus != 0) {  in acpisrat_refresh()
400 			node_array[i].cpu = kmem_zalloc(node_array[i].ncpus *  in acpisrat_refresh()
403 		if (node_array[i].nmems != 0) {  in acpisrat_refresh()
404 			node_array[i].mem = kmem_zalloc(node_array[i].nmems *  in acpisrat_refresh()
412 			KASSERT(node_array[i].cpu != NULL);  in acpisrat_refresh()
413 			node_array[i].cpu[k] = &cpu_array[j];  in acpisrat_refresh()
421 			KASSERT(node_array[i].mem != NULL);  in acpisrat_refresh()
422 			node_array[i].mem[k] = &mem_array[j];  in acpisrat_refresh()
450 	if (node_array) {  in acpisrat_exit()
452 			if (node_array[i].cpu)  in acpisrat_exit()
453 				kmem_free(node_array[i].cpu,  in acpisrat_exit()
454 				    node_array[i].ncpus * sizeof(struct acpisrat_cpu *));  in acpisrat_exit()
455 			if (node_array[i].mem)  in acpisrat_exit()
456 				kmem_free(node_array[i].mem,  in acpisrat_exit()
457 				    node_array[i].nmems * sizeof(struct acpisrat_mem *));  in acpisrat_exit()
459 		kmem_free(node_array, nnodes * sizeof(struct acpisrat_node));  in acpisrat_exit()
461 	node_array = NULL;  in acpisrat_exit()
545 	return node_array[nodeid].ncpus;  in acpisrat_node_cpus()
554 	return node_array[nodeid].nmems;  in acpisrat_node_memoryranges()
561 	memcpy(c, node_array[nodeid].cpu[cpunum],  in acpisrat_cpu()
569 	memcpy(mem, node_array[nodeid].mem[memrange],  in acpisrat_mem()
584 		node = &node_array[i];  in acpisrat_get_node()