322 static bool __init revsizecmp(struct cma_init_memrange *mlp,  in revsizecmp()  argument
325 	return mlp->size > mrp->size;  in revsizecmp()
328 static bool __init basecmp(struct cma_init_memrange *mlp,  in basecmp()  argument
331 	return mlp->base < mrp->base;  in basecmp()
343 	struct cma_init_memrange *mlp;  in list_insert_sorted()  local
349 			mlp = list_entry(mp, struct cma_init_memrange, list);  in list_insert_sorted()
350 			if (cmp(mlp, mrp))  in list_insert_sorted()
353 		__list_add(&mrp->list, mlp->list.prev, &mlp->list);  in list_insert_sorted()
534 	struct cma_init_memrange *mrp, *mlp, *failed;  in cma_declare_contiguous_multi()  local
648 		mlp = list_entry(mp, struct cma_init_memrange, list);  in cma_declare_contiguous_multi()
650 		list_insert_sorted(&final_ranges, mlp, basecmp);  in cma_declare_contiguous_multi()
651 		sizesum += mlp->size;  in cma_declare_contiguous_multi()
663 		mlp = list_entry(mp, struct cma_init_memrange, list);  in cma_declare_contiguous_multi()
664 		size = min(sizeleft, mlp->size);  in cma_declare_contiguous_multi()
665 		if (memblock_reserve(mlp->base, size)) {  in cma_declare_contiguous_multi()
671 			failed = mlp;  in cma_declare_contiguous_multi()
676 		    nr, (u64)mlp->base, (u64)mlp->base + size);  in cma_declare_contiguous_multi()
678 		cmrp->base_pfn = PHYS_PFN(mlp->base);  in cma_declare_contiguous_multi()
689 			mlp = list_entry(mp, struct cma_init_memrange, list);  in cma_declare_contiguous_multi()
690 			if (mlp == failed)  in cma_declare_contiguous_multi()
692 			memblock_phys_free(mlp->base, mlp->size);  in cma_declare_contiguous_multi()