| @@ |
| @@ |
| -GFP_ATOMIC |
| +MEM_ATOMIC |
| |
| @@ |
| @@ |
| -GFP_KERNEL |
| +MEM_WAIT |
| |
| @@ |
| @@ |
| -GFP_WAIT |
| +MEM_WAIT |
| |
| @@ |
| @@ |
| -GFP_NOFS |
| +MEM_WAIT |
| |
| @@ |
| @@ |
| -__GFP_WAIT |
| +MEM_WAIT |
| |
| @@ |
| @@ |
| -GFP_NOWAIT |
| +MEM_ATOMIC |
| |
| @@ |
| expression SZ; |
| expression FL; |
| @@ |
| -kzalloc(SZ, FL) |
| +kzmalloc(SZ, FL) |
| |
| @@ |
| expression SZ; |
| expression CNT; |
| expression FL; |
| @@ |
| -kcalloc(CNT, SZ, FL) |
| +kzmalloc((CNT) * (SZ), FL) |
| |
| // These are dangerous in Akaros. If someone is using a page* for multiple |
| // pages, it's probably okay, but we should look closely. |
| @@ |
| expression ADDR; |
| expression ORDER; |
| @@ |
| -__free_pages(ADDR, ORDER) |
| +free_cont_pages(page2kva(ADDR), ORDER) |
| |
| @@ |
| expression FLAGS; |
| expression ORDER; |
| @@ |
| -alloc_pages(FLAGS, ORDER) |
| +kva2page(get_cont_pages(ORDER, FLAGS)) |
| |
| @@ |
| expression ADDR; |
| @@ |
| -__free_page(ADDR) |
| +kpages_free(page2kva(ADDR), PGSIZE) |
| |
| @@ |
| expression FLAGS; |
| @@ |
| -alloc_page(FLAGS) |
| +kva2page(kpages_alloc(PGSIZE, FLAGS)) |
| |
| @@ |
| expression FLAGS; |
| @@ |
| -__get_free_page(FLAGS) |
| +kpage_alloc_addr() |
| |
| @@ |
| expression PG; |
| @@ |
| -get_page(PG) |
| +get_page_wont_compile_use_mmap(PG) |
| |
| @@ |
| expression PG; |
| @@ |
| -put_page(PG) |
| +page_decref(PG) |
| |
| @@ |
| struct page *page; |
| @@ |
| -page->_count |
| +page->pg_kref.refcount |
| |
| @@ |
| expression KVA; |
| @@ |
| -virt_to_head_page(KVA) |
| +kva2page(KVA) |
| |
| @@ |
| expression KVA; |
| @@ |
| -virt_to_page(KVA) |
| +kva2page(KVA) |
| |
| @@ |
| expression KVA; |
| @@ |
| -virt_to_bus(KVA) |
| +PADDR(KVA) |
