Lines Matching defs:pages
123 vm_page_t m, pages;
163 kr = cpm_allocate(CAST_DOWN(vm_size_t, map_size), &pages, max_pnum, FALSE);
175 m = pages;
176 pages = NEXT_PAGE(m);
214 * KMA_NOPAGEWAIT don't wait for pages if unavailable
218 * grab pages from it... this also implies
261 * Guard pages:
263 * Guard pages are implemented as ficticious pages. By placing guard pages
266 * to access those pages are trapped in vm_fault_page().
269 * guard pages. If those were requested, then back it out of fill_size
271 * guard pages. Similarly, fill_start indicates where the actual pages
445 * or a submap. Newly allocated pages are not zeroed.
448 * If successful, the pages in the old region are mapped twice.
503 /* allocate the new pages while expanded portion of the */
639 * and return the physical pages associated with that region.
660 * Allocate new pages in an object.
696 * Remap wired pages in an object into a new region.
881 * pages that are potentially usable by a user app (max_mem) minus
882 * 1000 pages. This keeps 4MB in reserve for the kernel which will hopefully be
884 * 2000 pages of memory at this point, then we'll allow users to lock up to 80%