pages            1228 kern/vfs_bio.c 	long pages;
pages            1234 kern/vfs_bio.c 		pages = 0;
pages            1240 kern/vfs_bio.c 			pages += btoc(bp->b_bufsize);
pages            1243 kern/vfs_bio.c 		ptotals[i] = pages;
pages            1244 kern/vfs_bio.c 		printf("%s: total-%d(%d pages)", bname[i], count, pages);
pages             481 uvm/uvm_aobj.c 	int pages = round_page(size) >> PAGE_SHIFT;
pages             492 uvm/uvm_aobj.c 		aobj->u_pages = pages;
pages             504 uvm/uvm_aobj.c 		aobj->u_pages = pages;
pages             526 uvm/uvm_aobj.c 			aobj->u_swslots = malloc(pages * sizeof(int),
pages             530 uvm/uvm_aobj.c 			memset(aobj->u_swslots, 0, pages * sizeof(int));
pages             575 uvm/uvm_fault.c 	struct vm_page *pages[UVM_MAXRANGE], *pg, *uobjpage;
pages             796 uvm/uvm_fault.c 			pages[lcv] = PGO_DONTCARE;
pages             804 uvm/uvm_fault.c 			pages[lcv] = NULL;
pages             812 uvm/uvm_fault.c 		pages[lcv] = PGO_DONTCARE;
pages             872 uvm/uvm_fault.c 		result = uobj->pgops->pgo_fault(&ufi, startva, pages, npages,
pages             908 uvm/uvm_fault.c 				pages, &gotpages, centeridx,
pages             923 uvm/uvm_fault.c 				if (pages[lcv] == NULL ||
pages             924 uvm/uvm_fault.c 				    pages[lcv] == PGO_DONTCARE)
pages             927 uvm/uvm_fault.c 				KASSERT((pages[lcv]->pg_flags & PG_RELEASED) == 0);
pages             938 uvm/uvm_fault.c 					uobjpage = pages[lcv];
pages             955 uvm/uvm_fault.c 				uvm_pageactivate(pages[lcv]);	/* reactivate */
pages             959 uvm/uvm_fault.c 				  ufi.orig_map->pmap, currva, pages[lcv], 0);
pages             970 uvm/uvm_fault.c 				    VM_PAGE_TO_PHYS(pages[lcv]),
pages             981 uvm/uvm_fault.c 				atomic_clearbits_int(&pages[lcv]->pg_flags,
pages             983 uvm/uvm_fault.c 				UVM_PAGE_OWN(pages[lcv], NULL);