156 guarded_heap_page_protect(guarded_heap_area& area, size_t pageIndex,  in guarded_heap_page_protect()  argument
162 	addr_t address = area.base + pageIndex * B_PAGE_SIZE;  in guarded_heap_page_protect()
224 guarded_heap_free_page(guarded_heap_area& area, size_t pageIndex,  in guarded_heap_free_page()  argument
227 	guarded_heap_page& page = area.pages[pageIndex];  in guarded_heap_free_page()
249 	guarded_heap_page_protect(area, pageIndex, 0);  in guarded_heap_free_page()
251 	T(Free(area.heap, (void*)(area.base + pageIndex * B_PAGE_SIZE)));  in guarded_heap_free_page()
292 		size_t pageIndex = page - area.pages;  in guarded_heap_area_allocate()  local
293 		if (pageIndex > area.page_count - pagesNeeded)  in guarded_heap_area_allocate()
300 			if ((area.pages[pageIndex + j].flags & GUARDED_HEAP_PAGE_FLAG_USED)  in guarded_heap_area_allocate()
314 		void* result = (void*)((area.base + pageIndex * B_PAGE_SIZE  in guarded_heap_area_allocate()
317 		guarded_heap_page_allocate(area, pageIndex, pagesNeeded, size,  in guarded_heap_area_allocate()
469 	size_t pageIndex = ((addr_t)address - area.base) / B_PAGE_SIZE;  in guarded_heap_area_page_index_for()  local
470 	guarded_heap_page& page = area.pages[pageIndex];  in guarded_heap_area_page_index_for()
473 			" which is not marked in use", address, pageIndex);  in guarded_heap_area_page_index_for()
479 			" which is a guard page", address, pageIndex);  in guarded_heap_area_page_index_for()
485 			" which is not an allocation first page", address, pageIndex);  in guarded_heap_area_page_index_for()
491 			" which is a dead page", address, pageIndex);  in guarded_heap_area_page_index_for()
495 	return pageIndex;  in guarded_heap_area_page_index_for()
502 	size_t pageIndex = guarded_heap_area_page_index_for(area, address);  in guarded_heap_area_free()  local
503 	if (pageIndex >= area.page_count)  in guarded_heap_area_free()
507 	guarded_heap_page* page = &area.pages[pageIndex];  in guarded_heap_area_free()
510 		guarded_heap_free_page(area, pageIndex);  in guarded_heap_area_free()
513 		pageIndex++;  in guarded_heap_area_free()
514 		page = &area.pages[pageIndex];  in guarded_heap_area_free()
518 	guarded_heap_free_page(area, pageIndex);  in guarded_heap_area_free()
554 	size_t pageIndex = guarded_heap_area_page_index_for(*area, address);  in guarded_heap_realloc()  local
555 	if (pageIndex >= area->page_count)  in guarded_heap_realloc()
558 	guarded_heap_page& page = area->pages[pageIndex];  in guarded_heap_realloc()
634 	size_t pageIndex = ((addr_t)address - area->base) / B_PAGE_SIZE;  in dump_guarded_heap_page()  local
635 	guarded_heap_page& page = area->pages[pageIndex];  in dump_guarded_heap_page()
637 	kprintf("page index: %" B_PRIuSIZE "\n", pageIndex);  in dump_guarded_heap_page()