207 	void *virtualAddress, void *physicalAddress, uint8 mode, bool secondaryHash)  in fill_page_table_entry()  argument
211 		= (((uint32)physicalAddress / B_PAGE_SIZE) << 12) | mode;  in fill_page_table_entry()
235 map_page(void *virtualAddress, void *physicalAddress, uint8 mode)  in map_page()  argument
250 			virtualAddress, physicalAddress, mode, false);  in map_page()
264 			virtualAddress, physicalAddress, mode, true);  in map_page()
275 map_range(void *virtualAddress, void *physicalAddress, size_t size, uint8 mode)  in map_range()  argument
279 			(void *)(uint32(physicalAddress) + offset), mode);  in map_range()
521 	void *physicalAddress = find_free_physical_range(size);  in arch_mmu_allocate()  local
522 	if (physicalAddress == PHYSINVAL) {  in arch_mmu_allocate()
531 		physicalAddress, size);  in arch_mmu_allocate()
533 	insert_physical_allocated_range((addr_t)physicalAddress, size);  in arch_mmu_allocate()
535 	map_range(virtualAddress, physicalAddress, size, protection);  in arch_mmu_allocate()
573 	void *physicalAddress = (void *)args->Argument(0);  in map_callback()  local
581 	if (is_physical_memory(physicalAddress)  in map_callback()
582 		&& insert_physical_allocated_range((addr_t)physicalAddress, length)  in map_callback()
598 	map_range(virtualAddress, physicalAddress, length, mode);  in map_callback()
622 	intptr_t &physicalAddress = args->ReturnValue(1);  in translate_callback()  local
664 	physicalAddress = (int)(entry->physical_page_number * B_PAGE_SIZE);  in translate_callback()