192                 let (size, _) = read_cell(reg.value, base_index, size_cells);  in early_init_scan_memory()
194                 if size == 0 {  in early_init_scan_memory()
198                 debug!("Found memory: base={:#x}, size={:#x}", base, size);  in early_init_scan_memory()
199                 self.early_init_dt_add_memory(base, size);  in early_init_scan_memory()
213     pub fn early_init_dt_add_memory(&self, base: u64, size: u64) {  in early_init_dt_add_memory()
221         let mut size = size as usize;  in early_init_dt_add_memory()  localVariable
223         if size < (MMArch::PAGE_SIZE - (base & (!MMArch::PAGE_MASK))) {  in early_init_dt_add_memory()
224             warn!("Ignoring memory block {:#x}-{:#x}", base, base + size);  in early_init_dt_add_memory()
228             size -= MMArch::PAGE_SIZE - (base & (!MMArch::PAGE_MASK));  in early_init_dt_add_memory()
232         size = page_align_down(size);  in early_init_dt_add_memory()
235             warn!("Ignoring memory block {:#x}-{:#x}", base, base + size);  in early_init_dt_add_memory()
238         if base + size - 1 > MemBlockManager::MAX_MEMBLOCK_ADDR.data() {  in early_init_dt_add_memory()
242                 base + size  in early_init_dt_add_memory()
244             size = MemBlockManager::MAX_MEMBLOCK_ADDR.data() - base + 1;  in early_init_dt_add_memory()
247         if base + size < MemBlockManager::MIN_MEMBLOCK_ADDR.data() {  in early_init_dt_add_memory()
248             warn!("Ignoring memory range {:#x}-{:#x}", base, base + size);  in early_init_dt_add_memory()
259                 size -= MemBlockManager::MIN_MEMBLOCK_ADDR.data() - base;  in early_init_dt_add_memory()
265             .add_block(PhysAddr::new(base), size)  in early_init_dt_add_memory()
270                     base + size,  in early_init_dt_add_memory()
313             if node.size() != 0 {  in early_init_fdt_scan_reserved_mem()
315                 let size = node.size();  in early_init_fdt_scan_reserved_mem()  localVariable
316                 debug!("Reserve memory: {:?}-{:?}", address, address + size);  in early_init_fdt_scan_reserved_mem()
317                 mem_block_manager().reserve_block(address, size).unwrap();  in early_init_fdt_scan_reserved_mem()
365         size: usize,  in early_init_dt_reserve_memory()
369             if mem_block_manager().is_overlapped(base, size)  in early_init_dt_reserve_memory()
370                 && mem_block_manager().is_overlapped_with_reserved(base, size)  in early_init_dt_reserve_memory()
377             return mem_block_manager().mark_nomap(base, size);  in early_init_dt_reserve_memory()
380         return mem_block_manager().reserve_block(base, size);  in early_init_dt_reserve_memory()
427         let (size, bi) = read_cell(reg.value, base_index, size_cells);  in reserved_mem_reserve_reg()
430         if size > 0  in reserved_mem_reserve_reg()
432                 .early_init_dt_reserve_memory(PhysAddr::new(base as usize), size as usize, nomap)  in reserved_mem_reserve_reg()
437                 base, size, nomap  in reserved_mem_reserve_reg()
442                 base, size, nomap  in reserved_mem_reserve_reg()