Fit name conventions by Clion, simplify some names.

src/arch/x86_64/driver/acpi/mod.rs

@@ -4,23 +4,23 @@ mod structs;
 use self::structs::*;
 use consts::*;
 
-pub fn init() -> Result<ACPI_Result, ACPI_Error> {
+pub fn init() -> Result<AcpiResult, AcpiError> {
 	let rsdp = find_rsdp().expect("acpi: rsdp not found.");
-	if rsdp.RsdtPhysicalAddress > PHYSICAL_MEMORY_LIMIT {
-		return Err(ACPI_Error::NotMapped);
+	if rsdp.rsdt_physical_address > PHYSICAL_MEMORY_LIMIT {
+		return Err(AcpiError::NotMapped);
 	}
-	debug!("RSDT at {:#x}", rsdp.RsdtPhysicalAddress);
-	let rsdt = unsafe{ &*(rsdp.RsdtPhysicalAddress as *const rsdt) };
-	let mut madt: Option<&'static madt> = None;
+	debug!("RSDT at {:#x}", rsdp.rsdt_physical_address);
+	let rsdt = unsafe{ &*(rsdp.rsdt_physical_address as *const Rsdt) };
+	let mut madt: Option<&'static Madt> = None;
 	for i in 0 .. rsdt.entry_count() {
 		let entry = rsdt.entry_at(i);
 		if entry > PHYSICAL_MEMORY_LIMIT {
-			return Err(ACPI_Error::NotMapped);
+			return Err(AcpiError::NotMapped);
 		}
-		let header = unsafe{ &*(entry as *const header) };
+		let header = unsafe{ &*(entry as *const Header) };
 		// debug!("{:?}", header);
-		if &header.Signature == b"APIC" {
-			madt = Some(unsafe{ &*(entry as *const madt) });
+		if &header.signature == b"APIC" {
+			madt = Some(unsafe{ &*(entry as *const Madt) });
 		}
 	}
 	debug!("{:?}", madt);
@@ -33,7 +33,7 @@ const PHYSICAL_MEMORY_LIMIT: u32 = 0x0E000000;
 const PHYSICAL_MEMORY_LIMIT: u32 = 0x80000000;
 
 #[derive(Debug)]
-pub struct ACPI_Result {
+pub struct AcpiResult {
 	pub cpu_num: u8,
 	pub cpu_acpi_ids: [u8; MAX_CPU_NUM],
 	pub ioapic_id: u8,
@@ -41,13 +41,13 @@ pub struct ACPI_Result {
 }
 
 #[derive(Debug)]
-pub enum ACPI_Error {
+pub enum AcpiError {
 	NotMapped,
-	IOACPI_NotFound,
+	IoacpiNotFound,
 }
 
-fn config_smp(madt: &'static madt) -> Result<ACPI_Result, ACPI_Error> {
-	let lapic_addr = madt.LapicAddress as *const ();
+fn config_smp(madt: &'static Madt) -> Result<AcpiResult, AcpiError> {
+	let lapic_addr = madt.lapic_address as *const ();
 
 	let mut cpu_num = 0u8;
 	let mut cpu_acpi_ids: [u8; MAX_CPU_NUM] = [0; MAX_CPU_NUM];
@@ -56,33 +56,33 @@ fn config_smp(madt: &'static madt) -> Result<ACPI_Result, ACPI_Error> {
 		debug!("{:?}", entry);
 		match &entry {
 			&MadtEntry::LocalApic(ref lapic) => {
-				cpu_acpi_ids[cpu_num as usize] = lapic.Id;
+				cpu_acpi_ids[cpu_num as usize] = lapic.id;
 				cpu_num += 1;
 			},
 			&MadtEntry::IoApic(ref ioapic) => {
-				ioapic_id = Some(ioapic.Id);
+				ioapic_id = Some(ioapic.id);
 			},
 			_ => {},
 		}
 	}
 
 	if ioapic_id.is_none() {
-		return Err(ACPI_Error::IOACPI_NotFound);
+		return Err(AcpiError::IoacpiNotFound);
 	}
 	let ioapic_id = ioapic_id.unwrap();
-	Ok(ACPI_Result { cpu_num, cpu_acpi_ids, ioapic_id, lapic_addr })
+	Ok(AcpiResult { cpu_num, cpu_acpi_ids, ioapic_id, lapic_addr })
 }
 
 /// See https://wiki.osdev.org/RSDP -- Detecting the RSDP
-fn find_rsdp() -> Option<&'static rsdp> {
+fn find_rsdp() -> Option<&'static Rsdp> {
 	use util::{Checkable, find_in_memory};
 	let ebda = unsafe { *(0x40E as *const u16) as usize } << 4;
 	debug!("EBDA at {:#x}", ebda);
 
 	macro_rules! return_if_find_in {
 		($begin:expr, $end:expr) => (
-			if let Some(addr) = unsafe{ find_in_memory::<rsdp>($begin, $end, 4) } {
-				return Some(unsafe{ &*(addr as *const rsdp) });
+			if let Some(addr) = unsafe{ find_in_memory::<Rsdp>($begin, $end, 4) } {
+				return Some(unsafe{ &*(addr as *const Rsdp) });
 			}
 		)
 	}

src/arch/x86_64/driver/acpi/structs.rs

@@ -6,48 +6,48 @@ use core::mem::size_of;
 
 #[repr(C)]
 #[derive(Debug)]
-pub struct rsdp {
-    pub Signature: [u8; 8],
-    pub Checksum: u8,
-    pub OemId: [i8; 6],
-    pub Revision: u8,
-    pub RsdtPhysicalAddress: u32,
-    pub Length: u32,
-    pub XsdtPhysicalAddress: u64,
-    pub ExtendedChecksum: u8,
-    pub Reserved: [u8; 3],
+pub struct Rsdp {
+    pub signature: [u8; 8],
+    pub checksum: u8,
+    pub oem_id: [i8; 6],
+    pub revision: u8,
+    pub rsdt_physical_address: u32,
+    pub length: u32,
+    pub xsdt_physical_address: u64,
+    pub extended_checksum: u8,
+    pub reserved: [u8; 3],
 }
 
-impl Checkable for rsdp {
+impl Checkable for Rsdp {
     fn check(&self) -> bool {
-        &self.Signature == b"RSD PTR " && bytes_sum(self) == 0
+        &self.signature == b"RSD PTR " && bytes_sum(self) == 0
     }
 }
 
 #[repr(C)]
 #[derive(Debug)]
-pub struct header {
-    pub Signature: [u8; 4],
-    pub Length: u32,
-    pub Revision: u8,
-    pub Checksum: u8,
-    pub OemId: [i8; 6],
-    pub OemTableId: [i8; 8],
-    pub OemRevision: u32,
-    pub AslCompilerId: [i8; 4],
-    pub AslCompilerRevision: u32,
+pub struct Header {
+    pub signature: [u8; 4],
+    pub length: u32,
+    pub revision: u8,
+    pub checksum: u8,
+    pub oem_id: [i8; 6],
+    pub oem_table_id: [i8; 8],
+    pub oem_revision: u32,
+    pub asl_compiler_id: [i8; 4],
+    pub asl_compiler_revision: u32,
 }
 
 #[repr(C)]
 #[derive(Debug)]
-pub struct rsdt {
-    pub Header: header,
-    TableOffsetEntry: [u32; 0],
+pub struct Rsdt {
+    pub header: Header,
+    table_offset_entry: [u32; 0],
 }
 
-impl rsdt {
+impl Rsdt {
     pub fn entry_count(&self) -> usize {
-        (self.Header.Length as usize - size_of::<Self>()) / 4
+        (self.header.length as usize - size_of::<Self>()) / 4
     }
     pub fn entry_at(&self, id: usize) -> u32 {
         assert!(id < self.entry_count());
@@ -60,62 +60,62 @@ impl rsdt {
 
 #[repr(C)]
 #[derive(Debug)]
-pub struct madt {
-    pub Header: header,
-    pub LapicAddress: u32,
-    pub Flags: u32,
-    Table: [u32; 0],
+pub struct Madt {
+    pub header: Header,
+    pub lapic_address: u32,
+    pub flags: u32,
+    table: [u32; 0],
 }
 
-impl Checkable for madt {
+impl Checkable for Madt {
     fn check(&self) -> bool {
-        &self.Header.Signature == b"APIC" && self.Header.Length >= size_of::<Self>() as u32
+        &self.header.signature == b"APIC" && self.header.length >= size_of::<Self>() as u32
     }
 }
 
 #[derive(Debug)]
 pub enum MadtEntry {
-    Unknown(MadtEntry_Unknown),
-    LocalApic(MadtEntry_LocalApic),
-    IoApic(MadtEntry_IoApic),
+    Unknown(MadtEntryUnknown),
+    LocalApic(MadtEntryLocalApic),
+    IoApic(MadtEntryIoApic),
 }
 #[repr(C)]
 #[derive(Debug, Clone)]
-pub struct MadtEntry_Unknown {
-    pub Type: u8,
-    pub Length: u8,
+pub struct MadtEntryUnknown {
+    pub type_: u8,
+    pub length: u8,
 }
 #[repr(C)]
 #[derive(Debug, Clone)]
-pub struct MadtEntry_LocalApic {
-    pub Type: u8,   // 0
-    pub Length: u8,
-    pub ProcessorId: u8,
-    pub Id: u8,
-    pub LapicFlags: u32,
+pub struct MadtEntryLocalApic {
+    pub type_: u8,   // 0
+    pub length: u8,
+    pub processor_id: u8,
+    pub id: u8,
+    pub lapic_flags: u32,
 }
 #[repr(C)]
 #[derive(Debug, Clone)]
-pub struct MadtEntry_IoApic {
-    pub Type: u8,   // 1
-    pub Length: u8,
-    pub Id: u8,
-    pub Reserved: u8,
-    pub Address: u32,
-    pub GlobalIrqBase: u32,
+pub struct MadtEntryIoApic {
+    pub type_: u8,   // 1
+    pub length: u8,
+    pub id: u8,
+    pub reserved: u8,
+    pub address: u32,
+    pub global_irq_base: u32,
 }
 
 #[derive(Debug)]
 pub struct MadtEntryIter<'a> {
-    madt: &'a madt,
+    madt: &'a Madt,
     ptr: *const u8,
     end_ptr: *const u8,
 }
 
-impl madt {
+impl Madt {
     pub fn entry_iter(&self) -> MadtEntryIter {
         let ptr = unsafe{ (self as *const Self).offset(1) } as *const u8;
-        let end_ptr = unsafe{ ptr.offset(self.Header.Length as isize) };
+        let end_ptr = unsafe{ ptr.offset(self.header.length as isize) };
         MadtEntryIter { madt: self, ptr, end_ptr }
     }
 }
@@ -127,12 +127,12 @@ impl<'a> Iterator for MadtEntryIter<'a> {
             return None;
         }
         unsafe {
-            let typeId = *self.ptr.offset(0);
+            let type_id = *self.ptr.offset(0);
             let len = *self.ptr.offset(1);
-            let ret = Some(match typeId {
-                0 => MadtEntry::LocalApic( (&*(self.ptr as *const MadtEntry_LocalApic)).clone() ),
-                1 => MadtEntry::IoApic( (&*(self.ptr as *const MadtEntry_IoApic)).clone() ),
-                _ => MadtEntry::Unknown( (&*(self.ptr as *const MadtEntry_Unknown)).clone() ),
+            let ret = Some(match type_id {
+                0 => MadtEntry::LocalApic( (&*(self.ptr as *const MadtEntryLocalApic)).clone() ),
+                1 => MadtEntry::IoApic( (&*(self.ptr as *const MadtEntryIoApic)).clone() ),
+                _ => MadtEntry::Unknown( (&*(self.ptr as *const MadtEntryUnknown)).clone() ),
             });        
             self.ptr = self.ptr.offset(len as isize);
             ret       

src/arch/x86_64/driver/apic/lapic.rs

@@ -1,4 +1,5 @@
 extern {
+	//noinspection RsStaticConstNaming
 	static mut lapic: *const ();
 	fn lapicinit();	// must set `lapic` first
 	fn lapiceoi();	// ack

src/arch/x86_64/driver/apic/local_apic.rs

@@ -3,7 +3,7 @@ use x86::cpuid::CpuId;
 use x86::msr::*;
 
 use memory::Frame;
-use paging::{ActivePageTable, PhysicalAddress, Page, VirtualAddress};
+use paging::{ActivePageTable, PhysAddr, Page, VirtualAddress};
 use paging::entry::EntryFlags;
 
 pub static mut LOCAL_APIC: LocalApic = LocalApic {
@@ -32,7 +32,7 @@ impl LocalApic {
 
         if ! self.x2 {
             let page = Page::containing_address(VirtualAddress::new(self.address));
-            let frame = Frame::containing_address(PhysicalAddress::new(self.address - ::KERNEL_OFFSET));
+            let frame = Frame::containing_address(PhysAddr::new(self.address - ::KERNEL_OFFSET));
             let result = active_table.map_to(page, frame, EntryFlags::PRESENT | EntryFlags::WRITABLE | EntryFlags::NO_EXECUTE);
             result.flush(active_table);
         }

src/arch/x86_64/driver/mod.rs

@@ -7,7 +7,7 @@ pub mod pic;
 pub mod keyboard;
 pub mod pit;
 
-pub fn init<F>(mut page_map: F) -> acpi::ACPI_Result
+pub fn init<F>(mut page_map: F) -> acpi::AcpiResult
     where F: FnMut(usize) {
 
     assert_has_not_been_called!();

src/arch/x86_64/paging/entry.rs

@@ -18,7 +18,7 @@ impl Entry {
 
     pub fn pointed_frame(&self) -> Option<Frame> {
         if self.flags().contains(EntryFlags::PRESENT) {
-            Some(Frame::containing_address(
+            Some(Frame::of_addr(
                 self.0 as usize & 0x000fffff_fffff000
             ))
         } else {
@@ -27,7 +27,7 @@ impl Entry {
     }
 
     pub fn set(&mut self, frame: Frame, flags: EntryFlags) {
-        assert!(frame.start_address().0 & !0x000fffff_fffff000 == 0);
+        assert_eq!(frame.start_address().0 & !0x000fffff_fffff000, 0);
         self.0 = (frame.start_address().0) | flags.bits();
     }
 }

src/arch/x86_64/paging/mapper.rs

@@ -22,10 +22,10 @@ impl Mapper {
         unsafe { self.p4.as_mut() }
     }
 
-    pub fn translate(&self, virtual_address: VirtualAddress) -> Option<PhysicalAddress> {
+    pub fn translate(&self, virtual_address: VirtAddr) -> Option<PhysAddr> {
         let offset = virtual_address % PAGE_SIZE;
-        self.translate_page(Page::containing_address(virtual_address))
-            .map(|frame| PhysicalAddress((frame.start_address().get() + offset) as u64))
+        self.translate_page(Page::of_addr(virtual_address))
+            .map(|frame| PhysAddr((frame.start_address().get() + offset) as u64))
     }
 
     pub fn translate_page(&self, page: Page) -> Option<Frame> {
@@ -38,8 +38,8 @@ impl Mapper {
                 if let Some(start_frame) = p3_entry.pointed_frame() {
                     if p3_entry.flags().contains(EntryFlags::HUGE_PAGE) {
                         // address must be 1GiB aligned
-                        assert!(start_frame.start_address().get() % (ENTRY_COUNT * ENTRY_COUNT * PAGE_SIZE) == 0);
-                        return Some(Frame::containing_address(
+                        assert_eq!(start_frame.start_address().get() % (ENTRY_COUNT * ENTRY_COUNT * PAGE_SIZE), 0);
+                        return Some(Frame::of_addr(
                             start_frame.start_address().get() + 
                             (page.p2_index() * ENTRY_COUNT + page.p1_index()) * PAGE_SIZE
                         ));
@@ -51,8 +51,8 @@ impl Mapper {
                     if let Some(start_frame) = p2_entry.pointed_frame() {
                         if p2_entry.flags().contains(EntryFlags::HUGE_PAGE) {
                             // address must be 2MiB aligned
-                            assert!(start_frame.start_address().get() % ENTRY_COUNT == 0);
-                            return Some(Frame::containing_address(
+                            assert_eq!(start_frame.start_address().get() % ENTRY_COUNT, 0);
+                            return Some(Frame::of_addr(
                                 start_frame.start_address().get() + page.p1_index() * PAGE_SIZE
                             ));
                         }
@@ -91,7 +91,7 @@ impl Mapper {
     pub fn identity_map<A>(&mut self, frame: Frame, flags: EntryFlags, allocator: &mut A)
         where A: FrameAllocator
     {
-        let page = Page::containing_address(frame.start_address().to_identity_virtual());
+        let page = Page::of_addr(frame.start_address().to_identity_virtual());
         self.map_to(page, frame, flags, allocator)
     }
 

src/arch/x86_64/paging/mod.rs

@@ -17,7 +17,7 @@ pub struct Page {
 }
 
 impl Page {
-    pub fn containing_address(address: VirtualAddress) -> Page {
+    pub fn of_addr(address: VirtAddr) -> Page {
         assert!(address < 0x0000_8000_0000_0000 ||
             address >= 0xffff_8000_0000_0000,
             "invalid address: 0x{:x}", address);
@@ -43,8 +43,8 @@ impl Page {
 
     pub fn range_inclusive(start: Page, end: Page) -> PageIter {
         PageIter {
-            start: start,
-            end: end,
+            start,
+            end,
         }
     }
 }
@@ -113,7 +113,7 @@ impl ActivePageTable {
         use x86_64::registers::control_regs;
 
         {
-            let backup = Frame::containing_address(
+            let backup = Frame::of_addr(
                 control_regs::cr3().0 as usize);
 
             // map temporary_page to current p4 table
@@ -139,7 +139,7 @@ impl ActivePageTable {
         use x86_64::registers::control_regs;
 
         let old_table = InactivePageTable {
-            p4_frame: Frame::containing_address(
+            p4_frame: Frame::of_addr(
                 control_regs::cr3().0 as usize
             ),
         };

src/arch/x86_64/paging/temporary_page.rs

@@ -1,6 +1,6 @@
 use super::{Page, ActivePageTable};
 use super::table::{Table, Level1};
-use memory::{Frame, FrameAllocator, VirtualAddress};
+use memory::{Frame, FrameAllocator, VirtAddr};
 
 pub struct TemporaryPage {
     page: Page,
@@ -12,7 +12,7 @@ impl TemporaryPage {
         where A: FrameAllocator
     {
         TemporaryPage {
-            page: page,
+            page,
             allocator: TinyAllocator::new(allocator),
         }
     }
@@ -20,7 +20,7 @@ impl TemporaryPage {
     /// Maps the temporary page to the given frame in the active table.
     /// Returns the start address of the temporary page.
     pub fn map(&mut self, frame: Frame, active_table: &mut ActivePageTable)
-        -> VirtualAddress
+        -> VirtAddr
     {
         use super::entry::EntryFlags;
 

src/arch/x86_64/smp.rs

@@ -1,5 +1,5 @@
-use arch::driver::{acpi::ACPI_Result, apic::start_ap};
-use memory::{MemoryController, PhysicalAddress};
+use arch::driver::{acpi::AcpiResult, apic::start_ap};
+use memory::{MemoryController, PhysAddr};
 
 extern {
     fn entryother_start();  // physical addr of entryother
@@ -8,11 +8,11 @@ extern {
 
 const ENTRYOTHER_ADDR: u32 = 0x7000;
 
-pub fn start_other_cores(acpi: &ACPI_Result, mc: &mut MemoryController) {
+pub fn start_other_cores(acpi: &AcpiResult, mc: &mut MemoryController) {
     mc.map_page_identity(ENTRYOTHER_ADDR as usize - 1);
     mc.map_page_identity(ENTRYOTHER_ADDR as usize);
     mc.map_page_identity(entryother_start as usize);
-    mc.map_page_p2v(PhysicalAddress(0));
+    mc.map_page_p2v(PhysAddr(0));
     copy_entryother();
 
     let args = unsafe{ &mut *(ENTRYOTHER_ADDR as *mut EntryArgs).offset(-1) };
@@ -21,7 +21,7 @@ pub fn start_other_cores(acpi: &ACPI_Result, mc: &mut MemoryController) {
         let apic_id = acpi.cpu_acpi_ids[i as usize];
         *args = EntryArgs {
             kstack: mc.alloc_stack(7).unwrap().top() as u64,
-            page_table: page_table,
+            page_table,
             stack: 0x8000, // just enough stack to get us to entry64mp
         };
         start_ap(apic_id, ENTRYOTHER_ADDR);

src/consts.rs

@@ -1,3 +1,4 @@
+#![allow(dead_code)]
 pub const MAX_CPU_NUM: usize = 8;
 
 // Copy from Redox consts.rs:

src/io/vga_writer.rs

@@ -21,7 +21,7 @@ impl VgaWriter {
 		VgaWriter {
 			column_position: 0,
 			color: Color::LightGray,
-			buffer: buffer,
+			buffer,
 		}
 	}
 

src/memory/address.rs

@@ -1,27 +1,27 @@
 use consts::{KERNEL_OFFSET, KERNEL_SIZE};
-pub use x86_64::{PhysicalAddress};
-pub type VirtualAddress = usize;
+pub use x86_64::PhysicalAddress as PhysAddr;
+pub type VirtAddr = usize;
 
 pub trait FromToVirtualAddress {
 	fn get(&self) -> usize;
-	fn to_identity_virtual(&self) -> VirtualAddress;
-	fn to_kernel_virtual(&self) -> VirtualAddress;
-	fn from_kernel_virtual(addr: VirtualAddress) -> Self;
+	fn to_identity_virtual(&self) -> VirtAddr;
+	fn to_kernel_virtual(&self) -> VirtAddr;
+	fn from_kernel_virtual(addr: VirtAddr) -> Self;
 }
 
-impl FromToVirtualAddress for PhysicalAddress {
+impl FromToVirtualAddress for PhysAddr {
 	fn get(&self) -> usize {
 		self.0 as usize
 	}
-	fn to_identity_virtual(&self) -> VirtualAddress {
+	fn to_identity_virtual(&self) -> VirtAddr {
 		self.0 as usize
 	}
-	fn to_kernel_virtual(&self) -> VirtualAddress {
+	fn to_kernel_virtual(&self) -> VirtAddr {
 		assert!((self.0 as usize) < KERNEL_SIZE);
 		self.0 as usize + KERNEL_OFFSET
 	}
-	fn from_kernel_virtual(addr: VirtualAddress) -> Self {
+	fn from_kernel_virtual(addr: VirtAddr) -> Self {
 		assert!(addr >= KERNEL_OFFSET && addr < KERNEL_OFFSET + KERNEL_SIZE);
-		PhysicalAddress((addr - KERNEL_OFFSET) as u64)
+		PhysAddr((addr - KERNEL_OFFSET) as u64)
 	}
 }

src/memory/area_frame_allocator.rs

@@ -1,4 +1,4 @@
-use memory::{Frame, FrameAllocator, PhysicalAddress};
+use memory::{Frame, FrameAllocator, PhysAddr};
 use multiboot2::{MemoryAreaIter, MemoryArea};
 
 pub struct AreaFrameAllocator {
@@ -21,7 +21,7 @@ impl FrameAllocator for AreaFrameAllocator {
             // the last frame of the current area
             let current_area_last_frame = {
                 let address = area.base_addr + area.length - 1;
-                Frame::containing_address(address as usize)
+                Frame::of_addr(address as usize)
             };
 
             if frame > current_area_last_frame {
@@ -55,18 +55,18 @@ impl FrameAllocator for AreaFrameAllocator {
 }
 
 impl AreaFrameAllocator {
-    pub fn new(kernel_start: PhysicalAddress, kernel_end: PhysicalAddress,
-        multiboot_start: PhysicalAddress, multiboot_end: PhysicalAddress,
-        memory_areas: MemoryAreaIter) -> AreaFrameAllocator
+    pub fn new(kernel_start: PhysAddr, kernel_end: PhysAddr,
+               multiboot_start: PhysAddr, multiboot_end: PhysAddr,
+               memory_areas: MemoryAreaIter) -> AreaFrameAllocator
     {
         let mut allocator = AreaFrameAllocator {
-            next_free_frame: Frame::containing_address(0),
+            next_free_frame: Frame::of_addr(0),
             current_area: None,
             areas: memory_areas,
-            kernel_start: Frame::containing_address(kernel_start.0 as usize),
-            kernel_end: Frame::containing_address(kernel_end.0 as usize),
-            multiboot_start: Frame::containing_address(multiboot_start.0 as usize),
-            multiboot_end: Frame::containing_address(multiboot_end.0 as usize),
+            kernel_start: Frame::of_addr(kernel_start.0 as usize),
+            kernel_end: Frame::of_addr(kernel_end.0 as usize),
+            multiboot_start: Frame::of_addr(multiboot_start.0 as usize),
+            multiboot_end: Frame::of_addr(multiboot_end.0 as usize),
         };
         allocator.choose_next_area();
         allocator
@@ -75,11 +75,11 @@ impl AreaFrameAllocator {
     fn choose_next_area(&mut self) {
         self.current_area = self.areas.clone().filter(|area| {
             let address = area.base_addr + area.length - 1;
-            Frame::containing_address(address as usize) >= self.next_free_frame
+            Frame::of_addr(address as usize) >= self.next_free_frame
         }).min_by_key(|area| area.base_addr);
 
         if let Some(area) = self.current_area {
-            let start_frame = Frame::containing_address(area.base_addr as usize);
+            let start_frame = Frame::of_addr(area.base_addr as usize);
             if self.next_free_frame < start_frame {
                 self.next_free_frame = start_frame;
             }

src/memory/frame.rs

@@ -1,4 +1,4 @@
-use super::address::PhysicalAddress;
+use super::address::PhysAddr;
 
 pub const PAGE_SIZE: usize = 4096;
 
@@ -8,12 +8,12 @@ pub struct Frame {
 }
 
 impl Frame {
-    pub fn containing_address(address: usize) -> Frame {
+    pub fn of_addr(address: usize) -> Frame {
         Frame{ number: address / PAGE_SIZE }
     }
     //TODO: Set private
-    pub fn start_address(&self) -> PhysicalAddress {
-        PhysicalAddress((self.number * PAGE_SIZE) as u64)
+    pub fn start_address(&self) -> PhysAddr {
+        PhysAddr((self.number * PAGE_SIZE) as u64)
     }
 
     pub fn clone(&self) -> Frame {
@@ -22,8 +22,8 @@ impl Frame {
     //TODO: Set private    
     pub fn range_inclusive(start: Frame, end: Frame) -> FrameIter {
         FrameIter {
-            start: start,
-            end: end,
+            start,
+            end,
         }
     }
 }

src/memory/mod.rs

@@ -22,13 +22,13 @@ pub fn init(boot_info: &BootInformation) -> MemoryController {
     let elf_sections_tag = boot_info.elf_sections_tag().expect(
         "Elf sections tag required");
 
-    let kernel_start = PhysicalAddress(elf_sections_tag.sections()
+    let kernel_start = PhysAddr(elf_sections_tag.sections()
         .filter(|s| s.is_allocated()).map(|s| s.start_address()).min().unwrap() as u64);
-    let kernel_end = PhysicalAddress::from_kernel_virtual(elf_sections_tag.sections()
+    let kernel_end = PhysAddr::from_kernel_virtual(elf_sections_tag.sections()
         .filter(|s| s.is_allocated()).map(|s| s.end_address()).max().unwrap());
 
-    let boot_info_start = PhysicalAddress(boot_info.start_address() as u64);
-    let boot_info_end = PhysicalAddress(boot_info.end_address() as u64);
+    let boot_info_start = PhysAddr(boot_info.start_address() as u64);
+    let boot_info_end = PhysAddr(boot_info.end_address() as u64);
 
     println!("kernel start: {:#x}, kernel end: {:#x}",
              kernel_start,
@@ -51,8 +51,8 @@ pub fn init(boot_info: &BootInformation) -> MemoryController {
     use self::paging::Page;
     use consts::{KERNEL_HEAP_OFFSET, KERNEL_HEAP_SIZE};
 
-    let heap_start_page = Page::containing_address(KERNEL_HEAP_OFFSET);
-    let heap_end_page = Page::containing_address(KERNEL_HEAP_OFFSET + KERNEL_HEAP_SIZE-1);
+    let heap_start_page = Page::of_addr(KERNEL_HEAP_OFFSET);
+    let heap_end_page = Page::of_addr(KERNEL_HEAP_OFFSET + KERNEL_HEAP_SIZE-1);
 
     for page in Page::range_inclusive(heap_start_page, heap_end_page) {
         active_table.map(page, EntryFlags::WRITABLE, &mut frame_allocator);
@@ -67,9 +67,9 @@ pub fn init(boot_info: &BootInformation) -> MemoryController {
     };
     
     MemoryController {
-        active_table: active_table,
-        frame_allocator: frame_allocator,
-        stack_allocator: stack_allocator,
+        active_table,
+        frame_allocator,
+        stack_allocator,
     }
 }
 
@@ -77,7 +77,7 @@ pub fn remap_the_kernel<A>(allocator: &mut A, boot_info: &BootInformation)
     -> ActivePageTable
     where A: FrameAllocator
 {
-    let mut temporary_page = TemporaryPage::new(Page::containing_address(0xcafebabe), allocator);
+    let mut temporary_page = TemporaryPage::new(Page::of_addr(0xcafebabe), allocator);
 
     let mut active_table = unsafe { ActivePageTable::new() };
     let mut new_table = {
@@ -94,8 +94,7 @@ pub fn remap_the_kernel<A>(allocator: &mut A, boot_info: &BootInformation)
                 // section is not loaded to memory
                 continue;
             }
-            assert!(section.start_address() % PAGE_SIZE == 0,
-                    "sections need to be page aligned");
+            assert_eq!(section.start_address() % PAGE_SIZE, 0, "sections need to be page aligned");
 
             println!("mapping section at addr: {:#x}, size: {:#x}",
                 section.addr, section.size);
@@ -103,7 +102,7 @@ pub fn remap_the_kernel<A>(allocator: &mut A, boot_info: &BootInformation)
             let flags = EntryFlags::from_elf_section_flags(section);
 
             fn to_physical_frame(addr: usize) -> Frame {
-                Frame::containing_address(
+                Frame::of_addr(
                     if addr < KERNEL_OFFSET { addr } 
                     else { addr - KERNEL_OFFSET })
             }
@@ -112,18 +111,18 @@ pub fn remap_the_kernel<A>(allocator: &mut A, boot_info: &BootInformation)
             let end_frame = to_physical_frame(section.end_address() - 1);
 
             for frame in Frame::range_inclusive(start_frame, end_frame) {
-                let page = Page::containing_address(frame.start_address().to_kernel_virtual());
+                let page = Page::of_addr(frame.start_address().to_kernel_virtual());
                 mapper.map_to(page, frame, flags, allocator);
             }
         }
 
         // identity map the VGA text buffer
-        let vga_buffer_frame = Frame::containing_address(0xb8000);
+        let vga_buffer_frame = Frame::of_addr(0xb8000);
         mapper.identity_map(vga_buffer_frame, EntryFlags::WRITABLE, allocator);
 
         // identity map the multiboot info structure
-        let multiboot_start = Frame::containing_address(boot_info.start_address());
-        let multiboot_end = Frame::containing_address(boot_info.end_address() - 1);
+        let multiboot_start = Frame::of_addr(boot_info.start_address());
+        let multiboot_end = Frame::of_addr(boot_info.end_address() - 1);
         for frame in Frame::range_inclusive(multiboot_start, multiboot_end) {
             mapper.identity_map(frame, EntryFlags::PRESENT, allocator);
         }
@@ -134,8 +133,8 @@ pub fn remap_the_kernel<A>(allocator: &mut A, boot_info: &BootInformation)
 
     // turn the stack bottom into a guard page
     extern { fn stack_bottom(); }
-    let stack_bottom = PhysicalAddress(stack_bottom as u64).to_kernel_virtual();
-    let stack_bottom_page = Page::containing_address(stack_bottom);
+    let stack_bottom = PhysAddr(stack_bottom as u64).to_kernel_virtual();
+    let stack_bottom_page = Page::of_addr(stack_bottom);
     active_table.unmap(stack_bottom_page, allocator);
     println!("guard page at {:#x}", stack_bottom_page.start_address());
 
@@ -157,13 +156,13 @@ impl MemoryController {
                                     size_in_pages)
     }
     pub fn map_page_identity(&mut self, addr: usize) {
-        let frame = Frame::containing_address(addr);
+        let frame = Frame::of_addr(addr);
         let flags = EntryFlags::WRITABLE;
         self.active_table.identity_map(frame, flags, &mut self.frame_allocator);
     }
-    pub fn map_page_p2v(&mut self, addr: PhysicalAddress) {
-        let page = Page::containing_address(addr.to_kernel_virtual());
-        let frame = Frame::containing_address(addr.get());
+    pub fn map_page_p2v(&mut self, addr: PhysAddr) {
+        let page = Page::of_addr(addr.to_kernel_virtual());
+        let frame = Frame::of_addr(addr.get());
         let flags = EntryFlags::WRITABLE;
         self.active_table.map_to(page, frame, flags, &mut self.frame_allocator);
     }

src/memory/stack_allocator.rs

@@ -64,8 +64,8 @@ impl Stack {
     fn new(top: usize, bottom: usize) -> Stack {
         assert!(top > bottom);
         Stack {
-            top: top,
-            bottom: bottom,
+            top,
+            bottom,
         }
     }