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Rename PageProperty::new to PageProperty::new_user

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This commit is contained in:
Zejun Zhao 2025-06-03 15:25:41 +08:00 committed by Ruihan Li
parent e669d38d2d
commit 3790f616fd
6 changed files with 74 additions and 53 deletions
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4
kernel/src/process/program_loader/elf/load_elf.rs
View File

@ -334,7 +334,7 @@ fn map_segment_vmo(
}; };
cursor.map( cursor.map(
new_frame.into(), new_frame.into(),
PageProperty::new(page_flags, CachePolicy::Writeback), PageProperty::new_user(page_flags, CachePolicy::Writeback),
); );
} }
@ -359,7 +359,7 @@ fn map_segment_vmo(
cursor.jump(tail_page_addr)?; cursor.jump(tail_page_addr)?;
cursor.map( cursor.map(
new_frame.into(), new_frame.into(),
PageProperty::new(page_flags, CachePolicy::Writeback), PageProperty::new_user(page_flags, CachePolicy::Writeback),
); );
} }
} }

4
kernel/src/vm/vmar/vm_mapping.rs
View File

@ -245,7 +245,7 @@ impl VmMapping {
if is_write { if is_write {
page_flags |= PageFlags::DIRTY; page_flags |= PageFlags::DIRTY;
} }
let map_prop = PageProperty::new(page_flags, CachePolicy::Writeback); let map_prop = PageProperty::new_user(page_flags, CachePolicy::Writeback);
cursor.map(frame, map_prop); cursor.map(frame, map_prop);
} }
@ -311,7 +311,7 @@ impl VmMapping {
// if it is really so. Then the hardware won't bother to update // if it is really so. Then the hardware won't bother to update
// the accessed bit of the page table on following accesses. // the accessed bit of the page table on following accesses.
let page_flags = PageFlags::from(vm_perms) | PageFlags::ACCESSED; let page_flags = PageFlags::from(vm_perms) | PageFlags::ACCESSED;
let page_prop = PageProperty::new(page_flags, CachePolicy::Writeback); let page_prop = PageProperty::new_user(page_flags, CachePolicy::Writeback);
let frame = commit_fn()?; let frame = commit_fn()?;
cursor.map(frame, page_prop); cursor.map(frame, page_prop);
} else { } else {

2
osdk/tests/examples_in_book/write_a_kernel_in_100_lines_templates/lib.rs
View File

@ -55,7 +55,7 @@ fn create_vm_space(program: &[u8]) -> VmSpace {
let mut cursor = vm_space let mut cursor = vm_space
.cursor_mut(&preempt_guard, &(MAP_ADDR..MAP_ADDR + nbytes)) .cursor_mut(&preempt_guard, &(MAP_ADDR..MAP_ADDR + nbytes))
.unwrap(); .unwrap();
let map_prop = PageProperty::new(PageFlags::RWX, CachePolicy::Writeback); let map_prop = PageProperty::new_user(PageFlags::RWX, CachePolicy::Writeback);
for frame in user_pages { for frame in user_pages {
cursor.map(frame.into(), map_prop); cursor.map(frame.into(), map_prop);
} }

3
ostd/src/mm/page_prop.rs
View File

@ -18,13 +18,14 @@ pub struct PageProperty {
impl PageProperty { impl PageProperty {
/// Creates a new `PageProperty` with the given flags and cache policy for the user. /// Creates a new `PageProperty` with the given flags and cache policy for the user.
pub fn new(flags: PageFlags, cache: CachePolicy) -> Self { pub fn new_user(flags: PageFlags, cache: CachePolicy) -> Self {
Self { Self {
flags, flags,
cache, cache,
priv_flags: PrivilegedPageFlags::USER, priv_flags: PrivilegedPageFlags::USER,
} }
} }
/// Creates a page property that implies an invalid page without mappings. /// Creates a page property that implies an invalid page without mappings.
pub fn new_absent() -> Self { pub fn new_absent() -> Self {
Self { Self {

92
ostd/src/mm/page_table/test.rs
View File

@ -222,7 +222,7 @@ mod range_checks {
let page_table = setup_page_table::<UserMode>(); let page_table = setup_page_table::<UserMode>();
let max_address = 0x100000; let max_address = 0x100000;
let range = 0..max_address; let range = 0..max_address;
let page_property = PageProperty::new(PageFlags::RW, CachePolicy::Writeback); let page_property = PageProperty::new_user(PageFlags::RW, CachePolicy::Writeback);
let preempt_guard = disable_preempt(); let preempt_guard = disable_preempt();
// Allocates required frames. // Allocates required frames.
@ -247,7 +247,7 @@ mod range_checks {
fn start_boundary_mapping() { fn start_boundary_mapping() {
let page_table = setup_page_table::<UserMode>(); let page_table = setup_page_table::<UserMode>();
let range = 0..PAGE_SIZE; let range = 0..PAGE_SIZE;
let page_property = PageProperty::new(PageFlags::RW, CachePolicy::Writeback); let page_property = PageProperty::new_user(PageFlags::RW, CachePolicy::Writeback);
let frame = FrameAllocOptions::default().alloc_frame().unwrap(); let frame = FrameAllocOptions::default().alloc_frame().unwrap();
let preempt_guard = disable_preempt(); let preempt_guard = disable_preempt();
@ -268,7 +268,7 @@ mod range_checks {
fn end_boundary_mapping() { fn end_boundary_mapping() {
let page_table = setup_page_table::<UserMode>(); let page_table = setup_page_table::<UserMode>();
let range = (MAX_USERSPACE_VADDR - PAGE_SIZE)..MAX_USERSPACE_VADDR; let range = (MAX_USERSPACE_VADDR - PAGE_SIZE)..MAX_USERSPACE_VADDR;
let page_property = PageProperty::new(PageFlags::RW, CachePolicy::Writeback); let page_property = PageProperty::new_user(PageFlags::RW, CachePolicy::Writeback);
let frame = FrameAllocOptions::default().alloc_frame().unwrap(); let frame = FrameAllocOptions::default().alloc_frame().unwrap();
let preempt_guard = disable_preempt(); let preempt_guard = disable_preempt();
@ -291,7 +291,7 @@ mod range_checks {
let page_table = setup_page_table::<UserMode>(); let page_table = setup_page_table::<UserMode>();
let range = let range =
(MAX_USERSPACE_VADDR - (PAGE_SIZE / 2))..(MAX_USERSPACE_VADDR + (PAGE_SIZE / 2)); (MAX_USERSPACE_VADDR - (PAGE_SIZE / 2))..(MAX_USERSPACE_VADDR + (PAGE_SIZE / 2));
let page_property = PageProperty::new(PageFlags::RW, CachePolicy::Writeback); let page_property = PageProperty::new_user(PageFlags::RW, CachePolicy::Writeback);
let frame = FrameAllocOptions::default().alloc_frame().unwrap(); let frame = FrameAllocOptions::default().alloc_frame().unwrap();
let preempt_guard = disable_preempt(); let preempt_guard = disable_preempt();
@ -333,7 +333,7 @@ mod page_properties {
let frame = FrameAllocOptions::default().alloc_frame().unwrap(); let frame = FrameAllocOptions::default().alloc_frame().unwrap();
let preempt_guard = disable_preempt(); let preempt_guard = disable_preempt();
let invalid_prop = PageProperty::new(PageFlags::RW, CachePolicy::Uncacheable); let invalid_prop = PageProperty::new_user(PageFlags::RW, CachePolicy::Uncacheable);
unsafe { unsafe {
page_table page_table
.cursor_mut(&preempt_guard, &virtual_range) .cursor_mut(&preempt_guard, &virtual_range)
@ -346,39 +346,57 @@ mod page_properties {
#[ktest] #[ktest]
fn read_write_mapping_preserves_flags() { fn read_write_mapping_preserves_flags() {
check_map_with_property(PageProperty::new(PageFlags::RW, CachePolicy::Writeback)); check_map_with_property(PageProperty::new_user(
PageFlags::RW,
CachePolicy::Writeback,
));
} }
#[ktest] #[ktest]
fn read_only_mapping_preserves_flags() { fn read_only_mapping_preserves_flags() {
check_map_with_property(PageProperty::new(PageFlags::R, CachePolicy::Writeback)); check_map_with_property(PageProperty::new_user(PageFlags::R, CachePolicy::Writeback));
} }
#[ktest] #[ktest]
fn read_execute_mapping_preserves_flags() { fn read_execute_mapping_preserves_flags() {
check_map_with_property(PageProperty::new(PageFlags::RX, CachePolicy::Writeback)); check_map_with_property(PageProperty::new_user(
PageFlags::RX,
CachePolicy::Writeback,
));
} }
#[ktest] #[ktest]
fn read_write_execute_mapping_preserves_flags() { fn read_write_execute_mapping_preserves_flags() {
check_map_with_property(PageProperty::new(PageFlags::RWX, CachePolicy::Writeback)); check_map_with_property(PageProperty::new_user(
PageFlags::RWX,
CachePolicy::Writeback,
));
} }
#[ktest] #[ktest]
fn writeback_cache_policy_mapping() { fn writeback_cache_policy_mapping() {
check_map_with_property(PageProperty::new(PageFlags::RW, CachePolicy::Writeback)); check_map_with_property(PageProperty::new_user(
PageFlags::RW,
CachePolicy::Writeback,
));
} }
#[ktest] #[ktest]
fn writethrough_cache_policy_mapping() { fn writethrough_cache_policy_mapping() {
check_map_with_property(PageProperty::new(PageFlags::RW, CachePolicy::Writethrough)); check_map_with_property(PageProperty::new_user(
PageFlags::RW,
CachePolicy::Writethrough,
));
} }
#[ktest] #[ktest]
fn uncacheable_cache_policy_mapping() { fn uncacheable_cache_policy_mapping() {
// Note: This test reuses the logic from the original `invalid_page_properties` test, // Note: This test reuses the logic from the original `invalid_page_properties` test,
// which confirmed that Uncacheable is a valid policy handled by the page table. // which confirmed that Uncacheable is a valid policy handled by the page table.
check_map_with_property(PageProperty::new(PageFlags::RW, CachePolicy::Uncacheable)); check_map_with_property(PageProperty::new_user(
PageFlags::RW,
CachePolicy::Uncacheable,
));
} }
} }
@ -393,7 +411,7 @@ mod different_page_sizes {
// 2MiB pages // 2MiB pages
let virtual_range_2m = (PAGE_SIZE * 512)..(PAGE_SIZE * 512 * 2); let virtual_range_2m = (PAGE_SIZE * 512)..(PAGE_SIZE * 512 * 2);
let frame_2m = FrameAllocOptions::default().alloc_frame().unwrap(); let frame_2m = FrameAllocOptions::default().alloc_frame().unwrap();
let page_property = PageProperty::new(PageFlags::RW, CachePolicy::Writeback); let page_property = PageProperty::new_user(PageFlags::RW, CachePolicy::Writeback);
unsafe { unsafe {
page_table page_table
.cursor_mut(&preempt_guard, &virtual_range_2m) .cursor_mut(&preempt_guard, &virtual_range_2m)
@ -423,7 +441,7 @@ mod overlapping_mappings {
let page_table = setup_page_table::<UserMode>(); let page_table = setup_page_table::<UserMode>();
let range1 = PAGE_SIZE..(PAGE_SIZE * 2); let range1 = PAGE_SIZE..(PAGE_SIZE * 2);
let range2 = PAGE_SIZE..(PAGE_SIZE * 3); let range2 = PAGE_SIZE..(PAGE_SIZE * 3);
let page_property = PageProperty::new(PageFlags::RW, CachePolicy::Writeback); let page_property = PageProperty::new_user(PageFlags::RW, CachePolicy::Writeback);
let preempt_guard = disable_preempt(); let preempt_guard = disable_preempt();
let frame1 = FrameAllocOptions::default().alloc_frame().unwrap(); let frame1 = FrameAllocOptions::default().alloc_frame().unwrap();
@ -454,7 +472,7 @@ mod overlapping_mappings {
fn unaligned_map() { fn unaligned_map() {
let page_table = setup_page_table::<UserMode>(); let page_table = setup_page_table::<UserMode>();
let range = (PAGE_SIZE + 512)..(PAGE_SIZE * 2 + 512); let range = (PAGE_SIZE + 512)..(PAGE_SIZE * 2 + 512);
let page_property = PageProperty::new(PageFlags::RW, CachePolicy::Writeback); let page_property = PageProperty::new_user(PageFlags::RW, CachePolicy::Writeback);
let frame = FrameAllocOptions::default().alloc_frame().unwrap(); let frame = FrameAllocOptions::default().alloc_frame().unwrap();
let preempt_guard = disable_preempt(); let preempt_guard = disable_preempt();
@ -475,7 +493,7 @@ mod tracked_mapping {
fn tracked_map_unmap() { fn tracked_map_unmap() {
let page_table = setup_page_table::<UserMode>(); let page_table = setup_page_table::<UserMode>();
let range = PAGE_SIZE..(PAGE_SIZE * 2); let range = PAGE_SIZE..(PAGE_SIZE * 2);
let page_property = PageProperty::new(PageFlags::RW, CachePolicy::Writeback); let page_property = PageProperty::new_user(PageFlags::RW, CachePolicy::Writeback);
let preempt_guard = disable_preempt(); let preempt_guard = disable_preempt();
// Allocates and maps a frame. // Allocates and maps a frame.
@ -519,8 +537,8 @@ mod tracked_mapping {
fn remapping_same_range() { fn remapping_same_range() {
let page_table = setup_page_table::<UserMode>(); let page_table = setup_page_table::<UserMode>();
let range = PAGE_SIZE..(PAGE_SIZE * 2); let range = PAGE_SIZE..(PAGE_SIZE * 2);
let initial_prop = PageProperty::new(PageFlags::RW, CachePolicy::Writeback); let initial_prop = PageProperty::new_user(PageFlags::RW, CachePolicy::Writeback);
let new_prop = PageProperty::new(PageFlags::R, CachePolicy::Writeback); let new_prop = PageProperty::new_user(PageFlags::R, CachePolicy::Writeback);
let preempt_guard = disable_preempt(); let preempt_guard = disable_preempt();
// Initial mapping. // Initial mapping.
@ -559,7 +577,7 @@ mod tracked_mapping {
let page_table = setup_page_table::<UserMode>(); let page_table = setup_page_table::<UserMode>();
let range = PAGE_SIZE..(PAGE_SIZE * 2); let range = PAGE_SIZE..(PAGE_SIZE * 2);
let page_property = PageProperty::new(PageFlags::RW, CachePolicy::Writeback); let page_property = PageProperty::new_user(PageFlags::RW, CachePolicy::Writeback);
// Allocates and maps a frame. // Allocates and maps a frame.
let frame = FrameAllocOptions::default().alloc_frame().unwrap(); let frame = FrameAllocOptions::default().alloc_frame().unwrap();
@ -619,7 +637,7 @@ mod tracked_mapping {
unmapped_parent, unmapped_parent,
range.start, range.start,
frame_clone_for_assert1, // Use the first clone frame_clone_for_assert1, // Use the first clone
PageProperty::new(PageFlags::R, CachePolicy::Writeback), // Parent prop changed by copy_from PageProperty::new_user(PageFlags::R, CachePolicy::Writeback), // Parent prop changed by copy_from
); );
assert!(page_table.query(range.start + 10).is_none()); assert!(page_table.query(range.start + 10).is_none());
@ -671,12 +689,12 @@ mod tracked_mapping {
unmapped_child, unmapped_child,
range.start, range.start,
frame_clone_for_assert2, // Use the second clone frame_clone_for_assert2, // Use the second clone
PageProperty::new(PageFlags::R, CachePolicy::Writeback), // Child prop was R PageProperty::new_user(PageFlags::R, CachePolicy::Writeback), // Child prop was R
); );
assert!(child_pt.query(range.start + 10).is_none()); assert!(child_pt.query(range.start + 10).is_none());
// Maps the range in the sibling using the third clone. // Maps the range in the sibling using the third clone.
let sibling_prop_final = PageProperty::new(PageFlags::RW, CachePolicy::Writeback); let sibling_prop_final = PageProperty::new_user(PageFlags::RW, CachePolicy::Writeback);
unsafe { unsafe {
sibling_pt sibling_pt
.cursor_mut(&preempt_guard, &range) .cursor_mut(&preempt_guard, &range)
@ -712,7 +730,7 @@ mod untracked_mapping {
..(UNTRACKED_OFFSET + PAGE_SIZE * from_ppn.end); ..(UNTRACKED_OFFSET + PAGE_SIZE * from_ppn.end);
let physical_range = (PAGE_SIZE * to_ppn.start)..(PAGE_SIZE * to_ppn.end); let physical_range = (PAGE_SIZE * to_ppn.start)..(PAGE_SIZE * to_ppn.end);
let page_property = PageProperty::new(PageFlags::RW, CachePolicy::Writeback); let page_property = PageProperty::new_user(PageFlags::RW, CachePolicy::Writeback);
map_range( map_range(
&kernel_pt, &kernel_pt,
virtual_range.clone(), virtual_range.clone(),
@ -784,7 +802,7 @@ mod untracked_mapping {
..UNTRACKED_OFFSET + PAGE_SIZE * from_ppn.end; ..UNTRACKED_OFFSET + PAGE_SIZE * from_ppn.end;
let to = PAGE_SIZE * to_ppn.start..PAGE_SIZE * to_ppn.end; let to = PAGE_SIZE * to_ppn.start..PAGE_SIZE * to_ppn.end;
let mapped_pa_of_va = |va: Vaddr| va - (from.start - to.start); let mapped_pa_of_va = |va: Vaddr| va - (from.start - to.start);
let prop = PageProperty::new(PageFlags::RW, CachePolicy::Writeback); let prop = PageProperty::new_user(PageFlags::RW, CachePolicy::Writeback);
map_range(&kernel_pt, from.clone(), to.clone(), prop); map_range(&kernel_pt, from.clone(), to.clone(), prop);
for (item, i) in kernel_pt for (item, i) in kernel_pt
.cursor(&preempt_guard, &from) .cursor(&preempt_guard, &from)
@ -829,7 +847,7 @@ mod untracked_mapping {
va_before, va_before,
mapped_pa_of_va(va_before), mapped_pa_of_va(va_before),
PAGE_SIZE, PAGE_SIZE,
PageProperty::new(PageFlags::RW, CachePolicy::Writeback), PageProperty::new_user(PageFlags::RW, CachePolicy::Writeback),
); );
// Checks pages within the protection range. // Checks pages within the protection range.
@ -843,7 +861,7 @@ mod untracked_mapping {
UNTRACKED_OFFSET + i * PAGE_SIZE, UNTRACKED_OFFSET + i * PAGE_SIZE,
mapped_pa_of_va(UNTRACKED_OFFSET + i * PAGE_SIZE), mapped_pa_of_va(UNTRACKED_OFFSET + i * PAGE_SIZE),
PAGE_SIZE, // Assumes protection splits huge pages if necessary. PAGE_SIZE, // Assumes protection splits huge pages if necessary.
PageProperty::new(PageFlags::R, CachePolicy::Writeback), PageProperty::new_user(PageFlags::R, CachePolicy::Writeback),
); );
} }
@ -859,7 +877,7 @@ mod untracked_mapping {
va_after, va_after,
mapped_pa_of_va(va_after), mapped_pa_of_va(va_after),
PAGE_SIZE, PAGE_SIZE,
PageProperty::new(PageFlags::RW, CachePolicy::Writeback), PageProperty::new_user(PageFlags::RW, CachePolicy::Writeback),
); );
// Leaks the page table to avoid dropping untracked mappings. // Leaks the page table to avoid dropping untracked mappings.
@ -874,7 +892,7 @@ mod full_unmap_verification {
fn full_unmap() { fn full_unmap() {
let page_table = setup_page_table::<UserMode>(); let page_table = setup_page_table::<UserMode>();
let range = 0..(PAGE_SIZE * 100); let range = 0..(PAGE_SIZE * 100);
let page_property = PageProperty::new(PageFlags::RW, CachePolicy::Writeback); let page_property = PageProperty::new_user(PageFlags::RW, CachePolicy::Writeback);
let preempt_guard = disable_preempt(); let preempt_guard = disable_preempt();
// Allocates and maps multiple frames. // Allocates and maps multiple frames.
@ -923,7 +941,7 @@ mod protection_and_query {
let frames = FrameAllocOptions::default() let frames = FrameAllocOptions::default()
.alloc_segment_with(999, |_| ()) .alloc_segment_with(999, |_| ())
.unwrap(); .unwrap();
let page_property = PageProperty::new(PageFlags::RW, CachePolicy::Writeback); let page_property = PageProperty::new_user(PageFlags::RW, CachePolicy::Writeback);
unsafe { unsafe {
let mut cursor = page_table let mut cursor = page_table
@ -987,7 +1005,7 @@ mod protection_and_query {
// Maps a page within the range to create necessary intermediate tables. // Maps a page within the range to create necessary intermediate tables.
let map_range_inner = 0x1000..0x2000; let map_range_inner = 0x1000..0x2000;
let frame_inner = FrameAllocOptions::default().alloc_frame().unwrap(); let frame_inner = FrameAllocOptions::default().alloc_frame().unwrap();
let page_property = PageProperty::new(PageFlags::RW, CachePolicy::Writeback); let page_property = PageProperty::new_user(PageFlags::RW, CachePolicy::Writeback);
unsafe { unsafe {
page_table page_table
.cursor_mut(&preempt_guard, &map_range_inner) .cursor_mut(&preempt_guard, &map_range_inner)
@ -1023,7 +1041,7 @@ mod boot_pt {
let from_virt = 0x1000; let from_virt = 0x1000;
let to_phys = 0x2; let to_phys = 0x2;
let page_property = PageProperty::new(PageFlags::RW, CachePolicy::Writeback); let page_property = PageProperty::new_user(PageFlags::RW, CachePolicy::Writeback);
unsafe { unsafe {
boot_pt.map_base_page(from_virt, to_phys, page_property); boot_pt.map_base_page(from_virt, to_phys, page_property);
@ -1049,7 +1067,7 @@ mod boot_pt {
let from_virt = 0x1000; let from_virt = 0x1000;
let to_phys1 = 0x2; let to_phys1 = 0x2;
let to_phys2 = 0x3; let to_phys2 = 0x3;
let page_property = PageProperty::new(PageFlags::RW, CachePolicy::Writeback); let page_property = PageProperty::new_user(PageFlags::RW, CachePolicy::Writeback);
unsafe { unsafe {
boot_pt.map_base_page(from_virt, to_phys1, page_property); boot_pt.map_base_page(from_virt, to_phys1, page_property);
@ -1086,7 +1104,7 @@ mod boot_pt {
// Maps page 1. // Maps page 1.
let from1 = 0x2000; let from1 = 0x2000;
let to_phys1 = 0x2; let to_phys1 = 0x2;
let prop1 = PageProperty::new(PageFlags::RW, CachePolicy::Writeback); let prop1 = PageProperty::new_user(PageFlags::RW, CachePolicy::Writeback);
unsafe { boot_pt.map_base_page(from1, to_phys1, prop1) }; unsafe { boot_pt.map_base_page(from1, to_phys1, prop1) };
assert_eq!( assert_eq!(
unsafe { page_walk::<PageTableEntry, PagingConsts>(root_paddr, from1 + 1) }, unsafe { page_walk::<PageTableEntry, PagingConsts>(root_paddr, from1 + 1) },
@ -1095,7 +1113,8 @@ mod boot_pt {
// Protects page 1. // Protects page 1.
unsafe { boot_pt.protect_base_page(from1, |prop| prop.flags = PageFlags::RX) }; unsafe { boot_pt.protect_base_page(from1, |prop| prop.flags = PageFlags::RX) };
let expected_prop1_protected = PageProperty::new(PageFlags::RX, CachePolicy::Writeback); let expected_prop1_protected =
PageProperty::new_user(PageFlags::RX, CachePolicy::Writeback);
assert_eq!( assert_eq!(
unsafe { page_walk::<PageTableEntry, PagingConsts>(root_paddr, from1 + 1) }, unsafe { page_walk::<PageTableEntry, PagingConsts>(root_paddr, from1 + 1) },
Some((to_phys1 * PAGE_SIZE + 1, expected_prop1_protected)) Some((to_phys1 * PAGE_SIZE + 1, expected_prop1_protected))
@ -1104,7 +1123,7 @@ mod boot_pt {
// Maps page 2. // Maps page 2.
let from2 = 0x3000; let from2 = 0x3000;
let to_phys2 = 0x3; let to_phys2 = 0x3;
let prop2 = PageProperty::new(PageFlags::RX, CachePolicy::Uncacheable); let prop2 = PageProperty::new_user(PageFlags::RX, CachePolicy::Uncacheable);
unsafe { boot_pt.map_base_page(from2, to_phys2, prop2) }; unsafe { boot_pt.map_base_page(from2, to_phys2, prop2) };
assert_eq!( assert_eq!(
unsafe { page_walk::<PageTableEntry, PagingConsts>(root_paddr, from2 + 2) }, unsafe { page_walk::<PageTableEntry, PagingConsts>(root_paddr, from2 + 2) },
@ -1113,7 +1132,8 @@ mod boot_pt {
// Protects page 2. // Protects page 2.
unsafe { boot_pt.protect_base_page(from2, |prop| prop.flags = PageFlags::RW) }; unsafe { boot_pt.protect_base_page(from2, |prop| prop.flags = PageFlags::RW) };
let expected_prop2_protected = PageProperty::new(PageFlags::RW, CachePolicy::Uncacheable); let expected_prop2_protected =
PageProperty::new_user(PageFlags::RW, CachePolicy::Uncacheable);
assert_eq!( assert_eq!(
unsafe { page_walk::<PageTableEntry, PagingConsts>(root_paddr, from2 + 2) }, unsafe { page_walk::<PageTableEntry, PagingConsts>(root_paddr, from2 + 2) },
Some((to_phys2 * PAGE_SIZE + 2, expected_prop2_protected)) Some((to_phys2 * PAGE_SIZE + 2, expected_prop2_protected))

22
ostd/src/mm/test.rs
View File

@ -525,7 +525,7 @@ mod vmspace {
let vmspace = VmSpace::default(); let vmspace = VmSpace::default();
let range = 0x1000..0x2000; let range = 0x1000..0x2000;
let frame = create_dummy_frame(); let frame = create_dummy_frame();
let prop = PageProperty::new(PageFlags::R, CachePolicy::Writeback); let prop = PageProperty::new_user(PageFlags::R, CachePolicy::Writeback);
let preempt_guard = disable_preempt(); let preempt_guard = disable_preempt();
{ {
@ -587,7 +587,7 @@ mod vmspace {
let vmspace = VmSpace::default(); let vmspace = VmSpace::default();
let range = 0x1000..0x2000; let range = 0x1000..0x2000;
let frame = create_dummy_frame(); let frame = create_dummy_frame();
let prop = PageProperty::new(PageFlags::R, CachePolicy::Writeback); let prop = PageProperty::new_user(PageFlags::R, CachePolicy::Writeback);
let preempt_guard = disable_preempt(); let preempt_guard = disable_preempt();
{ {
@ -657,7 +657,7 @@ mod vmspace {
let vmspace = VmSpace::default(); let vmspace = VmSpace::default();
let range = 0x1000..0x2000; let range = 0x1000..0x2000;
let frame = create_dummy_frame(); let frame = create_dummy_frame();
let prop = PageProperty::new(PageFlags::R, CachePolicy::Writeback); let prop = PageProperty::new_user(PageFlags::R, CachePolicy::Writeback);
let preempt_guard = disable_preempt(); let preempt_guard = disable_preempt();
{ {
@ -714,7 +714,7 @@ mod vmspace {
let vmspace = VmSpace::new(); let vmspace = VmSpace::new();
let range = 0x4000..0x5000; let range = 0x4000..0x5000;
let frame = create_dummy_frame(); let frame = create_dummy_frame();
let prop = PageProperty::new(PageFlags::R, CachePolicy::Writeback); let prop = PageProperty::new_user(PageFlags::R, CachePolicy::Writeback);
let preempt_guard = disable_preempt(); let preempt_guard = disable_preempt();
{ {
@ -734,7 +734,7 @@ mod vmspace {
Some(VmItem::Mapped { Some(VmItem::Mapped {
va: 0x4000, va: 0x4000,
frame: frame.clone(), frame: frame.clone(),
prop: PageProperty::new(PageFlags::R, CachePolicy::Writeback), prop: PageProperty::new_user(PageFlags::R, CachePolicy::Writeback),
}) })
); );
} }
@ -758,7 +758,7 @@ mod vmspace {
Some(VmItem::Mapped { Some(VmItem::Mapped {
va: 0x4000, va: 0x4000,
frame, frame,
prop: PageProperty::new(PageFlags::R, CachePolicy::Writeback), prop: PageProperty::new_user(PageFlags::R, CachePolicy::Writeback),
}) })
); );
} }
@ -775,7 +775,7 @@ mod vmspace {
.cursor_mut(&preempt_guard, &range) .cursor_mut(&preempt_guard, &range)
.expect("Failed to create mutable cursor"); .expect("Failed to create mutable cursor");
let frame = create_dummy_frame(); let frame = create_dummy_frame();
let prop = PageProperty::new(PageFlags::R, CachePolicy::Writeback); let prop = PageProperty::new_user(PageFlags::R, CachePolicy::Writeback);
cursor_mut.map(frame, prop); cursor_mut.map(frame, prop);
} }
@ -838,7 +838,7 @@ mod vmspace {
let mut cursor_mut = vmspace let mut cursor_mut = vmspace
.cursor_mut(&preempt_guard, &range) .cursor_mut(&preempt_guard, &range)
.expect("Failed to create mutable cursor"); .expect("Failed to create mutable cursor");
let prop = PageProperty::new(PageFlags::R, CachePolicy::Writeback); let prop = PageProperty::new_user(PageFlags::R, CachePolicy::Writeback);
cursor_mut.map(frame.clone(), prop); cursor_mut.map(frame.clone(), prop);
} }
@ -852,7 +852,7 @@ mod vmspace {
Some(VmItem::Mapped { Some(VmItem::Mapped {
va: 0x6000, va: 0x6000,
frame, frame,
prop: PageProperty::new(PageFlags::R, CachePolicy::Writeback), prop: PageProperty::new_user(PageFlags::R, CachePolicy::Writeback),
}) })
); );
@ -871,7 +871,7 @@ mod vmspace {
let mut cursor_mut = vmspace let mut cursor_mut = vmspace
.cursor_mut(&preempt_guard, &range) .cursor_mut(&preempt_guard, &range)
.expect("Failed to create mutable cursor"); .expect("Failed to create mutable cursor");
let prop = PageProperty::new(PageFlags::RW, CachePolicy::Writeback); let prop = PageProperty::new_user(PageFlags::RW, CachePolicy::Writeback);
cursor_mut.map(frame.clone(), prop); cursor_mut.map(frame.clone(), prop);
cursor_mut.jump(range.start).expect("Failed to jump cursor"); cursor_mut.jump(range.start).expect("Failed to jump cursor");
let protected_range = cursor_mut.protect_next(0x1000, |prop| { let protected_range = cursor_mut.protect_next(0x1000, |prop| {
@ -889,7 +889,7 @@ mod vmspace {
Some(VmItem::Mapped { Some(VmItem::Mapped {
va: 0x7000, va: 0x7000,
frame, frame,
prop: PageProperty::new(PageFlags::R, CachePolicy::Writeback), prop: PageProperty::new_user(PageFlags::R, CachePolicy::Writeback),
}) })
); );
} }