Struct hal_x86_64::interrupt::apic::io::RedirectionEntry
source · pub struct RedirectionEntry(/* private fields */);
Implementations§
source§impl RedirectionEntry
impl RedirectionEntry
pub const VECTOR: Pack64<u8, Self> = _
pub const DELIVERY: Pack64<DeliveryMode, Self> = _
sourcepub const DEST_MODE: Pack64<DestinationMode, Self> = _
pub const DEST_MODE: Pack64<DestinationMode, Self> = _
Destination mode.
Physical (0) or logical (1). If this is physical mode, then bits 56-59 should contain an APIC ID. If this is logical mode, then those bits contain a set of processors.
sourcepub const QUEUED: Pack64<bool, Self> = _
pub const QUEUED: Pack64<bool, Self> = _
Set if this interrupt is going to be sent, but the APIC is busy. Read only.
pub const POLARITY: Pack64<PinPolarity, Self> = _
sourcepub const REMOTE_IRR: Pack64<bool, Self> = _
pub const REMOTE_IRR: Pack64<bool, Self> = _
Remote IRR.
Used for level triggered interrupts only to show if a local APIC has received the interrupt (= 1), or has sent an EOI (= 0). Read only.
pub const TRIGGER: Pack64<TriggerMode, Self> = _
pub const MASKED: Pack64<bool, Self> = _
sourcepub const DESTINATION: Pack64<u8, Self> = _
pub const DESTINATION: Pack64<u8, Self> = _
Destination field.
If the destination mode bit was clear, then the lower 4 bits contain the bit APIC ID to sent the interrupt to. If the bit was set, the upper 4 bits also contain a set of processors. (See below)
sourcepub const fn from_bits(bits: u64) -> Self
pub const fn from_bits(bits: u64) -> Self
Constructs a new instance of Self
from the provided raw bits.
sourcepub fn with<T>(self, field: Pack64<T, Self>, value: T) -> Selfwhere
T: FromBits<u64>,
pub fn with<T>(self, field: Pack64<T, Self>, value: T) -> Selfwhere
T: FromBits<u64>,
Packs the bit representation of value
into self
at the bit
range designated by field
, returning a new bitfield.
sourcepub fn set<T>(&mut self, field: Pack64<T, Self>, value: T) -> &mut Selfwhere
T: FromBits<u64>,
pub fn set<T>(&mut self, field: Pack64<T, Self>, value: T) -> &mut Selfwhere
T: FromBits<u64>,
Packs the bit representation of value
into self
at the range
designated by field
, mutating self
in place.
sourcepub fn get<T>(self, field: Pack64<T, Self>) -> Twhere
T: FromBits<u64>,
pub fn get<T>(self, field: Pack64<T, Self>) -> Twhere
T: FromBits<u64>,
Unpacks the bit range represented by field
from self
, and
converts it into a T
-typed value.
Panics
This method panics if self
does not contain a valid bit
pattern for a T
-typed value, as determined by T
’s
FromBits::try_from_bits
implementation.
sourcepub fn try_get<T>(self, field: Pack64<T, Self>) -> Result<T, T::Error>where
T: FromBits<u64>,
pub fn try_get<T>(self, field: Pack64<T, Self>) -> Result<T, T::Error>where
T: FromBits<u64>,
Unpacks the bit range represented by field
from self
and attempts to convert it into a T
-typed value.
Returns
Ok(T)
if aT
-typed value could be constructed from the bits insrc
Err(T::Error)
ifsrc
does not contain a valid bit pattern for aT
-typed value, as determined byT
’s [FromBits::try_from_bits
implementation.
sourcepub fn assert_valid()
pub fn assert_valid()
Asserts that all the packing specs for this type are valid.
This is intended to be used in unit tests.
sourcepub fn display_ascii(&self) -> impl Display
pub fn display_ascii(&self) -> impl Display
Returns a value that formats this bitfield in a multi-line format, using only ASCII characters.
This is equivalent to formatting this bitfield using a {}
display specifier, but will never use Unicode box-drawing
characters, even when an upstream formatter uses the {:#}
fmt::Display
specifier. This is intended for use on platforms
where Unicode box drawing characters are never available.
sourcepub fn display_unicode(&self) -> impl Display
pub fn display_unicode(&self) -> impl Display
Returns a value that formats this bitfield in a multi-line format, always using Unicode box-drawing characters.
This is equivalent to formatting this bitfield using a {:#}
format specifier, but will always use Unicode box-drawing
characters, even when an upstream formatter uses the {}
fmt::Display
specifier.
Trait Implementations§
source§impl Binary for RedirectionEntry
impl Binary for RedirectionEntry
source§impl Clone for RedirectionEntry
impl Clone for RedirectionEntry
source§fn clone(&self) -> RedirectionEntry
fn clone(&self) -> RedirectionEntry
1.0.0 · source§fn clone_from(&mut self, source: &Self)
fn clone_from(&mut self, source: &Self)
source
. Read more