Struct RHardwareDevice 

#[repr(C)]
pub struct RHardwareDevice {
    pub key: String,
    pub category_kind: RHardwareCategoryKind,
    pub model: String,
    pub vendor: Option<String>,
    pub location: Option<String>,
    pub plugin_device_id: String,
}

FFI-stable mirror of linsight_core::HardwareDevice. The plugin emits these alongside its sensors; the daemon validates each one before integrating into its registry.

Note: plugin_id and sensor_ids are NOT on the wire from plugin to host — the daemon fills plugin_id from the loader’s knowledge and sensor_ids from the manifest’s sensors list. Including them in the FFI mirror would invite plugins to lie about either.

Fields

key: String

category_kind: RHardwareCategoryKind

model: String

vendor: Option<String>

location: Option<String>

plugin_device_id: String

Implementations

impl RHardwareDevice

where Struct<FieldPair<FieldPair<FieldPair<FieldPair<FieldPair<String, RHardwareCategoryKind>, String>, Option<String>>, Option<String>>, String>>: IStable, Option<String>: IStable, RHardwareCategoryKind: IStable, String: IStable,

pub const fn has_optimal_layout() -> bool

Returns true if the layout for RHardwareDevice is smaller or equal to that Rust would have generated for it.

Trait Implementations

impl Clone for RHardwareDevice

fn clone(&self) -> RHardwareDevice

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for RHardwareDevice

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl From<HardwareDevice> for RHardwareDevice

fn from(d: HardwareDevice) -> Self

Converts to this type from the input type.

impl From<RHardwareDevice> for HardwareDevice

fn from(r: RHardwareDevice) -> Self

Converts to this type from the input type.

impl IStable for RHardwareDevice

where Struct<FieldPair<FieldPair<FieldPair<FieldPair<FieldPair<String, RHardwareCategoryKind>, String>, Option<String>>, Option<String>>, String>>: IStable, Option<String>: IStable, RHardwareCategoryKind: IStable, String: IStable,

const REPORT: &'static TypeReport

A compile-time generated report of the fields of the type, allowing for compatibility inspection.

const ID: u64

A stable (and ideally unique) identifier for the type. Often generated using crate::report::gen_id, but can be manually set.

type ForbiddenValues = <Struct<FieldPair<FieldPair<FieldPair<FieldPair<FieldPair<String, RHardwareCategoryKind>, String>, Option<String>>, Option<String>>, String>> as IStable>::ForbiddenValues

The values that the annotated type cannot occupy.

type UnusedBits = <Struct<FieldPair<FieldPair<FieldPair<FieldPair<FieldPair<String, RHardwareCategoryKind>, String>, Option<String>>, Option<String>>, String>> as IStable>::UnusedBits

The padding bits in the annotated types

type Size = <Struct<FieldPair<FieldPair<FieldPair<FieldPair<FieldPair<String, RHardwareCategoryKind>, String>, Option<String>>, Option<String>>, String>> as IStable>::Size

The size of the annotated type in bytes.

type Align = <Struct<FieldPair<FieldPair<FieldPair<FieldPair<FieldPair<String, RHardwareCategoryKind>, String>, Option<String>>, Option<String>>, String>> as IStable>::Align

The alignment of the annotated type in bytes.

type HasExactlyOneNiche = <Struct<FieldPair<FieldPair<FieldPair<FieldPair<FieldPair<String, RHardwareCategoryKind>, String>, Option<String>>, Option<String>>, String>> as IStable>::HasExactlyOneNiche

Allows the detection of whether or not core::option::Options are stable:

type ContainsIndirections = <Struct<FieldPair<FieldPair<FieldPair<FieldPair<FieldPair<String, RHardwareCategoryKind>, String>, Option<String>>, Option<String>>, String>> as IStable>::ContainsIndirections

Whether or not the type contains indirections (pointers, indices in independent data-structures…)

fn size() -> usize

Returns the size of the type.

fn align() -> usize

Returns the alignment of the type.

unsafe fn is_invalid(ptr: *const u8) -> bool

Returns true if ptr points to memory that cannot be a valid value of Self.