Struct safer_ffi::slice::slice_raw_Layout

#[repr(C)]pub struct slice_raw_Layout<T> where
    NonNull<T>: ReprC,
    usize: ReprC,
    T: ReprC,  {
    pub ptr: <NonNull<T> as ReprC>::CLayout,
    pub len: <usize as ReprC>::CLayout,
}

Fields

ptr: <NonNull<T> as ReprC>::CLayout

Pointer to the first element (if any).

len: <usize as ReprC>::CLayout

Element count

Trait Implementations

impl<T> CType for slice_raw<T> where
    <NonNull<T> as ReprC>::CLayout: CType,
    <usize as ReprC>::CLayout: CType,
    T: ReprC,
    NonNull<T>: ReprC,
    usize: ReprC,
    T: ReprC, 

fn c_short_name_fmt(fmt: &mut Formatter) -> Result

A short-name description of the type, mainly used to fill "placeholders" such as when monomorphising generics structs or arrays.

fn c_define_self(definer: &mut dyn Definer) -> Result<()>

Necessary one-time code for CType::c_var() to make sense.

fn c_var_fmt(fmt: &mut Formatter, var_name: &str) -> Result

The core method of the trait: it provides the implementation to be used by CType::c_var, by bringing a Formatter in scope.

type OPAQUE_KIND = Concrete

fn c_short_name() -> ImplDisplay<Self>

Convenience function for callers / users of types implementing CType.

fn c_var(var_name: &str) -> ImplDisplay<Self>

Convenience function for callers / users of types implementing CType.

impl<T> Clone for slice_raw<T> where
    NonNull<T>: ReprC,
    usize: ReprC,
    T: ReprC, 

fn clone(&self) -> Self

Returns a copy of the value.

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

Performs copy-assignment from source.

impl<T> Copy for slice_raw<T> where
    NonNull<T>: ReprC,
    usize: ReprC,
    T: ReprC, 

impl<T> ReprC for slice_raw<T> where
    NonNull<T>: ReprC,
    usize: ReprC,
    T: ReprC, 

type CLayout = Self

The CType having the same layout as Self.

fn is_valid(_: &Self::CLayout) -> bool

Sanity checks that can be performed on an instance of the CType layout.