Enum LiteralVector

enum LiteralVector {
    F64(ArrayVec<f64, { crate::VectorSize::MAX }>),
    F32(ArrayVec<f32, { crate::VectorSize::MAX }>),
    F16(ArrayVec<f16, { crate::VectorSize::MAX }>),
    U32(ArrayVec<u32, { crate::VectorSize::MAX }>),
    I32(ArrayVec<i32, { crate::VectorSize::MAX }>),
    U64(ArrayVec<u64, { crate::VectorSize::MAX }>),
    I64(ArrayVec<i64, { crate::VectorSize::MAX }>),
    Bool(ArrayVec<bool, { crate::VectorSize::MAX }>),
    AbstractInt(ArrayVec<i64, { crate::VectorSize::MAX }>),
    AbstractFloat(ArrayVec<f64, { crate::VectorSize::MAX }>),
}

Vectors with a concrete element type.

Variants

F64(ArrayVec<f64, { crate::VectorSize::MAX }>)

F32(ArrayVec<f32, { crate::VectorSize::MAX }>)

F16(ArrayVec<f16, { crate::VectorSize::MAX }>)

U32(ArrayVec<u32, { crate::VectorSize::MAX }>)

I32(ArrayVec<i32, { crate::VectorSize::MAX }>)

U64(ArrayVec<u64, { crate::VectorSize::MAX }>)

I64(ArrayVec<i64, { crate::VectorSize::MAX }>)

Bool(ArrayVec<bool, { crate::VectorSize::MAX }>)

AbstractInt(ArrayVec<i64, { crate::VectorSize::MAX }>)

AbstractFloat(ArrayVec<f64, { crate::VectorSize::MAX }>)

Implementations

impl LiteralVector

fn len(&self) -> usize

fn from_literal(literal: Literal) -> Self

Creates LiteralVector of size 1 from single Literal

fn from_literal_vec( components: ArrayVec<Literal, { crate::VectorSize::MAX }>, ) -> Result<Self, ConstantEvaluatorError>

Creates LiteralVector from ArrayVec of Literals. Returns error if components types do not match.

Panics

Panics if vector is empty

fn to_literal_vec(&self) -> ArrayVec<Literal, { crate::VectorSize::MAX }>

Returns ArrayVec of Literals

fn register_as_evaluated_expr( &self, eval: &mut ConstantEvaluator<'_>, span: Span, ) -> Result<Handle<Expression>, ConstantEvaluatorError>

Puts self into eval’s expressions arena and returns handle to it

Trait Implementations

impl Debug for LiteralVector

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

Formats the value using the given formatter.