Struct fress::vector::Vector_

pub struct Vector_ {}

Vector dispatch.

Trait Implementations

impl Aggregate for Vector_

fn is_aggregate(&self, prism: AnchoredLine) -> bool

fn count(&self, prism: AnchoredLine) -> u32

fn empty(&self, _prism: AnchoredLine) -> Unit

fn conj(&self, prism: AnchoredLine, x: Unit) -> Unit

fn peek(&self, prism: AnchoredLine) -> *const Unit

fn pop(&self, prism: AnchoredLine) -> (Unit, Unit)

fn reduce(&self, prism: AnchoredLine, process: &mut [Box<dyn Process>]) -> Value

fn get(&self, prism: AnchoredLine, k: Unit) -> *const Unit

impl Associative for Vector_

fn assoc(&self, prism: AnchoredLine, k: Unit, v: Unit) -> (Unit, Unit)

fn is_map(&self, prism: AnchoredLine) -> bool

fn is_set(&self, prism: AnchoredLine) -> bool

fn contains(&self, prism: AnchoredLine, x: Unit) -> bool

fn dissoc(&self, prism: AnchoredLine, k: Unit) -> Unit

impl Callable for Vector_

fn invoke0(&self, prism: AnchoredLine) -> Unit

fn invoke1(&self, prism: AnchoredLine, a: Unit) -> Unit

fn invoke2(&self, prism: AnchoredLine, a: Unit, b: Unit) -> Unit

fn invoke3(&self, prism: AnchoredLine, a: Unit, b: Unit, c: Unit) -> Unit

impl Dispatch for Vector_

fn tear_down(&self, prism: AnchoredLine)

Segment has alias-count of zero

fn alias_components(&self, prism: AnchoredLine)

fn meta_value(&self, prism: AnchoredLine) -> Option<AnchoredLine>

fn logical_value(&self, prism: AnchoredLine) -> AnchoredLine

impl Distinguish for Vector_

fn hash(&self, prism: AnchoredLine) -> u32

fn eq(&self, prism: AnchoredLine, other: Unit) -> bool

fn cmp(&self, prism: AnchoredLine, other: Unit) -> Option<Ordering>

fn flags(&self, prism: AnchoredLine) -> u32

impl Identification for Vector_

fn type_name(&self) -> &'static str

impl Notation for Vector_

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

fn fressian(&self, prism: AnchoredLine, w: &mut dyn Write) -> Result<usize>

impl Numeral for Vector_

fn is_numeral(&self, prism: AnchoredLine) -> bool

fn inc(&self, prism: AnchoredLine) -> Unit

fn dec(&self, prism: AnchoredLine) -> Unit

fn add(&self, prism: AnchoredLine, other: Unit) -> Unit

fn subtract(&self, prism: AnchoredLine, other: Unit) -> Unit

fn neg(&self, prism: AnchoredLine) -> Unit

fn multiply(&self, prism: AnchoredLine, other: Unit) -> Unit

fn divide(&self, prism: AnchoredLine, other: Unit) -> Unit

fn remainder(&self, prism: AnchoredLine, other: Unit) -> Unit

fn modulus(&self, prism: AnchoredLine, other: Unit) -> Unit

impl Reversible for Vector_

fn reverse(&self, prism: AnchoredLine) -> Unit

impl Sequential for Vector_

fn is_sequential(&self, prism: AnchoredLine) -> bool

fn nth(&self, prism: AnchoredLine, idx: u32) -> *const Unit

fn nth_set(&self, prism: AnchoredLine, idx: u32, v: Unit) -> Unit

fn swap_idx(&self, prism: AnchoredLine, i: u32, j: u32) -> Unit

impl Sorted for Vector_

fn subrange(&self, prism: AnchoredLine, start: Unit, end: Unit) -> Unit