Struct Second 

pub struct Second(/* private fields */);

The supported range of second values.

Note that Jiff does not support leap seconds. So a value of 60 is never valid. (Except when parsing. In which case, Jiff will automatically clamp the value 60 to 59.)

Implementations

impl Second

pub const MIN: i8 = <Second as Bounds>::MIN

pub const MAX: i8 = <Second as Bounds>::MAX

pub const LEN: i128

pub const fn error() -> BoundsError

pub fn check(n: impl Into<i64>) -> Result<i8, BoundsError>

pub const fn checkc(n: i64) -> Result<i8, BoundsError>

pub const fn checked_add(n1: i8, n2: i8) -> Result<i8, BoundsError>

pub fn checked_mul(n1: i8, n2: i8) -> Result<i8, BoundsError>

Trait Implementations

impl Bounds for Second

const WHAT: &'static str = "second"

A short human readable description of the values represented by these bounds. This is used in error messages.

const MIN: Self::Primitive = 0

The minimum boundary value.

const MAX: Self::Primitive = 59

The maximum boundary value.

type Primitive = i8

The primitive integer representation for this boundary type.

type Error = BoundsError

The error type returned when a value is considered out of range for this particular implementation.

fn error() -> BoundsError

Create an error when a value is outside the bounds for this type.

fn check(n: impl Into<i64>) -> Result<Self::Primitive, Self::Error>

Converts the 64-bit integer provided into the primitive representation of these bounds.

fn check_self(n: Self::Primitive) -> Result<Self::Primitive, Self::Error>

Checks whether the given integer, in the same primitive representation as this boundary type, is in bounds.

fn checked_add( n1: Self::Primitive, n2: Self::Primitive, ) -> Result<Self::Primitive, Self::Error>

Performs checked addition using this boundary type’s primitive representation.

fn checked_mul( n1: Self::Primitive, n2: Self::Primitive, ) -> Result<Self::Primitive, Self::Error>

Performs checked multiplication using this boundary type’s primitive representation.

impl Eq for Second

impl PartialEq for Second

fn eq(&self, other: &Second) -> bool

Equality operator ==.

fn ne(&self, other: &Rhs) -> bool

Inequality operator !=.

impl StructuralPartialEq for Second