Struct heim_common::units::information::byte

pub struct byte;

The byte is a unit of information consisting of 8 bits.

Although the bit is the base unit of information uom treats it as a derived unit. The byte is treated as the base unit in order to provide more accurate conversion factors for byte derived units which are more commonly used than bits.

Trait Implementations

impl Unit for byte

impl Conversion<f32> for byte

type T = f32

Conversion factor type specific to the underlying storage type.

fn coefficient() -> <byte as Conversion<f32>>::T

Coefficient portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the multiplicative identity (Self::T::one()) if no coefficient exists.

fn constant(op: ConstantOp) -> <byte as Conversion<f32>>::T

Constant portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the additive identity (Self::T::zero()) if no constant exists. See ConstantOp documentation for details about parameter use to ensure the method optimizes correctly.

fn into_conversion(&self) -> Self::T

Instance conversion factor.

impl Conversion<f64> for byte

type T = f64

Conversion factor type specific to the underlying storage type.

fn coefficient() -> <byte as Conversion<f64>>::T

Coefficient portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the multiplicative identity (Self::T::one()) if no coefficient exists.

fn constant(op: ConstantOp) -> <byte as Conversion<f64>>::T

Constant portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the additive identity (Self::T::zero()) if no constant exists. See ConstantOp documentation for details about parameter use to ensure the method optimizes correctly.

fn into_conversion(&self) -> Self::T

Instance conversion factor.

impl Conversion<u64> for byte

type T = Ratio<u64>

Conversion factor type specific to the underlying storage type.

fn coefficient() -> <byte as Conversion<u64>>::T

Coefficient portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the multiplicative identity (Self::T::one()) if no coefficient exists.

fn constant(op: ConstantOp) -> <byte as Conversion<u64>>::T

Constant portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the additive identity (Self::T::zero()) if no constant exists. See ConstantOp documentation for details about parameter use to ensure the method optimizes correctly.

fn into_conversion(&self) -> Self::T

Instance conversion factor.

impl Unit for byte

fn abbreviation() -> &'static str

Unit abbreviation.

fn singular() -> &'static str

Unit singular description.

fn plural() -> &'static str

Unit plural description.

impl Clone for byte

fn clone(&self) -> byte

Returns a copy of the value.

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

Performs copy-assignment from source.

impl Copy for byte

impl Hash for byte

fn hash<__H>(&self, state: &mut __H) where
    __H: Hasher, 

Feeds this value into the given [Hasher].

fn hash_slice<H>(data: &[Self], state: &mut H) where
    H: Hasher, 

Feeds a slice of this type into the given [Hasher].

impl Conversion<f32> for byte

impl Conversion<u64> for byte

impl Conversion<f64> for byte

impl Debug for byte

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

Formats the value using the given formatter.