Struct Unsigned 

pub struct Unsigned;

Storage unsigned integers in slices.

For a bit count of NBITS, the Unsigned type can store unsigned integers in the range [0, 2^NBITS - 1].

Implementations

impl Unsigned

pub const fn domain_const<const NBITS: usize>() -> RangeInclusive<i64>

Return the dynamic range of an Unsigned encoding for NBITS.

Trait Implementations

impl Clone for Unsigned

fn clone(&self) -> Unsigned

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Debug for Unsigned

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

Formats the value using the given formatter.

impl Representation<1> for Unsigned

type Domain = RangeInclusive<i64>

The type of the domain accepted by this representation.

fn encode(value: i64) -> Result<u8, EncodingError>

Encode value into the lower order bits of a byte. Returns the encoded value on success, or an EncodingError if the value is unencodable.

fn encode_unchecked(value: i64) -> u8

Encode value into the lower order bits of a byte without checking if value is encodable. This function is not marked as unsafe because in-and-of itself, it won’t cause memory safety issues.

fn decode(raw: u8) -> i64

Decode a previously encoded value. The result will be in the range [Self::MIN, Self::MAX].

fn check(value: i64) -> bool

Check whether or not the argument is in the domain.

fn domain() -> Self::Domain

Return an iterator over the domain of representable values.

impl Representation<2> for Unsigned

type Domain = RangeInclusive<i64>

The type of the domain accepted by this representation.

fn encode(value: i64) -> Result<u8, EncodingError>

Encode value into the lower order bits of a byte. Returns the encoded value on success, or an EncodingError if the value is unencodable.

fn encode_unchecked(value: i64) -> u8

Encode value into the lower order bits of a byte without checking if value is encodable. This function is not marked as unsafe because in-and-of itself, it won’t cause memory safety issues.

fn decode(raw: u8) -> i64

Decode a previously encoded value. The result will be in the range [Self::MIN, Self::MAX].

fn check(value: i64) -> bool

Check whether or not the argument is in the domain.

fn domain() -> Self::Domain

Return an iterator over the domain of representable values.

impl Representation<3> for Unsigned

type Domain = RangeInclusive<i64>

The type of the domain accepted by this representation.

fn encode(value: i64) -> Result<u8, EncodingError>

Encode value into the lower order bits of a byte. Returns the encoded value on success, or an EncodingError if the value is unencodable.

fn encode_unchecked(value: i64) -> u8

Encode value into the lower order bits of a byte without checking if value is encodable. This function is not marked as unsafe because in-and-of itself, it won’t cause memory safety issues.

fn decode(raw: u8) -> i64

Decode a previously encoded value. The result will be in the range [Self::MIN, Self::MAX].

fn check(value: i64) -> bool

Check whether or not the argument is in the domain.

fn domain() -> Self::Domain

Return an iterator over the domain of representable values.

impl Representation<4> for Unsigned

type Domain = RangeInclusive<i64>

The type of the domain accepted by this representation.

fn encode(value: i64) -> Result<u8, EncodingError>

Encode value into the lower order bits of a byte. Returns the encoded value on success, or an EncodingError if the value is unencodable.

fn encode_unchecked(value: i64) -> u8

Encode value into the lower order bits of a byte without checking if value is encodable. This function is not marked as unsafe because in-and-of itself, it won’t cause memory safety issues.

fn decode(raw: u8) -> i64

Decode a previously encoded value. The result will be in the range [Self::MIN, Self::MAX].

fn check(value: i64) -> bool

Check whether or not the argument is in the domain.

fn domain() -> Self::Domain

Return an iterator over the domain of representable values.

impl Representation<5> for Unsigned

type Domain = RangeInclusive<i64>

The type of the domain accepted by this representation.

fn encode(value: i64) -> Result<u8, EncodingError>

Encode value into the lower order bits of a byte. Returns the encoded value on success, or an EncodingError if the value is unencodable.

fn encode_unchecked(value: i64) -> u8

Encode value into the lower order bits of a byte without checking if value is encodable. This function is not marked as unsafe because in-and-of itself, it won’t cause memory safety issues.

fn decode(raw: u8) -> i64

Decode a previously encoded value. The result will be in the range [Self::MIN, Self::MAX].

fn check(value: i64) -> bool

Check whether or not the argument is in the domain.

fn domain() -> Self::Domain

Return an iterator over the domain of representable values.

impl Representation<6> for Unsigned

type Domain = RangeInclusive<i64>

The type of the domain accepted by this representation.

fn encode(value: i64) -> Result<u8, EncodingError>

Encode value into the lower order bits of a byte. Returns the encoded value on success, or an EncodingError if the value is unencodable.

fn encode_unchecked(value: i64) -> u8

Encode value into the lower order bits of a byte without checking if value is encodable. This function is not marked as unsafe because in-and-of itself, it won’t cause memory safety issues.

fn decode(raw: u8) -> i64

Decode a previously encoded value. The result will be in the range [Self::MIN, Self::MAX].

fn check(value: i64) -> bool

Check whether or not the argument is in the domain.

fn domain() -> Self::Domain

Return an iterator over the domain of representable values.

impl Representation<7> for Unsigned

type Domain = RangeInclusive<i64>

The type of the domain accepted by this representation.

fn encode(value: i64) -> Result<u8, EncodingError>

Encode value into the lower order bits of a byte. Returns the encoded value on success, or an EncodingError if the value is unencodable.

fn encode_unchecked(value: i64) -> u8

Encode value into the lower order bits of a byte without checking if value is encodable. This function is not marked as unsafe because in-and-of itself, it won’t cause memory safety issues.

fn decode(raw: u8) -> i64

Decode a previously encoded value. The result will be in the range [Self::MIN, Self::MAX].

fn check(value: i64) -> bool

Check whether or not the argument is in the domain.

fn domain() -> Self::Domain

Return an iterator over the domain of representable values.

impl Representation<8> for Unsigned

type Domain = RangeInclusive<i64>

The type of the domain accepted by this representation.

fn encode(value: i64) -> Result<u8, EncodingError>

Encode value into the lower order bits of a byte. Returns the encoded value on success, or an EncodingError if the value is unencodable.

fn encode_unchecked(value: i64) -> u8

Encode value into the lower order bits of a byte without checking if value is encodable. This function is not marked as unsafe because in-and-of itself, it won’t cause memory safety issues.

fn decode(raw: u8) -> i64

Decode a previously encoded value. The result will be in the range [Self::MIN, Self::MAX].

fn check(value: i64) -> bool

Check whether or not the argument is in the domain.

fn domain() -> Self::Domain

Return an iterator over the domain of representable values.

impl Copy for Unsigned