Struct Display 

pub struct Display<T>(pub T);

fmt::Display alternative for a few types

Unfortunately it’s not currently possible to implement this as a trait, at least not in a way that could be used in const contexts. Instead, this is implemented as a generic type with only one method: write.

Doing it this way spares us from needing a differently named method for each integer (e.g write_usize, write_u8 and so on). It’s just sc = Display(thing).write(sc); for all supported types, and the correct method gets picked automatically. This only fails when the type isn’t known, which might happen with sc = Display(123).write(sc);. In this case, you can disambiguate with Display(123u8), and if it’s not an integer literal, Display::<u8>(123) always works.

Additionally, having the same syntax for all “implementors” allows writing a very simple macro to simplify this. (It would also be possible to write a macro like format!(), but that would be a proc-macro, and not very simple).

Tuple Fields

0: T

Implementations

impl Display<u8>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<u16>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<u32>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<u64>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<u128>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<usize>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<i8>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<i16>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<i32>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<i64>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<i128>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<isize>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<NonZeroI8>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<NonZeroI16>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<NonZeroI32>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<NonZeroI64>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<NonZeroI128>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<NonZeroIsize>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<NonZeroU8>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<NonZeroU16>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<NonZeroU32>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<NonZeroU64>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<NonZeroU128>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<NonZeroUsize>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the number into the StrConstrue (in base 10)

impl Display<char>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the char into the StrConstrue

impl Display<&str>

pub const fn write<const N: usize>(self, sc: StrConstrue<N>) -> StrConstrue<N>

Writes the &str into the StrConstrue

Equivalent to StrConstrue::push_str.