Trait Tuple

pub trait Tuple: Sealed {
    type Head;
    type Tail;
    type NoHead;
    type NoTail;
    type Append<T>;
    type Prepend<T>;
    type _0;
    type _1;
    type _2;
    type _3;
    type _4;
    type _5;
    type _6;
    type _7;
    type _8;
    type _9;
    type _10;
    type _11;

    const ARITY: usize;
    const MAX_ARITY: usize = 12usize;

    // Required methods
    fn head(&self) -> &Self::Head;
    fn tail(&self) -> &Self::Tail;
    fn head_mut(&mut self) -> &mut Self::Head;
    fn tail_mut(&mut self) -> &mut Self::Tail;
    fn split_head(self) -> (Self::Head, Self::NoHead) ;
    fn split_tail(self) -> (Self::NoTail, Self::Tail) ;
    fn no_head(self) -> Self::NoHead;
    fn no_tail(self) -> Self::NoTail;
    fn append<T>(self, value: T) -> Self::Append<T>;
    fn prepend<T>(self, value: T) -> Self::Prepend<T>;
    fn nth(
        self,
        nth: usize,
    ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>> ;
    fn nth_cloned(
        &self,
        nth: usize,
    ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>> 
       where Self::_0: Clone,
             Self::_1: Clone,
             Self::_2: Clone,
             Self::_3: Clone,
             Self::_4: Clone,
             Self::_5: Clone,
             Self::_6: Clone,
             Self::_7: Clone,
             Self::_8: Clone,
             Self::_9: Clone,
             Self::_10: Clone,
             Self::_11: Clone;
    fn nth_ref(
        &self,
        nth: usize,
    ) -> Option<TupleElementRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>> ;
    fn nth_mut(
        &mut self,
        nth: usize,
    ) -> Option<TupleElementMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>> ;
    fn into_iter(
        self,
    ) -> TupleIter<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11> ;
    fn iter_ref(
        &self,
    ) -> TupleIterRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11> ;
    fn iter_mut(
        &mut self,
    ) -> TupleIterMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11> ;

    // Provided methods
    fn arity(&self) -> usize  { ... }
    fn fmt(&self) -> TupleFmt<'_, Self>
       where Self: Sized { ... }
}

Available on crate feature _tuple only.

Extension trait providing convenience methods for tuples.

This trait is sealed and cannot be implemented for any other type.

Tuples are random-access, sequentially allocated, statically sized, heterogeneous data structures.

They enable structured grouping and access to a sequence of different types.

Features

By default it’s implemented for tuples of arity of 12 or less. It supports increased arities of 24, 36, 48 and 72 by enabling the corresponding capability feature: _tuple_[24|36|48|72].

Derived work

This is derived work from the tupl crate, including the following modifications:

• impl for tuples of arity 12, 24, 36, 48 or 72, via features.
• add the ARITY associated constant with the arity of the tuple.
• add the MAX_ARITY associated constant with the maximum supported arity.
• add a method fmt to wrap it in TupleFmt allowing to Display and Debug tuples.
• remove the GrowableTuple and NonEmptyTuple traits, moving their methods to Tuple.
• rename methods: truncate_head to split_head, truncate_tail to split_tail.
• rename types: TruncateHead to NoHead, TruncateTail to NoTail.
• add methods: nth, nth_clone, nth_ref, nth_mut.
• add associated enums: TupleElement, TupleElementRef, TupleElementMut.
• add one associated type per tuple index field.
• rename the identifiers and other misc. refactoring.
• replace the macro code generation with build script.

Required Associated Constants

const ARITY: usize

The arity of this tuple (the number of contained elements)

Provided Associated Constants

const MAX_ARITY: usize = 12usize

The maximum arity supported by the current compilation options.

See the available features to increase this number.

Required Associated Types

type Head

The first element of the tuple, at index 0.

type Tail

The last element of the tuple, at index ARITY-1.

type NoHead

This tuple without its head.

type NoTail

This tuple without its tail.

type Append<T>

This tuple with an extra element T appended to it.

type Prepend<T>

This tuple with an extra element T prepended to it.

type _0

The type of the element at index 0.

type _1

The type of the element at index 1.

type _2

The type of the element at index 2.

type _3

The type of the element at index 3.

type _4

The type of the element at index 4.

type _5

The type of the element at index 5.

type _6

The type of the element at index 6.

type _7

The type of the element at index 7.

type _8

The type of the element at index 8.

type _9

The type of the element at index 9.

type _10

The type of the element at index 10.

type _11

The type of the element at index 11.

Required Methods

fn head(&self) -> &Self::Head

Returns a shared reference to the head of this tuple.

fn tail(&self) -> &Self::Tail

Returns a shared reference to the tail of this tuple.

fn head_mut(&mut self) -> &mut Self::Head

Returns an exclusive reference to the head of this tuple.

fn tail_mut(&mut self) -> &mut Self::Tail

Returns an exclusive reference to the tail of this tuple.

fn split_head(self) -> (Self::Head, Self::NoHead)

Returns this tuple with the head element splitted from the rest.

fn split_tail(self) -> (Self::NoTail, Self::Tail)

Returns this tuple with the tail element splitted from the rest.

fn no_head(self) -> Self::NoHead

Returns this tuple without the head.

fn no_tail(self) -> Self::NoTail

Returns this tuple without the tail.

fn append<T>(self, value: T) -> Self::Append<T>

Appends the given value to this tuple.

fn prepend<T>(self, value: T) -> Self::Prepend<T>

Prepends the given value to this tuple.

fn nth( self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

Returns the nth element, or None if nth >= ARITY.

fn nth_cloned( &self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

where Self::_0: Clone, Self::_1: Clone, Self::_2: Clone, Self::_3: Clone, Self::_4: Clone, Self::_5: Clone, Self::_6: Clone, Self::_7: Clone, Self::_8: Clone, Self::_9: Clone, Self::_10: Clone, Self::_11: Clone,

Returns the nth element cloned, or None if nth >= ARITY.

fn nth_ref( &self, nth: usize, ) -> Option<TupleElementRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

Returns a shared reference to the nth element, or None if nth >= ARITY.

fn nth_mut( &mut self, nth: usize, ) -> Option<TupleElementMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

Returns an exclusive reference to the nth element, or None if nth >= ARITY.

fn into_iter( self, ) -> TupleIter<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

Returns an iterator over elements of the tuple.

fn iter_ref( &self, ) -> TupleIterRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

Returns an iterator over shared references to elements of the tuple.

fn iter_mut( &mut self, ) -> TupleIterMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

Returns an iterator over exclusive reference to elements of the tuple.

Provided Methods

fn arity(&self) -> usize

Returns the arity (number of elements) of this tuple.

fn fmt(&self) -> TupleFmt<'_, Self>

where Self: Sized,

Wraps the tuple in a TupleFmt for formatting purposes.

Dyn Compatibility

This trait is not dyn compatible.

In older versions of Rust, dyn compatibility was called "object safety", so this trait is not object safe.

Implementations on Foreign Types

impl Tuple for ()

const ARITY: usize = 0usize

type Head = ()

type Tail = ()

type NoHead = ()

type NoTail = ()

type Append<T> = (T,)

type Prepend<T> = (T,)

type _0 = ()

type _1 = ()

type _2 = ()

type _3 = ()

type _4 = ()

type _5 = ()

type _6 = ()

type _7 = ()

type _8 = ()

type _9 = ()

type _10 = ()

type _11 = ()

fn head(&self) -> &Self::Head

fn tail(&self) -> &Self::Tail

fn head_mut(&mut self) -> &mut Self::Head

fn tail_mut(&mut self) -> &mut Self::Tail

fn split_head(self) -> (Self::Head, Self::NoHead)

fn split_tail(self) -> (Self::NoTail, Self::Tail)

fn no_head(self) -> Self::NoHead

fn no_tail(self) -> Self::NoTail

fn append<T>(self, value: T) -> Self::Append<T>

fn prepend<T>(self, value: T) -> Self::Prepend<T>

fn nth( self, _nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_cloned( &self, _nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

where Self::_0: Clone, Self::_1: Clone, Self::_2: Clone, Self::_3: Clone, Self::_4: Clone, Self::_5: Clone, Self::_6: Clone, Self::_7: Clone, Self::_8: Clone, Self::_9: Clone, Self::_10: Clone, Self::_11: Clone,

fn nth_ref( &self, _nth: usize, ) -> Option<TupleElementRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_mut( &mut self, _nth: usize, ) -> Option<TupleElementMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn into_iter( self, ) -> TupleIter<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_ref( &self, ) -> TupleIterRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_mut( &mut self, ) -> TupleIterMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

impl<_0> Tuple for (_0,)

const ARITY: usize = 1usize

type Head = _0

type Tail = _0

type NoHead = ()

type NoTail = ()

type Append<T> = (_0, T)

type Prepend<T> = (T, _0)

type _0 = _0

type _1 = ()

type _2 = ()

type _3 = ()

type _4 = ()

type _5 = ()

type _6 = ()

type _7 = ()

type _8 = ()

type _9 = ()

type _10 = ()

type _11 = ()

fn head(&self) -> &Self::Head

fn tail(&self) -> &Self::Tail

fn head_mut(&mut self) -> &mut Self::Head

fn tail_mut(&mut self) -> &mut Self::Tail

fn split_head(self) -> (Self::Head, Self::NoHead)

fn split_tail(self) -> (Self::NoTail, Self::Tail)

fn no_head(self) -> Self::NoHead

fn no_tail(self) -> Self::NoTail

fn append<T>(self, value: T) -> Self::Append<T>

fn prepend<T>(self, value: T) -> Self::Prepend<T>

fn nth( self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_cloned( &self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

where Self::_0: Clone, Self::_1: Clone, Self::_2: Clone, Self::_3: Clone, Self::_4: Clone, Self::_5: Clone, Self::_6: Clone, Self::_7: Clone, Self::_8: Clone, Self::_9: Clone, Self::_10: Clone, Self::_11: Clone,

fn nth_ref( &self, nth: usize, ) -> Option<TupleElementRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_mut( &mut self, nth: usize, ) -> Option<TupleElementMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn into_iter( self, ) -> TupleIter<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_ref( &self, ) -> TupleIterRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_mut( &mut self, ) -> TupleIterMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

impl<_0, _1> Tuple for (_0, _1)

type Head = _0

The first element of the tuple, at index 0.

type Tail = _1

The last element of the tuple, at index ARITY-1.

type NoHead = (_1,)

.

type _0 = _0

The type of the element at index 0 (the first field).

type _1 = _1

The type of the element at index 1 (the last field).

type _2 = ()

Non-existing element with current arity.

type _3 = ()

Non-existing element with current arity.

type _4 = ()

Non-existing element with current arity.

type _5 = ()

Non-existing element with current arity.

type _6 = ()

Non-existing element with current arity.

type _7 = ()

Non-existing element with current arity.

type _8 = ()

Non-existing element with current arity.

type _9 = ()

Non-existing element with current arity.

type _10 = ()

Non-existing element with current arity.

type _11 = ()

Non-existing element with current arity.

const ARITY: usize = 2usize

type NoTail = (_0,)

type Append<T> = (_0, _1, T)

type Prepend<T> = (T, _0, _1)

fn head(&self) -> &Self::Head

fn tail(&self) -> &Self::Tail

fn head_mut(&mut self) -> &mut Self::Head

fn tail_mut(&mut self) -> &mut Self::Tail

fn split_head(self) -> (Self::Head, Self::NoHead)

fn split_tail(self) -> (Self::NoTail, Self::Tail)

fn no_head(self) -> Self::NoHead

fn no_tail(self) -> Self::NoTail

fn append<T>(self, value: T) -> Self::Append<T>

fn prepend<T>(self, value: T) -> Self::Prepend<T>

fn nth( self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_cloned( &self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

where Self::_0: Clone, Self::_1: Clone, Self::_2: Clone, Self::_3: Clone, Self::_4: Clone, Self::_5: Clone, Self::_6: Clone, Self::_7: Clone, Self::_8: Clone, Self::_9: Clone, Self::_10: Clone, Self::_11: Clone,

fn nth_ref( &self, nth: usize, ) -> Option<TupleElementRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_mut( &mut self, nth: usize, ) -> Option<TupleElementMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn into_iter( self, ) -> TupleIter<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_ref( &self, ) -> TupleIterRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_mut( &mut self, ) -> TupleIterMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

impl<_0, _1, _2> Tuple for (_0, _1, _2)

type Head = _0

The first element of the tuple, at index 0.

type Tail = _2

The last element of the tuple, at index ARITY-1.

type NoHead = (_1, _2)

.

type _0 = _0

The type of the element at index 0 (the first field).

type _1 = _1

The type of the element at index 1.

type _2 = _2

The type of the element at index 2 (the last field).

type _3 = ()

Non-existing element with current arity.

type _4 = ()

Non-existing element with current arity.

type _5 = ()

Non-existing element with current arity.

type _6 = ()

Non-existing element with current arity.

type _7 = ()

Non-existing element with current arity.

type _8 = ()

Non-existing element with current arity.

type _9 = ()

Non-existing element with current arity.

type _10 = ()

Non-existing element with current arity.

type _11 = ()

Non-existing element with current arity.

const ARITY: usize = 3usize

type NoTail = (_0, _1)

type Append<T> = (_0, _1, _2, T)

type Prepend<T> = (T, _0, _1, _2)

fn head(&self) -> &Self::Head

fn tail(&self) -> &Self::Tail

fn head_mut(&mut self) -> &mut Self::Head

fn tail_mut(&mut self) -> &mut Self::Tail

fn split_head(self) -> (Self::Head, Self::NoHead)

fn split_tail(self) -> (Self::NoTail, Self::Tail)

fn no_head(self) -> Self::NoHead

fn no_tail(self) -> Self::NoTail

fn append<T>(self, value: T) -> Self::Append<T>

fn prepend<T>(self, value: T) -> Self::Prepend<T>

fn nth( self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_cloned( &self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

where Self::_0: Clone, Self::_1: Clone, Self::_2: Clone, Self::_3: Clone, Self::_4: Clone, Self::_5: Clone, Self::_6: Clone, Self::_7: Clone, Self::_8: Clone, Self::_9: Clone, Self::_10: Clone, Self::_11: Clone,

fn nth_ref( &self, nth: usize, ) -> Option<TupleElementRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_mut( &mut self, nth: usize, ) -> Option<TupleElementMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn into_iter( self, ) -> TupleIter<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_ref( &self, ) -> TupleIterRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_mut( &mut self, ) -> TupleIterMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

impl<_0, _1, _2, _3> Tuple for (_0, _1, _2, _3)

type Head = _0

The first element of the tuple, at index 0.

type Tail = _3

The last element of the tuple, at index ARITY-1.

type NoHead = (_1, _2, _3)

.

type _0 = _0

The type of the element at index 0 (the first field).

type _1 = _1

The type of the element at index 1.

type _2 = _2

The type of the element at index 2.

type _3 = _3

The type of the element at index 3 (the last field).

type _4 = ()

Non-existing element with current arity.

type _5 = ()

Non-existing element with current arity.

type _6 = ()

Non-existing element with current arity.

type _7 = ()

Non-existing element with current arity.

type _8 = ()

Non-existing element with current arity.

type _9 = ()

Non-existing element with current arity.

type _10 = ()

Non-existing element with current arity.

type _11 = ()

Non-existing element with current arity.

const ARITY: usize = 4usize

type NoTail = (_0, _1, _2)

type Append<T> = (_0, _1, _2, _3, T)

type Prepend<T> = (T, _0, _1, _2, _3)

fn head(&self) -> &Self::Head

fn tail(&self) -> &Self::Tail

fn head_mut(&mut self) -> &mut Self::Head

fn tail_mut(&mut self) -> &mut Self::Tail

fn split_head(self) -> (Self::Head, Self::NoHead)

fn split_tail(self) -> (Self::NoTail, Self::Tail)

fn no_head(self) -> Self::NoHead

fn no_tail(self) -> Self::NoTail

fn append<T>(self, value: T) -> Self::Append<T>

fn prepend<T>(self, value: T) -> Self::Prepend<T>

fn nth( self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_cloned( &self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

where Self::_0: Clone, Self::_1: Clone, Self::_2: Clone, Self::_3: Clone, Self::_4: Clone, Self::_5: Clone, Self::_6: Clone, Self::_7: Clone, Self::_8: Clone, Self::_9: Clone, Self::_10: Clone, Self::_11: Clone,

fn nth_ref( &self, nth: usize, ) -> Option<TupleElementRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_mut( &mut self, nth: usize, ) -> Option<TupleElementMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn into_iter( self, ) -> TupleIter<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_ref( &self, ) -> TupleIterRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_mut( &mut self, ) -> TupleIterMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

impl<_0, _1, _2, _3, _4> Tuple for (_0, _1, _2, _3, _4)

type Head = _0

The first element of the tuple, at index 0.

type Tail = _4

The last element of the tuple, at index ARITY-1.

type NoHead = (_1, _2, _3, _4)

.

type _0 = _0

The type of the element at index 0 (the first field).

type _1 = _1

The type of the element at index 1.

type _2 = _2

The type of the element at index 2.

type _3 = _3

The type of the element at index 3.

type _4 = _4

The type of the element at index 4 (the last field).

type _5 = ()

Non-existing element with current arity.

type _6 = ()

Non-existing element with current arity.

type _7 = ()

Non-existing element with current arity.

type _8 = ()

Non-existing element with current arity.

type _9 = ()

Non-existing element with current arity.

type _10 = ()

Non-existing element with current arity.

type _11 = ()

Non-existing element with current arity.

const ARITY: usize = 5usize

type NoTail = (_0, _1, _2, _3)

type Append<T> = (_0, _1, _2, _3, _4, T)

type Prepend<T> = (T, _0, _1, _2, _3, _4)

fn head(&self) -> &Self::Head

fn tail(&self) -> &Self::Tail

fn head_mut(&mut self) -> &mut Self::Head

fn tail_mut(&mut self) -> &mut Self::Tail

fn split_head(self) -> (Self::Head, Self::NoHead)

fn split_tail(self) -> (Self::NoTail, Self::Tail)

fn no_head(self) -> Self::NoHead

fn no_tail(self) -> Self::NoTail

fn append<T>(self, value: T) -> Self::Append<T>

fn prepend<T>(self, value: T) -> Self::Prepend<T>

fn nth( self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_cloned( &self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

where Self::_0: Clone, Self::_1: Clone, Self::_2: Clone, Self::_3: Clone, Self::_4: Clone, Self::_5: Clone, Self::_6: Clone, Self::_7: Clone, Self::_8: Clone, Self::_9: Clone, Self::_10: Clone, Self::_11: Clone,

fn nth_ref( &self, nth: usize, ) -> Option<TupleElementRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_mut( &mut self, nth: usize, ) -> Option<TupleElementMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn into_iter( self, ) -> TupleIter<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_ref( &self, ) -> TupleIterRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_mut( &mut self, ) -> TupleIterMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

impl<_0, _1, _2, _3, _4, _5> Tuple for (_0, _1, _2, _3, _4, _5)

type Head = _0

The first element of the tuple, at index 0.

type Tail = _5

The last element of the tuple, at index ARITY-1.

type NoHead = (_1, _2, _3, _4, _5)

.

type _0 = _0

The type of the element at index 0 (the first field).

type _1 = _1

The type of the element at index 1.

type _2 = _2

The type of the element at index 2.

type _3 = _3

The type of the element at index 3.

type _4 = _4

The type of the element at index 4.

type _5 = _5

The type of the element at index 5 (the last field).

type _6 = ()

Non-existing element with current arity.

type _7 = ()

Non-existing element with current arity.

type _8 = ()

Non-existing element with current arity.

type _9 = ()

Non-existing element with current arity.

type _10 = ()

Non-existing element with current arity.

type _11 = ()

Non-existing element with current arity.

const ARITY: usize = 6usize

type NoTail = (_0, _1, _2, _3, _4)

type Append<T> = (_0, _1, _2, _3, _4, _5, T)

type Prepend<T> = (T, _0, _1, _2, _3, _4, _5)

fn head(&self) -> &Self::Head

fn tail(&self) -> &Self::Tail

fn head_mut(&mut self) -> &mut Self::Head

fn tail_mut(&mut self) -> &mut Self::Tail

fn split_head(self) -> (Self::Head, Self::NoHead)

fn split_tail(self) -> (Self::NoTail, Self::Tail)

fn no_head(self) -> Self::NoHead

fn no_tail(self) -> Self::NoTail

fn append<T>(self, value: T) -> Self::Append<T>

fn prepend<T>(self, value: T) -> Self::Prepend<T>

fn nth( self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_cloned( &self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

where Self::_0: Clone, Self::_1: Clone, Self::_2: Clone, Self::_3: Clone, Self::_4: Clone, Self::_5: Clone, Self::_6: Clone, Self::_7: Clone, Self::_8: Clone, Self::_9: Clone, Self::_10: Clone, Self::_11: Clone,

fn nth_ref( &self, nth: usize, ) -> Option<TupleElementRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_mut( &mut self, nth: usize, ) -> Option<TupleElementMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn into_iter( self, ) -> TupleIter<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_ref( &self, ) -> TupleIterRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_mut( &mut self, ) -> TupleIterMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

impl<_0, _1, _2, _3, _4, _5, _6> Tuple for (_0, _1, _2, _3, _4, _5, _6)

type Head = _0

The first element of the tuple, at index 0.

type Tail = _6

The last element of the tuple, at index ARITY-1.

type NoHead = (_1, _2, _3, _4, _5, _6)

.

type _0 = _0

The type of the element at index 0 (the first field).

type _1 = _1

The type of the element at index 1.

type _2 = _2

The type of the element at index 2.

type _3 = _3

The type of the element at index 3.

type _4 = _4

The type of the element at index 4.

type _5 = _5

The type of the element at index 5.

type _6 = _6

The type of the element at index 6 (the last field).

type _7 = ()

Non-existing element with current arity.

type _8 = ()

Non-existing element with current arity.

type _9 = ()

Non-existing element with current arity.

type _10 = ()

Non-existing element with current arity.

type _11 = ()

Non-existing element with current arity.

const ARITY: usize = 7usize

type NoTail = (_0, _1, _2, _3, _4, _5)

type Append<T> = (_0, _1, _2, _3, _4, _5, _6, T)

type Prepend<T> = (T, _0, _1, _2, _3, _4, _5, _6)

fn head(&self) -> &Self::Head

fn tail(&self) -> &Self::Tail

fn head_mut(&mut self) -> &mut Self::Head

fn tail_mut(&mut self) -> &mut Self::Tail

fn split_head(self) -> (Self::Head, Self::NoHead)

fn split_tail(self) -> (Self::NoTail, Self::Tail)

fn no_head(self) -> Self::NoHead

fn no_tail(self) -> Self::NoTail

fn append<T>(self, value: T) -> Self::Append<T>

fn prepend<T>(self, value: T) -> Self::Prepend<T>

fn nth( self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_cloned( &self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

where Self::_0: Clone, Self::_1: Clone, Self::_2: Clone, Self::_3: Clone, Self::_4: Clone, Self::_5: Clone, Self::_6: Clone, Self::_7: Clone, Self::_8: Clone, Self::_9: Clone, Self::_10: Clone, Self::_11: Clone,

fn nth_ref( &self, nth: usize, ) -> Option<TupleElementRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_mut( &mut self, nth: usize, ) -> Option<TupleElementMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn into_iter( self, ) -> TupleIter<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_ref( &self, ) -> TupleIterRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_mut( &mut self, ) -> TupleIterMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

impl<_0, _1, _2, _3, _4, _5, _6, _7> Tuple for (_0, _1, _2, _3, _4, _5, _6, _7)

type Head = _0

The first element of the tuple, at index 0.

type Tail = _7

The last element of the tuple, at index ARITY-1.

type NoHead = (_1, _2, _3, _4, _5, _6, _7)

.

type _0 = _0

The type of the element at index 0 (the first field).

type _1 = _1

The type of the element at index 1.

type _2 = _2

The type of the element at index 2.

type _3 = _3

The type of the element at index 3.

type _4 = _4

The type of the element at index 4.

type _5 = _5

The type of the element at index 5.

type _6 = _6

The type of the element at index 6.

type _7 = _7

The type of the element at index 7 (the last field).

type _8 = ()

Non-existing element with current arity.

type _9 = ()

Non-existing element with current arity.

type _10 = ()

Non-existing element with current arity.

type _11 = ()

Non-existing element with current arity.

const ARITY: usize = 8usize

type NoTail = (_0, _1, _2, _3, _4, _5, _6)

type Append<T> = (_0, _1, _2, _3, _4, _5, _6, _7, T)

type Prepend<T> = (T, _0, _1, _2, _3, _4, _5, _6, _7)

fn head(&self) -> &Self::Head

fn tail(&self) -> &Self::Tail

fn head_mut(&mut self) -> &mut Self::Head

fn tail_mut(&mut self) -> &mut Self::Tail

fn split_head(self) -> (Self::Head, Self::NoHead)

fn split_tail(self) -> (Self::NoTail, Self::Tail)

fn no_head(self) -> Self::NoHead

fn no_tail(self) -> Self::NoTail

fn append<T>(self, value: T) -> Self::Append<T>

fn prepend<T>(self, value: T) -> Self::Prepend<T>

fn nth( self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_cloned( &self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

where Self::_0: Clone, Self::_1: Clone, Self::_2: Clone, Self::_3: Clone, Self::_4: Clone, Self::_5: Clone, Self::_6: Clone, Self::_7: Clone, Self::_8: Clone, Self::_9: Clone, Self::_10: Clone, Self::_11: Clone,

fn nth_ref( &self, nth: usize, ) -> Option<TupleElementRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_mut( &mut self, nth: usize, ) -> Option<TupleElementMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn into_iter( self, ) -> TupleIter<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_ref( &self, ) -> TupleIterRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_mut( &mut self, ) -> TupleIterMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

impl<_0, _1, _2, _3, _4, _5, _6, _7, _8> Tuple for (_0, _1, _2, _3, _4, _5, _6, _7, _8)

type Head = _0

The first element of the tuple, at index 0.

type Tail = _8

The last element of the tuple, at index ARITY-1.

type NoHead = (_1, _2, _3, _4, _5, _6, _7, _8)

.

type _0 = _0

The type of the element at index 0 (the first field).

type _1 = _1

The type of the element at index 1.

type _2 = _2

The type of the element at index 2.

type _3 = _3

The type of the element at index 3.

type _4 = _4

The type of the element at index 4.

type _5 = _5

The type of the element at index 5.

type _6 = _6

The type of the element at index 6.

type _7 = _7

The type of the element at index 7.

type _8 = _8

The type of the element at index 8 (the last field).

type _9 = ()

Non-existing element with current arity.

type _10 = ()

Non-existing element with current arity.

type _11 = ()

Non-existing element with current arity.

const ARITY: usize = 9usize

type NoTail = (_0, _1, _2, _3, _4, _5, _6, _7)

type Append<T> = (_0, _1, _2, _3, _4, _5, _6, _7, _8, T)

type Prepend<T> = (T, _0, _1, _2, _3, _4, _5, _6, _7, _8)

fn head(&self) -> &Self::Head

fn tail(&self) -> &Self::Tail

fn head_mut(&mut self) -> &mut Self::Head

fn tail_mut(&mut self) -> &mut Self::Tail

fn split_head(self) -> (Self::Head, Self::NoHead)

fn split_tail(self) -> (Self::NoTail, Self::Tail)

fn no_head(self) -> Self::NoHead

fn no_tail(self) -> Self::NoTail

fn append<T>(self, value: T) -> Self::Append<T>

fn prepend<T>(self, value: T) -> Self::Prepend<T>

fn nth( self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_cloned( &self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

where Self::_0: Clone, Self::_1: Clone, Self::_2: Clone, Self::_3: Clone, Self::_4: Clone, Self::_5: Clone, Self::_6: Clone, Self::_7: Clone, Self::_8: Clone, Self::_9: Clone, Self::_10: Clone, Self::_11: Clone,

fn nth_ref( &self, nth: usize, ) -> Option<TupleElementRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_mut( &mut self, nth: usize, ) -> Option<TupleElementMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn into_iter( self, ) -> TupleIter<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_ref( &self, ) -> TupleIterRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_mut( &mut self, ) -> TupleIterMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

impl<_0, _1, _2, _3, _4, _5, _6, _7, _8, _9> Tuple for (_0, _1, _2, _3, _4, _5, _6, _7, _8, _9)

type Head = _0

The first element of the tuple, at index 0.

type Tail = _9

The last element of the tuple, at index ARITY-1.

type NoHead = (_1, _2, _3, _4, _5, _6, _7, _8, _9)

.

type _0 = _0

The type of the element at index 0 (the first field).

type _1 = _1

The type of the element at index 1.

type _2 = _2

The type of the element at index 2.

type _3 = _3

The type of the element at index 3.

type _4 = _4

The type of the element at index 4.

type _5 = _5

The type of the element at index 5.

type _6 = _6

The type of the element at index 6.

type _7 = _7

The type of the element at index 7.

type _8 = _8

The type of the element at index 8.

type _9 = _9

The type of the element at index 9 (the last field).

type _10 = ()

Non-existing element with current arity.

type _11 = ()

Non-existing element with current arity.

const ARITY: usize = 10usize

type NoTail = (_0, _1, _2, _3, _4, _5, _6, _7, _8)

type Append<T> = (_0, _1, _2, _3, _4, _5, _6, _7, _8, _9, T)

type Prepend<T> = (T, _0, _1, _2, _3, _4, _5, _6, _7, _8, _9)

fn head(&self) -> &Self::Head

fn tail(&self) -> &Self::Tail

fn head_mut(&mut self) -> &mut Self::Head

fn tail_mut(&mut self) -> &mut Self::Tail

fn split_head(self) -> (Self::Head, Self::NoHead)

fn split_tail(self) -> (Self::NoTail, Self::Tail)

fn no_head(self) -> Self::NoHead

fn no_tail(self) -> Self::NoTail

fn append<T>(self, value: T) -> Self::Append<T>

fn prepend<T>(self, value: T) -> Self::Prepend<T>

fn nth( self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_cloned( &self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

where Self::_0: Clone, Self::_1: Clone, Self::_2: Clone, Self::_3: Clone, Self::_4: Clone, Self::_5: Clone, Self::_6: Clone, Self::_7: Clone, Self::_8: Clone, Self::_9: Clone, Self::_10: Clone, Self::_11: Clone,

fn nth_ref( &self, nth: usize, ) -> Option<TupleElementRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_mut( &mut self, nth: usize, ) -> Option<TupleElementMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn into_iter( self, ) -> TupleIter<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_ref( &self, ) -> TupleIterRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_mut( &mut self, ) -> TupleIterMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

impl<_0, _1, _2, _3, _4, _5, _6, _7, _8, _9, _10> Tuple for (_0, _1, _2, _3, _4, _5, _6, _7, _8, _9, _10)

type Head = _0

The first element of the tuple, at index 0.

type Tail = _10

The last element of the tuple, at index ARITY-1.

type NoHead = (_1, _2, _3, _4, _5, _6, _7, _8, _9, _10)

.

type _0 = _0

The type of the element at index 0 (the first field).

type _1 = _1

The type of the element at index 1.

type _2 = _2

The type of the element at index 2.

type _3 = _3

The type of the element at index 3.

type _4 = _4

The type of the element at index 4.

type _5 = _5

The type of the element at index 5.

type _6 = _6

The type of the element at index 6.

type _7 = _7

The type of the element at index 7.

type _8 = _8

The type of the element at index 8.

type _9 = _9

The type of the element at index 9.

type _10 = _10

The type of the element at index 10 (the last field).

type _11 = ()

Non-existing element with current arity.

const ARITY: usize = 11usize

type NoTail = (_0, _1, _2, _3, _4, _5, _6, _7, _8, _9)

type Append<T> = (_0, _1, _2, _3, _4, _5, _6, _7, _8, _9, _10, T)

type Prepend<T> = (T, _0, _1, _2, _3, _4, _5, _6, _7, _8, _9, _10)

fn head(&self) -> &Self::Head

fn tail(&self) -> &Self::Tail

fn head_mut(&mut self) -> &mut Self::Head

fn tail_mut(&mut self) -> &mut Self::Tail

fn split_head(self) -> (Self::Head, Self::NoHead)

fn split_tail(self) -> (Self::NoTail, Self::Tail)

fn no_head(self) -> Self::NoHead

fn no_tail(self) -> Self::NoTail

fn append<T>(self, value: T) -> Self::Append<T>

fn prepend<T>(self, value: T) -> Self::Prepend<T>

fn nth( self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_cloned( &self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

where Self::_0: Clone, Self::_1: Clone, Self::_2: Clone, Self::_3: Clone, Self::_4: Clone, Self::_5: Clone, Self::_6: Clone, Self::_7: Clone, Self::_8: Clone, Self::_9: Clone, Self::_10: Clone, Self::_11: Clone,

fn nth_ref( &self, nth: usize, ) -> Option<TupleElementRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_mut( &mut self, nth: usize, ) -> Option<TupleElementMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn into_iter( self, ) -> TupleIter<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_ref( &self, ) -> TupleIterRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_mut( &mut self, ) -> TupleIterMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

impl<_0, _1, _2, _3, _4, _5, _6, _7, _8, _9, _10, _11> Tuple for (_0, _1, _2, _3, _4, _5, _6, _7, _8, _9, _10, _11)

type Head = _0

The first element of the tuple, at index 0.

type Tail = _11

The last element of the tuple, at index ARITY-1.

type NoHead = (_1, _2, _3, _4, _5, _6, _7, _8, _9, _10, _11)

.

type _0 = _0

The type of the element at index 0 (the first field).

type _1 = _1

The type of the element at index 1.

type _2 = _2

The type of the element at index 2.

type _3 = _3

The type of the element at index 3.

type _4 = _4

The type of the element at index 4.

type _5 = _5

The type of the element at index 5.

type _6 = _6

The type of the element at index 6.

type _7 = _7

The type of the element at index 7.

type _8 = _8

The type of the element at index 8.

type _9 = _9

The type of the element at index 9.

type _10 = _10

The type of the element at index 10.

type _11 = _11

The type of the element at index 11 (the last field).

const ARITY: usize = 12usize

type NoTail = (_0, _1, _2, _3, _4, _5, _6, _7, _8, _9, _10)

type Append<T> = (_0, _1, _2, _3, _4, _5, _6, _7, _8, _9, _10, _11, T)

type Prepend<T> = (T, _0, _1, _2, _3, _4, _5, _6, _7, _8, _9, _10, _11)

fn head(&self) -> &Self::Head

fn tail(&self) -> &Self::Tail

fn head_mut(&mut self) -> &mut Self::Head

fn tail_mut(&mut self) -> &mut Self::Tail

fn split_head(self) -> (Self::Head, Self::NoHead)

fn split_tail(self) -> (Self::NoTail, Self::Tail)

fn no_head(self) -> Self::NoHead

fn no_tail(self) -> Self::NoTail

fn append<T>(self, value: T) -> Self::Append<T>

fn prepend<T>(self, value: T) -> Self::Prepend<T>

fn nth( self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_cloned( &self, nth: usize, ) -> Option<TupleElement<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

where Self::_0: Clone, Self::_1: Clone, Self::_2: Clone, Self::_3: Clone, Self::_4: Clone, Self::_5: Clone, Self::_6: Clone, Self::_7: Clone, Self::_8: Clone, Self::_9: Clone, Self::_10: Clone, Self::_11: Clone,

fn nth_ref( &self, nth: usize, ) -> Option<TupleElementRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn nth_mut( &mut self, nth: usize, ) -> Option<TupleElementMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>>

fn into_iter( self, ) -> TupleIter<Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_ref( &self, ) -> TupleIterRef<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

fn iter_mut( &mut self, ) -> TupleIterMut<'_, Self::_0, Self::_1, Self::_2, Self::_3, Self::_4, Self::_5, Self::_6, Self::_7, Self::_8, Self::_9, Self::_10, Self::_11>

Implementors