Structural operations for Tuples

This crate implements three operations for tuples:

• join
• split
• index

For example, you can simply concatenate two tuples with:

use tuplestructops::TupleJoin;

let concat = (1, 'b', 3).join(('a', 5, 'c'));

This crate focuses purely on the overall structure of tuples, and is completely agnostic to the types of their elements.

The implementations are O(N^2) in the number of tuple elements. By default they're implemented for up to 16 elements, but the additional

• tuple_24
• tuple_32

features allow the traits to be implemented for more elements.

The impl_docs feature enables documentation of the trait implementations for all the tuple types. It is disabled by default since it's very repetitive.

lib.rs:

Structural operations for tuples

This crate implements splitting and joining tuples.

The traits are implemented for tuples from zero len (ie, () unit) to 16. (More with with the tuple_24 and tuple_32 features enabled.)

They are implemented for both tuples by value and reference, which either consume or borrow their inputs respectively.

An example of TupleJoin by value:

use tuplestructops::TupleJoin;

let out = (1,'a',"b").join((1., 2.));
println!("out {out:?}");

TupleSplit does the converse. It relies on pattern matching to determine the split.

use tuplestructops::TupleSplit;

let out: (_, (_,_,_)) = (1,2,3,4,5).split();
println!("out {out:?}");