Tuples are a simple and versatile data structure in Rust that allow you to group multiple values of different types into a single compound value. They are particularly useful for returning multiple values from a function.
Tuples can return multiple values of different types, which is not possible with arrays or slices. For example a tuple could be (i32, f64, String)
which contains an integer, a float, and a string.
In this challenge, you will implement a function that takes three arguments of different types and returns them as a tuple.
You need to implement the function create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String)
that takes an integer i32
, a float f64
, and a string slice &str
as input and returns them as a tuple. The string slice should be converted into a String
type.
create_tuple
function should return a tuple containing the three input values in order.String
before returning.let result = create_tuple(42, 3.14, "hello");
assert_eq!(result, (42, 3.14, String::from("hello")));
()
to define and return the tuple.&str
to String using String::from()
or the .to_string()
method.pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a,b,c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a,b,String::from(c))}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { (a, b, c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here let tuple: (i32, f64, String) = (a, b, (&c).to_string()); tuple}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here return (a, b, c.to_string());}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { return (a, b, String::from(c))// TODO: Implement the function here}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a,b,c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, String::from(c))}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, String::from(c))}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here return (a, b, (c).to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, String::from(c))}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a,b,String::from(c))}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, String::from(c))}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { (a, b, c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function hereYou need to implement the function create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) that takes an integer i32, a float f64, and a string slice &str as input and returns them as a tuple. The string slice should be converted into a String type.// The create_tuple function should return a tuple containing the three input values in order.// The string slice input should be converted into a String before returning.(a , b , c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { (a, b, c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { return (a, b, c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, String::from(c))}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, String::from(c))}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, String::from(c))}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, String::from(c))}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a,b,c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a,b,c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { (a, b, c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a,b,c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here ( a, b, c.to_string(), )}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here ( a, b, c.to_string(), )}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here return (a, b, String::from(c))}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { (a, b, String::from(c))}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a,b,c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, c.to_string())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, String::from(c))}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, String::from(c))}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { (a, b, c.into())}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a, b, String::from(c))}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { return(a, b, c.to_string());}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a,b ,String::from(c))}
pub fn create_tuple(a: i32, b: f64, c: &str) -> (i32, f64, String) { // TODO: Implement the function here (a,b,c.to_string())}