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The divmod() function in Python takes two arguments and returns a tuple containing the quotient and remainder of the division operation. The first argument is the dividend and the second argument is the divisor. The function performs integer division and returns the quotient as the first element of the tuple and the remainder as the second element. This function is useful when you need to perform both division and modulo operations on the same pair of numbers, as it saves you from having to perform two separate calculations. Keep reading below to learn how to python divmod in Rust.

## Python ‘divmod’ in Rust With Example Code

Python’s `divmod()` function is a handy tool for dividing two numbers and returning both the quotient and remainder. If you’re working in Rust and need similar functionality, fear not! Rust has a built-in `div_mod()` method that can accomplish the same task.

To use `div_mod()` in Rust, you’ll need to import the `num` crate. This crate provides a variety of numeric types and operations, including `div_mod()`. Here’s an example of how to use it:

``` use num::integer::div_mod_floor;```

``` ```

```let (quotient, remainder) = div_mod_floor(10, 3); println!("{} {}", quotient, remainder); // prints "3 1" ```

In this example, we’re using `div_mod_floor()` to divide 10 by 3 and return both the quotient (3) and remainder (1). The `println!()` macro is used to print the results to the console.

Note that `div_mod_floor()` returns the floor of the quotient and the remainder. If you need to round the quotient differently, you can use the `div_mod()` method instead.

Overall, `div_mod()` in Rust is a powerful tool for performing division and getting both the quotient and remainder. With the `num` crate, it’s easy to use and integrate into your Rust projects.

## Equivalent of Python divmod in Rust

In conclusion, the divmod function in Python is a useful tool for performing division and modulus operations simultaneously. In Rust, there is no direct equivalent to the divmod function, but it can be easily implemented using the built-in div_euclid and rem_euclid functions. By combining these two functions, we can achieve the same functionality as the divmod function in Python. Rust’s strong type system and performance make it a great choice for implementing complex mathematical operations like divmod. With the help of Rust’s powerful features, we can write efficient and reliable code that can handle complex computations with ease.