pub fn calculate_verifier_digits(digits: [u8; 9]) -> VerifierDigits {
    let first_digit = calculate_verifier_digit::<9>(digits);

    let digits_with_first_verifier: [u8; 10] = digits.append(first_digit);
    let second_digit = calculate_verifier_digit::<10>(digits_with_first_verifier);

    (first_digit, second_digit)
}
/// Calculate both first and second verifier digits, given the `digits` input.
///
/// # Example
///
/// ```
/// use validbr::Cpf;
/// use validbr::cpf::DigitCalculationError::WrongAmountOfDigits;
/// use validbr::cpf::calculate_verifier_digits;
///
/// assert_eq!(calculate_verifier_digits([4, 1, 4, 9, 0, 4, 2, 5, 7]), (8, 0));
/// assert_eq!(calculate_verifier_digits([1, 2, 3, 4, 5, 6, 7, 8, 9]), (0, 9));
/// ```
Calculate both first and second verifier digits, given the `digits` input.
Calculate both first and second verifier digits given the ` digits ` input .
pub fn calculate_verifier_digits(digits: [u8; 9]) -> VerifierDigits {
    let first_digit = calculate_verifier_digit::<9>(digits);
    let digits_with_first_verifier: [u8; 10] = digits.append(first_digit);
    let second_digit = calculate_verifier_digit::<10>(digits_with_first_verifier);
    (first_digit, second_digit)
}
pub fn calculate_verifier_digits ( digits : [ u8 ; 9 ] ) -> VerifierDigits { let first_digit = calculate_verifier_digit :: < 9 > ( digits ) ; let digits_with_first_verifier : [ u8 ; 10 ] = digits . append ( first_digit ) ; let second_digit = calculate_verifier_digit :: < 10 > ( digits_with_first_verifier ) ; ( first_digit , second_digit ) }
Calculate both first and second verifier digits, given the `digits` input.
Calculate both first and second verifier digits given the ` digits ` input .
digits
[u8; 9]
example
```
use validbr::Cpf;
use validbr::cpf::DigitCalculationError::WrongAmountOfDigits;
use validbr::cpf::calculate_verifier_digits.


` ` ` use validbr :: Cpf ; use validbr :: cpf :: DigitCalculationError :: WrongAmountOfDigits ; use validbr :: cpf :: calculate_verifier_digits .