pub fn jaro_winkler_ascii(str_a: &str, str_b: &str) -> f64 {
    let vec_a = str_a.chars().collect::<Vec<char>>();
    let vec_b = str_b.chars().collect::<Vec<char>>();
    jaro_winkler_distance(&vec_a, &vec_b)
}
/// Calculates the Jaro Winkler distance between the two strings.
///
/// 0 indicates no distance and 1 is the max distance.
///
/// Assumes an ascii string.

Calculates the Jaro Winkler distance between the two strings.
0 indicates no distance and 1 is the max distance.

Assumes an ascii string.
Calculates the Jaro Winkler distance between the two strings . 0 indicates no distance and 1 is the max distance . Assumes an ascii string .
pub fn jaro_winkler_ascii(str_a: &str, str_b: &str) -> f64 {
    let vec_a = str_a.chars().collect::<Vec<char>>();
    let vec_b = str_b.chars().collect::<Vec<char>>();
    jaro_winkler_distance(&vec_a, &vec_b)
}
pub fn jaro_winkler_ascii ( str_a : & str , str_b : & str ) -> f64 { let vec_a = str_a . chars ( ) . collect :: < Vec < char > > ( ) ; let vec_b = str_b . chars ( ) . collect :: < Vec < char > > ( ) ; jaro_winkler_distance ( & vec_a , & vec_b ) }
Calculates the Jaro Winkler distance between the two strings.
Calculates the Jaro Winkler distance between the two strings .
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