pub fn ranged_within_count<'a, A: AsRef<str> + std::fmt::Debug + 'a>(
        start: Regex,
        mut finish: impl FnMut(Captures<'_>) -> Regex + Send + Sync + 'a,
        mut proj: impl FnMut(&A) -> usize + Clone + Send + Sync + 'a,
        count: usize,
    ) -> Formula<'a, A> {
        examine(move |x: &A| {
            if let Some(groups) = start.captures(x.as_ref()) {
                next(until(
                    examine({
                        let xi = proj(x);
                        let mut proj = proj.clone();
                        move |y: &A| truth(proj(y) - xi < count)
                    }),
                    examine({
                        let fin = finish(groups);
                        move |y: &A| truth(fin.is_match(y.as_ref()))
                    }),
                ))
            } else {
                top()
            }
        })
    }
/// Check that the current entry matches the first regular expression, and
/// based on the captures there, the second occurs within N inputs. This
/// requires that each input be paired with its offset.
Check that the current entry matches the first regular expression, and
based on the captures there, the second occurs within N inputs. This
requires that each input be paired with its offset.
Check that the current entry matches the first regular expression and based on the captures there the second occurs within N inputs . This requires that each input be paired with its offset .
pub fn ranged_within_count<'a, A: AsRef<str> + std::fmt::Debug + 'a>(
        start: Regex,
        mut finish: impl FnMut(Captures<'_>) -> Regex + Send + Sync + 'a,
        mut proj: impl FnMut(&A) -> usize + Clone + Send + Sync + 'a,
        count: usize,
    ) -> Formula<'a, A> {
        examine(move |x: &A| {
            if let Some(groups) = start.captures(x.as_ref()) {
                next(until(
                    examine({
                        let xi = proj(x);
                        let mut proj = proj.clone();
                        move |y: &A| truth(proj(y) - xi < count)
                    }),
                    examine({
                        let fin = finish(groups);
                        move |y: &A| truth(fin.is_match(y.as_ref()))
                    }),
                ))
            } else {
                top()
            }
        })
    }
pub fn ranged_within_count < ' a , A : AsRef < str > + std :: fmt :: Debug + ' a > ( start : Regex , mut finish : impl FnMut ( Captures < ' _ > ) -> Regex + Send + Sync + ' a , mut proj : impl FnMut ( & A ) -> usize + Clone + Send + Sync + ' a , count : usize , ) -> Formula < ' a , A > { examine ( move | x : & A | { if let Some ( groups ) = start . captures ( x . as_ref ( ) ) { next ( until ( examine ( { let xi = proj ( x ) ; let mut proj = proj . clone ( ) ; move | y : & A | truth ( proj ( y ) - xi < count ) } ) , examine ( { let fin = finish ( groups ) ; move | y : & A | truth ( fin . is_match ( y . as_ref ( ) ) ) } ) , ) ) } else { top ( ) } } ) }
Check that the current entry matches the first regular expression, and
based on the captures there, the second occurs within N inputs.
Check that the current entry matches the first regular expression and based on the captures there the second occurs within N inputs .
start
Regex
finish
impl FnMut(Captures<'_>) -> Regex + Send + Sync + 'a
proj
impl FnMut(&A) -> usize + Clone + Send + Sync + 'a
count
usize
start
Regex
finish
impl FnMut(Captures<'_>) -> Regex + Send + Sync + 'a
proj
impl FnMut(&A) -> usize + Clone + Send + Sync + 'a
count
usize