fn is_match(&self, text: &str) -> Option<&Regex> {
        // dismiss exceptions at first
        if self.is_exception(text) {
            debug!("pattern exception occured for text: {}", text);
            return None;
        }

        // returns the first Regex involved in a match, None otherwise
        self.regexes.0.iter().find(|re| re.is_match(text))
    }
/// Try to find a match in the string `s` corresponding to the `regexes` list struct field,
/// provided any regex in the exception list is not matched.
Try to find a match in the string `s` corresponding to the `regexes` list struct field,
provided any regex in the exception list is not matched.
Try to find a match in the string ` s ` corresponding to the ` regexes ` list struct field provided any regex in the exception list is not matched .
fn is_match(&self, text: &str) -> Option<&Regex> {
        // dismiss exceptions at first
        if self.is_exception(text) {
            debug!("pattern exception occured for text: {}", text);
            return None;
        }
        // returns the first Regex involved in a match, None otherwise
        self.regexes.0.iter().find(|re| re.is_match(text))
    }
fn is_match ( & self , text : & str ) -> Option < & Regex > { // dismiss exceptions at first if self . is_exception ( text ) { debug ! ( " " text ) ; return None ; } // returns the first Regex involved in a match, None otherwise self . regexes . 0 . iter ( ) . find ( | re | re . is_match ( text ) ) }
Try to find a match in the string `s` corresponding to the `regexes` list struct field,
provided any regex in the exception list is not matched.
Try to find a match in the string ` s ` corresponding to the ` regexes ` list struct field provided any regex in the exception list is not matched .
&self
text
&str
&self
text
&str