rust/hg-core/src/matchers.rs

49929:5f1cd6839c69

    fn exact_match(&self, _filename: &HgPath) -> bool {
        false
    }

    fn matches(&self, filename: &HgPath) -> bool {
        (self.match_fn)(filename.as_ref())
    }

    fn visit_children_set(&self, directory: &HgPath) -> VisitChildrenSet {
        let dir = directory.as_ref();
        if self.prefix && self.roots.contains(dir) {
            return VisitChildrenSet::Recursive;
        }
        if self.roots.contains(HgPath::new(b""))
            || self.roots.contains(dir)

            || find_dirs(dir).any(|parent_dir| self.roots.contains(parent_dir))
        {
            return VisitChildrenSet::This;
        }

        if self.parents.contains(directory.as_ref()) {
            let multiset = self.get_all_parents_children();
            if let Some(children) = multiset.get(dir) {
                return VisitChildrenSet::Set(
                    children.into_iter().map(HgPathBuf::from).collect(),
                );
            }
        }
        VisitChildrenSet::Empty
    }

            (_, VisitChildrenSet::Recursive) => m1_set,
            (VisitChildrenSet::This, _) | (_, VisitChildrenSet::This) => {
                VisitChildrenSet::This
            }
            (VisitChildrenSet::Set(m1), VisitChildrenSet::Set(m2)) => {
                let set: HashSet<_> = m1.intersection(&m2).cloned().collect();
                if set.is_empty() {
                    VisitChildrenSet::Empty
                } else {
                    VisitChildrenSet::Set(set)
                }

        } = ignore_pattern;
        match syntax {
            PatternSyntax::RootGlob | PatternSyntax::Glob => {
                let mut root = HgPathBuf::new();
                for p in pattern.split(|c| *c == b'/') {
                    if p.iter().any(|c| match *c {
                        b'[' | b'{' | b'*' | b'?' => true,
                        _ => false,
                    }) {
                        break;
                    }
                    root.push(HgPathBuf::from_bytes(p).as_ref());
                }
                roots.push(root);

    })
}

/// Returns a function that checks whether a given file (in the general sense)
/// should be matched.
fn build_match<'a, 'b>(
    ignore_patterns: Vec<IgnorePattern>,
) -> PatternResult<(Vec<u8>, IgnoreFnType<'b>)> {
    let mut match_funcs: Vec<IgnoreFnType<'b>> = vec![];
    // For debugging and printing
    let mut patterns = vec![];

    let (subincludes, ignore_patterns) = filter_subincludes(ignore_patterns)?;

        let RootsDirsAndParents {
            roots,
            dirs,
            parents,
        } = roots_dirs_and_parents(&ignore_patterns)?;
        let prefix = ignore_patterns.iter().all(|k| match k.syntax {
            PatternSyntax::Path | PatternSyntax::RelPath => true,
            _ => false,
        });
        let (patterns, match_fn) = build_match(ignore_patterns)?;

        Ok(Self {
            patterns,

49930:e98fd81bb151

    fn exact_match(&self, _filename: &HgPath) -> bool {
        false
    }

    fn matches(&self, filename: &HgPath) -> bool {
        (self.match_fn)(filename)
    }

    fn visit_children_set(&self, directory: &HgPath) -> VisitChildrenSet {
        let dir = directory;
        if self.prefix && self.roots.contains(dir) {
            return VisitChildrenSet::Recursive;
        }
        if self.roots.contains(HgPath::new(b""))
            || self.roots.contains(dir)

            || find_dirs(dir).any(|parent_dir| self.roots.contains(parent_dir))
        {
            return VisitChildrenSet::This;
        }

        if self.parents.contains(dir.as_ref()) {
            let multiset = self.get_all_parents_children();
            if let Some(children) = multiset.get(dir) {
                return VisitChildrenSet::Set(
                    children.iter().map(HgPathBuf::from).collect(),
                );
            }
        }
        VisitChildrenSet::Empty
    }

            (_, VisitChildrenSet::Recursive) => m1_set,
            (VisitChildrenSet::This, _) | (_, VisitChildrenSet::This) => {
                VisitChildrenSet::This
            }
            (VisitChildrenSet::Set(m1), VisitChildrenSet::Set(m2)) => {
                let set: HashSet<_> = m1.intersection(m2).cloned().collect();
                if set.is_empty() {
                    VisitChildrenSet::Empty
                } else {
                    VisitChildrenSet::Set(set)
                }

        } = ignore_pattern;
        match syntax {
            PatternSyntax::RootGlob | PatternSyntax::Glob => {
                let mut root = HgPathBuf::new();
                for p in pattern.split(|c| *c == b'/') {
                    if p.iter()
                        .any(|c| matches!(*c, b'[' | b'{' | b'*' | b'?'))
                    {
                        break;
                    }
                    root.push(HgPathBuf::from_bytes(p).as_ref());
                }
                roots.push(root);

    })
}

/// Returns a function that checks whether a given file (in the general sense)
/// should be matched.
fn build_match<'a>(
    ignore_patterns: Vec<IgnorePattern>,
) -> PatternResult<(Vec<u8>, IgnoreFnType<'a>)> {
    let mut match_funcs: Vec<IgnoreFnType<'a>> = vec![];
    // For debugging and printing
    let mut patterns = vec![];

    let (subincludes, ignore_patterns) = filter_subincludes(ignore_patterns)?;

        let RootsDirsAndParents {
            roots,
            dirs,
            parents,
        } = roots_dirs_and_parents(&ignore_patterns)?;
        let prefix = ignore_patterns.iter().all(|k| {
            matches!(k.syntax, PatternSyntax::Path | PatternSyntax::RelPath)
        });
        let (patterns, match_fn) = build_match(ignore_patterns)?;

        Ok(Self {
            patterns,