use std::path::Path; use anyhow::Context as _;use settings::Settings;use util::{    ResultExt,    paths::{PathMatcher, PathStyle},    rel_path::RelPath,}; #[derive(Clone, PartialEq, Eq)]pub struct WorktreeSettings {    pub project_name: Option<String>,    /// Whether to prevent this project from being shared in public channels.    pub prevent_sharing_in_public_channels: bool,    pub file_scan_exclusions: PathMatcher,    pub file_scan_inclusions: PathMatcher,    /// This field contains all ancestors of the `file_scan_inclusions`. It's used to    /// determine whether to terminate worktree scanning for a given dir.    pub parent_dir_scan_inclusions: PathMatcher,    pub private_files: PathMatcher,    pub hidden_files: PathMatcher,} impl WorktreeSettings {    pub fn is_path_private(&self, path: &RelPath) -> bool {        path.ancestors()            .any(|ancestor| self.private_files.is_match(ancestor.as_std_path()))    }     pub fn is_path_excluded(&self, path: &RelPath) -> bool {        path.ancestors()            .any(|ancestor| self.file_scan_exclusions.is_match(ancestor.as_std_path()))    }     pub fn is_path_always_included(&self, path: &RelPath, is_dir: bool) -> bool {        if is_dir {            self.parent_dir_scan_inclusions.is_match(path.as_std_path())        } else {            self.file_scan_inclusions.is_match(path.as_std_path())        }    }     pub fn is_path_hidden(&self, path: &RelPath) -> bool {        path.ancestors()            .any(|ancestor| self.hidden_files.is_match(ancestor.as_std_path()))    }} impl Settings for WorktreeSettings {    fn from_settings(content: &settings::SettingsContent) -> Self {        let worktree = content.project.worktree.clone();        let file_scan_exclusions = worktree.file_scan_exclusions.unwrap();        let file_scan_inclusions = worktree.file_scan_inclusions.unwrap();        let private_files = worktree.private_files.unwrap().0;        let hidden_files = worktree.hidden_files.unwrap();        let parsed_file_scan_inclusions: Vec<String> = file_scan_inclusions            .iter()            .flat_map(|glob| {                Path::new(glob)                    .ancestors()                    .skip(1)                    .map(|a| a.to_string_lossy().into())            })            .filter(|p: &String| !p.is_empty())            .collect();         Self {            project_name: worktree.project_name.into_inner(),            prevent_sharing_in_public_channels: worktree.prevent_sharing_in_public_channels,            file_scan_exclusions: path_matchers(file_scan_exclusions, "file_scan_exclusions")                .log_err()                .unwrap_or_default(),            parent_dir_scan_inclusions: path_matchers(                parsed_file_scan_inclusions,                "file_scan_inclusions",            )            .unwrap(),            file_scan_inclusions: path_matchers(file_scan_inclusions, "file_scan_inclusions")                .unwrap(),            private_files: path_matchers(private_files, "private_files")                .log_err()                .unwrap_or_default(),            hidden_files: path_matchers(hidden_files, "hidden_files")                .log_err()                .unwrap_or_default(),        }    }} fn path_matchers(mut values: Vec<String>, context: &'static str) -> anyhow::Result<PathMatcher> {    values.sort();    PathMatcher::new(values, PathStyle::local())        .with_context(|| format!("Failed to parse globs from {}", context))}