pub fn ns_to_map(
    mut ns: fsys::ComponentNamespace,
) -> Result<HashMap<PathBuf, DirectoryProxy>, Error> {
    // Put the directories in a HashMap for easy lookup
    let mut ns_map = HashMap::new();
    while let Some(path) = ns.paths.pop() {
        if let Some(dir) = ns.directories.pop() {
            let dir_proxy = dir.into_proxy()?;
            ns_map.insert(PathBuf::from(path), dir_proxy);
        }
    }
    Ok(ns_map)
}
/// ns_to_map will convert the given namespace into a HashMap, where each path is the key for the
/// directory of the same index. If the lengths of ns.paths and ns.directories do not match, they
/// are truncated.
ns_to_map will convert the given namespace into a HashMap, where each path is the key for the
directory of the same index. If the lengths of ns.paths and ns.directories do not match, they
are truncated.
ns_to_map will convert the given namespace into a HashMap where each path is the key for the directory of the same index . If the lengths of ns . paths and ns . directories do not match they are truncated .
pub fn ns_to_map(
    mut ns: fsys::ComponentNamespace,
) -> Result<HashMap<PathBuf, DirectoryProxy>, Error> {
    // Put the directories in a HashMap for easy lookup
    let mut ns_map = HashMap::new();
    while let Some(path) = ns.paths.pop() {
        if let Some(dir) = ns.directories.pop() {
            let dir_proxy = dir.into_proxy()?;
            ns_map.insert(PathBuf::from(path), dir_proxy);
        }
    }
    Ok(ns_map)
}
pub fn ns_to_map ( mut ns : fsys :: ComponentNamespace , ) -> Result < HashMap < PathBuf , DirectoryProxy > , Error > { // Put the directories in a HashMap for easy lookup let mut ns_map = HashMap :: new ( ) ; while let Some ( path ) = ns . paths . pop ( ) { if let Some ( dir ) = ns . directories . pop ( ) { let dir_proxy = dir . into_proxy ( ) ? ; ns_map . insert ( PathBuf :: from ( path ) , dir_proxy ) ; } } Ok ( ns_map ) }
ns_to_map will convert the given namespace into a HashMap, where each path is the key for the
directory of the same index.
ns_to_map will convert the given namespace into a HashMap where each path is the key for the directory of the same index .
ns
fsys::ComponentNamespace
ns
fsys::ComponentNamespace