if e?.flag().is_alive_parent() {

            if e?.flag().is_parent() {

        let (former_parents, is_deleted) =

        let (former_parents, is_deleted, encoding) =

        assert!(!former_parents.is_empty());

                encoding,

        encoding: Option<Encoding>,

        if former_parents.len() > 1

        if former_parents.is_empty() {
            // This is the case where the inode exists both in the
            // graph and in the inode tables, but isn't alive in the
            // graph.
            //
            // This can happen (1) when outputting a tag that has this
            // file, after recording the deletion of the file, or (2)
            // when recording after applying, but before outputting,
            // but this is a misuse of the library.
            debug!("new_papa = {:?}", new_papa);
            self.record_moved_file::<_, _, W>(
                changes,
                txn,
                channel,
                &item,
                vertex,
                new_papa.unwrap(),
                encoding,
            )?
        } else if former_parents.len() > 1

) -> Result<(Vec<Parent>, bool), RecordError<C::Error, W::Error, T>>

) -> Result<(Vec<Parent>, bool, Option<Encoding>), RecordError<C::Error, W::Error, T>>

    let mut encoding_ = None;

        if name_.flag().contains(EdgeFlags::DELETED) {
            debug!("is_deleted {:?}", name_);
            is_deleted = true;
            break;
        }

        if name_.flag().contains(EdgeFlags::DELETED) {
            debug!("is_deleted {:?}", name_);
            is_deleted = true;
            if encoding_.is_none() {
                encoding_ = encoding
            }
            break;
        }

                if encoding_.is_none() {
                    encoding_ = encoding.clone()
                }

    Ok((former_parents, is_deleted))

    Ok((former_parents, is_deleted, encoding_))