mod locate {    use crate::{fixture_path, hex_to_id, pack::SMALL_PACK_INDEX};    use bstr::ByteSlice;    use git_object::Kind;    use git_odb::pack;     fn locate<'a>(hex_id: &str, out: &'a mut Vec<u8>) -> pack::Object<'a> {        let idx = pack::Bundle::at(fixture_path(SMALL_PACK_INDEX)).unwrap();        idx.locate(hex_to_id(hex_id).to_borrowed(), out, &mut pack::cache::DecodeEntryNoop)            .unwrap()            .unwrap()    }     #[test]    fn blob() {        let mut out = Vec::new();        let obj = locate("bd46bb3f5bb4ca5431770c4fde0735fb89d382f3", &mut out);         assert_eq!(            obj.data.as_bstr(),            b"GitPython is a python library used to interact with Git repositories.\n\nHi there\n".as_bstr()        );        assert_eq!(obj.kind, Kind::Blob);        let object = obj.decode().unwrap();        assert_eq!(object.kind(), Kind::Blob);        assert_eq!(object.as_blob().unwrap().data, obj.data);    }     #[test]    fn tree() {        let mut out = Vec::new();        let obj = locate("e90926b07092bccb7bf7da445fae6ffdfacf3eae", &mut out);         assert_eq!(obj.kind, Kind::Tree);        assert_eq!(obj.decode().unwrap().kind(), Kind::Tree);    }     #[test]    fn commit() {        let mut out = Vec::new();        let obj = locate("779c5451ba9fe210ffd1f55db202e55f51acecac", &mut out);         assert_eq!(obj.kind, Kind::Commit);        assert_eq!(obj.decode().unwrap().kind(), Kind::Commit);    }}