### Body

The new `attrs` package 23.1 released on 16th of April (11 hours ago) added typing information to "attrs.asdict" method and it mypy tests started to fail with 

```
airflow/providers/openlineage/utils/utils.py:345: error: Argument 1 to "asdict"
has incompatible type "Type[AttrsInstance]"; expected "AttrsInstance" 
[arg-type]
    ...            for dict_key, subval in attrs.asdict(item, recurse=False)....
                                                        ^
airflow/providers/openlineage/utils/utils.py:345: note: ClassVar protocol member AttrsInstance.__attrs_attrs__ can never be matched by a class object
```

The nature of this error (receiving Type where expecting instance indicates that there is somewhat serious issue here. 
Especially that there were a `type: ignore` one line above that would indicate that something is quite wrong here (when we ignore typing issue, we usually comment why and ignore very specific error (`type: ignore[attr-undefined]` for example) when we have good reason to ignore it.

Since open-lineage is not yet released/functional and partially in progress, this is not an issue to be solved immediately, but soon (cc: @mobuchowski).

For now I am workaroudning this by adding another `type: ignore` to stop the static checks from failing (they fail only for PRs that are updating dependencies) and allow to upgrade to attrs 23.1.

### Committer

- [X] I acknowledge that I am a maintainer/committer of the Apache Airflow project.
"""
    Airflow objects might not be json-encodable overall.
    The class provides additional attributes to control
    what and how is encoded:
    * renames: a dictionary of attribute name changes
    * | casts: a dictionary consisting of attribute names
      | and corresponding methods that should change
      | object value
    * includes: list of attributes to be included in encoding
    * excludes: list of attributes to be excluded from encoding
    Don't use both includes and excludes.
    """
    renames: dict[str, str] = {}
    casts: dict[str, Any] = {}
    includes: list[str] = []
    excludes: list[str] = []
    def __init__(self, obj):