a ij @sUdZddlmZddlZddlZddlmZmZddlmZddlm Z ddl m Z edZ d a d ed <iZd ed <ejdddddZejdddddZddZdddddZdS)zRegister path.) annotationsN)CallableTypeVar) abstract_path)gpath)PathLike_Tz$tuple[type[abstract_path.Path], ...] _PATHLIKE_CLSz#dict[str, type[abstract_path.Path]]_URI_PREFIXES_TO_CLSz!str | list[str] | tuple[str, ...]zCallable[[_T], _T])path_cls_or_uri_prefixreturncCsdSNr r r r R/home/ghrups/robot-bench/.venv/lib/python3.9/site-packages/etils/epath/register.pyregister_path_cls"srcCsdSrr rr r rr)scs:ttttfr(dddfdd }|StfaSdS)aRegister the pathlib-like class. ```python @epath.register_path_cls('my_path://') class MyPath(pathlib.PurePosixPath): ... my_path = epath.Path('my_path://some-path') assert isinstance(my_path, MyPath) ``` Args: path_cls_or_uri_prefix: If a uri prefix is given, then passing calling `tfds.core.as_path('prefix://path')` will call the decorated class. Returns: The decorator or decoratorated class r)clsr cs<ttr|t<n tttfr4D] }|t|<q&t|Sr) isinstancestrr listtupler)rZ uri_prefixrr rregister_path_cls_decoratorDs    z6register_path_cls..register_path_cls_decoratorN)rrrrr )r rr rrr.s  rzabstract_path.Path)pathr cCstjdk}t|tr\|jddd}t|dkrBt|dd|S|rPt|St |Sn@t|t rj|St|tj r|rtjntj }||St d|dS)a@Create a generic `pathlib.Path`-like abstraction. Depending on the input (e.g. `gs://`, `github://`, `ResourcePath`,...), the system (Windows, Linux,...), the function will create the right pathlib-like abstraction. Args: path: Pathlike object. Returns: path: The `pathlib.Path`-like abstraction. ntz://)maxsplitrzInvalid path type: N) osnamerrsplitlenr rZ WindowsGPathZ PosixGPathr r TypeError)rZ is_windowsZ uri_splitspath_clsr r r make_pathRs       r")__doc__ __future__rrtypingrrZ etils.epathrrZetils.epath.typingrrr __annotations__r overloadrr"r r r rs       $