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Join the two directly. r �..���)rC Nr! �r> �pathlib�Path)r@ rA s r- � _convert_installed_files_pathrH ? sm � �* �E�!�H��$��t�B�x�4�'� �G�O�D����9�D��a�b� �� �E�!�H��$� �w�|�|�*�T�*�E�*� +�+r1 c �4 � \ rS rSr% \\S' \\S' \\S' Srg)� RequiresEntry�] � requirement�extra�markerr8 N)r9 r: r; r< r> �__annotations__r? r8 r1 r- rJ rJ ] s � ��� �J� �Kr1 rJ c �� � \ rS rSr\S\SS 4S j5 r\S\S\S\SS 4S j5 r\S S S \SS 4S j5 r S\4S jr S\4S jr \ S\ \ 4S j5 r\ S\ \ 4S j5 r\ S\ \ 4S j5 r\ S\ \ 4S j5 r\ S\4S j5 r\ S\4S j5 r\ S\4S j5 r\ S\4S j5 r\ S\4S j5 r\ S\4S j5 r\ S\4S j5 r\ S\4S j5 r \ S\ \ 4S j5 r \ S\4S j5 r \ S\4S j5 r \ S\4S j5 r!\ S\4S j5 r"\ S\4S j5 r#\ S\4S! j5 r$S"\%S\4S# jr&S\'\ 4S$ jr(S"\%S\4S% jr)S\*\+ 4S& jr,S\-R\ R^ 4S' jr0\1Rd S\-R\ R^ 4S( j5 r3\ S\4\\54 4S) j5 r6\ S\ \ 4S* j5 r7\ S\4S+ j5 r8\ S\94S, j5 r:S;S.\;\ S\*\< 4S/ jjr=S\*\ 4S0 jr>S\*\ 4S1 jr?S\ \'\ 4S2 jr@S\ \'\ 4S3 jrAS\ \'\ 4S4 jrBS\'\C 4S5 jrDS\*\ 4S6 jrES\*\ 4S7 jrFS8\-R\ R^ SS94S: jrGS-rHg9)<�BaseDistribution�c � directoryr& c � � [ 5 e)zwLoad the distribution from a metadata directory. :param directory: Path to a metadata directory, e.g. ``.dist-info``. r) )�clsrS s r- �from_directory� BaseDistribution.from_directoryd � � � "�#�#r1 �metadata_contents�filename� project_namec � � [ 5 e)a� Load the distribution from the contents of a METADATA file. This is used to implement PEP 658 by generating a "shallow" dist object that can be used for resolution without downloading or building the actual dist yet. :param metadata_contents: The contents of a METADATA file. :param filename: File name for the dist with this metadata. :param project_name: Name of the project this dist represents. r) )rU rY rZ r[ s r- �from_metadata_file_contents�,BaseDistribution.from_metadata_file_contentsl s � � "�#�#r1 �wheel�Wheelr. c � � [ 5 e)aG Load the distribution from a given wheel. :param wheel: A concrete wheel definition. :param name: File name of the wheel. :raises InvalidWheel: Whenever loading of the wheel causes a :py:exc:`zipfile.BadZipFile` exception to be thrown. :raises UnsupportedWheel: If the wheel is a valid zip, but malformed internally. r) )rU r_ r. s r- � from_wheel�BaseDistribution.from_wheel~ � � � "�#�#r1 c �T � U R SU R SU R S3$ )N� z (�))�raw_name� raw_version�locationr+ s r- �__repr__�BaseDistribution.__repr__� s* � ��-�-� ��$�"2�"2�!3�2�d�m�m�_�A�F�Fr1 c �8 � U R SU R 3$ )Nrf )rh ri r+ s r- �__str__�BaseDistribution.__str__� s � ��-�-� ��$�"2�"2�!3�4�4r1 c � � [ 5 e)a� Where the distribution is loaded from. A string value is not necessarily a filesystem path, since distributions can be loaded from other sources, e.g. arbitrary zip archives. ``None`` means the distribution is created in-memory. Do not canonicalize this value with e.g. ``pathlib.Path.resolve()``. If this is a symbolic link, we want to preserve the relative path between it and files in the distribution. r) r+ s r- rj �BaseDistribution.location� rd r1 c �� � U R nU( a, UR 5 ( a [ UR 5 $ g[ U R 5 nU( a U R $ g)z�The project location for editable distributions. This is the directory where pyproject.toml or setup.py is located. None if the distribution is not installed in editable mode. N)� direct_url�is_local_editabler �urlr rh rj )r, rs � egg_link_paths r- �editable_project_location�*BaseDistribution.editable_project_location� sZ � � �_�_� � ��+�+�-�-�"�:�>�>�2�2� .� � 8�� � � F�M� � �}�}�$�r1 c � � [ 5 e)ab The distribution's "installed" location. This should generally be a ``site-packages`` directory. 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Fz.egg)rj rF rG �suffix�r, rj s r- �installed_as_egg�!BaseDistribution.installed_as_egg� s/ � � �=�=���� �|�|�H�%�,�,��6�6r1 c � � U R nU( d gUR S5 ( d g[ R " U5 R 5 $ )a� Whether this distribution is installed with the ``.egg-info`` format. This usually indicates the distribution was installed with setuptools with an old pip version or with ``single-version-externally-managed``. Note that this ensure the metadata store is a directory. distutils can also installs an ``.egg-info``, but as a file, not a directory. This property is *False* for that case. Also see ``installed_by_distutils``. Fz .egg-info�r} �endswithrF rG �is_dirr� s r- �"installed_with_setuptools_egg_info�3BaseDistribution.installed_with_setuptools_egg_info� sA � � �*�*� � �� �%�%�k�2�2���|�|�M�*�1�1�3�3r1 c � � U R nU( d gUR S5 ( d g[ R " U5 R 5 $ )a9 Whether this distribution is installed with the "modern format". This indicates a "modern" installation, e.g. storing metadata in the ``.dist-info`` directory. 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F)rz r r+ s r- �local�BaseDistribution.localR s$ � � � "� "� *����/�/�0�0r1 c �| � U R b [ c gU R R [ [ 5 5 $ �NF)rz r � startswithr r+ s r- � in_usersite� BaseDistribution.in_usersite\ s2 � � � "� "� *�i�.?���&�&�1�1�.��2K�L�Lr1 c �| � U R b [ c gU R R [ [ 5 5 $ r� )rz r r� r r+ s r- �in_site_packages�!BaseDistribution.in_site_packagesb s2 � � � "� "� *�m�.C���&�&�1�1�.� �2O�P�Pr1 �pathc � � [ 5 e)z7Check whether an entry in the info directory is a file.r) �r, r� s r- r� �BaseDistribution.is_fileh r0 r1 c � � [ 5 e)z�Find distutils 'scripts' entries metadata. If 'scripts' is supplied in ``setup.py``, distutils records those in the installed distribution's ``scripts`` directory, a file for each script. r) r+ s r- �iter_distutils_script_names�,BaseDistribution.iter_distutils_script_namesl rX r1 c � � [ 5 e)z�Read a file in the info directory. :raise FileNotFoundError: If ``path`` does not exist in the directory. :raise NoneMetadataError: If ``path`` exists in the info directory, but cannot be read. r) r� s r- r� �BaseDistribution.read_textt � � � "�#�#r1 c � � [ 5 er( r) r+ s r- �iter_entry_points�"BaseDistribution.iter_entry_points} � � �!�#�#r1 c � � [ 5 er( r) r+ s r- �_metadata_impl� BaseDistribution._metadata_impl� r� r1 c �H � U R 5 nU R U5 U$ )z�Metadata of distribution parsed from e.g. METADATA or PKG-INFO. 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This should return an empty dict if the metadata file is unavailable. :raises NoneMetadataError: If the metadata file is available, but does not contain valid metadata. )r" r� r+ s r- � metadata_dict� BaseDistribution.metadata_dict� s � � �4�=�=�)�)r1 c �8 � U R R S5 $ )zDValue of "Metadata-Version:" in distribution metadata, if available.zMetadata-Version)r� �getr+ s r- �metadata_version�!BaseDistribution.metadata_version� s � � �}�}� � �!3�4�4r1 c �N � U R R SU R 5 $ )z*Value of "Name:" in distribution metadata.�Name)r� r� r� r+ s r- rh �BaseDistribution.raw_name� s! � � �}�}� � ���)<�)<�=�=r1 c � � U R R S5 nUc [ 5 $ [ [ U5 5 nU$ ! [ a6 nSn[ R X@R U5 [ 5 s SnA$ SnAff = f)z�Value of "Requires-Python:" in distribution metadata. If the key does not exist or contains an invalid value, an empty SpecifierSet should be returned. zRequires-PythonNz-Package %r has an invalid Requires-Python: %s)r� r� r r> r r� r� rh )r, r3 �specr� �messages r- �requires_python� BaseDistribution.requires_python� sq � � � � �!�!�"3�4�� �=� �>� !� "� ��E� �+�D� � �� � "�E�G� �N�N�7�M�M�1� 5� �>� !�� "�s �A � B � +A;�5B �;B r8 �extrasc � � [ 5 e)z�Dependencies of this distribution. For modern .dist-info distributions, this is the collection of "Requires-Dist:" entries in distribution metadata. r) )r, r� s r- �iter_dependencies�"BaseDistribution.iter_dependencies� rX r1 c �: � U R R S/ 5 $ )zRaw Requires-Dist metadata.� Requires-Dist)r� �get_allr+ s r- �iter_raw_dependencies�&BaseDistribution.iter_raw_dependencies� s � ��}�}�$�$�_�b�9�9r1 c � � [ 5 e)a: Extras provided by this distribution. For modern .dist-info distributions, this is the collection of "Provides-Extra:" entries in distribution metadata. The return value of this function is expected to be normalised names, per PEP 685, with the returned value being handled appropriately by `iter_dependencies`. r) r+ s r- �iter_provided_extras�%BaseDistribution.iter_provided_extras� s � � "�#�#r1 c � � U R S5 nS [ R " UR 5 5 5 $ ! [ a g f = f)N�RECORDc 3 �f # � U H' n[ [ R " US 5 5 v � M) g7f)r NrE )�.0�rows r- � <genexpr>�FBaseDistribution._iter_declared_entries_from_record.<locals>.<genexpr>� s' � � �S�5R�c��G�L�L��Q��(�)�)�5R�s �/1)r� r� �csv�readerr� )r, �texts r- �"_iter_declared_entries_from_record�3BaseDistribution._iter_declared_entries_from_record� sG � � ��>�>�(�+�D� T�S�Z�Z����@Q�5R�S�S�� !� �� �s �> � A � A c �b ^� U R S5 nS UR SS9 5 nU R nU R nUb Uc U$ [ R " U5 R U5 mTR ( d U$ U4S jU 5 $ ! [ a g f = f! [ a Us $ f = f)Nzinstalled-files.txtc 3 �6 # � U H o( d M Uv � M g 7fr( r8 )r� �ps r- r �FBaseDistribution._iter_declared_entries_from_legacy.<locals>.<genexpr>� s � � �A� ;�q�q��� ;�s � � F)�keependsc 3 � ># � U H9 n[ [ R " U5 R TR 5 v � M; g 7fr( )rH rF rG �parts)r� r �info_rels �r- r r � s4 �� � � ��� *�'�,�,�q�/�*?�*?�� � � P� P��s �AA) r� r� r� rj r} rF rG � relative_tor� r )r, r �paths�rootrA r s @r- �"_iter_declared_entries_from_legacy�3BaseDistribution._iter_declared_entries_from_legacy� s� �� � ��>�>�"7�8�D� B�D�O�O�U�O� ;�A���}�}���!�!�� �<�4�<��L� � �|�|�D�)�5�5�d�;�H� �~�~��L� �� � �� !� �� �� � ��L� �s# �B � %B � B �B � B.�-B.c �P � U R 5 =( d U R 5 $ )a� Iterate through file entries declared in this distribution. For modern .dist-info distributions, this is the files listed in the ``RECORD`` metadata file. For legacy setuptools distributions, this comes from ``installed-files.txt``, with entries normalized to be compatible with the format used by ``RECORD``. :return: An iterator for listed entries, or None if the distribution contains neither ``RECORD`` nor ``installed-files.txt``. )r r r+ s r- �iter_declared_entries�&BaseDistribution.iter_declared_entries� s& � � � 3� 3� 5� 9��6�6�8� r1 c # � # � U R S5 nS=p#UR 5 H� nUR 5 nU( a UR S5 ( a M2 UR S5 ( a; UR S5 ( a% UR S5 R S5 u p%nM� [ XBUS 9v � M� g! [ a gf = f7f) a� Parse a ``requires.txt`` in an egg-info directory. This is an INI-ish format where an egg-info stores dependencies. A section name describes extra other environment markers, while each entry is an arbitrary string (not a key-value pair) representing a dependency as a requirement string (no markers). There is a construct in ``importlib.metadata`` called ``Sectioned`` that does mostly the same, but the format is currently considered private. z requires.txtNr� �#�[�]z[]�:)rL rM rN )r� r� r� r� r� r� � partitionrJ )r, r� rM rN r� r� s r- �_iter_requires_txt_entries�+BaseDistribution._iter_requires_txt_entries� s� � � � ��n�n�^�4�G� ����&�&�(�D��:�:�<�D��4�?�?�3�/�/�����s�#�#�� � �c�(:�(:�#'�:�:�d�#3�#=�#=�c�#B� ��&�� �D�f�M� M� )�� !� � � �s( �C �B< �B'C �< C �C �C � C c # � # � S1nU R 5 H4 n[ UR 5 nX1; a M UR U5 Uv � M6 g7f)z'Get extras from the egg-info directory.r� N)r r rM �add)r, � known_extrasr@ rM s r- �_iter_egg_info_extras�&BaseDistribution._iter_egg_info_extras sI � � ��t� ��4�4�6�E�%�e�k�k�2�E��$�� � � �U� #��K� 7�s �A Ac # �l # � U R 5 H� n[ UR 5 nU( a% UR ( a SUR SU S3nO.U( a SU S3nO UR ( a UR nOSnU( a UR SU 3v � M� UR v � M� g7f)aA Get distribution dependencies from the egg-info directory. To ease parsing, this converts a legacy dependency entry into a PEP 508 requirement string. Like ``_iter_requires_txt_entries()``, there is code in ``importlib.metadata`` that does mostly the same, but not do exactly what we need. Namely, ``importlib.metadata`` does not normalize the extra name before putting it into the requirement string, which causes marker comparison to fail because the dist-info format do normalize. This is consistent in all currently available PEP 517 backends, although not standardized. �(z) and extra == "�"z extra == "r� z ; N)r r rM rN rL )r, r@ rM rN s r- �_iter_egg_info_dependencies�,BaseDistribution._iter_egg_info_dependencies" s� � � � �4�4�6�E�%�e�k�k�2�E��� � � �U�\�\�N�*:�5�'��C���%�e�W�A�.��� � � � � ����� �*�*�+�3�v�h�7�7��'�'�'� 7�s �B2B4r� Nc �� � UR S5 ( d U R 5 H nX!S' M UR S5 ( d U R 5 H nX1S' M gg)z6Add egg-info requires.txt information to the metadata.r� zProvides-ExtraN)r� r' r" )r, r� �deprM s r- r� �'BaseDistribution._add_egg_info_requires> sa � �� � ��0�0��7�7�9��,/� �)� :�� � � 0�1�1� �3�3�5��-2�)�*� 6� 2r1 )r8 )Ir9 r: r; r< � classmethodr> rV �bytesr] rb rk rn r= r rj rw rz r} r� r� r� r� r� r r� r r� ri r� r rs r� r� r� r� r� r� �InfoPathr� r r� r� r r$ r� �emailr� �Messager� � functools�cached_propertyr� r r r� r� rh r r� r r r� r� r� r r r rJ r r" r' r� r? r8 r1 r- rQ rQ c s� � ��$�s� $�/A� $� �$� �$� �$� �$� � $� � $� �$�" � $�w� $�c� $�6H� $� � $�G�#� G�5�� 5� � $�(�3�-� $� � $� ��8�C�=� � ��* � $�H�S�M� $� � $� � $�x��}� $� � $� � 5�� 5� � 5� � 7�$� 7� � 7� �4�D� 4� �4�" � 4�$� 4� � 4� �$�� $� �$� �$�� $� �$� �$�S� $� �$� �/�S� /� �/� ��H�Y� /� � ��2 � �3� � � � �)�4� )� �)� �4�$� 4� �4� �1�t� 1� �1� �M�T� M� �M� �Q�$� Q� �Q� $�H� $�� $�$�X�c�]� $�$�h� $�3� $�$�8�N�#;� $�$�� � � 5� 5� $� � � � �%�-�-�/�/� � � � �*�t�C��H�~� *� �*� �5�(�3�-� 5� �5� �>�#� >� �>� �� � � ��$$� �3�� $��+�AV� $�:�x��}� :� $�h�~�&>� $�T�H�X�c�]�4K� T� �H�X�c�]�4K� �* �x��� �'>� � N�H�]�,C� N�2�x��}� �(�X�c�]� (�83�u�}�}�/D�/D� 3�� 3r1 rQ c �� � \ rS rSrSr\SS j5 r\S\\\ SS 4S j5 r S\ S\S 4S jr S\ S 4S jr S\ \ 4S jrS \S S S 4S\S\\ S\S\S\S\ \ 4 S jjrSrg)�BaseEnvironmentiH z6An environment containing distributions to introspect.r& c � � [ 5 er( r) )rU s r- �default�BaseEnvironment.defaultK r0 r1 r c � � [ 5 er( r) )rU r s r- � from_paths�BaseEnvironment.from_pathsO r0 r1 r. rQ c � � [ 5 e)z�Given a requirement name, return the installed distributions. The name may not be normalized. The implementation must canonicalize it for lookup. r) )r, r. s r- �get_distribution� BaseEnvironment.get_distributionS rX r1 c � � [ 5 e)z�Iterate through installed distributions. This function should be implemented by subclass, but never called directly. 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