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� sdYh+� � �2 � S SK Jr S SKrS SKrS SKrS SKrS SKrS SKrS SKrS SK r S SK r S SK r S SK r S SK r S SKrS SKrS SKrS SKrS SKrSSKJr SSKJrJr SSKJrJr SSKJ r J r SSKJ r J r S S K J!r! S S K"J#r# S S K$J%r% S S KJ&r& S S K'J(r(J)r)J*r*J+r+J,r,J-r-J.r.J/r/ / SQr0 " S S\15 r2 " S S5 r3 " S S5 r4 " S S\55 r6 " S S\ Rn 5 r8 " S S5 r9 " S S 5 r: " S S \:5 r; " S S \%5 r< " S! S"5 r= " S# S$5 r> " S% S&5 r? " S' S(\<5 r@ " S) S*\;5 rAS9S+ jrBS:S, jrCS;S- jrDS<S. jrE\R� " \ \ R� " S/5 S09rH S=S1 jrIS>S2 jrJS?S3 jrKS@S4 jrLS5 rMSAS6 jrNSBS7 jrOS8 rPg)C� )� annotationsN� )�_meta)�FreezableDefaultDict�Pair)� method_cache� pass_none)�always_iterable�unique_everseen)�PackageMetadata� SimplePath)�suppress)� import_module)�MetaPathFinder)�starmap)�Any�Iterable�List�Mapping�Match�Optional�Set�cast) � Distribution�DistributionFinderr �PackageNotFoundError� distribution� distributions� entry_points�files�metadata�packages_distributions�requires�versionc �6 � \ rS rSrSrSS jr\SS j5 rSrg)r �1 zThe package was not found.c � � SU R 3$ )Nz"No package metadata was found for ��name��selfs �B/opt/alt/python313/lib64/python3.13/importlib/metadata/__init__.py�__str__� PackageNotFoundError.__str__4 s � �3�D�I�I�;�?�?� c �" � U R u nU$ �N)�args�r+ r) s r, r) �PackageNotFoundError.name7 s � ��)�)���� r/ � N��return�str) �__name__� __module__� __qualname__�__firstlineno__�__doc__r- �propertyr) �__static_attributes__r5 r/ r, r r 1 s � �$�@� �� �r/ r c � � \ rS rSrSr\R " S5 R 5 r\ S 5 r \ S S j5 r \ S S j5 r Srg) � Sectioned�= a8 A simple entry point config parser for performance >>> for item in Sectioned.read(Sectioned._sample): ... print(item) Pair(name='sec1', value='# comments ignored') Pair(name='sec1', value='a = 1') Pair(name='sec1', value='b = 2') Pair(name='sec2', value='a = 2') >>> res = Sectioned.section_pairs(Sectioned._sample) >>> item = next(res) >>> item.name 'sec1' >>> item.value Pair(name='a', value='1') >>> item = next(res) >>> item.value Pair(name='b', value='2') >>> item = next(res) >>> item.name 'sec2' >>> item.value Pair(name='a', value='2') >>> list(res) [] zm [sec1] # comments ignored a = 1 b = 2 [sec2] a = 2 c �B � S U R XR S9 5 $ )Nc 3 � # � U HA nUR c M UR [ R " UR 5 S9v � MC g 7f)N)�value)r) �_replacer �parserE )�.0�sections r, � <genexpr>�*Sectioned.section_pairs.<locals>.<genexpr>h s; � � � �<���|�|� >�G� � �4�:�:�g�m�m�#<� � =�<�s �A �4A )�filter_)�read�valid)�cls�texts r, � section_pairs�Sectioned.section_pairsf s# � � � �8�8�D�)�)�8�<� � r/ Nc # �& # � [ U[ [ R U R 5 5 5 nS nU HS nUR S5 =( a UR S5 nU( a UR S5 nMF [ X45 v � MU g 7f)N�[�]z[])�filter�mapr8 �strip� splitlines� startswith�endswithr )rP rL �linesr) rE � section_matchs r, rM �Sectioned.readn so � � ��w��C�I�I�t���/@� A�B�����E� !� ,� ,�S� 1� I�e�n�n�S�6I�M� � �{�{�4�(����t�#� #� �s �BBc �@ � U =( a U R S5 ( + $ )N�#)rZ )�lines r, rN �Sectioned.validy s � ��0�D�O�O�C� 0�0�0r/ r5 r1 )ra r8 )r9 r: r; r< r= �textwrap�dedent�lstrip�_sample� classmethodrQ � staticmethodrM rN r? r5 r/ r, rA rA = sd � ��8 �o�o� � � �f�h� � � � � � �$� �$� �1� �1r/ rA c �� � \ rS rSr% Sr\R " S5 r S\S' S\S' S\S' Sr S \S ' SS jr SS jr \ SS j5 r \ SS j5 r\ S S j5 rS rS rS rS rS rS rS rS S jrSrg) � EntryPoint�~ ap An entry point as defined by Python packaging conventions. See `the packaging docs on entry points <https://packaging.python.org/specifications/entry-points/>`_ for more information. >>> ep = EntryPoint( ... name=None, group=None, value='package.module:attr [extra1, extra2]') >>> ep.module 'package.module' >>> ep.attr 'attr' >>> ep.extras ['extra1', 'extra2'] zH(?P<module>[\w.]+)\s*(:\s*(?P<attr>[\w.]+)\s*)?((?P<extras>\[.*\])\s*)?$r8 r) rE �groupNzOptional[Distribution]�distc �6 � [ U 5 R XUS9 g )N�r) rE rl ��vars�update)r+ r) rE rl s r, �__init__�EntryPoint.__init__� s � � �T� ���t���>r/ c �8 � [ [ U R R U R 5 5 n[ UR S5 5 n[ SUR S5 =( d SR S5 5 n[ R " [ X25 $ )z�Load the entry point from its definition. If only a module is indicated by the value, return that module. Otherwise, return the named object. �moduleN�attr� �.) r r �pattern�matchrE r rl rV �split� functools�reduce�getattr)r+ r{ rv �attrss r, �load�EntryPoint.load� sn � � �U�D�L�L� .� .�t�z�z� :�;�� �u�{�{�8� 4�5���t�e�k�k�&� 1� 7�R� >� >�s� C�D��� � ���7�7r/ c �x � U R R U R 5 nUc eUR S5 $ )Nrv �rz r{ rE rl �r+ r{ s r, rv �EntryPoint.module� s5 � �� � �"�"�4�:�:�.��� � � ��{�{�8�$�$r/ c �x � U R R U R 5 nUc eUR S5 $ )Nrw r� r� s r, rw �EntryPoint.attr� s5 � �� � �"�"�4�:�:�.��� � � ��{�{�6�"�"r/ c � � U R R U R 5 nUc e[ R " SUR S5 =( d S5 $ )Nz\w+�extrasrx )rz r{ rE �re�findallrl r� s r, r� �EntryPoint.extras� sE � �� � �"�"�4�:�:�.��� � � ��z�z�&�%�+�+�h�"7�"=�2�>�>r/ c �6 � [ U 5 R US9 U $ )N�rm rp )r+ rm s r, �_for�EntryPoint._for� s � � �T� ���t��$�� r/ c � ^ � U 4S jU 5 n[ [ [ R UR 5 U5 5 $ )a� EntryPoint matches the given parameters. >>> ep = EntryPoint(group='foo', name='bar', value='bing:bong [extra1, extra2]') >>> ep.matches(group='foo') True >>> ep.matches(name='bar', value='bing:bong [extra1, extra2]') True >>> ep.matches(group='foo', name='other') False >>> ep.matches() True >>> ep.matches(extras=['extra1', 'extra2']) True >>> ep.matches(module='bing') True >>> ep.matches(attr='bong') True c 3 �< ># � U H n[ TU5 v � M g 7fr1 �r )rH �paramr+ s �r, rJ �%EntryPoint.matches.<locals>.<genexpr>� s �� � �:�6�%���u�%�%�6�s � )�allrW �operator�eq�values)r+ �paramsr� s ` r, �matches�EntryPoint.matches� s- �� �( ;�6�:���3�x�{�{�F�M�M�O�U�;�<�<r/ c �H � U R U R U R 4$ r1 ro r* s r, �_key�EntryPoint._key� s � ��y�y�$�*�*�d�j�j�0�0r/ c �D � U R 5 UR 5 : $ r1 �r� �r+ �others r, �__lt__�EntryPoint.__lt__� s � ��y�y�{�U�Z�Z�\�)�)r/ c �D � U R 5 UR 5 :H $ r1 r� r� s r, �__eq__�EntryPoint.__eq__� s � ��y�y�{�e�j�j�l�*�*r/ c � � [ S5 e)Nz!EntryPoint objects are immutable.)�AttributeError)r+ r) rE s r, � __setattr__�EntryPoint.__setattr__� s � � � @�A�Ar/ c �\ � SU R < SU R < SU R < S3$ )NzEntryPoint(name=z, value=z, group=�)ro r* s r, �__repr__�EntryPoint.__repr__� s2 � � �t�y�y�m�8�D�J�J�>� B��Z�Z�N�!� %� r/ c �4 � [ U R 5 5 $ r1 )�hashr� r* s r, �__hash__�EntryPoint.__hash__� s � ��D�I�I�K� � r/ r5 )r) r8 rE r8 rl r8 r7 �None)r7 r r6 �r7 z List[str])r7 �int)r9 r: r; r< r= r� �compilerz �__annotations__rm rs r� r> rv rw r� r� r� r� r� r� r� r� r� r? r5 r/ r, rj rj ~ s� � �� �j�j� %��G� � �I� �J� �J�#'�D� �'�?�8� �%� �%� �#� �#� �?� �?� �=�.1�*�+�B� � !r/ rj c �~ � \ rS rSrSrSrS S jrS rS S jr\ SS j5 r \ SS j5 r \ S 5 r \S 5 rSrg )� EntryPoints� z; An immutable collection of selectable EntryPoint objects. r5 c �x � [ [ U R US95 5 $ ! [ a [ U5 ef = f)z+ Get the EntryPoint in self matching name. r( )�next�iter�select� StopIteration�KeyErrorr3 s r, � __getitem__�EntryPoints.__getitem__ s; � � !���T�[�[�d�[� 3�4�5� 5�� � !��4�.� � !�s � # �9c �P � U R R < S[ U 5 < S3$ )zb Repr with classname and tuple constructor to signal that we deviate from regular tuple behavior. �(r� )� __class__r9 �tupler* s r, r� �EntryPoints.__repr__ s � � �>�>�2�2�E�$�K�@�@r/ c �. ^� [ U4S jU 5 5 $ )z^ Select entry points from self that match the given parameters (typically group and/or name). c 3 �X ># � U H oR " S0 TD6( d M Uv � M! g 7f�Nr5 )r� )rH �epr� s �r, rJ �%EntryPoints.select.<locals>.<genexpr> s �� � �E��"� � �0D�V�0D�2�2��s �*� *)r� )r+ r� s `r, r� �EntryPoints.select s �� � �E��E�E�Er/ c �D � U Vs1 s H oR iM sn$ s snf )z2 Return the set of all names of all entry points. r( �r+ r� s r, �names�EntryPoints.names s � � #'�'�$�B���$�'�'��'� � c �D � U Vs1 s H oR iM sn$ s snf )z3 Return the set of all groups of all entry points. )rl r� s r, �groups�EntryPoints.groups s � � $(�(�4�R���4�(�(��(r� c �F ^� U " U4S jU R U5 5 5 $ )Nc 3 �D ># � U H oR T5 v � M g 7fr1 )r� )rH r� rm s �r, rJ �-EntryPoints._from_text_for.<locals>.<genexpr>( s �� � �@�+?�R�7�7�4�=�=�+?�� � )� _from_text)rO rP rm s `r, �_from_text_for�EntryPoints._from_text_for& s �� ��@�3�>�>�$�+?�@�@�@r/ c �L � S [ R U =( d S5 5 $ )Nc 3 � # � U HB n[ UR R UR R UR S 9v � MD g7f)ro N)rj rE r) )rH �items r, rJ �)EntryPoints._from_text.<locals>.<genexpr>, s6 � � � �;�� �D�J�J�O�O�4�:�:�3C�3C�4�9�9� U�;�s �A A rx )rA rQ )rP s r, r� �EntryPoints._from_text* s# � � �!�/�/�� ��;� � r/ N)r) r8 r7 rj �r7 r� )r7 zSet[str])r9 r: r; r< r= � __slots__r� r� r� r> r� r� rg r� rh r� r? r5 r/ r, r� r� � sq � �� �I�!�A�F� �(� �(� �)� �)� �A� �A� � � � r/ r� c �Z � \ rS rSr% SrS\S' S\S' S\S' SSS jjrSS jrSS jrS r g )� PackagePathi2 z"A reference to a path in a packagezOptional[FileHash]r� r� �sizer rm c �< � U R 5 R US9$ )N��encoding)�locate� read_text)r+ r� s r, r� �PackagePath.read_text9 s � ��{�{�}�&�&��&�9�9r/ c �> � U R 5 R 5 $ r1 )r� � read_bytesr* s r, � read_binary�PackagePath.read_binary< s � ��{�{�}�'�'�)�)r/ c �8 � U R R U 5 $ )z'Return a path-like object for this path)rm � locate_filer* s r, r� �PackagePath.locate? s � ��y�y�$�$�T�*�*r/ r5 N)�utf-8)r� r8 r7 r8 )r7 �bytes)r7 r ) r9 r: r; r< r= r� r� r� r� r? r5 r/ r, r� r� 2 s% � �,� � � �I� ��:�*�+r/ r� c �( � \ rS rSrSS jrSS jrSrg)�FileHashiD c �@ � UR S5 u U l o l g )N�=)� partition�moderE )r+ �spec�_s r, rs �FileHash.__init__E s � �#'�>�>�#�#6� �� �1�jr/ c �< � SU R SU R S3$ )Nz<FileHash mode: z value: �>�r� rE r* s r, r� �FileHash.__repr__H s � �!�$�)�)��H�T�Z�Z�L��B�Br/ r N)r� r8 r7 r� r6 )r9 r: r; r< rs r� r? r5 r/ r, r� r� D s � �7�Cr/ r� c �( ^ � \ rS rSrU 4S jrSrU =r$ )�DeprecatedNonAbstractiL c �R >� [ R " U 5 VVs1 s H n[ U5 H oDiM M nnnU Vs1 s H" n[ [ X5 SS5 ( d M UiM$ nnU( a [ R " SU 3[ SS9 [ TU ]! U 5 $ s snnf s snf )N�__isabstractmethod__Fz Unimplemented abstract methods � )� stacklevel) �inspect�getmrorq r �warnings�warn�DeprecationWarning�super�__new__)rO r2 �kwargs�subclassr) � all_names�abstractr� s �r, r � DeprecatedNonAbstract.__new__N s� �� �!(� � ��!4� �!4�X��h� ��D� �D�!4� � � "� �!���w�s�)�+A�5�I� �!� � � � �M�M�1�(��<�"� � � �w��s�#�#�� �� s � B � B$�#B$r5 )r9 r: r; r< r r? � __classcell__�r� s @r, r r L s �� �$� $r/ r c � � \ rS rSrSr\R S S j5 r\R S S j5 r\ S S j5 r \ SS. S S jj5 r \ S S j5 r \ S 5 r\S!S j5 r\S"S j5 r\S 5 r\S"S j5 r\S#S j5 r\S$S j5 rS rS rS r\S%S j5 rS rS r\ S 5 r \ S 5 r \S 5 r S r Sr g)&r i` a* An abstract Python distribution package. Custom providers may derive from this class and define the abstract methods to provide a concrete implementation for their environment. Some providers may opt to override the default implementation of some properties to bypass the file-reading mechanism. c � � g)a` Attempt to load metadata file given by the name. Python distribution metadata is organized by blobs of text typically represented as "files" in the metadata directory (e.g. package-1.0.dist-info). These files include things like: - METADATA: The distribution metadata including fields like Name and Version and Description. - entry_points.txt: A series of entry points as defined in `the entry points spec <https://packaging.python.org/en/latest/specifications/entry-points/#file-format>`_. - RECORD: A record of files according to `this recording spec <https://packaging.python.org/en/latest/specifications/recording-installed-packages/#the-record-file>`_. A package may provide any set of files, including those not listed here or none at all. :param filename: The name of the file in the distribution info. :return: The text if found, otherwise None. Nr5 �r+ �filenames r, r� �Distribution.read_textk � � r/ c � � g)zI Given a path to a file in this distribution, return a SimplePath to it. Nr5 �r+ �paths r, r� �Distribution.locate_file� r r/ c � � U( d [ S5 e [ [ U R US95 5 $ ! [ a [ U5 ef = f)av Return the Distribution for the given package name. :param name: The name of the distribution package to search for. :return: The Distribution instance (or subclass thereof) for the named package, if found. :raises PackageNotFoundError: When the named package's distribution metadata cannot be found. :raises ValueError: When an invalid value is supplied for name. z A distribution name is required.r( )� ValueErrorr� r� �discoverr� r )rO r) s r, � from_name�Distribution.from_name� sM � � � � ?�@� @� -���S�\�\�t�\� 4�5�6� 6�� � -�&�t�,� ,� -�s � 5 �A N)�contextc �� ^� T( a U( a [ S5 eT=( d [ R " S0 UD6m[ R R U4S jU R 5 5 5 $ )a Return an iterable of Distribution objects for all packages. Pass a ``context`` or pass keyword arguments for constructing a context. :context: A ``DistributionFinder.Context`` object. :return: Iterable of Distribution objects for packages matching the context. z cannot accept context and kwargsc 3 �2 ># � U H o" T5 v � M g 7fr1 r5 )rH �resolverr) s �r, rJ �(Distribution.discover.<locals>.<genexpr>� s �� � � - �.G�(�H�W� � �.G�s �r5 )r% r �Context� itertools�chain� from_iterable�_discover_resolvers)rO r) r s ` r, r& �Distribution.discover� s\ �� � �v� � ?�@� @��A� /� 7� 7� A�&� A�����,�,� - �.1�.E�.E�.G�- � � r/ c �@ � [ [ R " U 5 5 $ )z�Return a Distribution for the indicated metadata path. :param path: a string or path-like object :return: a concrete Distribution instance for the path )�PathDistribution�pathlib�Path�r" s r, �at�Distribution.at� s � � �� � �T� 2�3�3r/ c �H � S [ R 5 n [ SU 5 $ )z9Search the meta_path for resolvers (MetadataPathFinders).c 3 �< # � U H n[ US S5 v � M g7f)�find_distributionsNr� )rH �finders r, rJ �3Distribution._discover_resolvers.<locals>.<genexpr>� s � � � �FS�F�G�F� 0�$� 7� 7�m�s � N)�sys� meta_pathrV )�declareds r, r2 � Distribution._discover_resolvers� s$ � � �FI�m�m� �� �d�H�%�%r/ c � � SSK Jn U R S5 =( d) U R S5 =( d U R S5 n[ [ U5 nUR [ R " U5 5 $ )aF Return the parsed metadata for this Distribution. The returned object will have keys that name the various bits of metadata per the `Core metadata specifications <https://packaging.python.org/en/latest/specifications/core-metadata/#core-metadata>`_. Custom providers may provide the METADATA file or override this property. r )� _adapters�METADATAzPKG-INFOrx )rx rE r� r r8 �Message�email�message_from_string)r+ rE �opt_textrP s r, r! �Distribution.metadata� sh � � � �N�N�:� &� "��~�~�j�)� "� �~�~�b�!� � �C��"��� � ��!:�!:�4�!@�A�Ar/ c � � U R S $ )z8Return the 'Name' metadata for the distribution package.�Name�r! r* s r, r) �Distribution.name� s � � �}�}�V�$�$r/ c �@ � [ R U R 5 $ )z(Return a normalized version of the name.)�Prepared� normalizer) r* s r, �_normalized_name� Distribution._normalized_name� s � � �!�!�$�)�)�,�,r/ c � � U R S $ )z;Return the 'Version' metadata for the distribution package.�VersionrN r* s r, r$ �Distribution.version� s � � �}�}�Y�'�'r/ c �L � [ R U R S5 U 5 $ )z� Return EntryPoints for this distribution. Custom providers may provide the ``entry_points.txt`` file or override this property. zentry_points.txt)r� r� r� r* s r, r �Distribution.entry_points� s! � � �)�)�$�.�.�9K�*L�d�S�Sr/ c �� ^ ^� SU 4S jjm[ U4S j5 n[ S 5 nU" U" T R 5 =( d' T R 5 =( d T R 5 5 5 $ )a� Files in this distribution. :return: List of PackagePath for this distribution or None Result is `None` if the metadata file that enumerates files (i.e. RECORD for dist-info, or installed-files.txt or SOURCES.txt for egg-info) is missing. Result may be empty if the metadata exists but is empty. Custom providers are recommended to provide a "RECORD" file (in ``read_text``) or override this property to allow for callers to be able to resolve filenames provided by the package. c � >� [ U 5 nU( a [ U5 OS Ul U( a [ U5 OS Ul TUl U$ r1 )r� r� r� r� r� rm )r) r� �size_str�resultr+ s �r, � make_file�%Distribution.files.<locals>.make_file s7 �� � ��&�F�,0�(�4�.�d�F�K�+3�#�h�-��F�K� �F�K��Mr/ c �B >� SS K n[ TUR U 5 5 $ )Nr )�csvr �reader)r\ ra r^ s �r, � make_files�&Distribution.files.<locals>.make_files s �� � ��9�c�j�j��&7�8� 8r/ c �. � [ [ S U 5 5 $ )Nc �> � U R 5 R 5 $ r1 )r� �existsr8 s r, �<lambda>�@Distribution.files.<locals>.skip_missing_files.<locals>.<lambda> s � �D�K�K�M�,@�,@�,Br/ )�listrV )� package_pathss r, �skip_missing_files�.Distribution.files.<locals>.skip_missing_files s � ��� B�M�R�S� Sr/ )NN)r �_read_files_distinfo� _read_files_egginfo_installed�_read_files_egginfo_sources)r+ rc rl r^ s ` @r, r �Distribution.files� sw �� � � � 9� � 9� � T� � T� "� ��)�)�+� 6��5�5�7�6��3�3�5� � � r/ c �V � U R S5 nU=( a UR 5 $ )z Read the lines of RECORD. �RECORD)r� rY �r+ rP s r, rn �!Distribution._read_files_distinfo s$ � � �~�~�h�'���)����)�)r/ c �� ^ ^� T R S5 n[ T SS5 mU( a T( d gU U4S jUR 5 5 n[ SR U5 $ )a� Read installed-files.txt and return lines in a similar CSV-parsable format as RECORD: each file must be placed relative to the site-packages directory and must also be quoted (since file names can contain literal commas). This file is written when the package is installed by pip, but it might not be written for other installation methods. Assume the file is accurate if it exists. zinstalled-files.txt�_pathNc 3 � ># � U HQ nTU- R 5 R TR S 5 R 5 SS9R 5 v � MS g7f)rx T)�walk_upN)�resolve� relative_tor� �as_posix)rH r) r+ �subdirs ��r, rJ �=Distribution._read_files_egginfo_installed.<locals>.<genexpr>7 sU �� � � � *�� �d�]� �W�Y� �[��)�)�"�-�5�5�7��[� F� �X�Z� � *�s �AA �"{}")r� r rY rW �format)r+ rP �pathsr} s ` @r, ro �*Distribution._read_files_egginfo_installed$ sW �� � �~�~� 3�4�� ��w��-���6� � � ���)� �� �6�=�=�%�(�(r/ c �~ � U R S5 nU=( a$ [ SR UR 5 5 $ )a� Read SOURCES.txt and return lines in a similar CSV-parsable format as RECORD: each file name must be quoted (since it might contain literal commas). Note that SOURCES.txt is not a reliable source for what files are installed by a package. This file is generated for a source archive, and the files that are present there (e.g. setup.py) may not correctly reflect the files that are present after the package has been installed. z SOURCES.txtr )r� rW r� rY rt s r, rp �(Distribution._read_files_egginfo_sources@ s/ � � �~�~�m�,���=��F�M�M�4�?�?�+<�=�=r/ c �x � U R 5 =( d U R 5 nU=( a [ U5 $ )z6Generated requirements specified for this Distribution)�_read_dist_info_reqs�_read_egg_info_reqsrj )r+ �reqss r, r# �Distribution.requiresO s/ � � �(�(�*�H�d�.F�.F�.H���"��T� �"r/ c �8 � U R R S5 $ )Nz Requires-Dist)r! �get_allr* s r, r� �!Distribution._read_dist_info_reqsU s � ��}�}�$�$�_�5�5r/ c �Z � U R S5 n[ U R 5 " U5 $ )Nz requires.txt)r� r �_deps_from_requires_text)r+ �sources r, r� � Distribution._read_egg_info_reqsX s& � �� � ��/����6�6�7��?�?r/ c �J � U R [ R U5 5 $ r1 )�%_convert_egg_info_reqs_to_simple_reqsrA rM )rO r� s r, r� �%Distribution._deps_from_requires_text\ s � ��8�8�� � ��9O�P�Pr/ c # � ^# � S mU4S jnS nU H9 nU" UR 5 nUR U- U" UR 5 - v � M; g7f)a� Historically, setuptools would solicit and store 'extra' requirements, including those with environment markers, in separate sections. More modern tools expect each dependency to be defined separately, with any relevant extras and environment markers attached directly to that requirement. This method converts the former to the latter. See _test_deps_from_requires_text for an example. c � � U =( a SU S3$ )Nz extra == "�"r5 r( s r, �make_condition�JDistribution._convert_egg_info_reqs_to_simple_reqs.<locals>.make_conditionl s � ��0�j���a� 0� 0r/ c �� >� U =( d Sn U R S5 u pnU( a U( a SU S3n[ [ S UT" U5 /5 5 nU( a SSR U5 - $ S$ )Nrx �:r� r� z; z and )r� rj rV �join)rI �extra�sep�markers� conditionsr� s �r, � quoted_marker�IDistribution._convert_egg_info_reqs_to_simple_reqs.<locals>.quoted_markero si �� � �m��G�")�"3�"3�C�"8� �E���� �g�Y�a�.�� �f�T�G�^�E�5J�+K� L�M�J�6@�4�'�,�,�z�2�2� H�b� Hr/ c � � SSU ; - $ )zi PEP 508 requires a space between the url_spec and the quoted_marker. Ref python/importlib_metadata#357. � �@r5 )�reqs r, � url_req_space�IDistribution._convert_egg_info_reqs_to_simple_reqs.<locals>.url_req_spacew s � � �#��*�%� %r/ N)rE r) )�sectionsr� r� rI �spacer� s @r, r� �2Distribution._convert_egg_info_reqs_to_simple_reqs` sM �� � � 1� I� &� �G�!�'�-�-�0�E��-�-�%�'�-�� � �*E�E� E� �s �A Ac �$ � U R S5 $ )Nzdirect_url.json)� _load_jsonr* s r, �origin�Distribution.origin� s � ���� 0�1�1r/ c �^ � [ [ R 5 " U R U5 S S9$ )Nc �. � [ R " S0 U D6$ r� )�types�SimpleNamespace)�datas r, rh �)Distribution._load_json.<locals>.<lambda>� s � �U�%:�%:�%B�T�%Br/ )� object_hook)r �json�loadsr� r s r, r� �Distribution._load_json� s' � �����$� �N�N�8� $�B� � r/ r5 )r7 � Optional[str]�r" �str | os.PathLike[str]r7 r )r) r8 r7 r )r) z$Optional[DistributionFinder.Context]r7 �Iterable[Distribution])r" r� r7 r )r7 �_meta.PackageMetadatar6 r� )r7 �Optional[List[PackagePath]])r7 �Optional[List[str]])!r9 r: r; r< r= �abc�abstractmethodr� r� rg r' r& rh r9 r2 r> r! r) rS r$ r r rn ro rp r# r� r� r� r� r� r� r? r5 r/ r, r r ` s� � �� ��� � � �, ��� � � � �-� �-�" �@D� �=� � � � � �& �4� �4� �&� �&� �B� �B�0 �%� �%� �-� �-� �(� �(� �T� �T� �( � �( �T*�)�8 >� �#� �#� 6�@� �Q� �Q� � F� � F�D �2� �2� r/ r c �d � \ rS rSrSr " S S5 r\R \" 5 4SS jj5 rSr g) r i� z� A MetaPathFinder capable of discovering installed distributions. Custom providers should implement this interface in order to supply metadata. c �8 � \ rS rSrSrSr S r\SS j5 rSr g)�DistributionFinder.Contexti� a Keyword arguments presented by the caller to ``distributions()`` or ``Distribution.discover()`` to narrow the scope of a search for distributions in all DistributionFinders. Each DistributionFinder may expect any parameters and should attempt to honor the canonical parameters defined below when appropriate. This mechanism gives a custom provider a means to solicit additional details from the caller beyond "name" and "path" when searching distributions. For example, imagine a provider that exposes suites of packages in either a "public" or "private" ``realm``. A caller may wish to query only for distributions in a particular realm and could call ``distributions(realm="private")`` to signal to the custom provider to only include distributions from that realm. Nc �8 � [ U 5 R U5 g r1 rp )r+ r s r, rs �#DistributionFinder.Context.__init__� s � � ��J� � �f� %r/ c �T � [ U 5 R S[ R 5 $ )z� The sequence of directory path that a distribution finder should search. Typically refers to Python installed package paths such as "site-packages" directories and defaults to ``sys.path``. r" )rq �getr@ r" r* s r, r" � DistributionFinder.Context.path� s � � ��:�>�>�&�#�(�(�3� 3r/ r5 r� ) r9 r: r; r< r= r) rs r> r" r? r5 r/ r, r. r� � s, � � �, �� � &� � 4� � 4r/ r. c � � g)z� Find distributions. Return an iterable of all Distribution instances capable of loading the metadata for packages matching the ``context``, a DistributionFinder.Context instance. Nr5 )r+ r) s r, r= �%DistributionFinder.find_distributions� r r/ r5 N�r7 r� ) r9 r: r; r< r= r. r� r� r= r? r5 r/ r, r r � s1 � ��)4� )4�V ���)0�� � � r/ r c � ^ � \ rS rSrSr\R " 5 U 4S j5 rS rS r S r S r S r \ S 5 r\S 5 rS rU =r$ ) �FastPathi� aM Micro-optimized class for searching a root for children. Root is a path on the file system that may contain metadata directories either as natural directories or within a zip file. >>> FastPath('').children() ['...'] FastPath objects are cached and recycled for any given root. >>> FastPath('foobar') is FastPath('foobar') True c �" >� [ TU ] U 5 $ r1 )r r )rO �rootr� s �r, r �FastPath.__new__� s �� ��w��s�#�#r/ c � � Xl g r1 )r� )r+ r� s r, rs �FastPath.__init__� s � �� r/ c �D � [ R " U R U5 $ r1 )r6 r7 r� )r+ �childs r, �joinpath�FastPath.joinpath� s � ��|�|�D�I�I�u�-�-r/ c � � [ [ 5 [ R " U R =( d S5 sS S S 5 $ ! , ( d f O= f[ [ 5 U R 5 sS S S 5 $ ! , ( d f / $ = f�Nry )r � Exception�os�listdirr� � zip_childrenr* s r, �children�FastPath.children� sP � � �i� ��:�:�d�i�i� .�3�/� !� � �� �i� ��$�$�&� !� � �� �s �)A� A�#A=�= B c �� � [ R " U R 5 nUR R 5 nUR U l [ R S U 5 5 $ )Nc 3 �f # � U H' oR [ R S 5 S v � M) g7f)r r N)r| � posixpathr� )rH r� s r, rJ �(FastPath.zip_children.<locals>.<genexpr>� s" � � � Q�5�%�[�[�� � �� :�1� =�5�s �/1)�zipfiler7 r� �namelistr� �dict�fromkeys)r+ �zip_pathr� s r, r� �FastPath.zip_children� sH � ��<�<�� � �*��� � �&�&�(�� �)�)�� ��}�}� Q�5� Q�Q�Qr/ c �V � U R U R 5 R U5 $ r1 )�lookup�mtime�searchr3 s r, r� �FastPath.search� s � ��{�{�4�:�:�&�-�-�d�3�3r/ c �� � [ [ 5 [ R " U R 5 R sS S S 5 $ ! , ( d f O= fU R R 5 g r1 )r �OSErrorr� �statr� �st_mtimer� � cache_clearr* s r, r� �FastPath.mtime� s< � � �g� ��7�7�4�9�9�%�.�.� � � �� � � � � �!s �*A� Ac � � [ U 5 $ r1 )�Lookup)r+ r� s r, r� �FastPath.lookup� s � ��d�|�r/ )r� r� )r9 r: r; r< r= r} � lru_cacher rs r� r� r� r� r> r� r r� r? r r s @r, r� r� � sg �� � � ����$� �$��.��R�4� �"� �"� � � � r/ r� c �, � \ rS rSrSrSS jrSS jrSrg) r� i zC A micro-optimized class for searching a (fast) path for metadata. c � � [ R R UR 5 R 5 nUR S5 n[ [ 5 U l [ [ 5 U l UR 5 GH nUR 5 nUR S5 ( aj UR S5 S R S5 S n[ R U5 nU R U R UR! U5 5 M� U( d M� US:X d M� UR S5 S R S5 S n[ R# U5 nU R U R UR! U5 5 GM U R R% 5 U R R% 5 g)z� Calculate all of the children representing metadata. From the children in the path, calculate early all of the children that appear to represent metadata (infos) or legacy metadata (eggs). z.egg�z .dist-infoz .egg-infory r �-zegg-infoN)r� r" �basenamer� �lowerr[ r rj �infos�eggsr� � rpartitionr� rQ rR �appendr� �legacy_normalize�freeze) r+ r" �base� base_is_eggr� �lowr) � normalized�legacy_normalizeds r, rs �Lookup.__init__ sL � � �w�w� � �� � �*�0�0�2���m�m�F�+� �)�$�/�� �(��.�� ��]�]�_�E��+�+�-�C��|�|� 7�8�8��~�~�c�*�1�-�7�7��<�Q�?�� %� /� /�� 5� �� � �:�&�-�-�d�m�m�E�.B�C� ��� �!2����s�+�A�.�8�8��=�a�@��$,�$=�$=�d�$C�!�� � �+�,�3�3�D�M�M�%�4H�I� %� � � ���� � � ���r/ c � � U( a U R UR O6[ R R U R R 5 5 nU( a U R UR O6[ R R U R R 5 5 n[ R " X#5 $ )z7 Yield all infos and eggs matching the Prepared query. )r� r r/ r0 r1 r� r r )r+ �preparedr� r s r, r� � Lookup.search$ s� � � � �J�J�x�*�*� +�� � �.�.�t�z�z�/@�/@�/B�C� � � �I�I�h�0�0� 1�� � �.�.�t�y�y�/?�/?�/A�B� � ���u�+�+r/ )r r� N)r" r� )r rQ )r9 r: r; r< r= rs r� r? r5 r/ r, r� r� s � ���:,r/ r� c �P � \ rS rSrSrSrSrS S jr\S 5 r \S 5 r S r Sr g) rQ i5 a� A prepared search query for metadata on a possibly-named package. Pre-calculates the normalization to prevent repeated operations. >>> none = Prepared(None) >>> none.normalized >>> none.legacy_normalized >>> bool(none) False >>> sample = Prepared('Sample__Pkg-name.foo') >>> sample.normalized 'sample_pkg_name_foo' >>> sample.legacy_normalized 'sample__pkg_name.foo' >>> bool(sample) True Nc �p � Xl Uc g U R U5 U l U R U5 U l g r1 )r) rR r r r r3 s r, rs �Prepared.__init__L s2 � �� � �<� � �.�.��.���!%�!6�!6�t�!<�� r/ c �n � [ R " SSU 5 R 5 R SS5 $ )z3 PEP 503 normalization plus dashes as underscores. z[-_.]+r� r )r� �subr� �replacer( s r, rR �Prepared.normalizeS s- � � �v�v�i��d�+�1�1�3�;�;�C��E�Er/ c �B � U R 5 R SS5 $ )zd Normalize the package name as found in the convention in older packaging tools versions and specs. r� r )r� r r( s r, r �Prepared.legacy_normalizeZ s � � �z�z�|�#�#�C��-�-r/ c �, � [ U R 5 $ r1 )�boolr) r* s r, �__bool__�Prepared.__bool__b s � ��D�I�I�� r/ )r r) r )r) r� ) r9 r: r; r< r= r r rs rh rR r r r? r5 r/ r, rQ rQ 5 sH � ��& �J� ��=� �F� �F� �.� �.� r/ rQ c �p � \ rS rSr\\R 5 4 SS jj5 r\S 5 r\SS j5 r Sr g) �MetadataPathFinderif c �n � U R UR UR 5 n[ [ U5 $ )z� Find distributions. Return an iterable of all Distribution instances capable of loading the metadata for packages matching ``context.name`` (or all names if ``None`` indicated) along the paths in the list of directories ``context.path``. )� _search_pathsr) r" rW r5 )rO r) �founds r, r= �%MetadataPathFinder.find_distributionsg s, � � �!�!�'�,�,�� � �=���#�U�+�+r/ c � ^� [ U5 m[ R R U4S j[ [ U5 5 5 $ )z1Find metadata directories in paths heuristically.c 3 �D ># � U H oR T5 v � M g 7fr1 )r� )rH r" r s �r, rJ �3MetadataPathFinder._search_paths.<locals>.<genexpr>z s �� � � - �.B�d�K�K�� !� !�.B�r� )rQ r/ r0 r1 rW r� )rO r) r� r s @r, r � MetadataPathFinder._search_pathsv s9 �� � �D�>�����,�,� - �.1�(�E�.B�- � � r/ c �@ � [ R R 5 g r1 )r� r r� )rO s r, �invalidate_caches�$MetadataPathFinder.invalidate_caches~ s � ����$�$�&r/ r5 N)r7 zIterable[PathDistribution])r7 r� ) r9 r: r; r< rg r r. r= r r& r? r5 r/ r, r r f sP � ��'�/�/�1� ,� #� ,� � ,� � � � � �'� �'r/ r c � ^ � \ rS rSrSS jrS S jr\R R \l S S jr\ U 4S j5 r \ S 5 r Sr U =r$ ) r5 i� c � � Xl g)zVConstruct a distribution. :param path: SimplePath indicating the metadata directory. N�rw r! s r, rs �PathDistribution.__init__� s � � � r/ c �� � [ [ [ [ [ [ 5 U R R U5 R SS9sS S S 5 $ ! , ( d f g = f)Nr� r� ) r �FileNotFoundError�IsADirectoryErrorr� �NotADirectoryError�PermissionErrorrw r� r� r s r, r� �PathDistribution.read_text� sP � � � � � � � � � �:�:�&�&�x�0�:�:�G�:�L� � � � �s �(A� A$c �4 � U R R U- $ r1 )rw �parentr! s r, r� � PathDistribution.locate_file� s � ��z�z� � �4�'�'r/ c �� >� [ R R [ U R 5 5 n[ [ R 5 " U R U5 5 =( d [ TU ]( $ )zb Performance optimization: where possible, resolve the normalized name from the file system path. ) r� r" r� r8 rw r rQ rR �_name_from_stemr rS )r+ �stemr� s �r, rS �!PathDistribution._normalized_name� sQ �� � �w�w� � ��D�J�J��0�� �h�(�(� )�$�*>�*>�t�*D� E� (��w�'� r/ c �~ � [ R R U 5 u pUS; a gUR S5 u p4nU$ )z� >>> PathDistribution._name_from_stem('foo-3.0.egg-info') 'foo' >>> PathDistribution._name_from_stem('CherryPy-3.0.dist-info') 'CherryPy' >>> PathDistribution._name_from_stem('face.egg-info') 'face' >>> PathDistribution._name_from_stem('foo.bar') r� Nr� )r� r" �splitextr� )r7 r �extr) r� �rests r, r6 � PathDistribution._name_from_stem� s? � � ���(�(��.� �� �1� 1� �"�,�,�S�1���4�� r/ r* )r" r r7 r� )r r� r7 r� r� )r9 r: r; r< rs r� r r= r� r> rS rh r6 r? r r s @r, r5 r5 � sP �� �� � %�.�.�6�6�I��(� � � � � �� �r/ r5 c �, � [ R U 5 $ )z�Get the ``Distribution`` instance for the named package. :param distribution_name: The name of the distribution package as a string. :return: A ``Distribution`` instance (or subclass thereof). )r r' ��distribution_names r, r r � s � � � !� !�"3� 4�4r/ c �. � [ R " S0 U D6$ )ztGet all ``Distribution`` instances in the current environment. :return: An iterable of ``Distribution`` instances. r5 )r r& )r s r, r r � s � � � � � *�6� *�*r/ c �@ � [ R U 5 R $ )z�Get the metadata for the named package. :param distribution_name: The name of the distribution package to query. :return: A PackageMetadata containing the parsed metadata. )r r' r! r? s r, r! r! � s � � � !� !�"3� 4� =� =�=r/ c �, � [ U 5 R $ )z�Get the version string for the named package. :param distribution_name: The name of the distribution package to query. :return: The version string for the package as defined in the package's "Version" metadata key. )r r$ r? s r, r$ r$ � s � � �)� *� 2� 2�2r/ rS )�keyc � � [ R R S [ [ 5 5 5 5 n[ U5 R " S0 U D6$ )z�Return EntryPoint objects for all installed packages. Pass selection parameters (group or name) to filter the result to entry points matching those properties (see EntryPoints.select()). :return: EntryPoints for all installed packages. c 3 �8 # � U H oR v � M g 7fr1 )r )rH rm s r, rJ � entry_points.<locals>.<genexpr>� s � � � (�&>�d���&>�s �r5 )r/ r0 r1 �_uniquer r� r� )r� �epss r, r r � sG � � �/�/� '� '� (�&-�m�o�&>�(� �C� �s� � "� "� ,�V� ,�,r/ c �, � [ U 5 R $ )z�Return a list of files for the named package. :param distribution_name: The name of the distribution package to query. :return: List of files composing the distribution. )r r r? s r, r r � s � � �)� *� 0� 0�0r/ c �, � [ U 5 R $ )z� Return a list of requirements for the named package. :return: An iterable of requirements, suitable for packaging.requirement.Requirement. )r r# r? s r, r# r# � s � � �)� *� 3� 3�3r/ c � � [ R " [ 5 n [ 5 HG n[ U5 =( d [ U5 H# nX R UR S 5 M% MI [ U 5 $ )z� Return a mapping of top-level packages to their distributions. >>> import collections.abc >>> pkgs = packages_distributions() >>> all(isinstance(dist, collections.abc.Sequence) for dist in pkgs.values()) True rM ) � collections� defaultdictrj r �_top_level_declared�_top_level_inferredr r! r� )� pkg_to_distrm �pkgs r, r" r" se � � �)�)�$�/�K� ���&�t�,�I�0C�D�0I�I�C� � � #� #�D�M�M�&�$9� :� J� � � � � r/ c �R � U R S5 =( d SR 5 $ )Nz top_level.txtrx )r� r| r� s r, rO rO s � � �N�N�?� +� 1�r� 8� 8� :�:r/ c �2 � U R tpU( a U$ S$ )z: Return the top-most parent as long as there is a parent. N)�parts)r) �topr< s r, �_topmostrW s � � ���J�C��3� �D� r/ c �v � [ U 5 =( d( [ R " U 5 =( d [ U 5 $ )a� Infer a possibly importable module name from a name presumed on sys.path. >>> _get_toplevel_name(PackagePath('foo.py')) 'foo' >>> _get_toplevel_name(PackagePath('foo')) 'foo' >>> _get_toplevel_name(PackagePath('foo.pyc')) 'foo' >>> _get_toplevel_name(PackagePath('foo/__init__.py')) 'foo' >>> _get_toplevel_name(PackagePath('foo.pth')) 'foo.pth' >>> _get_toplevel_name(PackagePath('foo.dist-info')) 'foo.dist-info' )rW r � getmodulenamer8 r( s r, �_get_toplevel_namerZ & s/ � �$ �D�>� �� � �d�#� � �t�9�r/ c �v � [ [ [ [ U R 5 5 5 nS n[ X!5 $ )Nc � � SU ; $ r� r5 r( s r, �importable_name�,_top_level_inferred.<locals>.importable_nameB s � ��$�� r/ )�setrW rZ r r rV )rm � opt_namesr] s r, rP rP ? s/ � ��C�*�O�D�J�J�,G�H�I�I� � �/� -�-r/ )r@ r8 r7 r r� )r@ r8 r7 r� )r@ r8 r7 r8 r� )r@ r8 r7 r� )r@ r8 r7 r� )r7 zMapping[str, List[str]])r) r� r7 r� )r) r� r7 r8 )Q� __future__r r� r� r� r@ r� rH r� r r6 r� r� rc r r} r/ r� rM rx r � _collectionsr r � _functoolsr r � _itertoolsr r r r � contextlibr � importlibr � importlib.abcr r �typingr r r r r r r r �__all__�ModuleNotFoundErrorr rA rj r� r� � PurePosixPathr� r� r r r r� r� rQ r r5 r r r! r$ �partial� attrgetterrH r r r# r" rO rW rZ rP r5 r/ r, �<module>rn s} �� "� � � � � � � � � � � � � � � � � � � 4� /� 8� .� � #� (� � K� K� K� �� �.� �>1� >1�By!� y!�x5 �%� 5 �p+�'�'�'� +�$C� C�$� $�(k �(� k �\ ; � � ; �|3 � 3 �l0,� 0,�f. � . �b'�+� '�:4�|� 4�n5�+�>�3� � � ����� .�/� ��� -� 1�4� �";�!��2.r/