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� ƺ [Q � �V � d dl mZ d dlmZmZ d dlmZ G d� de� � Zd� Zd� Z dS ) � )�division)� timedelta�tzinfo)�deepcopyc �6 � e Zd ZdZd� Zd� Zd� Zd� Zd� Zd� Z dS ) � FixedOffseta� Represent a timezone with a fixed offset from UTC and no adjustment for DST. >>> FixedOffset(4,0) <UTC+04:00> >>> FixedOffset(-4,0) <UTC-04:00> >>> FixedOffset(4,30) <UTC+04:30> >>> tz = FixedOffset(-5,0) >>> tz.dst(None) datetime.timedelta(0) The class tries to do the right thing with the sign of the time zone offset: >>> FixedOffset(-9,30) <UTC-09:30> >>> FixedOffset(-9,-30) Traceback (most recent call last): ... ValueError: minutes must not be negative Offsets must thus be normalized so that the minute value is positive: >>> FixedOffset(-8,30) <UTC-08:30> c �� � t j | � � |dk rt d� � �|dk r|dz }t ||�� � | _ dt t | j � � � � z | _ dS )zK Create a new FixedOffset instance with the given offset. r z minutes must not be negative���)�hours�minutes�UTCN)r �__init__� ValueErrorr �_FixedOffset__offset�timezone�timedelta_seconds�_FixedOffset__name)�selfr r s �1/usr/lib/python3/dist-packages/pyrfc3339/utils.pyr zFixedOffset.__init__( s| � � ��� � � � �Q�;�;� � ;�<�<� <� �1�9�9� �r�M�G�!��*1�3� 3� 3�� ��h�'8�� �'G�'G� H� H�H�� � � � c � � t d� � S )zG Return offset for DST. Always returns timedelta(0). r )r �r �dts r �dstzFixedOffset.dst6 s � � ��|�|�r c � � | j S )z* Return offset from UTC. )r r s r � utcoffsetzFixedOffset.utcoffset= s � � �}� r c � � | j S )z+ Return name of timezone. )r r s r �tznamezFixedOffset.tznameD s � � �{�r c �R � d� | � d � � � � S )Nz<{0}>)�formatr )r s r �__repr__zFixedOffset.__repr__K s � ��~�~�d�k�k�$� /� /�0�0�0r c �� � | j }|� |� � }||t | � � < | j � � � D ]$\ }}t ||t ||� � � � �%|S )N)� __class__�__new__�id�__dict__�items�setattrr )r �memo�cls�result�k�vs r � __deepcopy__zFixedOffset.__deepcopy__N sn � ��n�����S�!�!�� ��R��X�X���M�'�'�)�)� 2� 2�D�A�q� �F�A�x��4� 0� 0� 1� 1� 1� 1�� r N) �__name__� __module__� __qualname__�__doc__r r r r r! r. � r r r r s| � � � � � � � �@ I� I� I� � � � � � �� � �1� 1� 1�� � � � r r c � � t t | � � � � � � � S # t $ r@ | j }| j }| j }t t |dz |z |dz z � � � � cY S w xY w)a� Return the offset stored by a :class:`datetime.timedelta` object as an integer number of seconds. Microseconds, if present, are rounded to the nearest second. Delegates to :meth:`timedelta.total_seconds() <datetime.timedelta.total_seconds()>` if available. >>> timedelta_seconds(timedelta(hours=1)) 3600 >>> timedelta_seconds(timedelta(hours=-1)) -3600 >>> timedelta_seconds(timedelta(hours=1, minutes=30)) 5400 >>> timedelta_seconds(timedelta(hours=1, minutes=30, ... microseconds=300000)) 5400 >>> timedelta_seconds(timedelta(hours=1, minutes=30, ... microseconds=900000)) 5401 i�Q i@B )�int�round� total_seconds�AttributeError�days�seconds� microseconds)�tdr9 r: r; s r r r W s� � �2O��5��)�)�+�+�,�,�-�-�-�� � O� O� O��w���*���� ��5�$��,�'�1�\�G�5K�L�M�M�N�N�N�N�N� O���s �-0 �AA:�9A:c � � t t | � � d� � \ }}t t |� � dz � � }| dk rd}nd}d� |t |� � t |� � � � S )z� Return a string representing the timezone offset. Remaining seconds are rounded to the nearest minute. >>> timezone(3600) '+01:00' >>> timezone(5400) '+01:30' >>> timezone(-28800) '-08:00' i �< r �+�-z{0}{1:02d}:{2:02d})�divmod�absr6 �floatr r5 )r r r: r �signs r r r z sn � � �C� �N�N�D�1�1�N�E�7��E�'�N�N�R�'�(�(�G��A�~�~������ � &� &�t�S��Z�Z��W� � � F� F�Fr N) � __future__r �datetimer r �copyr r r r r3 r r �<module>rH s� �� � � � � � � &� &� &� &� &� &� &� &� � � � � � �M� M� M� M� M�&� M� M� M�` O� O� O�FG� G� G� G� Gr