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utils.cpython-312.pyc
ƺ [Q N d dl mZ d dlmZmZ d dlmZ G d de Zd Zd Z y) )division) timedeltatzinfo)deepcopyc 4 e Zd ZdZd Zd Zd Zd Zd Zd Z y) 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 r t d |dk r|dz }t || | _ dt t | j z | _ y)zK Create a new FixedOffset instance with the given offset. r z minutes must not be negative)hoursminutesUTCN)r __init__ ValueErrorr _FixedOffset__offsettimezonetimedelta_seconds_FixedOffset__name)selfr r s 1/usr/lib/python3/dist-packages/pyrfc3339/utils.pyr zFixedOffset.__init__( s_ Q; ;< < 19 rMG!*13 h'8 'G HH 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 B dj | j d S )Nz<{0}>)formatr )r s r __repr__zFixedOffset.__repr__K s ~~dkk$ /00r c | j }|j | }||t | < | j j D ] \ }}t ||t || |S )N) __class____new__id__dict__itemssetattrr )r memoclsresultkvs r __deepcopy__zFixedOffset.__deepcopy__N sY nnS! RXMM'')DAq FAx4 0 1 * r N) __name__ __module__ __qualname____doc__r r r r r! r. r r r r s' @ I 1r r c t t | j S # t $ rG | 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 iQ i@B )intround total_secondsAttributeErrordaysseconds microseconds)tdr9 r: r; s r r r W sp 2O5))+,-- Oww** 5$,'1\G5KLMNN Os !$ A A43A4c t t | d \ }}t t | dz }| dk\ rd}nd}dj |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})divmodabsr6 floatr r5 )r r r: r signs r r r z sY C ND1NE7E'NR'(GA~ & &tSZW FFr N) __future__r datetimer r copyr r r r r3 r r <module>rH s* & M& M` OFGr