+ ja0t$Rt^RIHt^RIHt^RIHtHtH t ^RI H t ^RI H t ^RIHt^RIHt^RIHt^R IHt^R IHt] 'd ^R IHtHt]P6!R 4t]!]RR 4tR]R&]fR M] !]4P@t!RRlt"RRlt#RRlt$]!]%4t&R]R&RRlt']'!]PP4RRlt)RRlt*.ROt+R # ]dR tLi;i) zThis module identifies timezones. Normally, timezones have ids. This is a way to access the ids if you have a datetime.tzinfo object. ) annotations) defaultdict)datetimetimezone)Path) TYPE_CHECKING)tz)equivalent_timezone_ids_result)WINDOWS_TO_OLSON)is_date)tzwinN)datetimetzinfoUTC _filename str | NoneDATEUTIL_UTC_PATHc V^8dQhRRRR/#)r tzinfo | Nonereturn tuple[str])formats"V/home/ralf/ical-fahrzeuge/venv/lib/python3.14/site-packages/icalendar/timezone/tzid.py __annotate__r$s((m( (c VfR#\V\4'd\VP!R44#\ VR4'd\VP 4#\ VR4'd\VP 4#\V\P4'd\VP4#\V\P4'd\VP4#\e[\V\4'dE\P!VP4pVe \V4#\VP4#\ VR4'dv\ enVP"pVP%\'\ 44'd3\'\)V4P+\ 44p\V4#\V4#\V\P,4'd \R4#R#)aPGet several timezone ids if we can identify the timezone. >>> import zoneinfo >>> from icalendar.timezone.tzid import tzids_from_tzinfo >>> tzids_from_tzinfo(zoneinfo.ZoneInfo("Arctic/Longyearbyen")) ('Arctic/Longyearbyen', 'Atlantic/Jan_Mayen', 'Europe/Berlin', 'Europe/Budapest', 'Europe/Copenhagen', 'Europe/Oslo', 'Europe/Stockholm', 'Europe/Vienna') >>> from dateutil.tz import gettz >>> tzids_from_tzinfo(gettz("Europe/Berlin")) ('Europe/Berlin', 'Arctic/Longyearbyen', 'Atlantic/Jan_Mayen', 'Europe/Budapest', 'Europe/Copenhagen', 'Europe/Oslo', 'Europe/Stockholm', 'Europe/Vienna') Nzonekeyrrr) isinstancerget_equivalent_tzidstznamehasattrrr r _tzicalvtz_tzidtzstr_s_tzwinr get_nameDATEUTIL_ZONEINFO_PATHr startswithstrr relative_totzutc)rolsonpathtzids& rtzids_from_tzinfor4$sq~ &(###FMM$$788vv#FKK00vu#FJJ//&"--((#FLL11&"((###FII.. j88 $$V\\2  '. .#FLL11v{## ! -##Ds#9:;;4:112HIJ+D11'- -&"((###E** Irc V^8dQhRRRR/#)rrrrrr)rs"rrrOs  ] z rcP\V4pRV9dR#V'gR#V^,#)zRetrieve the timezone id from the tzinfo object. Some timezones are equivalent. Thus, we might return one ID that is equivalent to others. rN)r4)rtzidss& rtzid_from_tzinfor8Os' f %E ~  8Orc V^8dQhRRRR/#)rdtrrrr)rs"rrr]sX*rcX\VP4pVfVP4#V#)z2Retrieve the timezone id from the datetime object.)r8rr#)r:r3s& r tzid_from_dtr<]s& BII &D |yy{ Krzdict[str, set[str]]_EQUIVALENT_IDScV^8dQhRR/#)rvalueztuple | dict | setr)rs"rrrhs  1 rc\V\4'd(VFp\V,PV4K! R#\V\4'd\ V^,4R#\V\ 4'd%VP4Fp\ V4K R#\RVPP RV: 24h)zThis adds equivalent ids/ As soon as one timezone implementation used claims their equivalence, they are considered equivalent. Have a look at icalendar.timezone.equivalent_timezone_ids. z!Expected tuple, dict or set, not z: N) r!setr=updatetuple_add_equivalent_idsdictvalues TypeError __class____name__)r?r3value2s& rrDrDhs%D D ! ( ( / E5 ! !E!H% E4 llnF  '%/0H0H/IE9 U  rc V^8dQhRRRR/#)rr3r.rrr)rs"rrrs11s1z1rc\PV\44pV3\\ W0, 44,#)z8This returns the tzids which are equivalent to this one.)r=r*rArCsorted)r3idss& rr"r"s1   dCE *C 7U6#,/0 00rc V^8dQhRRRR/#)rtzdatetime | time | date | tzinforboolr)rs"rrrs-$rc\V4'dR#\VR4'd \V4M \V4pVR8H#)zWhether this date is in UTC.Frr)r r$r<r8)rPr3s& ris_utcrSs5qzz%a22<?8H8KD 5=r)rSr<r8r4),__conditional_annotations____doc__ __future__r collectionsrrrrrpathlibrtypingr dateutil.tzr icalendar.timezoner #icalendar.timezone.windows_to_olsonr icalendar.toolsr dateutil.tz.winr r) ImportErrorrgettz DATEUTIL_UTCgetattrr__annotations__parentr,r4r8r<rAr=rDlookupr"rS__all__)rTs@rrgs##)) =@#/)xx ' k4 H:H  %D40A+B+I+I (V (33'7$7 *299:1  No FsC C&%C&