def get_omer_time(user_data: UserData) -> Optional[str]:
tz_name = TimezoneFinder().timezone_at(lat=user_data.latitude,
lng=user_data.longitude)
location = GeoLocation('',
user_data.latitude,
user_data.longitude,
time_zone=tz_name)
calendar = ZmanimCalendar(60, geo_location=location, date=date.today())
jcalendar = JewishCalendar.from_date(date.today())
omer_day = jcalendar.day_of_omer()
if not omer_day:
return
if jcalendar.is_assur_bemelacha(
) and jcalendar.is_tomorrow_assur_bemelacha():
return
elif jcalendar.is_tomorrow_assur_bemelacha():
omer_time = calendar.candle_lighting()
else:
omer_time = calendar.tzais()
if isinstance(omer_time, dt):
return omer_time.isoformat()
def test_candle_lighting_using_elevation(self):
calendar = ZmanimCalendar(geo_location=test_helper.lakewood(), date=date(2017, 10, 17))
calendar.use_elevation = True
self.assertEqual(calendar.candle_lighting().replace(microsecond=0).isoformat(), "2017-10-17T17:55:58-04:00")
def get_yom_tov(name: str, date_: date, lat: float, lng: float, elevation: int,
cl: int, havdala_opinion: HavdalaChoices) -> YomTov:
"""
There are different holiday dates sets:
[Y] - one yom tov — Generic yom tov in Israel
[Y Y] - two yom tovs — Generic yom tov in diaspora
[Y S] - one yom tov and shabbat
[S Y Y]
[Y S]
[Y Y S]
"""
tz = get_tz(lat, lng)
diaspora = is_diaspora(tz)
day_1_date = _get_first_day_date(name, date_, diaspora)
shabbat_date = None
day_2_date = None
eve_date = day_1_date - 1 # Y
if (diaspora
and not name == 'yom_kippur') or name == 'rosh_hashana': # Y Y
day_2_date = day_1_date + 1
# yt_dates.append(first_day + 1)
last_yt_date = day_2_date or day_1_date
if day_1_date.day_of_week == 1: # S Y Y
# eve_date = day_1_date - 2
shabbat_date = day_1_date - 1
elif last_yt_date.day_of_week == 6: # Y S / Y Y S
shabbat_date = last_yt_date + 1
# checks
assert eve_date.has_candle_lighting()
assert day_1_date.is_assur_bemelacha()
if day_2_date:
assert day_2_date.is_yom_tov_sheni()
assert day_2_date.is_assur_bemelacha()
data = {}
shabbat_term = None
if shabbat_date and shabbat_date < day_1_date:
shabbat_term = 'pre_shabbat'
data[shabbat_term] = {'date': shabbat_date.gregorian_date}
data['day_1'] = {'date': day_1_date.gregorian_date}
if day_2_date:
data['day_2'] = {'date': day_2_date.gregorian_date}
if shabbat_date and shabbat_date > last_yt_date:
shabbat_term = 'post_shabbat'
data[shabbat_term] = {'date': shabbat_date.gregorian_date}
if name == 'succot':
date_hoshana_rabba = day_1_date + 6
data['hoshana_rabba'] = date_hoshana_rabba.gregorian_date
# zmanim calculation
havdala_params = HAVDALA_PARAMS[havdala_opinion.name]
location = GeoLocation('', lat, lng, tz, elevation)
eve_zmanim_calc = ZmanimCalendar(cl,
geo_location=location,
date=eve_date.gregorian_date)
first_day_calc = ZmanimCalendar(cl,
geo_location=location,
date=day_1_date.gregorian_date)
if shabbat_date:
shabbat_eve_date = shabbat_date - 1
eve_shabbat_calc = ZmanimCalendar(cl,
geo_location=location,
date=shabbat_eve_date.gregorian_date)
shabbat_calc = ZmanimCalendar(cl,
geo_location=location,
date=shabbat_date.gregorian_date)
data[shabbat_term][
'candle_lighting'] = eve_shabbat_calc.candle_lighting()
if shabbat_date > day_1_date:
data[shabbat_term]['havdala'] = shabbat_calc.tzais(havdala_params)
if shabbat_term == 'pre_shabbat':
data['day_1']['candle_lighting'] = eve_zmanim_calc.tzais(
havdala_params)
else:
data['day_1']['candle_lighting'] = eve_zmanim_calc.candle_lighting()
if not day_2_date:
data['day_1']['havdala'] = first_day_calc.tzais(havdala_params)
# return resp
else:
second_day_calc = ZmanimCalendar(cl,
geo_location=location,
date=day_2_date.gregorian_date)
data['day_2']['candle_lighting'] = first_day_calc.tzais(havdala_params)
if not shabbat_date or shabbat_date < day_2_date:
data['day_2']['havdala'] = second_day_calc.tzais(havdala_params)
part_2_data = {}
if name == 'pesach':
part_2 = get_yom_tov('pesach_2', date_, lat, lng, elevation, cl,
havdala_opinion)
part_2_data = {
'pesach_part_2_day_1': part_2.day_1,
'pesach_part_2_day_2': part_2.day_2,
}
settings = Settings(cl_offset=cl,
havdala_opinion=havdala_opinion,
coordinates=(lat, lng),
elevation=elevation,
date=date_,
yomtov_name=name)
return YomTov(settings=settings, **data, **part_2_data)