def description(self, localized_names, babel_locale):
# TODO: SH and PH
set_locale(babel_locale)
day_groups = []
for group in consecutive_groups(sorted(self.selectors,
key=WEEKDAYS.index),
ordering=WEEKDAYS.index):
group = list(group)
if len(group) == 1:
day_groups.append((group[0], ))
else:
day_groups.append((group[0], group[-1]))
output = []
for group in day_groups:
if len(group) == 1:
output.append(
_("on {weekday}").format(weekday=localized_names["days"][
WEEKDAYS.index(group[0])]))
else:
output.append(
_("from {weekday1} to {weekday2}").format(
weekday1=localized_names["days"][WEEKDAYS.index(
group[0])],
weekday2=localized_names["days"][WEEKDAYS.index(
group[1])]))
holidays_description = {
(True, True): _("on public and school holidays"),
(True, False): _("on public holidays"),
(False, True): _("on school holidays")
}.get((self.PH, self.SH))
if holidays_description:
return babel.lists.format_list([holidays_description] + output,
locale=babel_locale)
else:
return join_list(output, babel_locale)
def description(self, localized_names, babel_locale):
set_locale(babel_locale)
rendered_selectors = [
sel.description(localized_names, babel_locale)
for sel in self.selectors
]
return join_list(rendered_selectors, babel_locale)
def description(self, localized_names, babel_locale):
set_locale(babel_locale)
if (
isinstance(self.range_selectors, AlwaysOpenSelector) and
self.time_selectors == [TIMESPAN_ALL_THE_DAY]
):
return _("Open 24 hours a day and 7 days a week.")
range_selectors_description = ', '.join(
[
sel.description(localized_names, babel_locale)
for sel in self.range_selectors.selectors
]
)
if not range_selectors_description:
range_selectors_description = _("every days")
if not self.time_selectors:
time_selectors_description = _("closed")
else:
time_selectors_description = join_list(
[
timespan.description(localized_names, babel_locale)
for timespan in self.time_selectors
],
babel_locale
)
full_description = _("{}: {}").format(
range_selectors_description,
time_selectors_description
) + '.'
return full_description[0].upper() + full_description[1:]
def description(self, localized_names, babel_locale):
set_locale(babel_locale)
output = []
for year_range in self.rendering_data:
if len(year_range) == 1:
output.append(_("in {year}").format(year=year_range[0]))
elif len(year_range) == 2:
output.append(
_("from {year1} to {year2}").format(year1=year_range[0],
year2=year_range[1]))
else:
output.append(
_("from {year1} to {year2}, every {n} years").format(
year1=year_range[0],
year2=year_range[1],
n=year_range[2]))
return join_list(output, babel_locale)
def description(self, localized_names, babel_locale):
set_locale(babel_locale)
output = []
for week_range in self.rendering_data:
if len(week_range) == 1:
output.append(_("in week {week}").format(week=week_range[0]))
elif len(week_range) == 2:
output.append(
_("from week {week1} to week {week2}").format(
week1=week_range[0], week2=week_range[1]))
else:
output.append(
_("from week {week1} to week {week2}, every {n} weeks").
format(week1=week_range[0],
week2=week_range[1],
n=week_range[2]))
return join_list(output, babel_locale)
def render_periods(self, join=True):
"""
Returns a list of translated strings
describing the opening periods of the day.
"""
if self.opens_today():
rendered_periods = [
render_timespan(ts.timespan, self.locale)
for ts in self.timespans
]
else:
closed_word = translate_open_closed(self.locale)[1]
rendered_periods = [closed_word]
if join:
return join_list(rendered_periods, self.locale)
else:
return rendered_periods