def get_nb_half_days_by_period_per_month(date_from, date_to):
day_list = pd.date_range(date_from, date_to).tolist()
cal = France()
holidays = cal.holidays(date_from.year)
holidays_date = [h[0] for h in holidays]
md_dict = {}
for i in range(1, 13):
md_dict[i] = {
"monday_am": 0,
"monday_pm": 0,
"tuesday_am": 0,
"tuesday_pm": 0,
"wednesday_am": 0,
"wednesday_pm": 0,
"thursday_am": 0,
"thursday_pm": 0,
"friday_am": 0,
"friday_pm": 0,
}
# for each day of the period
for day in day_list:
if not day.date() in holidays_date:
if day.dayofweek == 0:
md_dict[day.month]['monday_am'] += 1
md_dict[day.month]['monday_pm'] += 1
if day.dayofweek == 1:
md_dict[day.month]['tuesday_am'] += 1
md_dict[day.month]['tuesday_pm'] += 1
if day.dayofweek == 2:
md_dict[day.month]['wednesday_am'] += 1
md_dict[day.month]['wednesday_pm'] += 1
if day.dayofweek == 3:
md_dict[day.month]['thursday_am'] += 1
md_dict[day.month]['thursday_pm'] += 1
if day.dayofweek == 4:
md_dict[day.month]['friday_am'] += 1
md_dict[day.month]['friday_pm'] += 1
return md_dict
def __init__(self, school_year):
"""Creates the class
:param school_year: Starting year for the school year
:type school_year: int
"""
# Initialize school calendar
school_calendar = {}
# Get holidays from National Education Ministry
with open("Calendrier_Scolaire_Zone_B.ics", "r") as cal:
edu_calendar = icsCalendar(cal.read())
# Initialize days off ICS calendar
days_off_school = icsCalendar()
# Define begin/end of the school year we are in
for event in edu_calendar.events:
if ("Rentrée scolaire des élèves" in event.name
and event.begin.year == school_year):
school_begin = event.begin
continue
if "Vacances d'été" in event.name and event.begin.year == school_year + 1:
school_end = event.begin
days_off_school.events.add(event)
continue
# Add events between begin and end of school year
# First add school holidays, starting the day after the beginning
for event in edu_calendar.events:
if event.begin > school_begin and event.begin < school_end:
# Remove 1s to end so that it does not overrides next day
event._end_time = event._end_time.shift(seconds=-1)
days_off_school.events.add(event)
# Then take holidays from workalendar
calendar = France()
for year in [school_year, school_year + 1]:
for day_off in calendar.holidays(year):
begin = day_off[0]
event = Event(day_off[1], begin)
event.make_all_day()
if event.begin > school_begin and event.begin < school_end:
# Remove 1s to end so that it does not overrides next day
event.end = event.end.shift(seconds=-1)
days_off_school.events.add(event)
# Create timeline object
timeline = days_off_school.timeline
def get_last_tue(date):
while date.weekday() != 1:
date = date.shift(days=-1)
return date
def set_end(date):
return date.replace(hour=16, minute=30, second=0, microsecond=0)
# Now create dict of all days of school year and status
# ordered by week number
current = school_begin
while int(current.strftime("%w")) > 1:
current = current.shift(days=-1)
while current < school_end:
day = current.strftime("%d")
week_number = current.isocalendar()[1]
if week_number not in school_calendar.keys():
school_calendar[week_number] = []
current_week = school_calendar[week_number]
# Limite cantine
limit = set_end(
get_last_tue(
current.shift(
weeks=-1) if current.weekday() >= 1 else current))
past_cantine = arrow.now() > limit
past_garderie = current < arrow.now()
month = current.strftime("%B").capitalize()
data = {
"day": day,
"month": month,
"date": current.strftime("%Y%m%d")
}
# If one of these is past, then save immediately
data["bookable_cantine"] = not past_cantine
data["bookable_garderie"] = not past_garderie
if not data["bookable_cantine"] and not data["bookable_garderie"]:
current_week.append(data)
current = current.shift(days=+1)
continue
if current.isoweekday() in NON_WORKING_DAYS or current.isoweekday(
) in [
6,
7,
]:
data["bookable_cantine"] = False
data["bookable_garderie"] = False
data["bookable"] = False
current_week.append(data)
elif len([i for i in timeline.at(current)]) > 0:
data["bookable_cantine"] = False
data["bookable_garderie"] = False
data["bookable"] = False
current_week.append(data)
elif current < school_begin:
data["bookable_cantine"] = False
data["bookable_garderie"] = False
data["bookable"] = False
current_week.append(data)
else:
data["bookable"] = True
current_week.append(data)
current = current.shift(days=+1)
# Create set of periods
i = 1
periods = {
i: {
"begin": school_begin.format("YYYYMMDD"),
"begin_pretty": school_begin.format("DD/MM/YYYY"),
}
}
for event in sorted(edu_calendar.events):
if event.begin < school_begin:
continue
if event.begin > school_end:
continue
if "Vacances" in event.name:
periods[i]["end"] = event.begin.format("YYYYMMDD")
periods[i]["end_pretty"] = event.begin.format("DD/MM/YYYY")
i += 1
periods[i] = {
"begin": event.end.format("YYYYMMDD"),
"begin_pretty": event.end.format("DD/MM/YYYY"),
}
periods.pop(i)
self.periods = periods
self.calendar = school_calendar