def __holidays__(self, month_planning):
_map = dict() # map { day_number: [off_time_slots]}
_lowest, _highest = month_planning.__first_last_key_dates__()
for _blob in self.holidays:
switch = {
date: lambda: {
_blob: TimeSlot.flags()
} if _lowest <= _blob <= _highest else dict(),
FreeSlots: lambda: _blob.__transform__(month_planning),
SporadicOccurrence:
lambda: _blob.__transform__(month_planning),
DateDuration: lambda: _blob.__transform__(month_planning)
}
fuse = [(x, isinstance(_blob, x)) for x in switch]
if any([x[1] for x in fuse]):
_slots = switch[[x[0] for x in fuse if x[1]][0]]()
for day_slot in _slots:
if day_slot not in _map:
_map[day_slot] = set()
_map[day_slot] |= set(_slots[day_slot])
else:
raise UserWarning("days/slots dump contains unmanaged types.")
return dict([(x, list(_map[x])) for x in _map])
def __transform__(self, month_planning):
first_date, last_date = month_planning.__first_last_key_dates__()
if datetime(self.lower_date.year, self.lower_date.month, self.lower_date.day) < datetime(first_date.year, first_date.month, first_date.day):
lower_bound = first_date
else:
lower_bound = self.lower_date
if datetime(self.upper_date.year, self.upper_date.month, self.upper_date.day) > datetime(last_date.year, last_date.month, last_date.day):
upper_bound = last_date
else:
upper_bound = self.upper_date
map = dict()
for i in range((upper_bound - lower_bound).days + 1):
map[lower_bound + timedelta(days=i)] = TimeSlot.flags()
return map
def __transform__(self, month_planning):
_map = dict() # map { day_number: [off_time_slots]}
_lowest, _highest = month_planning.__first_last_key_dates__()
if self.offset:
_lowest += self.offset
_datetimes = []
_current = _lowest # initialization
if self.progressive_period:
while _lowest <= _current <= _highest:
_datetimes.append(_current)
_current += self.progressive_period
else:
_datetimes.append(_current)
for _datetime in _datetimes:
_map[_datetime] = TimeSlot.flags() # all day included
return _map
def __holidays__(self, month_planning):
_map = dict() # map { day_number: [off_time_slots]}
_lowest, _highest = month_planning.__first_last_key_dates__()
for _blob in self.holidays:
switch = {
date: lambda: {_blob: TimeSlot.flags()} if _lowest <= _blob <= _highest else dict(),
FreeSlots: lambda: _blob.__transform__(month_planning),
SporadicOccurrence: lambda: _blob.__transform__(month_planning),
DateDuration: lambda: _blob.__transform__(month_planning)
}
fuse = [(x, isinstance(_blob, x)) for x in switch]
if any([x[1] for x in fuse]):
_slots = switch[[x[0] for x in fuse if x[1]][0]]()
for day_slot in _slots:
if day_slot not in _map:
_map[day_slot] = set()
_map[day_slot] |= set(_slots[day_slot])
else:
raise UserWarning("days/slots dump contains unmanaged types.")
return dict([(x, list(_map[x])) for x in _map])
def __transform__(self, month_planning):
first_date, last_date = month_planning.__first_last_key_dates__()
if datetime(self.lower_date.year,
self.lower_date.month, self.lower_date.day) < datetime(
first_date.year, first_date.month, first_date.day):
lower_bound = first_date
else:
lower_bound = self.lower_date
if datetime(self.upper_date.year,
self.upper_date.month, self.upper_date.day) > datetime(
last_date.year, last_date.month, last_date.day):
upper_bound = last_date
else:
upper_bound = self.upper_date
map = dict()
for i in range((upper_bound - lower_bound).days + 1):
map[lower_bound + timedelta(days=i)] = TimeSlot.flags()
return map
def __init__(self, _date, _slots=TimeSlot.flags()):
self.date = _date
self.slots = _slots
def __regular_t2a__(p):
return dict([(int(key), dict([(TimeSlot.__from_string__(timeslot), [Activity.__from_string__(activity) for activity in activities]) for timeslot, activities in timeslot2activites.iteritems()])) for key, timeslot2activites in p.iteritems()])
