def __recursive_object_hook__(o):
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()])
if isinstance(o, list):
return [__recursive_object_hook__(value) for value in o]
elif "__nephrologist__" in o:
nephrologist = o["__nephrologist__"]
id = int(nephrologist["id"]) if "id" in nephrologist else None
name = str(nephrologist["name"].encode("latin-1")) if "name" in nephrologist else None
activities = [Activity.__from_string__(flag) for flag in nephrologist["activities"] if "activities" in nephrologist]
holidays = [__recursive_object_hook__(value) for value in nephrologist["holidays"] if "holidays" in nephrologist]
preferences = __recursive_object_hook__(nephrologist["preferences"]) if "preferences" in nephrologist else None
aversions = __recursive_object_hook__(nephrologist["aversions"]) if "aversions" in nephrologist else None
counters = __recursive_object_hook__(nephrologist["initial_counters"]) if "initial_counters" in nephrologist else None
return Nephrologist(id, name, activities, holidays, preferences, aversions, counters)
elif "__date__" in o:
return datetime.strptime(o["__date__"], "%Y-%m-%d").date()
elif "__preferences__" in o:
return Preferences(__regular_t2a__(o["__preferences__"]))
elif "__aversions__" in o:
return Aversions(__regular_t2a__(o["__aversions__"]))
elif "__counter__" in o:
return Counter(dict([(Activity.__from_string__(key), value) for key, value in o["__counter__"].iteritems()]))
else:
return o
def __init__(self,
_id,
_name,
_activities=Activity.flags(),
_holidays=None,
_preferences=None,
_aversions=None,
_counters=None):
if not _id:
raise UserWarning("id can not be None.")
elif not isinstance(_id, int):
raise UserWarning("id must be of type {}".format(int))
self.id = _id
if not _name:
raise UserWarning("name can not be None.")
elif not isinstance(_name, str):
raise UserWarning("name must be of type {}".format(str))
self.name = _name
if not _activities:
raise UserWarning("activities can not be None.")
elif not isinstance(_activities, list):
raise UserWarning("activities must be of type {}".format(list))
# the activities the nephrologist can be allocated on
self.activities = _activities if _activities else [Activity.NONE]
if _holidays and not isinstance(_holidays, list):
raise UserWarning("holidays should be of type {}".format(list))
self.holidays = _holidays if _holidays else [
] # contains all personal off days (datetime)
if _preferences and not isinstance(_preferences, Preferences):
raise UserWarning(
"preferences should be of type {}".format(Preferences))
# contains all personal preferences that bind a nephrologist to a TimeSlot and a particular activity
self.preferences = _preferences if _preferences else Preferences()
if _aversions and not isinstance(_aversions, dict):
raise UserWarning(
"aversions should be of type {}".format(Aversions))
# contains all personal aversions that a nephrologist has to a TimeSlot and a particular activity
self.aversions = _aversions if _aversions else Aversions()
if _counters and not isinstance(_counters, Counter):
raise UserWarning("counters must be of type {}".format(Counter))
self.initial_counters = _counters if _counters else Counter()
self.individual_counters = Counter() + self.initial_counters
def __init__(self, _id, _name, _activities=Activity.flags(), _holidays=None, _preferences=None, _aversions=None, _counters=None):
if not _id:
raise UserWarning("id can not be None.")
elif not isinstance(_id, int):
raise UserWarning("id must be of type {}".format(int))
self.id = _id
if not _name:
raise UserWarning("name can not be None.")
elif not isinstance(_name, str):
raise UserWarning("name must be of type {}".format(str))
self.name = _name
if not _activities:
raise UserWarning("activities can not be None.")
elif not isinstance(_activities, list):
raise UserWarning("activities must be of type {}".format(list))
# the activities the nephrologist can be allocated on
self.activities = _activities if _activities else [Activity.NONE]
if _holidays and not isinstance(_holidays, list):
raise UserWarning("holidays should be of type {}".format(list))
self.holidays = _holidays if _holidays else [] # contains all personal off days (datetime)
if _preferences and not isinstance(_preferences, Preferences):
raise UserWarning("preferences should be of type {}".format(Preferences))
# contains all personal preferences that bind a nephrologist to a TimeSlot and a particular activity
self.preferences = _preferences if _preferences else Preferences()
if _aversions and not isinstance(_aversions, dict):
raise UserWarning("aversions should be of type {}".format(Aversions))
# contains all personal aversions that a nephrologist has to a TimeSlot and a particular activity
self.aversions = _aversions if _aversions else Aversions()
if _counters and not isinstance(_counters, Counter):
raise UserWarning("counters must be of type {}".format(Counter))
self.initial_counters = _counters if _counters else Counter()
self.individual_counters = Counter() + self.initial_counters
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()])
