def participates(self, ID):
activities = self.__repository._getAll()
return filterBy(
activities,
lambda activity: self.__repositoryDTO._upcoming(activity.date) and
any(ID == str(personID) for personID in activity.personIDs))
def search(self, string):
activities = self.__repository._getAll()
return filterBy(
activities, lambda activity: any(string in data for data in [
activity.date, activity.time, activity.date + " " + activity.
time, activity.description
]))
def day(self, date):
activities = self.__repository._getAll()
matching = filterBy(activities, lambda activity: activity.date == date)
shellSort(
matching, lambda activity1, activity2: datetime.strptime(
activity1.time, '%H:%M') <= datetime.strptime(
activity2.time, '%H:%M'))
return matching
def personActivities(self):
upcoming = filterBy(self._activityRepository._getAll(),
lambda activity: self._upcoming(activity.date))
persons = self._personRepository._getAll()
count = {}
for person in persons:
count[person.ID] = 0
for activity in upcoming:
for ID in activity.personIDs:
count[ID] += 1
shellSort(
persons,
lambda person1, person2: count[person1.ID] >= count[person2.ID])
return persons
def busiest(self):
activities = self.__repository._getAll()
upcoming = filterBy(
activities,
lambda activity: self.__repositoryDTO._upcoming(activity.date))
days = {}
for activity in upcoming:
if activity.date not in days.keys():
days[activity.date] = 0
days[activity.date] += 1
shellSort(
upcoming, lambda activity1, activity2: days[activity1.date] > days[
activity2.date])
return upcoming
def week(self, date):
try:
date = datetime.strptime(date, "%d.%m.%Y")
year = date.year
week = date.isocalendar()[1]
except ValueError:
return []
activities = self.__repository._getAll()
matching = filterBy(
activities, lambda activity: year == datetime.strptime(
activity.date, "%d.%m.%Y").year and week == datetime.strptime(
activity.date, "%d.%m.%Y").isocalendar()[1])
shellSort(
matching, lambda activity1, activity2:
(datetime.strptime(activity1.date, "%d.%m.%Y") < datetime.strptime(
activity2.date, "%d.%m.%Y")) or
(activity1.date == activity2.date and datetime.strptime(
activity1.time, '%H:%M') <= datetime.strptime(
activity2.time, '%H:%M')))
return matching