def total_time_spent_by(self, who, is_employee):
who = 'E' + who if is_employee else 'G' + who
s = Storage(self.name, self.token, True, True)
if s.error:
print(0)
return
s.verify_log()
room_numbers, rooms, person_names, persons, current_timestamp = s.get_stats()
if not who in person_names:
print(0)
return
person = person_names[who]
if person.is_employee != is_employee:
libgeneric.print_error_and_exit("invalid")
total_time = person.time_in_gallery
if person.gallery_timestamp >= 0:
total_time += (current_timestamp - person.gallery_timestamp)
print(total_time)
def state(self):
s = Storage(self.name, self.token, True)
s.verify_log()
room_numbers, rooms, person_names, persons, _ = s.get_stats()
if persons:
res = [p.name[1:] for p in persons if p.gallery_timestamp >= 0 and p.is_employee]
res.sort()
print(','.join(res))
res = [p.name[1:] for p in persons if p.gallery_timestamp >= 0 and p.is_employee == False]
res.sort()
print(','.join(res))
else:
print()
room_dir = {}
for room in rooms:
room_dir[room.number] = []
for person in persons:
if person.room >= 0:
room_dir[rooms[person.room].number].append(person.name[1:])
rooms_and_attendees = []
for number, people in room_dir.items():
people.sort()
rooms_and_attendees.append( (number, ','.join(people)) )
rooms_and_attendees.sort(key=lambda e : e[0])
for rooms in rooms_and_attendees:
if rooms[1] != '':
print(str(rooms[0]) + ": " + rooms[1])
