def test_user_stats(self):
self.maxDiff = None
def update_member_activity(user, **kwargs):
GroupMembership.objects.filter(user=user).update(
lastseen_at=timezone.now() - relativedelta(**kwargs))
def do_pickup(place, user, **kwargs):
pickup = PickupDateFactory(place=place,
date=to_range(timezone.now() -
relativedelta(**kwargs)))
pickup.add_collector(user)
# 9 verified users, 1 unverified user
users = [VerifiedUserFactory() for _ in range(9)]
users.insert(0, UserFactory())
# 5 some users of varying levels of inactivity
inactive_users = [VerifiedUserFactory() for _ in range(5)]
inactive_group = GroupFactory(members=inactive_users)
GroupMembership.objects.filter(group=inactive_group).update(
inactive_at=timezone.now())
update_member_activity(inactive_users[0], days=2)
update_member_activity(inactive_users[1], days=8)
update_member_activity(inactive_users[2], days=31)
update_member_activity(inactive_users[3], days=61)
update_member_activity(inactive_users[4], days=91)
# 1 deleted user
deleted_user = UserFactory()
deleted_user.deleted = True
deleted_user.save()
# one user with bounced email
bounce_user = users[0]
for _ in range(5):
EmailEvent.objects.create(created_at=timezone.now(),
address=bounce_user.email,
event='bounce',
payload={})
# one user with location
location_user = users[1]
location_user.latitude = 50.4
location_user.longitude = 23.2
location_user.save()
# one user with mobile number
mobile_number_user = users[2]
mobile_number_user.mobile_number = '123'
mobile_number_user.save()
# five users without description
def remove_description(user):
user.description = ''
user.save()
[remove_description(u) for u in users[:5]]
# one user with photo
photo_user = users[4]
photo_user.photo = 'photo.jpg'
photo_user.save()
# 2 groups where everybody is active, 1 where everybody is inactive
group = GroupFactory(members=users[:9])
GroupFactory(members=users[:9])
group_all_inactive = GroupFactory(members=users[:9])
GroupMembership.objects.filter(group=group_all_inactive).update(
inactive_at=timezone.now())
# do some pickups!
place = PlaceFactory(group=group)
do_pickup(place, users[0], days=2)
do_pickup(place, users[1], days=8)
do_pickup(place, users[2], days=31)
do_pickup(place, users[3], days=61)
do_pickup(place, users[4], days=91)
points = stats.get_users_stats()
self.assertEqual(
points, {
'active_count': 9,
'active_unverified_count': 1,
'active_ignored_email_count': 1,
'active_with_location_count': 1,
'active_with_mobile_number_count': 1,
'active_with_description_count': 4,
'active_with_photo_count': 1,
'active_memberships_per_active_user_avg': 2.0,
'no_membership_count': 1,
'deleted_count': 1,
'count_active_1d': 9,
'count_active_7d': 10,
'count_active_30d': 11,
'count_active_60d': 12,
'count_active_90d': 13,
'count_pickup_active_1d': 0,
'count_pickup_active_7d': 1,
'count_pickup_active_30d': 2,
'count_pickup_active_60d': 3,
'count_pickup_active_90d': 4,
})
def test_user_stats(self):
self.maxDiff = None
# avoid test flakyness: remove leftover users from other tests
get_user_model().objects.all().delete()
def update_member_activity(user, **kwargs):
GroupMembership.objects.filter(user=user).update(lastseen_at=timezone.now() - relativedelta(**kwargs))
def do_activity(place, user, **kwargs):
activity = ActivityFactory(place=place, date=to_range(timezone.now() - relativedelta(**kwargs)))
activity.add_participant(user)
# 9 verified users, 1 unverified user
users = [VerifiedUserFactory() for _ in range(9)]
users.insert(0, UserFactory())
# 5 some users of varying levels of inactivity
inactive_users = [VerifiedUserFactory() for _ in range(5)]
inactive_group = GroupFactory(members=inactive_users)
GroupMembership.objects.filter(group=inactive_group).update(inactive_at=timezone.now())
update_member_activity(inactive_users[0], days=2)
update_member_activity(inactive_users[1], days=8)
update_member_activity(inactive_users[2], days=31)
update_member_activity(inactive_users[3], days=61)
update_member_activity(inactive_users[4], days=91)
# 1 deleted user
deleted_user = UserFactory()
deleted_user.deleted = True
deleted_user.save()
# one user with location
location_user = users[1]
location_user.latitude = 50.4
location_user.longitude = 23.2
location_user.save()
# one user with mobile number
mobile_number_user = users[2]
mobile_number_user.mobile_number = '123'
mobile_number_user.save()
# five users without description
def remove_description(user):
user.description = ''
user.save()
[remove_description(u) for u in users[:5]]
# one user with photo
photo_user = users[4]
photo_user.photo = 'photo.jpg'
photo_user.save()
# 2 groups where everybody is active, 1 where everybody is inactive
group = GroupFactory(members=users[:9])
GroupFactory(members=users[:9])
group_all_inactive = GroupFactory(members=users[:9])
GroupMembership.objects.filter(group=group_all_inactive).update(inactive_at=timezone.now())
# do some activities!
place = PlaceFactory(group=group)
do_activity(place, users[0], days=2)
do_activity(place, users[1], days=8)
do_activity(place, users[2], days=31)
do_activity(place, users[3], days=61)
do_activity(place, users[4], days=91)
points = stats.get_users_stats()
self.assertEqual(
points, {
'active_count': 9,
'active_unverified_count': 1,
'active_with_location_count': 1,
'active_with_mobile_number_count': 1,
'active_with_description_count': 4,
'active_with_photo_count': 1,
'active_memberships_per_active_user_avg': 2.0,
'no_membership_count': 1,
'deleted_count': 1,
'count_active_1d': 9,
'count_active_7d': 10,
'count_active_30d': 11,
'count_active_60d': 12,
'count_active_90d': 13,
'count_activity_active_1d': 0,
'count_activity_active_7d': 1,
'count_activity_active_30d': 2,
'count_activity_active_60d': 3,
'count_activity_active_90d': 4,
}
)