def test_gathers_only_error_free_messages(self):
self.record_response("8 boys", 8, has_errors=False)
self.record_response("My phone number is 0794443337",
794443337,
has_errors=True)
self.assertEqual(1, NumericResponsesFor([self.poll]).query.count())
self.assertEqual(8, NumericResponsesFor([self.poll]).total())
def get_numeric_enrollment_data(polls, locations, time_range):
results = NumericResponsesFor(polls).forDateRange(time_range) \
.forLocations(locations) \
.excludeZeros() \
.groupBySchools()
return sum(results.values()), results.keys()
def test_gathers_only_incoming_messages(self):
self.record_response("8 boys", 8, direction='I')
self.record_response("Do you have more than 1 latrine?",
None,
direction='O')
self.assertEqual(1, NumericResponsesFor([self.poll]).query.count())
self.assertEqual(8, NumericResponsesFor([self.poll]).total())
def test_groups_by_location(self):
self.record_response_for(self.reporter_for(self.kampala), "6 boys", 6)
self.record_response_for(self.reporter_for(self.kampala), "7 boys", 7)
self.record_response_for(self.reporter_for(self.gulu), "9 boys", 9)
results = NumericResponsesFor([self.poll]).groupByLocation()
self.assertEqual(13, results[self.kampala.id])
self.assertEqual(9, results[self.gulu.id])
def test_filters_by_value(self):
self.record_response_for(self.reporter_for(self.kampala), "6 boys", 6)
self.record_response_for(self.reporter_for(self.kampala), "6 boys", 6)
self.record_response_for(self.reporter_for(self.kampala), "7 boys", 7)
self.record_response_for(self.reporter_for(self.gulu), "9 boys", 9)
self.assertEqual(
19,
NumericResponsesFor([self.poll]).forValues([6, 7]).total())
def test_calculates_mode(self):
self.record_response("8 boys", 8)
self.record_response("9 boys", 9)
self.record_response("9 boys", 9)
self.record_response("10 boys", 10)
self.record_response("10 boys", 10)
self.record_response("10 boys", 10)
self.assertEqual(10, NumericResponsesFor([self.poll]).mode())
def test_groups_by_location(self):
gulu = Location.objects.create(name="Gulu")
kampala = Location.objects.create(name="Kampala")
self.record_response_for(self.reporter_for(kampala), "6 boys", 6)
self.record_response_for(self.reporter_for(kampala), "7 boys", 7)
self.record_response_for(self.reporter_for(gulu), "9 boys", 9)
results = NumericResponsesFor([self.poll]).groupByLocation()
self.assertEqual(13, results[kampala.id])
self.assertEqual(9, results[gulu.id])
def test_filters_by_school(self):
(mary, st_marys) = self.create_teacher_with_school()
(mark, st_marks) = self.create_teacher_with_school()
self.record_response_for(mary, "3 girls", 3)
self.record_response_for(mark, "2 boys", 2)
self.assertEqual(
3,
NumericResponsesFor([self.poll]).forSchools([st_marys]).total())
def test_filters_by_date_range(self):
today = now
yesterday = today - timedelta(days=1)
tomorrow = today + timedelta(days=1)
next_week = today + timedelta(days=7)
self.record_response("6 boys", 6, date=yesterday)
self.record_response("10 boys", 10, date=tomorrow)
self.assertEqual(10, NumericResponsesFor([self.poll]).forDateRange((today,next_week)).total())
def test_groups_by_school(self):
(mary, st_marys) = self.create_teacher_with_school()
(mark, st_marks) = self.create_teacher_with_school()
self.record_response_for(mary, "3 girls", 3)
self.record_response_for(mary, "4 girls", 4)
self.record_response_for(mark, "2 boys", 2)
results = NumericResponsesFor([self.poll]).groupBySchools()
self.assertEqual(7, results[st_marys.id])
self.assertEqual(2, results[st_marks.id])
def test_filters_by_school(self):
gulu = Location.objects.create(name="Gulu")
mary = EmisReporter.objects.create()
st_marys = School.objects.create(name="St Marys", location=gulu)
mary.schools = [st_marys]
mary.save()
mark = EmisReporter.objects.create()
st_marks = School.objects.create(name="St Marks", location=gulu)
mark.schools = [st_marks]
mark.save()
self.record_response_for(mary, "3 girls", 3)
self.record_response_for(mark, "2 boys", 2)
self.assertEqual(3, NumericResponsesFor([self.poll]).forSchools([st_marys]).total())
def test_groups_by_school(self):
gulu = Location.objects.create(name="Gulu")
mary = EmisReporter.objects.create()
st_marys = School.objects.create(name="St Marys", location=gulu)
mary.schools = [st_marys]
mary.save()
mark = EmisReporter.objects.create()
st_marks = School.objects.create(name="St Marks", location=gulu)
mark.schools = [st_marks]
mark.save()
self.record_response_for(mary, "3 girls", 3)
self.record_response_for(mary, "4 girls", 4)
self.record_response_for(mark, "2 boys", 2)
results = NumericResponsesFor([self.poll]).groupBySchools()
self.assertEqual(7, results[st_marys.id])
self.assertEqual(2, results[st_marks.id])
def get_numeric_data_all_schools_for_locations(polls, locations, time_range):
return NumericResponsesFor(polls).forDateRange(time_range) \
.forLocations(locations) \
.groupBySchools()
def test_excludes_zeros(self):
self.record_response("0 boys", 0)
self.record_response("10 boys", 10)
self.assertEqual(1, NumericResponsesFor([self.poll]).excludeZeros().query.count())
def get_numeric_data(polls, locations, time_range):
return NumericResponsesFor(polls).forDateRange(time_range).forLocations(
locations).total()
def test_mode_defaults_to_zero(self):
self.assertEqual(0, NumericResponsesFor([self.poll]).mode())
def test_calculates_mean(self):
self.record_response("6 boys", 6)
self.record_response("10 boys", 10)
self.assertEqual(8, NumericResponsesFor([self.poll]).mean())
def get_numeric_data_for_location(polls, locations, time_range):
return NumericResponsesFor(polls).forDateRange(time_range).forLocations(
locations).groupByLocation()
def test_excludes_greater_than(self):
self.record_response("6 boys", 6)
self.record_response("10 boys", 10)
self.assertEqual(6, NumericResponsesFor([self.poll]).excludeGreaterThan(6).total())
def get_numeric_data_by_school(polls, schools, time_range):
return NumericResponsesFor(polls).forDateRange(time_range) \
.forSchools(schools) \
.groupBySchools() \
.values()
def test_filters_by_location(self):
gulu = Location.objects.create(name="Gulu")
kampala = Location.objects.create(name="Kampala")
self.record_response_for(self.reporter_for(kampala), "6 boys", 6)
self.record_response_for(self.reporter_for(gulu), "9 boys", 9)
self.assertEqual(9, NumericResponsesFor([self.poll]).forLocations([gulu]).total())
def test_filters_by_location(self):
self.record_response_for(self.reporter_for(self.kampala), "6 boys", 6)
self.record_response_for(self.reporter_for(self.gulu), "9 boys", 9)
self.assertEqual(
9,
NumericResponsesFor([self.poll]).forLocations([self.gulu]).total())
