def simple_indicator(request, indicator_id):
hierarchy_limit = 2
selected_location = None
first_level_location_analyzed = Location.objects.filter(type__name__iexact="country")[0]
indicator = Indicator.objects.get(id=indicator_id)
formula = indicator.formula.all()
if not formula:
messages.error(request, "No formula was found in this indicator")
return HttpResponseRedirect(reverse("list_indicator_page"))
params = request.GET
if contains_key(params, "location"):
first_level_location_analyzed = Location.objects.get(id=params["location"])
selected_location = first_level_location_analyzed
formula = formula[0]
indicator_service = SimpleIndicatorService(formula, first_level_location_analyzed)
data_series, locations = indicator_service.get_location_names_and_data_series()
context = {
"request": request,
"data_series": data_series,
"tabulated_data": indicator_service.tabulated_data_series(),
"location_names": locations,
"indicator": indicator,
"locations": LocationWidget(selected_location, level=hierarchy_limit),
}
return render(request, "formula/simple_indicator.html", context)
def simple_indicator(request, indicator_id):
hierarchy_limit = 2
selected_location = None
params = request.GET or request.POST
locations_filter = LocationsFilterForm(data=params)
first_level_location_analyzed = Location.objects.filter(
type__name__iexact="country")[0]
indicator = Indicator.objects.get(id=indicator_id)
formula = indicator.formula.all()
if not formula:
messages.error(request, "No formula was found in this indicator")
return HttpResponseRedirect(reverse("list_indicator_page"))
request.breadcrumbs([
('Indicator List', reverse('list_indicator_page')),
])
if locations_filter.last_location_selected:
first_level_location_analyzed = locations_filter.last_location_selected
selected_location = first_level_location_analyzed
formula = formula[0]
indicator_service = SimpleIndicatorService(formula,
first_level_location_analyzed)
data_series, locations = indicator_service.get_location_names_and_data_series(
)
context = {
'request': request,
'data_series': data_series,
'tabulated_data': indicator_service.tabulated_data_series(),
'location_names': locations,
'indicator': indicator,
'locations_filter': locations_filter
}
return render(request, 'formula/simple_indicator.html', context)
def test_formats_details_data(self):
self.investigator.member_answered(self.question_3, self.household_head_1, self.yes_option.order, self.batch)
self.investigator.member_answered(self.question_3, self.household_head_2, self.yes_option.order, self.batch)
self.investigator.member_answered(self.question_3, self.household_head_3, self.yes_option.order, self.batch)
self.investigator.member_answered(self.question_3, self.household_head_4, self.no_option.order, self.batch)
self.investigator.member_answered(self.question_3, self.household_head_5, self.no_option.order, self.batch)
self.investigator_2.member_answered(self.question_3, self.household_head_6, self.yes_option.order, self.batch)
self.investigator_2.member_answered(self.question_3, self.household_head_7, self.yes_option.order, self.batch)
self.investigator_2.member_answered(self.question_3, self.household_head_8, self.no_option.order, self.batch)
self.investigator_2.member_answered(self.question_3, self.household_head_9, self.no_option.order, self.batch)
kibungo = Location.objects.create(name="Kibungo", type=self.district, tree_parent=self.west)
mpigi = Location.objects.create(name="Mpigi", type=self.district, tree_parent=self.central)
table_row_1 = {'Region': self.central.name, 'District': self.kampala.name, self.yes_option.text: 3, self.no_option.text: 2,'Total': 5}
table_row_2 = {'Region': self.central.name, 'District': mpigi.name, self.yes_option.text: 0, self.no_option.text: 0,'Total': 0}
table_row_3 = {'Region': self.west.name, 'District': kibungo.name, self.yes_option.text: 0, self.no_option.text: 0,'Total': 0}
table_row_4 = {'Region': self.west.name, 'District': self.mbarara.name, self.yes_option.text: 2, self.no_option.text: 2,'Total': 4}
expected_table_data = [table_row_1, table_row_2, table_row_3, table_row_4]
simple_indicator_service = SimpleIndicatorService(self.formula, self.uganda)
tabulated_data = simple_indicator_service.tabulated_data_series()
self.assertEqual(4, len(tabulated_data))
for i in range(4):
self.assertEqual(expected_table_data[i], tabulated_data[i])
def simple_indicator(request, indicator_id):
hierarchy_limit = 2
selected_location = None
first_level_location_analyzed = Location.objects.filter(
type__name__iexact="country")[0]
indicator = Indicator.objects.get(id=indicator_id)
formula = indicator.formula.all()
if not formula:
messages.error(request, "No formula was found in this indicator")
return HttpResponseRedirect(reverse("list_indicator_page"))
params = request.GET
if contains_key(params, 'location'):
first_level_location_analyzed = Location.objects.get(
id=params['location'])
selected_location = first_level_location_analyzed
formula = formula[0]
indicator_service = SimpleIndicatorService(formula,
first_level_location_analyzed)
data_series, locations = indicator_service.get_location_names_and_data_series(
)
context = {
'request': request,
'data_series': data_series,
'tabulated_data': indicator_service.tabulated_data_series(),
'location_names': locations,
'indicator': indicator,
'locations': LocationWidget(selected_location, level=hierarchy_limit)
}
return render(request, 'formula/simple_indicator.html', context)
def simple_indicator(request, indicator_id):
hierarchy_limit = 2
selected_location = None
params = request.GET or request.POST
locations_filter = LocationsFilterForm(data=params)
first_level_location_analyzed = Location.objects.filter(type__name__iexact="country")[0]
indicator = Indicator.objects.get(id=indicator_id)
formula = indicator.formula.all()
if not formula:
messages.error(request, "No formula was found in this indicator")
return HttpResponseRedirect(reverse("list_indicator_page"))
request.breadcrumbs([
('Indicator List', reverse('list_indicator_page')),
])
if locations_filter.last_location_selected:
first_level_location_analyzed = locations_filter.last_location_selected
selected_location = first_level_location_analyzed
formula = formula[0]
indicator_service = SimpleIndicatorService(formula, first_level_location_analyzed)
data_series, locations = indicator_service.get_location_names_and_data_series()
context = {'request': request,
'data_series': data_series,
'tabulated_data': indicator_service.tabulated_data_series(),
'location_names': locations,
'indicator': indicator,
'locations_filter': locations_filter}
return render(request, 'formula/simple_indicator.html', context)
def test_gets_location_names_and_data_series_for_a_parent_location_and_formula(
self):
simple_indicator_service = SimpleIndicatorService(
self.formula, self.uganda)
region_responses = [{'data': [0, 0], 'name': 'This is an option1'}]
data_series, location = simple_indicator_service.get_location_names_and_data_series(
)
self.assertEquals([self.central.name, self.west.name], location)
self.assertEquals(region_responses, data_series)
def test_formats_details_data(self):
kibungo = Location.objects.create(name="Kibungo", type=self.district, tree_parent=self.west)
mpigi = Location.objects.create(name="Mpigi", type=self.district, tree_parent=self.central)
table_row_1 = {'Region': self.central.name, 'District': self.kampala.name, self.general_group.name: 5, 'Total': 5}
table_row_2 = {'Region': self.central.name, 'District': mpigi.name, self.general_group.name: 0, 'Total': 0}
table_row_3 = {'Region': self.west.name, 'District': kibungo.name, self.general_group.name: 0, 'Total': 0}
table_row_4 = {'Region': self.west.name, 'District': self.mbarara.name, self.general_group.name: 4, 'Total': 4}
expected_table_data = [table_row_1, table_row_2, table_row_3, table_row_4]
simple_indicator_service = SimpleIndicatorService(self.formula, self.uganda)
tabulated_data = simple_indicator_service.tabulated_data_series()
self.assertEqual(4, len(tabulated_data))
for i in range(4):
self.assertEqual(expected_table_data[i], tabulated_data[i])
def test_gets_location_names_and_data_series_for_a_parent_location_and_formula(self):
self.investigator.member_answered(self.question_3, self.household_head_1, self.yes_option.order, self.batch)
self.investigator.member_answered(self.question_3, self.household_head_2, self.yes_option.order, self.batch)
self.investigator.member_answered(self.question_3, self.household_head_3, self.yes_option.order, self.batch)
self.investigator.member_answered(self.question_3, self.household_head_4, self.no_option.order, self.batch)
self.investigator.member_answered(self.question_3, self.household_head_5, self.no_option.order, self.batch)
self.investigator_2.member_answered(self.question_3, self.household_head_6, self.yes_option.order, self.batch)
self.investigator_2.member_answered(self.question_3, self.household_head_7, self.yes_option.order, self.batch)
self.investigator_2.member_answered(self.question_3, self.household_head_8, self.no_option.order, self.batch)
self.investigator_2.member_answered(self.question_3, self.household_head_9, self.no_option.order, self.batch)
simple_indicator_service = SimpleIndicatorService(self.formula, self.uganda)
region_responses = [{'data': [3, 2], 'name': self.yes_option.text}, {'data': [2, 2], 'name': self.no_option.text}]
data_series, location = simple_indicator_service.get_location_names_and_data_series()
self.assertEquals([self.central.name, self.west.name], location)
self.assertEquals(region_responses, data_series)
def test_formats_details_data(self):
kibungo = Location.objects.create(name="Kibungo",
type=self.district,
parent=self.west)
mpigi = Location.objects.create(name="Mpigi",
type=self.district,
parent=self.central)
table_row_1 = {
'Region': self.central.name,
'District': self.kampala.name,
self.yes_option.text: 3,
self.no_option.text: 2,
'Total': 5
}
table_row_2 = {
'Region': self.central.name,
'District': mpigi.name,
self.yes_option.text: 0,
self.no_option.text: 0,
'Total': 0
}
table_row_3 = {
'Region': self.west.name,
'District': kibungo.name,
self.yes_option.text: 0,
self.no_option.text: 0,
'Total': 0
}
table_row_4 = {
'Region': self.west.name,
'District': self.mbarara.name,
self.yes_option.text: 2,
self.no_option.text: 2,
'Total': 4
}
expected_table_data = [
table_row_1, table_row_2, table_row_3, table_row_4
]
simple_indicator_service = SimpleIndicatorService(
self.formula, self.uganda)
tabulated_data = simple_indicator_service.tabulated_data_series()
self.assertEqual(4, len(tabulated_data))
def test_gets_location_names_and_data_series_for_a_parent_location_and_formula(self):
simple_indicator_service = SimpleIndicatorService(self.formula, self.uganda)
region_responses = [{'data': [5, 4], 'name': self.general_group.name}]
data_series, location = simple_indicator_service.get_location_names_and_data_series()
self.assertEquals([self.central.name, self.west.name], location)
self.assertEquals(region_responses, data_series)