def test_plastic_badge_earned(self):
"""
Test that the right canteens are identifies in plastic badge qs
"""
# --- canteens which don't earn
no_cooking = CanteenFactory.create()
DiagnosticFactory.create(canteen=no_cooking,
cooking_plastic_substituted=False)
no_serving = CanteenFactory.create()
DiagnosticFactory.create(canteen=no_serving,
serving_plastic_substituted=False)
no_bottles = CanteenFactory.create()
DiagnosticFactory.create(canteen=no_bottles,
plastic_bottles_substituted=False)
no_tableware = CanteenFactory.create()
DiagnosticFactory.create(canteen=no_tableware,
plastic_tableware_substituted=False)
# --- canteens which earn plastic badge:
earned = CanteenFactory.create()
DiagnosticFactory.create(
canteen=earned,
cooking_plastic_substituted=True,
serving_plastic_substituted=True,
plastic_bottles_substituted=True,
plastic_tableware_substituted=True,
)
badges = badges_for_queryset(Diagnostic.objects.all())
plastic_badge_qs = badges["plastic"]
self.assertEqual(plastic_badge_qs.count(), 1)
self.assertTrue(plastic_badge_qs.filter(canteen=earned).exists())
def test_info_badge_earned(self):
"""
Test that the right canteens are identified in info badge qs
"""
no_communicated = CanteenFactory.create()
DiagnosticFactory.create(canteen=no_communicated,
communicates_on_food_quality=False)
earned = CanteenFactory.create()
DiagnosticFactory.create(canteen=earned,
communicates_on_food_quality=True)
badges = badges_for_queryset(Diagnostic.objects.all())
info_badge_qs = badges["info"]
self.assertEqual(info_badge_qs.count(), 1)
self.assertTrue(info_badge_qs.filter(canteen=earned).exists())
def test_edit_diagnostic_bad_total(self):
"""
Do not save edits to a diagnostic which make the sum of the values > total
"""
diagnostic = DiagnosticFactory.create(year=2019,
value_total_ht=10,
value_bio_ht=5,
value_sustainable_ht=2)
diagnostic.canteen.managers.add(authenticate.user)
payload = {"value_sustainable_ht": 999}
response = self.client.patch(
reverse(
"diagnostic_edition",
kwargs={
"canteen_pk": diagnostic.canteen.id,
"pk": diagnostic.id
},
),
payload,
)
diagnostic.refresh_from_db()
self.assertEqual(response.status_code, status.HTTP_400_BAD_REQUEST)
self.assertEqual(diagnostic.value_sustainable_ht, 2)
def test_edit_cancelled_diagnostic(self):
"""
A diagnostic can be edited if a cancelled teledeclaration
object linked to it exists
"""
diagnostic = DiagnosticFactory.create(year=2019)
diagnostic.canteen.managers.add(authenticate.user)
Teledeclaration.createFromDiagnostic(
diagnostic,
authenticate.user,
status=Teledeclaration.TeledeclarationStatus.CANCELLED,
)
payload = {"year": 2020}
response = self.client.patch(
reverse(
"diagnostic_edition",
kwargs={
"canteen_pk": diagnostic.canteen.id,
"pk": diagnostic.id
},
),
payload,
)
diagnostic.refresh_from_db()
self.assertEqual(response.status_code, status.HTTP_200_OK)
self.assertEqual(diagnostic.year, 2020)
def test_generate_pdf(self):
"""
The user can get a justificatif in PDF for a teledeclaration
"""
canteen = CanteenFactory.create()
canteen.managers.add(authenticate.user)
diagnostic = DiagnosticFactory.create(canteen=canteen, year=2020)
teledeclaration = Teledeclaration.createFromDiagnostic(diagnostic, authenticate.user)
response = self.client.get(reverse("teledeclaration_pdf", kwargs={"pk": teledeclaration.id}))
self.assertEqual(response.status_code, status.HTTP_200_OK)
def test_generate_pdf_unauthorized(self):
"""
Only managers of the canteen can get PDF documents
"""
manager = UserFactory.create()
canteen = CanteenFactory.create()
canteen.managers.add(manager)
diagnostic = DiagnosticFactory.create(canteen=canteen, year=2020)
teledeclaration = Teledeclaration.createFromDiagnostic(diagnostic, manager)
response = self.client.get(reverse("teledeclaration_pdf", kwargs={"pk": teledeclaration.id}))
self.assertEqual(response.status_code, status.HTTP_403_FORBIDDEN)
def test_create_unauthorized(self):
"""
Only managers of the canteen can create teledeclarations
"""
manager = UserFactory.create()
canteen = CanteenFactory.create()
canteen.managers.add(manager)
diagnostic = DiagnosticFactory.create(canteen=canteen, year=2020)
payload = {"diagnosticId": diagnostic.id}
response = self.client.post(reverse("teledeclaration_create"), payload)
self.assertEqual(response.status_code, status.HTTP_403_FORBIDDEN)
def test_no_siret(self):
"""
A few canteens don't have SIRETs - make sure teledeclarations for
different canteens with no SIRET aren't flagged as duplicates
"""
user = authenticate.user
canteen = CanteenFactory.create(siret="")
canteen.managers.add(user)
diagnostic = DiagnosticFactory.create(canteen=canteen, year=2020)
Teledeclaration.createFromDiagnostic(diagnostic, user)
payload = {"diagnosticId": diagnostic.id}
response = self.client.post(reverse("teledeclaration_create"), payload)
self.assertEqual(response.status_code, status.HTTP_400_BAD_REQUEST)
canteen2 = CanteenFactory.create(siret="")
canteen2.managers.add(user)
diagnostic2 = DiagnosticFactory.create(canteen=canteen2, year=2020)
payload = {"diagnosticId": diagnostic2.id}
response = self.client.post(reverse("teledeclaration_create"), payload)
self.assertEqual(response.status_code, status.HTTP_201_CREATED)
def test_create_duplicate(self):
"""
We can only have one submitted teledeclaration per canteen/year
"""
user = authenticate.user
canteen = CanteenFactory.create(siret="12345678912345")
canteen.managers.add(user)
diagnostic = DiagnosticFactory.create(canteen=canteen, year=2020)
Teledeclaration.createFromDiagnostic(diagnostic, user)
payload = {"diagnosticId": diagnostic.id}
response = self.client.post(reverse("teledeclaration_create"), payload)
self.assertEqual(response.status_code, status.HTTP_400_BAD_REQUEST)
def test_create_incomplete_diagnostic(self):
"""
A diagnostic missing approvisionnement information cannot be used to
create a teledeclaration
"""
user = authenticate.user
canteen = CanteenFactory.create()
canteen.managers.add(user)
diagnostic = DiagnosticFactory.create(canteen=canteen, year=2020, value_bio_ht=None)
payload = {"diagnosticId": diagnostic.id}
response = self.client.post(reverse("teledeclaration_create"), payload)
self.assertEqual(response.status_code, status.HTTP_400_BAD_REQUEST)
def test_waste_badge_earned(self):
"""
Test that the right canteens are identifies in waste badge qs
"""
# --- Canteens which don't earn waste badge:
waste_actions_only = CanteenFactory.create(daily_meal_count=2999)
DiagnosticFactory.create(canteen=waste_actions_only,
has_waste_diagnostic=False,
waste_actions=["action1"])
waste_diagnostic_only = CanteenFactory.create(daily_meal_count=2999)
DiagnosticFactory.create(canteen=waste_diagnostic_only,
has_waste_diagnostic=True,
waste_actions=[])
large_canteen_no_badge = CanteenFactory.create(daily_meal_count=3000)
DiagnosticFactory.create(
canteen=large_canteen_no_badge,
has_waste_diagnostic=True,
waste_actions=["action1"],
has_donation_agreement=False,
)
# --- Canteens which earn waste badge:
small_canteen = CanteenFactory.create(daily_meal_count=2999)
DiagnosticFactory.create(canteen=small_canteen,
has_waste_diagnostic=True,
waste_actions=["action1"])
large_canteen = CanteenFactory.create(daily_meal_count=3000)
DiagnosticFactory.create(canteen=large_canteen,
has_waste_diagnostic=True,
waste_actions=["action1"],
has_donation_agreement=True)
badges = badges_for_queryset(Diagnostic.objects.all())
waste_badge_qs = badges["waste"]
self.assertEqual(waste_badge_qs.count(), 2)
self.assertTrue(waste_badge_qs.filter(canteen=small_canteen).exists())
self.assertTrue(waste_badge_qs.filter(canteen=large_canteen).exists())
def test_diversification_badge_earned(self):
"""
Test that the right canteens are identifies in diversification badge qs
"""
primaire = SectorFactory(name="Scolaire primaire",
category="education")
secondaire = SectorFactory(name="Scolaire secondaire",
category="education")
# --- canteens which don't earn diversification badge:
high_canteen = CanteenFactory.create()
high_canteen.sectors.remove(primaire)
high_canteen.sectors.remove(secondaire)
DiagnosticFactory.create(
canteen=high_canteen,
vegetarian_weekly_recurrence=Diagnostic.MenuFrequency.HIGH.value)
low_canteen = CanteenFactory.create()
low_canteen.sectors.add(primaire)
DiagnosticFactory.create(
canteen=low_canteen,
vegetarian_weekly_recurrence=Diagnostic.MenuFrequency.LOW.value)
# --- canteens which earn diversification badge:
daily_vege = CanteenFactory.create()
daily_vege.sectors.remove(primaire)
daily_vege.sectors.remove(secondaire)
DiagnosticFactory.create(
canteen=daily_vege,
vegetarian_weekly_recurrence=Diagnostic.MenuFrequency.DAILY.value)
scolaire_mid_vege = CanteenFactory.create()
scolaire_mid_vege.sectors.add(secondaire)
DiagnosticFactory.create(
canteen=scolaire_mid_vege,
vegetarian_weekly_recurrence=Diagnostic.MenuFrequency.MID.value)
badges = badges_for_queryset(Diagnostic.objects.all())
diversification_badge_qs = badges["diversification"]
self.assertEqual(diversification_badge_qs.count(), 2)
self.assertTrue(
diversification_badge_qs.filter(canteen=daily_vege).exists())
self.assertTrue(
diversification_badge_qs.filter(
canteen=scolaire_mid_vege).exists())
def test_cancel(self):
"""
A submitted teledeclaration can be cancelled
"""
user = authenticate.user
canteen = CanteenFactory.create()
canteen.managers.add(user)
diagnostic = DiagnosticFactory.create(canteen=canteen, year=2020)
teledeclaration = Teledeclaration.createFromDiagnostic(diagnostic, user)
payload = {"teledeclarationId": teledeclaration.id}
response = self.client.post(reverse("teledeclaration_cancel"), payload)
self.assertEqual(response.status_code, status.HTTP_200_OK)
db_teledeclaration = Teledeclaration.objects.get(pk=teledeclaration.id)
self.assertEqual(db_teledeclaration.status, Teledeclaration.TeledeclarationStatus.CANCELLED)
body = response.json()
self.assertEqual(body["teledeclaration"]["status"], "CANCELLED")
def test_edit_diagnostic_unauthorized(self):
"""
The user can only edit diagnostics of canteens they
manage
"""
diagnostic = DiagnosticFactory.create()
payload = {"year": 2020}
response = self.client.patch(
reverse(
"diagnostic_edition",
kwargs={
"canteen_pk": diagnostic.canteen.id,
"pk": diagnostic.id
},
),
payload,
)
self.assertEqual(response.status_code, status.HTTP_403_FORBIDDEN)
def test_edit_diagnostic(self):
"""
The user can edit a diagnostic of a canteen they manage
"""
diagnostic = DiagnosticFactory.create(year=2019)
diagnostic.canteen.managers.add(authenticate.user)
payload = {"year": 2020}
response = self.client.patch(
reverse(
"diagnostic_edition",
kwargs={
"canteen_pk": diagnostic.canteen.id,
"pk": diagnostic.id
},
),
payload,
)
diagnostic.refresh_from_db()
self.assertEqual(response.status_code, status.HTTP_200_OK)
self.assertEqual(diagnostic.year, 2020)
def test_user_canteen_teledeclaration(self):
"""
The teledeclaration information should only be visible to
managers of the canteen
"""
user = authenticate.user
canteen = CanteenFactory.create()
canteen.managers.add(user)
diagnostic = DiagnosticFactory.create(canteen=canteen, year=2020)
Teledeclaration.createFromDiagnostic(
diagnostic, user, Teledeclaration.TeledeclarationStatus.CANCELLED)
new_teledeclaration = Teledeclaration.createFromDiagnostic(
diagnostic, user)
response = self.client.get(reverse("user_canteens"))
body = response.json().get("results")
json_canteen = next(filter(lambda x: x["id"] == canteen.id, body))
json_diagnostic = next(
filter(lambda x: x["id"] == diagnostic.id,
json_canteen["diagnostics"]))
self.assertEqual(json_diagnostic["teledeclaration"]["id"],
new_teledeclaration.id)
def test_filter_appro_values(self):
"""
Should be able to filter by bio %, sustainable %, combined % based on last year's diagnostic
"""
good_canteen = CanteenFactory.create(publication_status="published", name="Shiso")
medium_canteen = CanteenFactory.create(publication_status="published", name="Wasabi")
sustainable_canteen = CanteenFactory.create(publication_status="published", name="Umami")
bad_canteen = CanteenFactory.create(publication_status="published", name="Mochi")
secretly_good_canteen = CanteenFactory.create(publication_status="draft", name="Secret")
publication_year = date.today().year - 1
DiagnosticFactory.create(
canteen=good_canteen,
year=publication_year,
value_total_ht=100,
value_bio_ht=30,
value_sustainable_ht=30,
)
DiagnosticFactory.create(
canteen=secretly_good_canteen,
year=publication_year,
value_total_ht=100,
value_bio_ht=30,
value_sustainable_ht=30,
)
DiagnosticFactory.create(
canteen=medium_canteen,
year=publication_year,
value_total_ht=1000,
value_bio_ht=150,
value_sustainable_ht=350,
)
DiagnosticFactory.create(
canteen=sustainable_canteen,
year=publication_year,
value_total_ht=100,
value_bio_ht=0,
value_sustainable_ht=60,
)
DiagnosticFactory.create(
canteen=bad_canteen,
year=2019,
value_total_ht=100,
value_bio_ht=30,
value_sustainable_ht=30,
)
DiagnosticFactory.create(
canteen=bad_canteen,
year=publication_year,
value_total_ht=10,
value_bio_ht=0,
value_sustainable_ht=0,
)
url = f"{reverse('published_canteens')}?min_portion_bio={0.2}"
response = self.client.get(url)
results = response.json().get("results", [])
self.assertEqual(len(results), 1)
result_names = list(map(lambda x: x.get("name"), results))
self.assertIn("Shiso", result_names)
url = f"{reverse('published_canteens')}?min_portion_combined={0.5}"
response = self.client.get(url)
results = response.json().get("results", [])
self.assertEqual(len(results), 3)
result_names = list(map(lambda x: x.get("name"), results))
self.assertIn("Shiso", result_names)
self.assertIn("Wasabi", result_names)
self.assertIn("Umami", result_names)
url = f"{reverse('published_canteens')}?min_portion_bio={0.1}&min_portion_combined={0.5}"
response = self.client.get(url)
results = response.json().get("results", [])
self.assertEqual(len(results), 2)
result_names = list(map(lambda x: x.get("name"), results))
self.assertIn("Shiso", result_names)
self.assertIn("Wasabi", result_names)
def test_canteen_statistics(self):
"""
This public endpoint returns some summary statistics for a region and a location
"""
# TODO: more nuance when choosing canteens to get stats for?
# How do we know that the canteen diagnostic is done?
# Could check for total value ht
# create 5 canteens (3 in region of interest), 1 unpublished
region = "01"
year = 2020
school = SectorFactory.create(name="School")
enterprise = SectorFactory.create(name="Enterprise")
social = SectorFactory.create(name="Social")
published = CanteenFactory.create(
region=region,
publication_status=Canteen.PublicationStatus.PUBLISHED.value,
sectors=[school, enterprise],
daily_meal_count=50,
)
unpublished = CanteenFactory.create(
region=region,
publication_status=Canteen.PublicationStatus.DRAFT.value,
sectors=[school],
daily_meal_count=50,
)
other_region = CanteenFactory.create(region="03",
sectors=[social],
daily_meal_count=50)
# relevant diagnostics
DiagnosticFactory.create(
canteen=published,
year=year,
value_total_ht=100,
value_bio_ht=20,
value_sustainable_ht=30,
has_waste_diagnostic=False,
waste_actions=[],
vegetarian_weekly_recurrence=Diagnostic.MenuFrequency.DAILY,
plastic_tableware_substituted=False,
communicates_on_food_quality=False,
)
DiagnosticFactory.create(
canteen=unpublished,
year=year,
value_total_ht=1000,
value_bio_ht=400,
value_sustainable_ht=500,
has_waste_diagnostic=True,
waste_actions=["action1", "action2"],
vegetarian_weekly_recurrence=Diagnostic.MenuFrequency.LOW,
cooking_plastic_substituted=True,
serving_plastic_substituted=True,
plastic_bottles_substituted=True,
plastic_tableware_substituted=True,
communicates_on_food_quality=True,
)
# irrelevant diagnostics
DiagnosticFactory.create(
canteen=published,
year=2019,
value_total_ht=100,
value_bio_ht=100,
value_sustainable_ht=0,
vegetarian_weekly_recurrence=Diagnostic.MenuFrequency.DAILY,
)
DiagnosticFactory.create(
canteen=other_region,
year=year,
value_total_ht=100,
value_bio_ht=100,
value_sustainable_ht=0,
cooking_plastic_substituted=True,
serving_plastic_substituted=True,
plastic_bottles_substituted=True,
plastic_tableware_substituted=True,
communicates_on_food_quality=True,
)
response = self.client.get(reverse("canteen_statistics"), {
"region": region,
"year": year
})
self.assertEqual(response.status_code, status.HTTP_200_OK)
body = response.json()
self.assertEqual(body["canteenCount"], 2)
self.assertEqual(body["publishedCanteenCount"], 1)
self.assertEqual(body["bioPercent"], 30)
self.assertEqual(body["sustainablePercent"], 40)
self.assertEqual(body["approPercent"], 100)
self.assertEqual(body["wastePercent"], 50)
self.assertEqual(body["diversificationPercent"], 50)
self.assertEqual(body["plasticPercent"], 50)
self.assertEqual(body["infoPercent"], 50)
expected_sectors = {}
expected_sectors[str(school.id)] = 2
expected_sectors[str(enterprise.id)] = 1
expected_sectors[str(social.id)] = 0
self.assertEqual(body["sectors"], expected_sectors)
# can also call without location info
response = self.client.get(reverse("canteen_statistics"),
{"year": 2020})
self.assertEqual(response.status_code, status.HTTP_200_OK)
def test_appro_badge_earned(self):
"""
Test that the right canteens are identified in appro badge queryset
"""
# --- Canteens which don't earn appro badge:
zero_total = CanteenFactory.create()
DiagnosticFactory.create(canteen=zero_total, value_total_ht=0)
null_total = CanteenFactory.create()
DiagnosticFactory.create(canteen=null_total, value_total_ht=None)
bio_lacking = CanteenFactory.create()
DiagnosticFactory.create(canteen=bio_lacking,
value_total_ht=100,
value_bio_ht=19,
value_sustainable_ht=31)
# not convinced the following shouldn't get a badge but not sure how to make the Sum function work
null_sustainable = CanteenFactory.create(
region=Region.ile_de_france.value)
DiagnosticFactory.create(canteen=null_sustainable,
value_total_ht=100,
value_bio_ht=50,
value_sustainable_ht=None)
# --- Canteens which earn appro badge:
earned = CanteenFactory.create()
DiagnosticFactory.create(canteen=earned,
value_total_ht=100,
value_bio_ht=20,
value_sustainable_ht=30)
# rules per outre mer territories
guadeloupe = CanteenFactory.create(region=Region.guadeloupe.value)
DiagnosticFactory.create(canteen=guadeloupe,
value_total_ht=100,
value_bio_ht=5,
value_sustainable_ht=15)
mayotte = CanteenFactory.create(region=Region.mayotte.value)
DiagnosticFactory.create(canteen=mayotte,
value_total_ht=100,
value_bio_ht=2,
value_sustainable_ht=3)
# TODO: rules per outre mer territories: Saint-Pierre-et-Miquelon
# st_pierre_et_miquelon = CanteenFactory.create(region=Region.st_pierre_et_miquelon.value)
# DiagnosticFactory.create(canteen=st_pierre_et_miquelon, value_total_ht=100, value_bio_ht=10, value_sustainable_ht=20)
badges = badges_for_queryset(Diagnostic.objects.all())
appro_badge_qs = badges["appro"]
self.assertTrue(appro_badge_qs.filter(canteen=earned).exists())
self.assertTrue(appro_badge_qs.filter(canteen=guadeloupe).exists())
self.assertTrue(appro_badge_qs.filter(canteen=mayotte).exists())
self.assertEqual(appro_badge_qs.count(), 3)
def test_create(self):
"""
A teledeclaration can be created from a valid Diagnostic
"""
user = authenticate.user
canteen = CanteenFactory.create()
canteen.managers.add(user)
diagnostic = DiagnosticFactory.create(canteen=canteen, year=2020)
payload = {"diagnosticId": diagnostic.id}
response = self.client.post(reverse("teledeclaration_create"), payload)
self.assertEqual(response.status_code, status.HTTP_201_CREATED)
body = response.json()
teledeclaration = Teledeclaration.objects.first()
self.assertEqual(body["teledeclaration"]["id"], teledeclaration.id)
self.assertEqual(body["teledeclaration"]["status"], "SUBMITTED")
self.assertEqual(teledeclaration.diagnostic, diagnostic)
self.assertEqual(teledeclaration.canteen, canteen)
self.assertEqual(teledeclaration.year, 2020)
self.assertEqual(teledeclaration.applicant, user)
self.assertEqual(teledeclaration.canteen_siret, canteen.siret)
self.assertEqual(teledeclaration.status, Teledeclaration.TeledeclarationStatus.SUBMITTED)
declared_data = teledeclaration.declared_data
self.assertEqual(declared_data["year"], 2020)
json_canteen = declared_data["canteen"]
self.assertEqual(json_canteen["name"], canteen.name)
self.assertEqual(json_canteen["siret"], canteen.siret)
self.assertEqual(json_canteen["city_insee_code"], canteen.city_insee_code)
json_teledeclaration = declared_data["teledeclaration"]
self.assertEqual(json_teledeclaration["value_bio_ht"], diagnostic.value_bio_ht)
self.assertEqual(
json_teledeclaration["value_sustainable_ht"],
diagnostic.value_sustainable_ht,
)
self.assertEqual(json_teledeclaration["value_total_ht"], diagnostic.value_total_ht)
self.assertEqual(
json_teledeclaration["has_waste_diagnostic"],
diagnostic.has_waste_diagnostic,
)
self.assertEqual(json_teledeclaration["has_waste_plan"], diagnostic.has_waste_plan)
self.assertEqual(
json_teledeclaration["has_donation_agreement"],
diagnostic.has_donation_agreement,
)
self.assertEqual(json_teledeclaration["has_waste_measures"], diagnostic.has_waste_measures)
self.assertEqual(
json_teledeclaration["has_diversification_plan"],
diagnostic.has_diversification_plan,
)
self.assertEqual(
json_teledeclaration["cooking_plastic_substituted"],
diagnostic.cooking_plastic_substituted,
)
self.assertEqual(
json_teledeclaration["serving_plastic_substituted"],
diagnostic.serving_plastic_substituted,
)
self.assertEqual(
json_teledeclaration["plastic_bottles_substituted"],
diagnostic.plastic_bottles_substituted,
)
self.assertEqual(
json_teledeclaration["plastic_tableware_substituted"],
diagnostic.plastic_tableware_substituted,
)
self.assertEqual(
json_teledeclaration["communicates_on_food_plan"],
diagnostic.communicates_on_food_plan,
)
self.assertEqual(
json_teledeclaration["communicates_on_food_quality"],
diagnostic.communicates_on_food_quality,
)
