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281 lines
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Python

from collections.abc import Callable
import pytest
from django.contrib.auth.models import Permission
from django.test import Client, TestCase
from django.urls import reverse
from django.utils.timezone import now
from model_bakery import baker, seq
from model_bakery.recipe import Recipe
from pytest_django.asserts import assertRedirects
from club.forms import ClubRoleFormSet
from club.models import Club, ClubRole, Membership
from core.baker_recipes import subscriber_user
from core.models import AnonymousUser, User
def make_club():
# unittest-style tests cannot use fixture, so we create a function
# that will be callable either by a pytest fixture or inside
# a TestCase.setUpTestData method.
club = baker.make(Club)
recipe = Recipe(ClubRole, club=club, name=seq("role "))
recipe.make(
is_board=iter([True, True, False]),
is_presidency=iter([True, False, False]),
order=iter([0, 1, 2]),
_quantity=3,
_bulk_create=True,
)
return club
@pytest.fixture
def club(db):
"""A club with a presidency role, a board role and a member role"""
return make_club()
@pytest.mark.django_db
def test_order_auto(club):
"""Test that newly created roles are put in the right place."""
roles = list(club.roles.all())
# create new roles one by one (like they will be in prod)
# each new role should be placed at the end of its category
recipe = Recipe(ClubRole, club=club, name=seq("new role "))
role_a = recipe.make(is_board=True, is_presidency=True, order=None)
role_b = recipe.make(is_board=True, is_presidency=False, order=None)
role_c = recipe.make(is_board=False, is_presidency=False, order=None)
assert list(club.roles.order_by("order")) == [
roles[0],
role_a,
roles[1],
role_b,
roles[2],
role_c,
]
@pytest.mark.django_db
@pytest.mark.parametrize(
("user_factory", "is_allowed"),
[
(
lambda club: baker.make(
User,
user_permissions=[Permission.objects.get(codename="change_clubrole")],
),
True,
),
( # user with presidency roles can edit the club roles
lambda club: subscriber_user.make(
memberships=[
baker.make(
Membership,
club=club,
role=club.roles.filter(is_presidency=True).first(),
)
]
),
True,
),
( # user in the board but not in the presidency cannot edit roles
lambda club: subscriber_user.make(
memberships=[
baker.make(
Membership,
club=club,
role=club.roles.filter(
is_presidency=False, is_board=True
).first(),
)
]
),
False,
),
(lambda _: AnonymousUser(), False),
],
)
def test_can_roles_be_edited_by(
club: Club, user_factory: Callable[[Club], User], is_allowed
):
"""Test that `Club.can_roles_be_edited_by` return the right value"""
user = user_factory(club)
assert club.can_roles_be_edited_by(user) == is_allowed
@pytest.mark.django_db
@pytest.mark.parametrize(
["route", "is_presidency", "is_board"],
[
("club:new_role_president", True, True),
("club:new_role_board", False, True),
("club:new_role_member", False, False),
],
)
def test_create_role_view(client: Client, route: str, is_presidency, is_board):
"""Test that the role creation views work."""
club = baker.make(Club)
role = baker.make(ClubRole, club=club, is_presidency=True, is_board=True)
user = subscriber_user.make()
baker.make(Membership, club=club, role=role, user=user, end_date=None)
url = reverse(route, kwargs={"club_id": club.id})
client.force_login(user)
res = client.get(url)
assert res.status_code == 200
res = client.post(url, data={"name": "foo"})
assertRedirects(res, reverse("club:club_roles", kwargs={"club_id": club.id}))
new_role = club.roles.last()
assert new_role.name == "foo"
assert new_role.is_presidency == is_presidency
assert new_role.is_board == is_board
class TestClubRoleUpdate(TestCase):
@classmethod
def setUpTestData(cls):
cls.club = make_club()
cls.roles = list(cls.club.roles.all())
cls.user = subscriber_user.make()
baker.make(
Membership, club=cls.club, role=cls.roles[0], user=cls.user, end_date=None
)
cls.url = reverse("club:club_roles", kwargs={"club_id": cls.club.id})
cls.redirect_url = reverse("club:club_members", kwargs={"club_id": cls.club.id})
def setUp(self):
self.payload = {
"roles-TOTAL_FORMS": 3,
"roles-INITIAL_FORMS": 3,
"roles-MIN_NUM_FORMS": 0,
"roles-MAX_NUM_FORMS": 1000,
"roles-0-ORDER": 1,
"roles-0-id": self.roles[0].id,
"roles-0-club": self.club.id,
"roles-0-is_presidency": True,
"roles-0-is_board": True,
"roles-0-name": self.roles[0].name,
"roles-0-description": self.roles[0].description,
"roles-0-is_active": True,
"roles-1-ORDER": 2,
"roles-1-id": self.roles[1].id,
"roles-1-club": self.club.id,
"roles-1-is_presidency": False,
"roles-1-is_board": True,
"roles-1-name": self.roles[1].name,
"roles-1-description": self.roles[1].description,
"roles-1-is_active": True,
"roles-2-ORDER": 3,
"roles-2-id": self.roles[2].id,
"roles-2-club": self.club.id,
"roles-2-is_presidency": False,
"roles-2-is_board": False,
"roles-2-name": self.roles[2].name,
"roles-2-description": self.roles[2].description,
"roles-2-is_active": True,
}
def test_view_ok(self):
"""Basic test to check that the view works."""
self.client.force_login(self.user)
res = self.client.get(self.url)
assert res.status_code == 200
self.payload["roles-2-name"] = "foo"
res = self.client.post(self.url, data=self.payload)
assertRedirects(res, self.redirect_url)
self.roles[2].refresh_from_db()
assert self.roles[2].name == "foo"
def test_incoherent_order(self):
"""Test that placing a member role over a board role fails."""
self.payload["roles-0-ORDER"] = 4
formset = ClubRoleFormSet(data=self.payload, instance=self.club)
assert not formset.is_valid()
assert formset.errors == [
{
"__all__": [
f"Le rôle {self.roles[0].name} ne peut pas "
"être placé en-dessous d'un rôle de membre.",
f"Le rôle {self.roles[0].name} ne peut pas être placé "
"en-dessous d'un rôle qui n'est pas de la présidence.",
]
},
{},
{},
]
def test_change_order_ok(self):
"""Test that changing order the intended way works"""
self.payload["roles-1-ORDER"] = 3
self.payload["roles-1-is_board"] = False
self.payload["roles-2-ORDER"] = 2
formset = ClubRoleFormSet(data=self.payload, instance=self.club)
assert formset.is_valid()
formset.save()
assert list(self.club.roles.order_by("order")) == [
self.roles[0],
self.roles[2],
self.roles[1],
]
self.roles[1].refresh_from_db()
assert not self.roles[1].is_board
def test_non_board_presidency_is_forbidden(self):
"""Test that a role cannot be in the presidency without being in the board."""
self.payload["roles-0-is_board"] = False
formset = ClubRoleFormSet(data=self.payload, instance=self.club)
assert not formset.is_valid()
assert formset.errors == [
{
"__all__": [
"Un rôle ne peut pas appartenir à la présidence sans être dans le bureau",
]
},
{},
{},
]
def test_president_moves_itself_out_of_the_presidency(self):
"""Test that if the user moves its own role out of the presidency,
then it loses access to the update page."""
self.payload["roles-0-is_presidency"] = False
self.client.force_login(self.user)
res = self.client.post(self.url, data=self.payload)
assertRedirects(res, self.redirect_url)
# When the user clicked that button, it still had the right to update roles,
# so the modification should be applied
self.roles[0].refresh_from_db()
assert self.roles[0].is_presidency is False
res = self.client.get(self.url)
assert res.status_code == 403
def test_role_stops_being_board(self):
"""Test that if a role stops being a board role,
its users lose the club board group."""
self.payload["roles-0-is_board"] = False
self.payload["roles-0-is_presidency"] = False
self.payload["roles-1-is_board"] = False
formset = ClubRoleFormSet(data=self.payload, instance=self.club)
assert formset.is_valid()
formset.save()
assert not self.user.groups.contains(self.club.board_group)
def test_role_becomes_board(self):
"""Test that if a role becomes a board role,
its active users get the club board group"""
members = [
baker.make(Membership, club=self.club, role=self.roles[0], end_date=None),
baker.make(Membership, club=self.club, role=self.roles[0], end_date=now()),
]
self.payload["roles-2-is_board"] = True
formset = ClubRoleFormSet(data=self.payload, instance=self.club)
assert formset.is_valid()
formset.save()
# the second membership is finished, so its user shouldn't get the role
assert members[0].user.groups.contains(self.club.board_group)
assert not members[1].user.groups.contains(self.club.board_group)