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import operator
from django.test import TestCase
from patchwork.models import Person
from patchmetrics.utils import (
is_member,
sync_memberships,
get_sub_teams,
sync_launchpad_memberships_for,
)
from patchmetrics.tests.factory import PatchMetricsObjectFactory
class FakeTeam(object):
def __init__(self, name=None, subteams=[]):
self.name = name
self.sub_teams = []
for name in subteams:
team = FakeTeam(name=name)
self.sub_teams.append(team)
class FakePerson(object):
def __init__(self, teams, email="a@b.com"):
self.super_teams = []
self.email = email
for name in teams:
team = FakeTeam(name=name)
self.super_teams.append(team)
class TestSyncMembership(TestCase):
def setUp(self):
super(TestSyncMembership, self).setUp()
self.factory = PatchMetricsObjectFactory()
def test_get_sub_teams(self):
expected = sorted(['infra', 'kernel', 'android'])
linaro = FakeTeam(subteams=expected)
subteams = get_sub_teams(linaro)
self.assertEqual(expected, sorted(subteams.keys()))
self.assertEqual(
expected, sorted([team.name for team in subteams.values()]))
def test_get_sub_teams_skips_some_teams(self):
expected = sorted(['infra', 'kernel', 'android'])
teams_to_skip = [
'linaro-project-management',
'linaro-oceo',
'linaro-oevp',]
input = expected + teams_to_skip
linaro = FakeTeam(subteams=input)
subteams = get_sub_teams(linaro)
self.assertEqual(expected, sorted(subteams.keys()))
self.assertEqual(
expected, sorted([team.name for team in subteams.values()]))
def test_is_member(self):
person = FakePerson(['linaro', 'infra', 'android'])
self.assertTrue(
is_member(person, dict(multimedia=1, linaro=0)))
self.assertFalse(
is_member(person, ['multimedia', 'kernel']))
def test_sync_launchpad_memberships_for(self):
from patchmetrics import utils
linaro = FakeTeam("linaro", ["subteam"])
subteam = FakeTeam("subteam")
emails = sorted(['foo@example.com', 'baz@example.com'])
def get_lp_person_by_email(lp, email):
return FakePerson(['subteam'], email)
original_get_lp_person_by_email = utils.get_lp_person_by_email
utils.get_lp_person_by_email = get_lp_person_by_email
def sync_memberships(memberships):
"""fake sync_memberships used to test membeships.
We don't check that FakeTeam and FakePerson objects match
because they are often created in a way that is difficult
to test, so we test some unique characteristics instead.
"""
# We have only created 1 subteam
self.assertEqual(len(memberships.keys()), 1)
# The subteam should have the correct name
team = memberships.keys()[0]
self.assertEqual(team.name, subteam.name)
# Now collect all email addresses stored in memberships
found_emails = []
for member in memberships[team].keys():
found_emails += memberships[team][member]
self.assertEqual(sorted(found_emails), emails)
original_sync_memberships = utils.sync_memberships
utils.sync_memberships = sync_memberships
def sync_openid_urls():
pass
original_sync_openid_urls = utils.sync_openid_urls
utils.sync_openid_urls = sync_openid_urls
try:
sync_launchpad_memberships_for(emails, linaro, None)
finally:
utils.get_lp_person_by_email = original_get_lp_person_by_email
utils.sync_memberships = original_sync_memberships
utils.sync_openid_urls = original_sync_openid_urls
def test_sync_new_team(self):
person = self.factory.makePerson()
emails = sorted([person.email, 'new@example.com'])
memberships = {
# This will cause the creation of a new team, a new user (as
# a member of the team) and a new person for the unseen email
# address. The new user will also be linked to the existing
# person.
FakeTeamOrMember(name='non-existing-team'): {
FakeTeamOrMember(person.name, person.name): emails}}
created_memberships = sync_memberships(memberships)
self.assertEqual(1, len(created_memberships))
[membership] = created_memberships
self.assertEqual('non-existing-team', membership.team.name)
self.assertEqual(person.user, membership.member)
people = Person.objects.filter(user=membership.member)
self.assertEqual(emails, sorted([person.email for person in people]))
def test_sync_just_add_members(self):
team = self.factory.makeTeam()
emails = sorted(['name1@example.com', 'random@example.com'])
memberships = {
# This will cause two persons (one for each email address) to
# be created as well as a user (linking them together), which is
# added as a member of the team created above.
FakeTeamOrMember(name=team.name): {
FakeTeamOrMember('random-name1'): emails}}
created_memberships = sync_memberships(memberships)
self.assertEqual(1, len(created_memberships))
[membership] = created_memberships
self.assertEqual(team.name, membership.team.name)
self.assertEqual('name1@example.com', membership.member.email)
people = Person.objects.filter(user=membership.member)
self.assertEqual(emails, sorted([person.email for person in people]))
def test_sync_nothing_to_create(self):
membership = self.factory.makeTeamMembership()
member = membership.member
memberships = {
# This won't cause anything to be created as the membership
# already exists in our DB.
membership.team: {
FakeTeamOrMember(member.username): [member.email]}}
created_memberships = sync_memberships(memberships)
self.assertEqual([], list(created_memberships))
def test_sync_name_fixme(self):
person = self.factory.makePerson(is_user=False)
team = self.factory.makeTeam()
emails = [self.factory.getUniqueEmailAddress()]
memberships = {
# This will cause the creation of a Person for the unseen email
# address in 'emails', a user account linked to this new person
# entry and to the existing one (which has the same name as the
# new), as well as a team membership for the new user on the team
# created above.
team: {FakeTeamOrMember(person.name, person.name): emails}}
created_memberships = sync_memberships(memberships)
self.assertEqual(1, len(created_memberships))
[membership] = created_memberships
self.assertEqual(team.name, membership.team.name)
self.assertEqual(emails[0], membership.member.email)
people = Person.objects.filter(user=membership.member)
all_emails = sorted(emails + [person.email])
self.assertEqual(
all_emails, sorted([person.email for person in people]))
class FakeTeamOrMember(object):
def __init__(self, name, display_name='Random name'):
self.name = name
self.display_name = display_name
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