def test_delete_disassociates_teams(self):
"""When you delete an org, associated teams lose their org id."""
user, org_dict = self.test_create()
teams = [
Team.create(
name="Team Foo",
organization_ids=[org_dict['uid']],
captain_id='User_captain',
program_id=self.program.uid,
),
Team.create(
name="Team Bar",
organization_ids=[org_dict['uid']],
captain_id='User_captain',
program_id=self.program.uid,
),
]
Team.put_multi(teams)
response = self.testapp.delete('/api/organizations/{}'.format(
org_dict['uid']),
headers=self.login_headers(user),
status=204)
# Make sure the teams have lost their association to the org.
for t in teams:
fetched = Team.get_by_id(t.uid)
self.assertNotIn(org_dict['uid'], fetched.organization_ids)
def resolve_id_mismatch(klass, user, new_id):
"""Change all references to user's id to a new id.
N.B. this is obviously brittle; when the relationship schema changes,
this will also have to change.
"""
# The auth server has a different id for this user; defer to it.
teams = Team.get(captain_id=user.uid)
for t in teams:
t.captain_id = new_id
Team.put_multi(teams)
classrooms = Classroom.get(contact_id=user.uid)
for c in classrooms:
c.contact_id = new_id
Classroom.put_multi(classrooms)
params = {'uid': new_id, 'short_uid': SqlModel.convert_uid(new_id)}
with mysql_connection.connect() as sql:
sql.update_row(klass.table, 'uid', user.uid, **params)
for k, v in params.items():
setattr(user, k, v)
return user
def test_rserve_skips_existing(self):
program = Program.create(
name="The Engagement Project",
label="ep19",
preview_url='foo.com',
)
week = util.datelike_to_iso_string(datetime.date.today())
org = Organization.create(name="Organization",
captain_id="User_cap",
program_id=program.uid)
org_to_skip = Organization.create(name="Organization",
captain_id="User_cap",
program_id=program.uid)
Organization.put_multi([org, org_to_skip])
team = Team.create(name="Team",
captain_id="User_cap",
program_id=program.uid)
team_to_skip = Team.create(name="Team",
captain_id="User_cap",
program_id=program.uid)
Team.put_multi([team, team_to_skip])
cl = Classroom.create(name="Classroom",
team_id=team.uid,
code="foo",
contact_id="User_contact")
cl_to_skip = Classroom.create(name="Classroom",
team_id=team.uid,
code="foo",
contact_id="User_contact")
Classroom.put_multi([cl, cl_to_skip])
Report.put_multi([
Report.create(parent_id=org_to_skip.uid,
filename="foo",
issue_date=week),
Report.create(parent_id=team_to_skip.uid,
filename="foo",
issue_date=week),
Report.create(parent_id=cl_to_skip.uid,
filename="foo",
issue_date=week),
])
# Skips all the parents who have reports already this week.
orgs, teams, classes = cron_rserve.get_report_parents(
program, week, False)
self.assertEqual(len(orgs), 1)
self.assertEqual(len(teams), 1)
self.assertEqual(len(classes), 1)
# ...unless you force it, then they're all there.
orgs, teams, classes = cron_rserve.get_report_parents(
program, week, True)
self.assertEqual(len(orgs), 2)
self.assertEqual(len(teams), 2)
self.assertEqual(len(classes), 2)
def create_for_paging(self, n):
# Pad numeric names so they sort alphabetically.
teams = [
Team.create(name=str(x).rjust(2, '0'), captain_id='User_captain',
program_id=self.demo_program.uid)
for x in range(n)
]
Team.put_multi(teams)
super_admin = User.create(name='super', email='*****@*****.**',
user_type='super_admin')
super_admin.put()
return teams, super_admin
def test_dashboard(self):
org = Organization.create(
name='Org Foo',
program_id=self.program.uid,
)
org.put()
org_admin = User.create(
name='Org Admin',
email='*****@*****.**',
owned_organizations=[org.uid],
)
org_admin.put()
zipped = []
for x in range(5):
zipped.append(self.create_for_dashboard(org, x))
teams, users, cycles, responses = zip(*zipped)
Team.put_multi(teams)
User.put_multi(users)
Cycle.put_multi(cycles)
Response.put_multi(responses)
raw_result = self.testapp.get(
'/api/organization_dashboards/{}'.format(org.uid),
headers=self.login_headers(org_admin),
)
result = json.loads(raw_result.body)
# Expected ids.
team_ids = set(t.uid for t in teams)
user_ids = set(u.uid for u in users)
cycle_ids = set(c.uid for c in cycles)
response_ids = set(r.uid for r in responses)
# All ids present.
self.assertEqual(set(t['uid'] for t in result['teams']), team_ids)
self.assertEqual(set(u['uid'] for u in result['users']), user_ids)
self.assertEqual(set(c['uid'] for c in result['cycles']), cycle_ids)
self.assertEqual(set(r['uid'] for r in result['responses']),
response_ids)
# Responses have no body.
self.assertTrue(all(len(r['body']) == 0 for r in result['responses']))
def create_for_search(self):
# Test that users can be matched on either name or email.
admin_foo = User.create(name="Admin Foo", email="*****@*****.**")
user_foo1 = User.create(name="User Foo", email="*****@*****.**")
user_foo2 = User.create(name="Generic Name", email="*****@*****.**")
user_bar = User.create(name="User Bar", email="*****@*****.**")
org_foo = Organization.create(name="Org Foo", program_id=self.ep.uid)
org_bar = Organization.create(name="Org Bar", program_id=self.ep.uid)
team_foo = Team.create(name="Team Foo",
program_id=self.ep.uid,
captain_id=user_foo1.uid)
team_bar = Team.create(name="Team Bar",
program_id=self.ep.uid,
captain_id=user_bar.uid)
cl_foo = Classroom.create(
name="Class Foo",
code="foo",
team_id=team_foo.uid,
contact_id=user_foo2.uid,
)
cl_bar = Classroom.create(
name="Class Bar",
code="bar",
team_id=team_bar.uid,
contact_id="User_contact",
)
# Test that users can be matched on either name or email.
admin_foo.owned_organizations = [org_foo.uid]
user_foo1.owned_teams = [team_foo.uid]
user_foo2.owned_teams = [team_foo.uid]
user_bar.owned_teams = [team_bar.uid]
Organization.put_multi([org_foo, org_bar])
Team.put_multi([team_foo, team_bar])
Classroom.put_multi([cl_foo, cl_bar])
User.put_multi([admin_foo, user_foo1, user_foo2, user_bar])
return (org_foo, org_bar, team_foo, team_bar, cl_foo, cl_bar,
admin_foo, user_foo1, user_foo2, user_bar)
