def test_simulate(self, caplog, simulate):
"""
Test contact archiving simulate flag
"""
caplog.set_level(logging.INFO, logger='datahub.company.tasks.contact')
date = timezone.now() - relativedelta(days=10)
with freeze_time(date):
company1 = CompanyFactory()
company2 = CompanyFactory(archived=True)
contact1 = ContactFactory(company=company1)
contact2 = ContactFactory(company=company2)
task_result = automatic_contact_archive.apply_async(
kwargs={'simulate': simulate})
contact1.refresh_from_db()
contact2.refresh_from_db()
if simulate:
assert caplog.messages == [
f'[SIMULATION] Automatically archived contact: {contact2.id}',
]
else:
assert task_result.successful()
assert contact1.archived is False
assert contact2.archived is True
assert caplog.messages == [
f'Automatically archived contact: {contact2.id}'
]
def test_does_not_allow_file_with_bad_utf8_after_header(self, monkeypatch):
"""
Test that the form rejects a CSV file with invalid UTF-8 after its header.
As reading and decoding happens in chunks, we patch the the function to validate the
columns in the form because it can decode text that is close to the header.
(That means in reality, this check will only be triggered for invalid Unicode sequences
that are relatively deep in the file.)
"""
monkeypatch.setattr(
'datahub.company.admin.contact.LoadEmailMarketingOptOutsForm._validate_columns',
Mock(),
)
creation_time = datetime(2011, 2, 1, 14, 0, 10, tzinfo=utc)
with freeze_time(creation_time):
contact = ContactFactory(
email='test1@datahub',
accepts_dit_email_marketing=True,
)
csv_body = b""""email\r
test1@datahub\r
\xc3\x28
"""
file = io.BytesIO(
b''.join((BOM_UTF8, csv_body)),
)
file.name = 'test.csv'
url = reverse(
admin_urlname(Contact._meta, 'load-email-marketing-opt-outs'),
)
with freeze_time('2014-05-03 19:00:16'):
response = self.client.post(
url,
data={
'email_list': file,
},
)
assert response.status_code == status.HTTP_200_OK
messages = list(response.context['messages'])
assert len(messages) == 1
assert messages[0].level == django_messages.ERROR
assert messages[0].message == (
'There was an error decoding the text in the file provided. No records have been '
'modified.'
)
# Changes should have been rolled back
contact.refresh_from_db()
assert contact.accepts_dit_email_marketing is True
assert contact.modified_on == creation_time
def test_archive_with_updates(self):
"""
Test contact archiving with updates on correct contacts
"""
date = timezone.now() - relativedelta(days=10)
with freeze_time(date):
company1 = CompanyFactory()
company2 = CompanyFactory(archived=True)
contact1 = ContactFactory(company=company1)
contact2 = ContactFactory(company=company2)
contact3 = ContactFactory(company=company2)
for c in [contact1, contact2, contact3]:
assert c.archived is False
assert c.archived_reason is None
assert c.archived_on is None
# run task twice expecting same result
for _ in range(2):
task_result = automatic_contact_archive.apply_async(
kwargs={'limit': 200})
assert task_result.successful()
contact1.refresh_from_db()
contact2.refresh_from_db()
contact3.refresh_from_db()
assert contact1.archived is False
assert contact2.archived is True
assert contact3.archived is True
assert contact1.archived_reason is None
assert contact2.archived_reason is not None
assert contact3.archived_reason is not None
assert contact1.archived_on is None
assert contact2.archived_on == date
assert contact3.archived_on == date
# run again at later time expecting no changes
task_result = automatic_contact_archive.apply_async(
kwargs={'limit': 200})
assert task_result.successful()
contact1.refresh_from_db()
contact2.refresh_from_db()
contact3.refresh_from_db()
assert contact1.archived is False
assert contact2.archived is True
assert contact3.archived is True
assert contact1.archived_reason is None
assert contact2.archived_reason is not None
assert contact3.archived_reason is not None
assert contact1.archived_on is None
assert contact2.archived_on == date
assert contact3.archived_on == date
