def test_page_prefills_existing_data(self, client, text):
dr = DataRequestFactory.create(name_of_owner_or_manager=text)
resp = client.get(reverse("request-data:owner-or-manager", kwargs={"pk": dr.pk}))
doc = html.fromstring(resp.content.decode(resp.charset))
assert doc.xpath('//input[@type="text"]/@value') == [text]
def test_shows_zendesk_ticket_id(self, client):
dr = DataRequestFactory.create(
zendesk_ticket_id='123456789-IM-A-REFERENCE-987654321'
)
resp = client.get(
reverse('request-data:confirmation-page', kwargs={"pk": dr.pk})
)
assert resp.status_code == 200
assert '123456789-IM-A-REFERENCE-987654321' in resp.content.decode(resp.charset)
def test_submitting_answers_fails_on_invalid_data(
self, create_support_request_mock, client, expected_status_code, field, value
):
dr = DataRequestFactory.create(**{field: value}, status=DataRequestStatus.draft)
create_support_request_mock.return_value = 1234
resp = client.post(reverse("request-data:check-answers", kwargs={"pk": dr.pk}))
assert resp.status_code == expected_status_code
def test_page_prefills_existing_data(self, client, text):
dr = DataRequestFactory.create(data_purpose=text)
resp = client.get(reverse("request-data:purpose-of-data", kwargs={"pk": dr.pk}))
doc = html.fromstring(resp.content.decode(resp.charset))
textareas = doc.xpath("//textarea")
assert len(textareas) == 1
textarea = textareas[0]
assert textarea.value == text
def test_submitting_valid_data_request_logs_support_ticket(
self, create_support_request_mock, client
):
dr = DataRequestFactory.create(status=DataRequestStatus.draft)
create_support_request_mock.return_value = 123456789
resp = client.post(reverse("request-data:check-answers", kwargs={"pk": dr.pk}))
assert resp.status_code == 302
assert resp.url == reverse("request-data:confirmation-page", kwargs={"pk": dr.pk})
assert create_support_request_mock.call_count == 1
def test_submitting_data_request_that_has_been_submitted_does_not_create_new_zendesk_ticket(
self, create_support_request_mock, client
):
dr = DataRequestFactory.create(status=DataRequestStatus.submitted)
create_support_request_mock.side_effect = Exception("should not be called")
resp = client.post(reverse("request-data:check-answers", kwargs={"pk": dr.pk}))
assert resp.status_code == 302
assert resp.url == reverse("request-data:confirmation-page", kwargs={"pk": dr.pk})
assert create_support_request_mock.call_count == 0
def test_page_prefills_existing_data_for_someone_else_with_alternative_name(self, client):
dr = DataRequestFactory.create(requester_role=RoleType.other)
resp = client.get(reverse("request-data:check-answers", kwargs={"pk": dr.pk}))
body = resp.content.decode(resp.charset)
assert dr.get_requester_role_display() in body
assert dr.name_of_owner_or_manager in body
assert dr.data_description in body
assert dr.data_purpose in body
assert dr.data_location in body
assert dr.get_security_classification_display() in body
def test_page_prefills_existing_data(self, client, text):
dr = DataRequestFactory.create(data_description=text)
resp = client.get(reverse('request-data:describe-data', kwargs={"pk": dr.pk}))
doc = html.fromstring(resp.content.decode(resp.charset))
textareas = doc.xpath('//textarea')
assert len(textareas) == 1
textarea = textareas[0]
assert textarea.value == text
def test_page_prefills_existing_data(self, client, role_type):
dr = DataRequestFactory.create(requester_role=role_type)
resp = client.get(reverse("request-data:who-are-you", kwargs={"pk": dr.pk}))
doc = html.fromstring(resp.content.decode(resp.charset))
if role_type == "":
assert len(doc.xpath('//input[@type="radio" and not(@checked)]')) == len(RoleType)
else:
label = RoleType(dr.requester_role).label
element = doc.xpath(f'//input[@id = //label[contains(text(), "{label}")]/@for]')[0]
assert element.checked is True
assert len(doc.xpath('//input[@type="radio" and not(@checked)]')) == (
len(RoleType) - 1
)
def test_page_prefills_existing_data(self, client, security_classification):
dr = DataRequestFactory.create(security_classification=security_classification)
resp = client.get(reverse("request-data:security-classification", kwargs={"pk": dr.pk}))
doc = html.fromstring(resp.content.decode(resp.charset))
if security_classification == "":
assert len(doc.xpath('//input[@type="radio" and not(@checked)]')) == len(
SecurityClassificationType
)
else:
label = SecurityClassificationType(dr.security_classification).label
element = doc.xpath(f'//input[@id = //label[contains(text(), "{label}")]/@for]')[0]
assert element.checked is True
assert len(doc.xpath('//input[@type="radio" and not(@checked)]')) == (
len(SecurityClassificationType) - 1
)
def test_page_available(self, client):
dr = DataRequestFactory.create()
resp = client.get(reverse("request-data:purpose-of-data", kwargs={"pk": dr.pk}))
assert resp.status_code == 200
def test_page_available(self, client):
dr = DataRequestFactory.create()
resp = client.get(reverse("request-data:security-classification", kwargs={"pk": dr.pk}))
assert resp.status_code == 200
def test_page_available(self, client):
dr = DataRequestFactory.create()
resp = client.get(reverse('request-data:describe-data', kwargs={"pk": dr.pk}))
assert resp.status_code == 200
