def test_invalid_deletion1(self):
dummy_user_1 = User.objects.create_user(username="******",
password="******")
dummy_user_2 = User.objects.create_user(username="******",
password="******")
data = desc_utils.DescriptorDataCandidate(
desc_utils.DescriptorDataCandidateLocalRawContainer(
tools.VALID_SUCC_DESC_C.encode()),
user=dummy_user_1)
data.submit()
desc = db.Descriptor.objects.all()
assert len(desc) == 1
client = Client()
response = client.login(username="******", password="******")
response = client.get("/delete/", {
"id": "1",
"type": str(DELETE_TYPE_DESCRIPTOR)
})
desc = db.Descriptor.objects.all()
assert len(desc) == 1
def test_valid_deletion(self):
dummy_user = User.objects.create_user(username="******", password="******")
data = desc_utils.DescriptorDataCandidate(
desc_utils.DescriptorDataCandidateLocalRawContainer(
tools.VALID_SUCC_DESC_C.encode()),
user=dummy_user)
data.submit()
desc = db.Descriptor.objects.all()
desc_data_file_path = str(desc[0].data_file)
assert tools.file_exists(desc_data_file_path) == True
assert len(desc) == 1
client = Client()
response = client.login(username="******", password="******")
response = client.get("/delete/", {
"id": "1",
"type": str(DELETE_TYPE_DESCRIPTOR)
})
desc = db.Descriptor.objects.all()
assert len(desc) == 0
assert tools.file_exists(desc_data_file_path) == False
def test_bad_submissions(self):
urldesc_server_obj.add_state(
"url1", State(State.SERVER_STATUS_UNREACHABLE, None))
urldesc_server_obj.add_state(
"url1", State(State.SERVER_STATUS_VALID, tools.INVALID_DESC_A))
# Getting false for validate() means that submission will not proceed
data_cand = desc_utils.DescriptorDataCandidate(
desc_utils.DescriptorDataCandidateURLContainer(self.server_url_1),
user=self.dummy_user)
assert data_cand.validate() == False
data_cand = desc_utils.DescriptorDataCandidate(
desc_utils.DescriptorDataCandidateURLContainer(self.server_url_1),
user=self.dummy_user)
assert data_cand.validate() == False
def test_descriptor_valid_unsucc_C(self):
data = desc_utils.DescriptorDataCandidate(
desc_utils.DescriptorDataCandidateLocalRawContainer(
tools.VALID_UNSUCC_DESC_C.encode()),
user=self.dummy_user)
data.submit()
desc = db.Descriptor.objects.all()
assert len(desc) == 1
assert tools.valid_unsucc_desc_C_details.compare(desc[0]) == True
def test_descriptor_valid_succ_multiple_tests(self):
data = desc_utils.DescriptorDataCandidate(
desc_utils.DescriptorDataCandidateLocalRawContainer(
tools.VALID_MULTIPLE_TESTS_DESC.encode()),
user=self.dummy_user)
data.submit()
desc = db.Descriptor.objects.all()
assert len(desc) == 1
assert tools.multiple_tests_comparator.compare(desc[0]) == True
def _generate_descriptor(self, descriptor_raw):
user = self.db_car.user
#user = User.objects.get(pk=self.db_car.user_id)
is_public = self.db_car.is_public
data = desc_utils.DescriptorDataCandidate(desc_utils.DescriptorDataCandidateLocalRawContainer(descriptor_raw),
user=user,
carmin_platform=self.db_car,
is_public=is_public)
data.submit(allow_invalid=True)
return data
def update(self, to_schedule=False, automatic_updating=True):
if (not self.cached_db_desc):
desc_data = desc_utils.DescriptorDataCandidate(
desc_utils.DescriptorDataCandidateURLContainer(self.url),
user=self.user,
automatic_updating=automatic_updating)
if (desc_data.validate() == True):
desc_data.submit()
self.cached_db_desc = desc_data.get_db()
else:
desc_data = desc_utils.DescriptorEntry(self.cached_db_desc)
desc_data.update(scheduled=to_schedule)