def test_rfs_update(self):
fieldset_a = rfs(('a', 'b', 'b__c', 'b__g', ('d', ('e__f',))))
fieldset_b = rfs(('a__i', 'l'))
fieldset_a.update(fieldset_b)
assert_equal(str(fieldset_a), 'a(i),b(c,g),d(e(f)),l')
assert_equal(str(fieldset_b), 'a(i),l')
def test_rfs_add_list(self):
fieldset_a = rfs(('a', 'b', 'b__c', 'b__g', ('d', ('e__f',))))
fieldset_b = ('a__i', 'l')
fieldset_c = fieldset_a + fieldset_b
assert_equal(str(fieldset_a), 'a,b(c,g),d(e(f))')
assert_equal(str(fieldset_c), 'a(i),b(c,g),d(e(f)),l')
def test_processing_sms_is_timeouted(self):
sms1 = OutputSMSFactory(state=ATS_STATES.PROCESSING, changed_at=timezone.now())
call_command('clean_processing_sms', stdout=StringIO(), stderr=StringIO())
assert_equal(OutputSMS.objects.get(pk=sms1.pk).state, ATS_STATES.PROCESSING)
sms2 = OutputSMSFactory(state=ATS_STATES.PROCESSING, changed_at=timezone.now() - timedelta(seconds=11))
call_command('clean_processing_sms', stdout=StringIO(), stderr=StringIO())
assert_equal(OutputSMS.objects.get(pk=sms2.pk).state, ATS_STATES.TIMEOUT)
def test_change_and_save_with_update_only_changed_fields_should_change_only_defined_fields(self):
obj = DiffModel.objects.create(name='test', datetime=timezone.now(), number=2)
DiffModel.objects.filter(pk=obj.pk).update(name='test2')
obj.change_and_save(number=3, update_only_changed_fields=True)
obj.refresh_from_db()
assert_equal(obj.name, 'test2')
assert_equal(obj.number, 3)
def test_smart_model_pre_save(self):
obj = TestPreProxySmartModel.objects.create()
assert_equal(obj.name, 'test pre save')
obj.name = 10 * 'a'
obj.save()
assert_equal(obj.name, 'test pre save')
assert_true(TestPreProxySmartModel.objects.filter(name='test pre save').exists())
def test_get_domain_choices(self):
choices = get_domain_choices()
assert_equal(len(choices), 2)
assert_equal(choices[0][1], 'backend')
assert_equal(choices[1][1], 'frontend')
assert_equal(choices[0][0], 1)
assert_equal(choices[1][0], 2)
def test_num_enum(self):
enum = NumEnum(
'A', 'B'
)
assert_equal(enum.A, 1)
assert_equal(enum.B, 2)
with assert_raises(AttributeError):
enum.C
def test_output_logged_requests_with_atomic_block_should_not_be_logged_if_exception_is_raised(self):
responses.add(responses.GET, 'http://test.cz', body='test')
with assert_raises(TestException):
with transaction.atomic():
requests.get('http://test.cz')
assert_equal(OutputLoggedRequest.objects.count(), 1)
raise TestException
assert_equal(OutputLoggedRequest.objects.count(), 0)
def test_smart_model_clean_pre_save(self):
assert_raises(PersistenceException, TestProxySmartModel.objects.create, name=10 * 'a')
obj = TestProxySmartModel.objects.create(name=9 * 'a')
obj.name = 11 * 'a'
assert_raises(PersistenceException, obj.save)
assert_equal(len(TestProxySmartModel.objects.get(pk=obj.pk).name), 9)
obj.save(is_cleaned_pre_save=False)
assert_equal(len(TestProxySmartModel.objects.get(pk=obj.pk).name), 11)
def test_enum(self):
enum = Enum(
'A', 'B'
)
assert_equal(enum.A, 'A')
assert_equal(enum.B, 'B')
with assert_raises(AttributeError):
enum.C # pylint: disable=W0104
def test_sms_template_for_unavailable_service_should_create_message_with_state_local_to_send(self):
def raise_exception(request):
raise requests.exceptions.HTTPError()
responses.add_callback(responses.POST, settings.ATS_URL, content_type='text/xml', callback=raise_exception)
assert_raises(SMSSendingError, send_template, '+420777111222', slug='test',
context={'variable': 'context works'}, pk=245)
assert_equal(OutputSMS.objects.get(pk=245).state, ATS_STATES.LOCAL_TO_SEND)
def test_user_may_edit_itself(self):
user = self.logged_user.user
resp = self.get('%s%s/' % (self.USER_UI_URL, user.pk))
assert_http_ok(resp)
CHANGED_USERNAME = '******'
self.post('%s%s/' % (self.USER_UI_URL, user.pk), data={'edit-is-user-username': CHANGED_USERNAME})
assert_http_ok(resp)
assert_equal(User.objects.get(pk=user.pk).username, CHANGED_USERNAME)
def test_json_request_should_be_truncated_with_another_method(self):
self.c.post('/admin/login/', data=json.dumps({'a': 50 * 'a', 'b': 50 * 'b'}),
content_type='application/json')
input_logged_request = InputLoggedRequest.objects.get()
assert_equal(
json.loads(input_logged_request.request_body),
json.loads('{"a": "aaaaaaa...", "b": "bbbbbbb..."}')
)
assert_false(input_logged_request.request_body.endswith('...'))
def test_return_json_snippet_content_without_snippet(self):
resp = self.get(self.JSON_SNIPPET_URL)
assert_equal(
force_text(resp.content),
'<div class="snippet snippet-1" data-snippet="test-snippet-1" data-snippet-type="replace">'
'test-snippet-1-content</div><div class="snippet snippet-2" data-snippet="test-snippet-2" '
'data-snippet-type="replace">test-snippet-2-content</div>'
)
assert_equal(resp['content-type'], 'text/html; charset=utf-8')
def test_ats_invalid_request_should_return_24_code(self):
sms_count = InputSMS.objects.count()
response = self.post(self.API_URL, self.ATS_SMS_POST_PAYLOAD.format(self.INVALID_MESSAGES))
self.assert_http_ok(response) # ATS requires to return 200 in every situation
assert_equal(sms_count + 1, InputSMS.objects.count())
assert_equal(response.content.replace('\n', ' ').replace('\r', ''),
'<?xml version="1.0" encoding="UTF-8" ?> <status> <code uniq="">24</code> '
'<code uniq="invalid">24</code> <code uniq="4">24</code> '
'<code uniq="5">23</code> </status>')
def test_translation_activate_block(self):
@translation_activate_block(language='en')
def en_block():
assert_equal(get_language(), 'en')
assert_equal(get_language(), 'cs')
en_block()
assert_equal(get_language(), 'cs')
def test_subchoices_field_value_should_be_empty(self):
self.inst.state = 4 # setting an invalid value
try:
TestFieldsModel._meta.get_field('state_reason').validate( # pylint: disable=W0212
TestFieldsModel.STATE_REASON.SUB_NOT_OK_2, self.inst) # pylint: disable=W0212
assert_true(False, 'Field validation should raise an error')
except ValidationError as ex:
assert_equal(['Value must be empty'], ex.messages)
assert_is_none(TestFieldsModel._meta.get_field('state_reason').clean( # pylint: disable=W0212
TestFieldsModel.STATE_REASON.SUB_NOT_OK_2, self.inst)) # pylint: disable=W0212
def test_decimal_field(self):
change_and_save(self.inst, decimal=3)
assert_equal(self.inst.decimal, 3)
assert_raises(PersistenceException, change_and_save, self.inst, decimal='2.99')
assert_raises(PersistenceException, change_and_save, self.inst, decimal='10.00001')
try:
change_and_save(self.inst, decimal='11.1')
assert_true(False, 'Previous `change_and_save` suppose to raise an exception')
except PersistenceException as ex:
assert_true('decimal: ' in str(ex), 'Exception message was supposed to contain a field name.')
def test_sms_template_should_be_immediately_send(self):
responses.add(responses.POST, settings.ATS_URL, content_type='text/xml',
body=self.ATS_SINGLE_SMS_REQUEST_RESPONSE_SENT.format(245), status=200)
sms1 = send_template('+420777111222', slug='test', context={'variable': 'context works'}, pk=245)
sms1 = OutputSMS.objects.get(pk=sms1.pk)
assert_equal(sms1.state, ATS_STATES.OK)
assert_true('context works' in sms1.content)
assert_is_not_none(sms1.sent_at)
def test_decimal_field_should_return_correct_widget_attrs(self):
kwargs = {
'step': 0.5,
'min': 1.0,
'max': 10.0,
}
field = DecimalField(**kwargs)
widget_attrs = field.widget_attrs(TextInput())
assert_true(len(widget_attrs.keys()) > 0)
for attr, value in kwargs.items():
assert_equal(value, widget_attrs[attr])
def test_get_object_or_404(self):
obj = ShortcutsModel.objects.create(name='test1', datetime=timezone.now(), number=1)
ShortcutsModel.objects.create(name='test2', datetime=timezone.now(), number=2)
ShortcutsModel.objects.create(name='test2', datetime=timezone.now(), number=3)
assert_equal(get_object_or_404(ShortcutsModel, name='test1'), obj)
assert_raises(Http404, get_object_or_404, ShortcutsModel, name='test3')
assert_raises(Http404, get_object_or_404, ShortcutsModel, number='test3')
assert_raises(Http404, get_object_or_404, ShortcutsModel, datetime='test3')
assert_raises(FieldError, get_object_or_none, ShortcutsModel, non_field='test2')
assert_raises(MultipleObjectsReturned, get_object_or_none, ShortcutsModel, name='test2')
def test_smart_model_post_save(self):
assert_raises(PersistenceException, TestPostProxySmartModel.objects.create)
obj = TestPostProxySmartModel.objects.create(name=10 * 'a')
assert_equal(obj.name, 'test post save')
assert_false(TestPreProxySmartModel.objects.filter(name='test post save').exists())
assert_true(TestPreProxySmartModel.objects.filter(name=10 * 'a').exists())
obj.save()
assert_true(TestPreProxySmartModel.objects.filter(name='test post save').exists())
obj.name = 10 * 'a'
obj.save()
assert_equal(obj.name, 'test post save')
assert_false(TestPreProxySmartModel.objects.filter(name='test post save').exists())
def test_records_should_be_imported_from_csv(self):
assert_equal(CSVRecord.objects.count(), 0)
BulkCSVRecordImporter().import_csv()
assert_equal(CSVRecord.objects.count(), 7)
assert_equal(CSVRecord.objects.last().name, 'Geordi LaForge') # Ensure correct value is stored
assert_equal(CSVRecord.objects.last().number, 888) # Ensure clean methods work
def test_serialization(self):
for i in range(10):
User.objects.create(is_superuser=True, email='test{}@test.cz'.format(i))
assert_true(isinstance(json.loads((serialize(User.objects.all()))), list))
assert_true(isinstance(json.loads((serialize(User.objects.first()))), dict))
assert_equal(
set(json.loads((serialize(User.objects.first()))).keys()),
{'_obj_name', 'id', 'created_at', 'contract', 'email'}
)
assert_equal(
set(json.loads((serialize(User.objects.first(), ('id',)))).keys()),
{'id'}
)
xml.dom.minidom.parseString(serialize(User.objects.first(), converter_name='xml'))
def test_enum_should_contain_only_defined_values(self):
enum = Enum(
'A', 'B'
)
assert_equal(enum.A, 'A')
assert_equal(enum.B, 'B')
assert_equal(list(enum), ['A', 'B'])
assert_equal(enum.all, ('A', 'B'))
assert_equal(enum.get_name('A'), 'A')
with assert_raises(AttributeError):
enum.C # pylint: disable=W0104
assert_is_none(enum.get_name('C'))
assert_in('A', enum)
assert_in(enum.A, enum)
assert_not_in('C', enum)
def test_enum_with_distinct_key_and_value_should_contain_only_defined_values(self):
enum = Enum(
('A', 'c'), ('B', 'd')
)
assert_equal(enum.A, 'c')
assert_equal(enum.B, 'd')
assert_equal(list(enum), ['c', 'd'])
assert_equal(enum.all, ('c', 'd'))
assert_equal(enum.get_name('c'), 'A')
with assert_raises(AttributeError):
enum.C # pylint: disable=W0104
assert_is_none(enum.get_name('f'))
assert_in('c', enum)
assert_in(enum.A, enum)
assert_not_in('A', enum)
def test_auto_gemerated_num_enum_should_contain_only_defined_values(self):
enum = NumEnum(
'A', 'B'
)
assert_equal(enum.A, 1)
assert_equal(enum.B, 2)
assert_equal(list(enum), [1, 2])
assert_equal(enum.all, (1, 2))
assert_equal(enum.get_name(1), 'A')
with assert_raises(AttributeError):
enum.C # pylint: disable=W0104
assert_is_none(enum.get_name(3))
assert_in(1, enum)
assert_in(enum.A, enum)
assert_not_in('A', enum)
def test_num_enum_with_defined_ids_should_return_valid_values(self):
enum = NumEnum(
('A', 4), ('B', 2), 'C'
)
assert_equal(enum.A, 4)
assert_equal(enum.B, 2)
assert_equal(enum.C, 3)
assert_equal(list(enum), [4, 2, 3])
def test_output_logged_request_should_be_related_with_object(self, user):
assert_http_redirect(self.post('/admin/login/', data={'username': '******', 'password': '******'}))
responses.add(responses.GET, 'http://test.cz', body='test')
assert_equal(self.get('/proxy/?url=http://test.cz').content, b'test')
assert_equal(InputLoggedRequest.objects.count(), 2)
assert_equal(OutputLoggedRequest.objects.count(), 1)
output_logged_request = OutputLoggedRequest.objects.get()
assert_equal(output_logged_request.related_objects.get().content_object, user)
def test_bulk_change_and_save(self):
obj1 = ShortcutsModel.objects.create(name='test1', datetime=timezone.now(), number=1)
obj2 = ShortcutsModel.objects.create(name='test2', datetime=timezone.now(), number=2)
bulk_change_and_save([obj1, obj2], name='modified')
assert_equal(obj1.name, 'modified')
assert_equal(obj2.name, 'modified')
assert_equal(ShortcutsModel.objects.first().name, 'modified') # instance is changed but NOT saved to DB
assert_equal(ShortcutsModel.objects.last().name, 'modified') # instance is changed but NOT saved to DB
def test_decimal_field(self):
change_and_save(self.inst, decimal=3)
assert_equal(self.inst.decimal, 3)
assert_raises(PersistenceException,
change_and_save,
self.inst,
decimal='2.99')
assert_raises(PersistenceException,
change_and_save,
self.inst,
decimal='10.00001')
try:
change_and_save(self.inst, decimal='11.1')
assert_true(
False,
'Previous `change_and_save` suppose to raise an exception')
except PersistenceException as ex:
assert_true(
'decimal: ' in str(ex),
'Exception message was supposed to contain a field name.')
def test_on_success_inheritance(self):
numbers_list = []
with transaction_signals():
with transaction_signals():
on_success(lambda: add_number(numbers_list, 0))
assert_equal(len(numbers_list), 0)
assert_equal(len(numbers_list), 0)
try:
with transaction_signals():
on_success(lambda: add_number(numbers_list, 1))
assert_equal(len(numbers_list), 0)
raise Exception()
except Exception:
pass
on_success(lambda: add_number(numbers_list, 2))
assert_equal(len(numbers_list), 0)
assert_equal(numbers_list, [0, 2])
def test_file_field(self):
customer = Customer(**CUSTOMER__KWARGS)
customer.save()
avatar = Avatar()
avatar.customer = customer
avatar.image.save('test_file_secret_data',
ContentFile('Super secret data'),
save=False)
avatar.save()
avatar_2: Avatar = Avatar.objects.last()
assert_equal(avatar_2.image.read(), b'Super secret data')
avatar_2._anonymize_obj(base_encryption_key='LoremIpsumDolorSitAmet')
avatar_3: Avatar = Avatar.objects.last()
assert_not_equal(avatar_3.image.read(), b'Super secret data')
# Cleanup
avatar_3.image.delete()
avatar_3.delete()
def test_file_field_real_file(self):
anonymizer = anonymizer_register[Avatar]
anonymizer.image.replacement_file = 'test_file'
customer = Customer(**CUSTOMER__KWARGS)
customer.save()
avatar = Avatar()
avatar.customer = customer
avatar.image.save('test_file_real', ContentFile('Super secret data'))
avatar_2: Avatar = Avatar.objects.last()
assert_equal(avatar_2.image.read(), b'Super secret data')
avatar_2._anonymize_obj(base_encryption_key='LoremIpsumDolorSitAmet')
avatar_3: Avatar = Avatar.objects.last()
assert_not_equal(avatar_3.image.read(), b'Super secret data')
anonymizer.image.replacement_file = None
# Cleanup
avatar_3.image.delete()
avatar_3.delete()
def test_clean_tokens_remove_only_old_tokens(self, user):
expired_tokens = [
Token.objects.create(user=user, ip='127.0.0.1') for _ in range(10)
]
not_expired_tokens = [
Token.objects.create(user=user, ip='127.0.0.1')
for _ in range(settings.COUNT_USER_PRESERVED_TOKENS - 5)
]
Token.objects.filter(
pk__in=[token.pk for token in expired_tokens]).update(
last_access=timezone.now() -
timedelta(seconds=settings.MAX_TOKEN_AGE))
call_command('clean_tokens', stdout=StringIO(), stderr=StringIO())
assert_equal(
Token.objects.filter(
pk__in=[token.pk for token in not_expired_tokens]).count(),
settings.COUNT_USER_PRESERVED_TOKENS - 5)
assert_equal(
Token.objects.filter(pk__in=[token.pk
for token in expired_tokens]).count(),
5)
def test_should_correctly_handle_unknown_ats_state(self):
responses.add(responses.POST,
settings.ATS_URL,
content_type='text/xml',
body=self.ATS_UNKNOW_STATE_RESPONSE,
status=200)
sms1 = OutputSMSFactory(pk=self.ATS_TEST_UNIQ[0],
**self.ATS_OUTPUT_SMS1)
sms2 = OutputSMSFactory(pk=self.ATS_TEST_UNIQ[1],
**self.ATS_OUTPUT_SMS2)
response = send_ats_requests(sms1, sms2)
with open('./var/log/ats_sms.log') as ats_log:
log_lines_count = sum(1 for _ in ats_log)
response_codes = parse_response_codes(response.text)
ats_log.seek(0)
log_lines = ats_log.readlines()
assert_equal(log_lines_count + 1, len(log_lines))
assert_true('999' in log_lines[-1])
assert_false(response_codes)
def test_verification_token_should_be_found_by_model_class_or_instance(
self, user):
# 2 users of the same content type with tokens created
user2 = User.objects._create_user('user2', '*****@*****.**', 'test2')
token = VerificationToken.objects.deactivate_and_create(user)
VerificationToken.objects.deactivate_and_create(
user2, deactivate_old_tokens=False)
# another content type object with token created
group = Group.objects.create(name='authorized_group')
token_from_group = VerificationToken.objects.deactivate_and_create(
group, deactivate_old_tokens=False)
tokens_by_class = VerificationToken.objects.filter_active_tokens(User)
assert_equal(tokens_by_class.count(), 2)
tokens_by_object = VerificationToken.objects.filter_active_tokens(user)
assert_equal(tokens_by_object.count(), 1)
assert_token_is_same_active_and_valid(tokens_by_object.first(), token)
tokens_by_object = VerificationToken.objects.filter_active_tokens(
Group)
assert_equal(tokens_by_object.count(), 1)
assert_token_is_same_active_and_valid(tokens_by_object.first(),
token_from_group)
def test_output_logged_request_should_be_related_with_object(self, user):
with capture_security_logs() as logged_data:
assert_http_redirect(self.post('/admin/login/', data={'username': '******', 'password': '******'}))
responses.add(responses.GET, 'http://localhost', body='test')
assert_equal(self.get('/proxy/?url=http://localhost').content, b'test')
assert_equal(len(logged_data.output_request[0].related_objects), 1)
assert_equal(list(logged_data.output_request[0].related_objects)[0], get_object_triple(user))
def test_input_logged_request_should_have_set_data(self, user):
with capture_security_logs() as logged_data:
assert_http_redirect(self.post('/admin/login/', data={'username': '******', 'password': '******'}))
assert_http_ok(self.get('/home/'))
assert_equal(len(logged_data.input_request[1].related_objects), 1)
assert_equal(list(logged_data.input_request[1].related_objects)[0], get_object_triple(user))
assert_equal(logged_data.input_request_finished[1].slug, 'user-home')
def create_and_upldate_test_on_dispatcher_model():
model = TestDispatchersModel.objects.create()
assert_equal(TestOnDispatchModel.objects.count(), 0)
model.change_and_save(state=2)
assert_equal(TestOnDispatchModel.objects.count(), 0)
model.change_and_save(state=1)
assert_equal(TestOnDispatchModel.objects.count(), 0)
def test_more_test_on_dispatch_instances_should_be_created_if_transaction_signals_is_not_activated(self):
model = TestDispatchersModel.objects.create()
assert_equal(TestOnDispatchModel.objects.count(), 1)
model.change_and_save(state=2)
assert_equal(TestOnDispatchModel.objects.count(), 2)
model.change_and_save(state=1)
assert_equal(TestOnDispatchModel.objects.count(), 3)
def test_celery_task_should_have_rightly_set_expires_time_if_stale_time_limit_is_set_in_task_call(
self):
sum_task.apply_async(args=(5, 8), stale_time_limit=100)
celery_task_log = CeleryTaskLog.objects.get()
assert_equal(celery_task_log.estimated_time_of_first_arrival, now())
assert_equal(celery_task_log.stale, now() + timedelta(seconds=100))
assert_equal(celery_task_log.expires, now() + timedelta(seconds=90))
def test_bulk_change_and_save(self):
obj1 = ShortcutsModel.objects.create(name='test1',
datetime=timezone.now(),
number=1)
obj2 = ShortcutsModel.objects.create(name='test2',
datetime=timezone.now(),
number=2)
bulk_change_and_save([obj1, obj2], name='modified')
assert_equal(obj1.name, 'modified')
assert_equal(obj2.name, 'modified')
assert_equal(ShortcutsModel.objects.first().name,
'modified') # instance is changed but NOT saved to DB
assert_equal(ShortcutsModel.objects.last().name,
'modified') # instance is changed but NOT saved to DB
def test_model_diff(self):
obj = DiffModel.objects.create(name='test',
datetime=timezone.now(),
number=2)
assert_false(obj.has_changed)
obj.name = 'test2'
assert_true(obj.has_changed)
assert_equal(set(obj.changed_fields.keys()), {'name'})
assert_equal((obj.changed_fields['name'].initial,
obj.changed_fields['name'].current), ('test', 'test2'))
obj.name = 'test'
assert_false(obj.has_changed)
assert_false(obj.changed_fields)
obj.name = 'test2'
obj.number = 3
obj.datetime = obj.datetime + timedelta(days=2)
assert_true(obj.has_changed)
assert_equal(set(obj.changed_fields.keys()),
{'name', 'number', 'datetime'})
obj.save()
assert_false(obj.has_changed)
assert_false(obj.changed_fields)
def test_apply_task_with_related_objects_should_be_stored(self, user):
sum_task.apply_async(args=(5, 8), related_objects=[user])
assert_equal(CeleryTaskLog.objects.count(), 1)
assert_equal(CeleryTaskLog.objects.get().state,
CeleryTaskLogState.SUCCEEDED)
assert_equal(CeleryTaskLog.objects.get().related_objects.get().object,
user)
def test_expirement_legal_reason_related(self):
related_email: Email = Email(customer=self.customer,
email=CUSTOMER__EMAIL)
related_email.save()
related_email2: Email = Email(customer=self.customer,
email=CUSTOMER__EMAIL2)
related_email2.save()
related_email3: Email = Email(customer=self.customer,
email=CUSTOMER__EMAIL3)
related_email3.save()
legal = LegalReason.objects.create_consent(EMAIL_SLUG, self.customer)
legal.expire()
anon_customer = Customer.objects.get(pk=self.customer.pk)
assert_equal(anon_customer.primary_email_address, CUSTOMER__EMAIL)
self.assertAnonymizedDataNotExists(anon_customer,
"primary_email_address")
# make sure only data we want were anonymized
assert_equal(anon_customer.first_name, CUSTOMER__FIRST_NAME)
self.assertAnonymizedDataNotExists(anon_customer, "first_name")
anon_related_email: Email = Email.objects.get(pk=related_email.pk)
assert_not_equal(anon_related_email.email, CUSTOMER__EMAIL)
self.assertAnonymizedDataExists(anon_related_email, "email")
anon_related_email2: Email = Email.objects.get(pk=related_email2.pk)
assert_not_equal(anon_related_email2.email, CUSTOMER__EMAIL2)
self.assertAnonymizedDataExists(anon_related_email2, "email")
anon_related_email3: Email = Email.objects.get(pk=related_email3.pk)
assert_not_equal(anon_related_email3.email, CUSTOMER__EMAIL3)
self.assertAnonymizedDataExists(anon_related_email3, "email")
def test_sequence_choices_num_enum(self):
# Only the first state is valid when field is null because it is the initial state
assert_is_none(self.inst.state_graph)
assert_raises(PersistenceException,
change_and_save,
self.inst,
state_graph=TestFieldsModel.GRAPH.SECOND)
assert_raises(PersistenceException,
change_and_save,
self.inst,
state_graph=TestFieldsModel.GRAPH.THIRD)
change_and_save(self.inst, state_graph=TestFieldsModel.GRAPH.FIRST)
assert_equal(self.inst.state_graph, TestFieldsModel.GRAPH.FIRST)
# Than one can switch only to second state
assert_raises(PersistenceException,
change_and_save,
self.inst,
state_graph=TestFieldsModel.GRAPH.THIRD)
change_and_save(self.inst, state_graph=TestFieldsModel.GRAPH.SECOND)
assert_equal(self.inst.state_graph, TestFieldsModel.GRAPH.SECOND)
# We cannot go back to first but we can go to the third state
assert_raises(PersistenceException,
change_and_save,
self.inst,
state_graph=TestFieldsModel.GRAPH.FIRST)
change_and_save(self.inst, state_graph=TestFieldsModel.GRAPH.THIRD)
assert_equal(self.inst.state_graph, TestFieldsModel.GRAPH.THIRD)
def test_output_logged_request_should_be_related_with_object(self, user):
assert_http_redirect(
self.post('/admin/login/',
data={
'username': '******',
'password': '******'
}))
responses.add(responses.GET, 'http://test.cz', body='test')
assert_equal(self.get('/proxy/?url=http://test.cz').content, b'test')
assert_equal(InputLoggedRequest.objects.count(), 2)
assert_equal(OutputLoggedRequest.objects.count(), 1)
output_logged_request = OutputLoggedRequest.objects.get()
assert_equal(
output_logged_request.related_objects.get().content_object, user)
def test_command_should_check_delivery_status(self):
responses.add(
responses.POST,
settings.ATS_URL,
content_type='text/xml',
body=self.ATS_SMS_DELIVERY_RESPONSE.format(*self.ATS_TEST_UNIQ),
status=200)
sms2 = OutputSMSFactory(pk=self.ATS_TEST_UNIQ[1],
sent_at=timezone.now(),
state=ATS_STATES.OK,
**self.ATS_OUTPUT_SMS2)
sms1 = OutputSMSFactory(pk=self.ATS_TEST_UNIQ[0],
sent_at=timezone.now(),
state=ATS_STATES.OK,
**self.ATS_OUTPUT_SMS1)
CheckDeliveryCommand().handle()
sms1 = OutputSMS.objects.get(pk=sms1.pk)
sms2 = OutputSMS.objects.get(pk=sms2.pk)
assert_equal(
strip_all(responses.calls[0].request.body),
strip_all(
self.ATS_SMS_DELIVERY_REQUEST.format(
first_id=self.ATS_TEST_UNIQ[0],
second_id=self.ATS_TEST_UNIQ[1])))
assert_equal(sms1.state, ATS_STATES.SENT)
assert_equal(sms2.state, ATS_STATES.DELIVERED)
def test_error_command_should_be_logged_in_elasticsearch_backend(self, user):
with capture_security_logs() as logged_data:
with log_with_data(related_objects=[user]):
with assert_raises(RuntimeError):
test_call_command('test_error_command')
elasticsearch_command_log = ElasticsearchCommandLog.get(
id=logged_data.command[0].id
)
assert_equal_model_fields(
elasticsearch_command_log,
name='test_error_command',
input='',
is_executed_from_command_line=False,
time=(elasticsearch_command_log.stop - elasticsearch_command_log.start).total_seconds(),
state=CommandState.FAILED,
output=None,
)
assert_is_not_none(elasticsearch_command_log.error_message)
assert_equal(
[rel_obj for rel_obj in elasticsearch_command_log.related_objects],
['default|3|{}'.format(user.id)]
)
def test_serialization(self):
for i in range(10):
User.objects.create(is_superuser=True,
email='test{}@test.cz'.format(i))
assert_true(
isinstance(json.loads((serialize(User.objects.all()))), list))
assert_true(
isinstance(json.loads((serialize(User.objects.first()))), dict))
assert_equal(
set(json.loads((serialize(User.objects.first()))).keys()), {
'id', 'created_at', '_obj_name', 'email', 'contract',
'solving_issue', 'first_name', 'last_name',
'manual_created_date'
})
assert_equal(
set(
json.loads((serialize(User.objects.first(),
('id', )))).keys()), {'id'})
xml.dom.minidom.parseString(
serialize(User.objects.first(), converter_name='xml'))
def test_command_should_send_and_update_sms(self):
responses.add(responses.POST,
settings.ATS_URL,
content_type='text/xml',
body=self.ATS_SMS_REQUEST_RESPONSE_SENT.format(
*self.ATS_TEST_UNIQ),
status=200)
sms1 = OutputSMSFactory(pk=self.ATS_TEST_UNIQ[0],
**self.ATS_OUTPUT_SMS1)
sms2 = OutputSMSFactory(pk=self.ATS_TEST_UNIQ[1],
**self.ATS_OUTPUT_SMS2)
SendCommand().handle()
sms1 = OutputSMS.objects.get(pk=sms1.pk)
sms2 = OutputSMS.objects.get(pk=sms2.pk)
assert_equal(sms1.state, ATS_STATES.OK)
assert_is_not_none(sms1.sent_at)
assert_equal(sms2.state, ATS_STATES.LOCAL_UNKNOWN_ATS_STATE)
assert_is_not_none(sms2.sent_at)
def test_should_send_ats_request_and_parse_response_codes(self, prefix):
responses.add(responses.POST, settings.ATS_SMS_URL, content_type='text/xml', status=200,
body=self.ATS_SMS_REQUEST_RESPONSE_SENT.format(prefix=prefix, **self.ATS_TEST_UNIQ))
sms1 = OutputSMSFactory(pk=self.ATS_TEST_UNIQ['uniq1'], **self.ATS_OUTPUT_SMS1)
sms2 = OutputSMSFactory(pk=self.ATS_TEST_UNIQ['uniq2'], **self.ATS_OUTPUT_SMS2)
response = send_ats_requests(sms1, sms2)
assert_equal(response.request.url, 'http://fik.atspraha.cz/gwfcgi/XMLServerWrapper.fcgi')
assert_equal(response.request.headers['content-type'], 'text/xml')
response_codes = parse_response_codes(response.text)
assert_equal(response_codes[self.ATS_TEST_UNIQ['uniq1']], 0)
assert_equal(response_codes[self.ATS_TEST_UNIQ['uniq2']], 123456)
def test_celery_task_should_have_rightly_set_expires_time_according_to_default_task_stale_limit_value(
self):
error_task.apply_async()
celery_task_log = CeleryTaskLog.objects.get()
assert_equal(celery_task_log.estimated_time_of_first_arrival, now())
assert_equal(celery_task_log.stale, now() + timedelta(seconds=60 * 60))
assert_equal(celery_task_log.expires,
now() + timedelta(seconds=60 * 60 - 10))
def test_rfs_add(self):
fieldset_a = rfs(('a', 'b', 'b__c', 'b__g', ('d', ('e__f', ))))
fieldset_b = rfs(('a__i', 'l'))
fieldset_c = fieldset_a + fieldset_b
assert_equal(str(fieldset_a), 'a,b(c,g),d(e(f))')
assert_equal(str(fieldset_b), 'a(i),l')
assert_equal(str(fieldset_c), 'a(i),b(c,g),d(e(f)),l')
def test_command_should_be_logged_in_elasticsearch_backend(self, user):
with capture_security_logs() as logged_data:
with log_with_data(related_objects=[user]):
test_call_command('test_command', verbosity=0)
elasticsearch_command_log = ElasticsearchCommandLog.get(
id=logged_data.command[0].id
)
assert_equal_model_fields(
elasticsearch_command_log,
name='test_command',
input='verbosity=0',
is_executed_from_command_line=False,
time=(elasticsearch_command_log.stop - elasticsearch_command_log.start).total_seconds(),
state=CommandState.SUCCEEDED,
error_message=None,
)
assert_is_not_none(elasticsearch_command_log.output)
assert_equal(
[rel_obj for rel_obj in elasticsearch_command_log.related_objects],
['default|3|{}'.format(user.id)]
)
ElasticsearchCommandLog._index.refresh()
assert_equal(get_logs_related_with_object(LoggerName.COMMAND, user), [elasticsearch_command_log])
def test_stale_succeded_celery_task_should_not_be_set_as_succeeded_with_command(
self):
sum_task.apply_async(args=(5, 8))
celery_task_log = CeleryTaskLog.objects.create(
celery_task_id='random id',
name='error_task',
queue_name='default',
input='',
task_args=[],
task_kwargs={},
estimated_time_of_first_arrival=now() - timedelta(minutes=5),
expires=now() - timedelta(minutes=4),
stale=now() - timedelta(minutes=3))
CeleryTaskRunLog.objects.create(celery_task_id='random id',
name='error_task',
state=CeleryTaskRunLogState.SUCCEEDED,
task_args=[],
task_kwargs={},
retries=0)
test_call_command('set_celery_task_log_state')
assert_equal(celery_task_log.refresh_from_db().state,
CeleryTaskLogState.SUCCEEDED)
def test_state_dispatcher(self):
m = TestDispatchersModel.objects.create()
# Moving TestDispatcher model to SECOND state should create new TestSmartModel instance
assert_equal(TestSmartModel.objects.count(), 0)
change_and_save(m, state=TestDispatchersModel.STATE.SECOND)
assert_equal(TestSmartModel.objects.count(), 1)
# But subsequent saves should not create more instances
change_and_save(m, state=TestDispatchersModel.STATE.SECOND)
assert_equal(TestSmartModel.objects.count(), 1)
# Moving back and forth between the states creates another instance
change_and_save(m, state=TestDispatchersModel.STATE.FIRST)
change_and_save(m, state=TestDispatchersModel.STATE.SECOND)
assert_equal(TestSmartModel.objects.count(), 2)
def test_smart_queryset_fast_distinct(self):
t = TestSmartModel.objects.create(name='name')
RelatedSmartModel.objects.create(test_smart_model=t)
RelatedSmartModel.objects.create(test_smart_model=t)
qs = TestSmartModel.objects.filter(
test_smart_models__test_smart_model=t)
assert_equal(qs.count(), 2)
assert_equal(tuple(qs.values_list('pk', flat=True)), (t.pk, t.pk))
assert_equal(qs.fast_distinct().count(), 1)
def test_get_object_or_none(self):
obj = ShortcutsModel.objects.create(name='test1',
datetime=timezone.now(),
number=1)
ShortcutsModel.objects.create(name='test2',
datetime=timezone.now(),
number=2)
ShortcutsModel.objects.create(name='test2',
datetime=timezone.now(),
number=3)
assert_equal(get_object_or_none(ShortcutsModel, name='test1'), obj)
assert_is_none(get_object_or_none(ShortcutsModel, name='test3'))
assert_is_none(get_object_or_none(ShortcutsModel, number='test3'))
assert_is_none(get_object_or_none(ShortcutsModel, datetime='test3'))
assert_raises(FieldError,
get_object_or_none,
ShortcutsModel,
non_field='test2')
assert_raises(MultipleObjectsReturned,
get_object_or_none,
ShortcutsModel,
name='test2')