def test_get_all_except_data_ordering(self):
# Arrange
ascending_order_by_field = ["+title"]
descending_order_by_field = ["-title"]
# Act
ascending_result = Data.get_all_except(ascending_order_by_field)
descending_result = Data.get_all_except(descending_order_by_field)
# Assert
for i in range(len(ascending_result)):
self.assertTrue(ascending_result.all()[i].title == descending_result.all()[len(ascending_result) - i - 1].title)
def test_get_all_except_data_multi_field_sorting(self):
# Arrange
ascending_order_by_multi_field = ["+title", "+user_id"]
descending_order_by_multi_field = ["+title", "-user_id"]
# Act
ascending_result = Data.get_all_except(ascending_order_by_multi_field)
descending_result = Data.get_all_except(descending_order_by_multi_field)
# Assert
self.assertEqual(self.fixture.data_4.user_id, ascending_result.all()[4].user_id)
self.assertEqual(self.fixture.data_5.user_id, ascending_result.all()[3].user_id)
self.assertEqual(self.fixture.data_4.user_id, descending_result.all()[3].user_id)
self.assertEqual(self.fixture.data_5.user_id, descending_result.all()[4].user_id)
def test_data_get_all_return_objects_data_in_collection(self):
# Act
db_content = Data.get_all(DATA_SORTING_FIELDS)
excluded_id_list = [str(db_content[0].pk)]
result = Data.get_all_except([], excluded_id_list)
# Assert
self.assertTrue(result.count() == len(self.fixture.data_collection) - len(excluded_id_list))
def test_data_get_all_except_return_collection_of_data(self):
# Act
db_content = Data.get_all(DATA_SORTING_FIELDS)
excluded_id_list = [str(db_content[0].pk)]
result = Data.get_all_except([], excluded_id_list)
# Assert
self.assertTrue(all(isinstance(item, Data) for item in result))
def test_get_all_except_data_descending_sorting(self):
# Arrange
descending_order_by_field = ["-title"]
# Act
descending_result = Data.get_all_except(descending_order_by_field)
# Assert
self.assertTrue(self.fixture.data_2.title == descending_result.all()[len(descending_result)-2].title)
self.assertTrue(self.fixture.data_1.title == descending_result.all()[len(descending_result)-1].title)
def test_get_all_except_data_ascending_sorting(self):
# Arrange
ascending_order_by_field = ["+title"]
# Act
ascending_result = Data.get_all_except(ascending_order_by_field)
# Assert
self.assertTrue(self.fixture.data_1.title == ascending_result.all()[0].title)
self.assertTrue(self.fixture.data_2.title == ascending_result.all()[1].title)
def get_all_except(id_list, order_by_field=DATA_SORTING_FIELDS):
"""Get all data except the ones with the IDs provided.
Args:
id_list:
order_by_field:
Returns:
"""
return Data.get_all_except(order_by_field, id_list)
def test_data_get_all_except_inexistant_id_return_objects_data_in_collection(self):
# Act
object_id_list = [str(data.pk) for data in Data.get_all(DATA_SORTING_FIELDS)]
inexistant_object_id = str(ObjectId())
# If the generated object id correspond to one in DB we generate another one
while inexistant_object_id in object_id_list:
inexistant_object_id = str(ObjectId)
excluded_id_list = [inexistant_object_id]
result = Data.get_all_except([], excluded_id_list)
# Assert
self.assertTrue(result.count() == len(self.fixture.data_collection))
def test_data_get_all_except_inexistant_id_return_collection_of_data(self):
# Act
object_id_list = [str(data.pk) for data in Data.get_all(DATA_SORTING_FIELDS)]
inexistant_object_id = str(ObjectId())
# If the generated object id correspond to one in DB we generate another one
while inexistant_object_id in object_id_list:
inexistant_object_id = str(ObjectId)
excluded_id_list = [inexistant_object_id]
result = Data.get_all_except([], excluded_id_list)
# Assert
self.assertTrue(all(isinstance(item, Data) for item in result))
def test_data_get_all_except_no_params_return_objects_data_in_collection(self):
# Act
result = Data.get_all_except(DATA_SORTING_FIELDS)
# Assert
self.assertTrue(result.count() == len(self.fixture.data_collection))
def test_data_get_all_except_no_params_return_collection_of_data(self):
# Act
result = Data.get_all_except(DATA_SORTING_FIELDS)
# Assert
self.assertTrue(all(isinstance(item, Data) for item in result))
