def test_db_wildcard_query(self):
random_id = create_unique_hash()
test_obj = {"random_id": random_id}
self.database.set(self.collection, test_obj)
wildcard_query_obj = {"random_id": {"$regex": "%s" % random_id[:10]}}
results = self.database.query(self.collection, wildcard_query_obj)
assert len(results) == 1
assert results[0].get('random_id') == random_id
def create(self, datmo_entity):
# translate datmo_entity to a standard dictionary (document) to be stored
if hasattr(datmo_entity, 'to_dictionary'):
dict_obj = datmo_entity.to_dictionary()
else:
dict_obj = self.entity_class(datmo_entity).to_dictionary()
# create a unique hash from misc_functions.py
# TODO: find efficient way to get previous hash for entity
# latest_entity = self.query({"id": latest})
# dict_obj['id'] = create_unique_hash(base_hash=latest_entity['id'])
dict_obj['id'] = dict_obj['id'] if 'id' in dict_obj.keys() and dict_obj['id'] else \
create_unique_hash()
response = self.driver.set(self.collection, dict_obj)
entity_instance = self.entity_class(response)
return entity_instance
def test_create_unique_hash(self):
result_hash_1 = create_unique_hash()
result_hash_2 = create_unique_hash()
assert result_hash_1 != result_hash_2