anybox.funkload.openerp Base classes for functional and load testing of OpenERP with Funkload
Download

anybox.funkload.openerp Ranking & Summary

anybox.funkload.openerp Tags

Python library Python OpenERP load testing FunkLoad

anybox.funkload.openerp Description

anybox.funkload.openerp is a Python module that provides the OpenERPTestCase class, subclassing FunkloadTestCase with methods tailored for OpenERP functionnal and load testing through the XML-RPC API.It features login and user management facilities, and pythonic encapsulation of XML-RPC calls through the ModelProxy class.For a detailed example, see the included test_sales_order.py test case.Basic user handlingFunkload can create if needed users with given groups and login as them. Note how groups are specified as fully qualified references from ir.model.data:from anybox.funkload.openerp import OpenERPTestCaseclass MyTestCase(OpenERPTestCase): def test_01_makeuser(self): self.login('admin', 'admin') self.ensure_user('spam', 'spampassword', ) def test_02_my_usecase(self): self.login('spam', 'spampassword') ...It is a common practice to use a test case to prepare the database. fl-run-test loads them in alphabetical order.User handling through Funkload's credential serverFunkload provides an external and optional credentials server. This is a facility that you are in no way forced to use.The principle is to serve logins, passwords, and groups, loaded from separate external users.txt and groups.txt files. Groups in that sense are thought as groups of users, which is a slightly different philosophy as OpenERP's but it doesn't matter much.OpenERPTestCase provides a login method that selects an user from the wished group from the credential server:def test_my_usecase(self): self.login_as_group('base.group_sale_manager') # now test some scenarioOf course that means that the names of groups must also be consistent in groups.txt.. See the provided users.txt and groups.txt files.There is also a method ensure_credential_server_users() that creates all wished users with the appropriate groups.API callsThe principle is to get a ModelProxy instance, that'll encapsulate all regular (so-called ORM) calls:def test_my_usecase(self): """First list all customers, then...""" self.login('user', 'password') res_partner = self.model('res.partner') res_partner.model.search(, description="Search customers")The description will end up as request title in the Funkload bench reportWorkflow callsThe ModelProxy instances provided by the model() method can also perform workflow's trigger validate:def test_my_usecase(self): # some preparations, then confirm Sale Order #1234 model = self.model('sale.order') model.workflow('order_confirm')(1234, description="Confirm Sale Order")As before, the description if for the bench report.ReferencesThe OpenERPTestCase class has the ref() method, to retrieve an object id from the reference code, as in XML or YML files, namely from ir.model.data:def test_my_usecase(self): product_id = self.ref('product.product', 'stock',AcknowledgmentThe very simple wrapping provided by ModelProxy is inspired by the OpenObject library.Tips for benchmarkingRandomize as much as you can. Notably, you must avoid repeated logins with the same user : this spawns database conflicts, putting some test runs in error state, but also making them very fast, hence making you stats unusable.Anything that's in setUp() is outside of performance measurements. See how the provided test_sales_orders preloads available customers and sellable products once for all for each virtual user.Product's homepage

anybox.funkload.openerp Related Software