def test_init_locators(self):
"""Verify that locators are initialized if not passed in"""
with mock.patch.object(Salesforce, "_init_locators"):
# _init_locators should NOT be called if we pass them in
sflib = Salesforce(locators={"body": "//whatever"})
assert not sflib._init_locators.called
# _init_locators SHOULD be called if we don't pass them in
sflib = Salesforce()
sflib._init_locators.assert_called_once()
def test_locators_outside_robot_context(self, builtin_mock):
"""Verify that we get the latest locators if not running in the context of a robot test"""
# This instantiates the robot library, mimicing a robot library import
# however, because we've mocked get_library_instance to throw an error,
# we expect the library to still be instantiated, but with the latest
# version of the locators.
sf = Salesforce()
expected = "cumulusci.robotframework.locators_48"
actual = sf.locators_module.__name__
message = "expected to load '{}', actually loaded '{}'".format(
expected, actual)
self.assertEqual(expected, actual, message)
def test_locators_in_robot_context(self, get_latest_api_version):
"""Verify we can get locators for the current org api version"""
get_latest_api_version.return_value = 45.0
# This instantiates the robot library, mimicking a robot library import.
# We've mocked out the code that would otherwise throw an error since
# we're not running in the context of a robot test. The library should
# return the latest version of the locators.
sf = Salesforce()
expected = "cumulusci.robotframework.locators_45"
actual = sf.locators_module.__name__
message = "expected to load '{}', actually loaded '{}'".format(
expected, actual)
self.assertEqual(expected, actual, message)
pass
def setUpClass(cls):
super(TestKeyword_breakpoint, cls).setUpClass()
cls.sflib = Salesforce(locators={"body": "//whatever"})
def setUpClass(cls):
super(TestKeyword_wait_until_salesforce_is_ready, cls).setUpClass()
cls.sflib = Salesforce(locators={"body": "//whatever"})
