def test_dot_dict(self):
key = "fake"
val = utils.random_unicode()
dct = {key: val}
dd = utils.DotDict(dct)
self.assertEqual(dd.fake, val)
self.assertRaises(AttributeError, getattr, dd, "bogus")
def __init__(self, identity=None, *args, **kwargs):
self.identity = identity or FakeIdentity()
self.name = "fake"
self.prefix = ""
self.service_type = "fake"
self.clients = {}
self.endpoints = utils.DotDict()
def test_svc_ep_for_region_not_found(self):
svc = self.service
region = utils.random_unicode().upper()
good_url = utils.random_unicode()
bad_url = utils.random_unicode()
good_ep = fakes.FakeEndpoint({"public_url": good_url}, svc.service_type,
region, self.identity)
bad_ep = fakes.FakeEndpoint({"public_url": bad_url}, svc.service_type,
region, self.identity)
svc.endpoints = utils.DotDict({region: good_ep, "other": bad_ep})
ep = svc._ep_for_region("notthere")
self.assertIsNone(ep)
def test_svc_ep_for_region(self):
svc = self.service
region = utils.random_unicode().upper()
bad_region = utils.random_unicode().upper()
good_url = utils.random_unicode()
bad_url = utils.random_unicode()
good_ep = fakes.FakeEndpoint({"public_url": good_url}, svc.service_type,
region, self.identity)
bad_ep = fakes.FakeEndpoint({"public_url": bad_url}, svc.service_type,
bad_region, self.identity)
svc.endpoints = utils.DotDict({region: good_ep, bad_region: bad_ep})
ep = svc._ep_for_region(region)
self.assertEqual(ep, good_ep)