def testCreateFlowEventShouldCreateDBRecord(self):
# Create an object in the db - use stockrecord just because it is here and simple
sr = StockRecord.objects.create(stock='no_stock', count=0)
self.args["flow_event_model"] = Mock()
f = Flow(**self.args)
fe = f.add_event(sr, self.stocks[0], self.stocks[1])
pos, kw = f.flow_event_model.call_args
expect = {"flow": f.slug, "subject": sr, "source": self.stocks[0].slug,
"sink": self.stocks[1].slug }
self.assertEqual(expect, kw)
self.assertTrue(f.flow_event_model.return_value.save.called)
def testFlowAllWithSourceAndOrSinkShouldReturnAQSFilteredByTheSink(self):
f = Flow(**self.args)
qs_mock = f.all()
sink_mock = Mock()
source_mock = Mock()
rv_mock = f.all(sink=sink_mock)
self.assertEqual(((), {"sink": sink_mock.slug}), qs_mock.filter.call_args)
qs_mock.reset_mock()
rv_mock = f.all(source=source_mock)
self.assertEqual(((), {"source": source_mock.slug}), qs_mock.filter.call_args)
qs_mock.reset_mock()
rv_mock = f.all(sink=sink_mock, source=source_mock)
self.assertEqual(((), {"source": source_mock.slug}), qs_mock.filter.call_args)
qs2_mock = qs_mock.filter.return_value
self.assertEqual(((), {"sink": sink_mock.slug}), qs2_mock.filter.call_args)
def testFlowAllShouldReturnTheFlowQS(self):
f = Flow(**self.args)
self.assertEqual(f.queryset, f.all())
def testFlowAddEventShouldReturnNoneIfSourceIsNotInSources(self):
f = Flow(**self.args)
self.assertTrue(f.add_event(Mock(), Mock(), self.stocks[1]) is None)
