def test_works_query(self):
# Prep an empty result.
mock_api = self.generate_mock_api()
# With an empty recommendation result, the lane is empty.
lane = RecommendationLane(self._db, self.lp, '', novelist_api=mock_api)
eq_(None, lane.works())
eq_(None, lane.materialized_works())
# Resulting recommendations are returned when available, though.
result = self._work(with_license_pool=True)
lane.recommendations = [result.license_pools[0].identifier]
SessionManager.refresh_materialized_views(self._db)
self.assert_works_queries(lane, [result])
def test_works_query(self):
# Prep an empty result.
mock_api = self.generate_mock_api()
# With an empty recommendation result, the lane is empty.
lane = RecommendationLane(self._default_library, self.work, '', novelist_api=mock_api)
eq_(None, lane.works(self._db))
# Resulting recommendations are returned when available, though.
# TODO: Setting a data source name is necessary because Gutenberg
# books get filtered out when children or ya is one of the lane's
# audiences.
result = self._work(with_license_pool=True, data_source_name=DataSource.OVERDRIVE)
lane.recommendations = [result.license_pools[0].identifier]
SessionManager.refresh_materialized_views(self._db)
self.assert_works_queries(lane, [result])
def test_works_query(self):
# Prep an empty result.
mock_api = self.generate_mock_api()
# With an empty recommendation result, the lane is empty.
lane = RecommendationLane(self._default_library, self.work, '', novelist_api=mock_api)
eq_(None, lane.works(self._db))
# Resulting recommendations are returned when available, though.
# TODO: Setting a data source name is necessary because Gutenberg
# books get filtered out when children or ya is one of the lane's
# audiences.
result = self._work(with_license_pool=True, data_source_name=DataSource.OVERDRIVE)
lane.recommendations = [result.license_pools[0].identifier]
SessionManager.refresh_materialized_views(self._db)
self.assert_works_queries(lane, [result])
