def test_activate_channel(self): previous_tree = self.channel.previous_tree tree(parent=previous_tree) garbage_node = get_deleted_chefs_root() # Previous tree shouldn't be in garbage tree until activate_channel is called self.assertFalse(garbage_node.get_descendants().filter( pk=previous_tree.pk).exists()) activate_channel(self.channel, self.user) garbage_node.refresh_from_db() previous_tree.refresh_from_db() self.channel.refresh_from_db() # We can't use MPTT methods on the deleted chefs tree because we are not running the sort code # for performance reasons, so just do a parent test instead. self.assertTrue(previous_tree.parent == garbage_node) # New previous tree should not be in garbage tree self.assertFalse(self.channel.previous_tree.parent) self.assertNotEqual(garbage_node.tree_id, self.channel.previous_tree.tree_id) child_pk = previous_tree.children.first().pk clean_up_deleted_chefs() self.assertFalse( cc.ContentNode.objects.filter(parent=garbage_node).exists()) self.assertFalse(cc.ContentNode.objects.filter(pk=child_pk).exists())
def test_old_chef_tree(self): # make an actual tree for deletion tests tree(parent=self.channel.chef_tree) chef_tree = self.channel.chef_tree self.assertTrue(chef_tree.get_descendant_count() > 0) garbage_node = get_deleted_chefs_root() self.assertNotEqual(chef_tree, self.channel.staging_tree) # Chef tree shouldn't be in garbage tree until create_channel is called self.assertFalse( garbage_node.get_descendants().filter(pk=chef_tree.pk).exists()) create_channel(self.channel.__dict__, self.user) garbage_node.refresh_from_db() chef_tree.refresh_from_db() self.channel.refresh_from_db() # We can't use MPTT methods to test the deleted chefs tree because we are not running the sort code # for performance reasons, so just do a parent test instead. self.assertEquals(chef_tree.parent.pk, garbage_node.pk) # New staging tree should not be in garbage tree self.assertFalse(self.channel.chef_tree.parent) self.assertNotEqual(garbage_node.tree_id, self.channel.chef_tree.tree_id) child_pk = chef_tree.children.first().pk clean_up_deleted_chefs() self.assertFalse( cc.ContentNode.objects.filter(parent=garbage_node).exists()) self.assertFalse(cc.ContentNode.objects.filter(pk=child_pk).exists())
def test_old_staging_tree(self): staging_tree = self.channel.staging_tree garbage_node = get_deleted_chefs_root() tree(parent=staging_tree) self.assertTrue(staging_tree.get_descendant_count() > 0) # Staging tree shouldn't be in garbage tree until api_commit_channel is called self.assertFalse(garbage_node.get_descendants().filter(pk=staging_tree.pk).exists()) request = self.create_post_request(reverse_lazy('api_finish_channel'), data=json.dumps( {'channel_id': self.channel.pk}), content_type='application/json') response = api_commit_channel(request) self.assertEqual(response.status_code, 200) garbage_node.refresh_from_db() staging_tree.refresh_from_db() self.channel.refresh_from_db() # We can't use MPTT methods on the deleted chefs tree because we are not running the sort code # for performance reasons, so just do a parent test instead. self.assertEqual(staging_tree.parent, garbage_node) # New staging tree should not be in garbage tree self.assertFalse(self.channel.main_tree.parent) self.assertNotEqual(garbage_node.tree_id, self.channel.main_tree.tree_id) child_pk = staging_tree.children.first().pk clean_up_deleted_chefs() self.assertFalse(cc.ContentNode.objects.filter(parent=garbage_node).exists()) self.assertFalse(cc.ContentNode.objects.filter(pk=child_pk).exists())
def test_old_chef_tree(self): # make an actual tree for deletion tests tree(parent=self.channel.chef_tree) chef_tree = self.channel.chef_tree self.assertTrue(chef_tree.get_descendant_count() > 0) garbage_node = get_deleted_chefs_root() self.assertNotEqual(chef_tree, self.channel.staging_tree) # Chef tree shouldn't be in garbage tree until create_channel is called self.assertFalse(garbage_node.get_descendants().filter(pk=chef_tree.pk).exists()) create_channel(self.channel.__dict__, self.user) garbage_node.refresh_from_db() chef_tree.refresh_from_db() self.channel.refresh_from_db() # We can't use MPTT methods to test the deleted chefs tree because we are not running the sort code # for performance reasons, so just do a parent test instead. self.assertEquals(chef_tree.parent.pk, garbage_node.pk) # New staging tree should not be in garbage tree self.assertFalse(self.channel.chef_tree.parent) self.assertNotEqual(garbage_node.tree_id, self.channel.chef_tree.tree_id) child_pk = chef_tree.children.first().pk clean_up_deleted_chefs() self.assertFalse(cc.ContentNode.objects.filter(parent=garbage_node).exists()) self.assertFalse(cc.ContentNode.objects.filter(pk=child_pk).exists())
def test_activate_channel(self): previous_tree = self.channel.previous_tree tree(parent=previous_tree) garbage_node = get_deleted_chefs_root() # Previous tree shouldn't be in garbage tree until activate_channel is called self.assertFalse(garbage_node.get_descendants().filter(pk=previous_tree.pk).exists()) activate_channel(self.channel, self.user) garbage_node.refresh_from_db() previous_tree.refresh_from_db() self.channel.refresh_from_db() # We can't use MPTT methods on the deleted chefs tree because we are not running the sort code # for performance reasons, so just do a parent test instead. self.assertTrue(previous_tree.parent == garbage_node) # New previous tree should not be in garbage tree self.assertFalse(self.channel.previous_tree.parent) self.assertNotEqual(garbage_node.tree_id, self.channel.previous_tree.tree_id) child_pk = previous_tree.children.first().pk clean_up_deleted_chefs() self.assertFalse(cc.ContentNode.objects.filter(parent=garbage_node).exists()) self.assertFalse(cc.ContentNode.objects.filter(pk=child_pk).exists())
def handle(self, *args, **options): """ Actual logic for garbage collection. """ # clean up contentnodes, files and file objects on storage that are associated # with the orphan tree clean_up_contentnodes() clean_up_deleted_chefs()
def handle(self, *args, **options): """ Actual logic for garbage collection. """ # clean up contentnodes, files and file objects on storage that are associated # with the orphan tree clean_up_contentnodes() clean_up_deleted_chefs()
def test_old_staging_tree(self): staging_tree = self.channel.staging_tree garbage_node = get_deleted_chefs_root() tree(parent=staging_tree) self.assertTrue(staging_tree.get_descendant_count() > 0) # Staging tree shouldn't be in garbage tree until api_commit_channel is called self.assertFalse( garbage_node.get_descendants().filter(pk=staging_tree.pk).exists()) request = self.create_post_request( reverse_lazy("api_finish_channel"), data=json.dumps({"channel_id": self.channel.pk}), content_type="application/json", ) response = api_commit_channel(request) self.assertEqual(response.status_code, 200) garbage_node.refresh_from_db() staging_tree.refresh_from_db() self.channel.refresh_from_db() # We can't use MPTT methods on the deleted chefs tree because we are not running the sort code # for performance reasons, so just do a parent test instead. self.assertEqual(staging_tree.parent, garbage_node) # New staging tree should not be in garbage tree self.assertFalse(self.channel.main_tree.parent) self.assertNotEqual(garbage_node.tree_id, self.channel.main_tree.tree_id) child_pk = staging_tree.children.first().pk clean_up_deleted_chefs() self.assertFalse( cc.ContentNode.objects.filter(parent=garbage_node).exists()) self.assertFalse(cc.ContentNode.objects.filter(pk=child_pk).exists())