def add_tag_category(request): """adds a category at the tip of a given path expects the following keys in the ``request.POST`` * path - array starting with zero giving path to the category page where to add the category * new_category_name - string that must satisfy the same requiremets as a tag return json with the category tree data TODO: switch to json stored in the live settings now we have indented input """ if request.user.is_anonymous() or \ not request.user.is_administrator_or_moderator(): raise exceptions.PermissionDenied() post_data = json.loads(request.raw_post_data) category_name = forms.clean_tag(post_data['new_category_name']) path = post_data['path'] tree = category_tree.get_data() if not category_tree.path_is_valid(tree, path): raise ValueError('category insertion path is invalid') new_path = category_tree.add_category(tree, category_name, path) category_tree.save_data(tree) return { 'tree_data': tree, 'new_path': new_path }
def add_tag_category(request): """adds a category at the tip of a given path expects the following keys in the ``request.POST`` * path - array starting with zero giving path to the category page where to add the category * new_category_name - string that must satisfy the same requiremets as a tag return json with the category tree data TODO: switch to json stored in the live settings now we have indented input """ if request.user.is_anonymous() or \ not request.user.is_administrator_or_moderator(): raise exceptions.PermissionDenied() post_data = json.loads(request.raw_post_data) category_name = forms.clean_tag(post_data['new_category_name']) path = post_data['path'] tree = category_tree.get_data() if not category_tree.path_is_valid(tree, path): raise ValueError('category insertion path is invalid') new_path = category_tree.add_category(tree, category_name, path) category_tree.save_data(tree) return {'tree_data': tree, 'new_path': new_path}
def test_add_category(self): ct.add_category(self.tree, 'appreciate', [0, 2]) appreciate = ct.get_subtree(self.tree, [0, 2, 0]) self.assertEqual(appreciate[0] , 'appreciate')
def test_add_category(self): ct.add_category(self.tree, 'appreciate', [0, 2]) appreciate = ct.get_subtree(self.tree, [0, 2, 0]) self.assertEqual(appreciate[0], 'appreciate')