remove comment

tests/test_skeleton.py

@@ -30,49 +30,6 @@ def test_decoded_encoded_Skeleton(fly_legs_skeleton_json):
     assert skeleton.matches(decoded_skeleton)
 
 
-# def test_SkeletonEncoder(fly_legs_skeleton_json):
-#     """
-#     Test SkeletonEncoder.encode method.
-#     """
-#     # Get the skeleton from the fixture
-#     skeleton = Skeleton.load_json(fly_legs_skeleton_json)
-#     # Get the graph from the skeleton
-#     indexed_node_graph = skeleton._graph
-#     graph = json_graph.node_link_data(indexed_node_graph)
-
-#     # Encode the graph as a json string to test .encode method
-#     encoder = SkeletonEncoder()
-#     encoded_json_str = encoder.encode(graph)
-
-#     # Get the skeleton from the encoded json string
-#     decoded_skeleton = Skeleton.from_json(encoded_json_str)
-
-#     # Check that the decoded skeleton is the same as the original skeleton
-#     assert skeleton.matches(decoded_skeleton)
-
-#     encoded_data = json.loads(encoded_json_str)
-
-#     # Assert that the 'nodes' key exists and has the correct number of nodes
-#     assert 'nodes' in encoded_data
-#     assert len(encoded_data['nodes']) == len(skeleton.nodes)
-
-#     # Assert that the 'links' key exists and has the correct number of links
-#     assert 'links' in encoded_data
-#     assert len(encoded_data['links']) == len(skeleton.edges)
-
-#     # Check that py/id references are assigned to nodes
-#     for node_entry in encoded_data['nodes']:
-#         node_id = node_entry['id']
-#         assert isinstance(node_id, dict)
-#         assert 'py/id' in node_id or 'py/object' in node_id
-
-#     # Check that edges have the correct structure
-#     for link in encoded_data['links']:
-#         assert 'source' in link and 'target' in link
-#         assert isinstance(link['source'], dict)
-#         assert isinstance(link['target'], dict)
-
-
 def test_add_dupe_node(skeleton):
     """
     Test if adding a node with the same name to skeleton throws an exception.