def test_make_dep_dict(self):
tree = get_node_tree()
result = make_dep_dict(tree)
#info(result)
expected_result = {'Move': {'Vector in', 'Bevel.001'}, 'Extrude Separate Faces': {'Box'}, 'Bevel': {'Box'}, 'Bevel.001': {'Extrude Separate Faces'}, 'Viewer2': {'Move', 'Bevel.001'}, 'Viewer1': {'Bevel'}}
self.assertEqual(result, expected_result)
def test_make_update_list(self):
tree = get_node_tree()
result = make_update_list(tree)
#info(result)
# We can't test for exact equality of result and some expected_result,
# because exact order depends on order of items in defaultdict(),
# which may change from one run to another.
# So we just test that each node is updated after all its dependencies.
for node, deps in make_dep_dict(tree).items():
node_idx = result.index(node)
for dep in deps:
dep_idx = result.index(dep)
self.assertTrue(dep_idx < node_idx)
def test_make_update_list(self):
tree = get_node_tree()
result = make_update_list(tree)
#info(result)
# We can't test for exact equality of result and some expected_result,
# because exact order depends on order of items in defaultdict(),
# which may change from one run to another.
# So we just test that each node is updated after all its dependencies.
for node, deps in make_dep_dict(tree).items():
node_idx = result.index(node)
for dep in deps:
dep_idx = result.index(dep)
self.assertTrue(dep_idx < node_idx)
def test_make_dep_dict(self):
tree = get_node_tree()
result = make_dep_dict(tree)
#info(result)
expected_result = {
'Move': {'Vector in', 'Bevel.001'},
'Extrude Separate Faces': {'Box'},
'Bevel': {'Box'},
'Bevel.001': {'Extrude Separate Faces'},
'Viewer2': {'Move', 'Bevel.001'},
'Viewer1': {'Bevel'}
}
self.assertEqual(result, expected_result)
def test_make_dep_dict(self):
tree = get_node_tree()
result = make_dep_dict(tree)
#info(result)
expected_result = {
'Bevel': {'Box'},
'VD Experimental': {'Bevel'},
'Extrude Separate Faces': {'Box'},
'Bevel.001': {'Extrude Separate Faces'},
'Move': {'Bevel.001', 'Vector in'},
'VD Experimental.001': {'Move', 'Bevel.001'}
}
#info("Dict: %s", result)
self.assertEqual(result, expected_result)