def test_shuffle_first_level(group, on_finish_default):
# Find a folder
pytest.sel.force_navigate("reports")
tree = accordion.tree("Reports").read_contents()
folders = Tree.browse(tree, "All Reports")
# Select some folder that has at least 3 children
folders = map(lambda item: item[0],
filter(lambda item: isinstance(item[1], list) and len(item[1]) >= 3, folders))
selected_folder = random.choice(folders)
# Shuffle the order
with menus.manage_folder(group, selected_folder) as folder:
order = shuffle(folder.fields)
for item in reversed(order):
folder.move_first(item)
# Now go and read the tree
pytest.sel.force_navigate("reports")
tree = accordion.tree("Reports").read_contents()
checked = Tree.flatten_level(Tree.browse(tree, "All Reports", selected_folder))
assert checked == order, "The order differs!"
def test_shuffle_top_level(group, on_finish_default):
# Shuffle the order
with menus.manage_folder(group) as folder:
order = shuffle(folder.fields)
for item in reversed(order):
folder.move_first(item)
# Now go and read the tree
pytest.sel.force_navigate("reports")
tree = accordion.tree("Reports").read_contents()
checked = Tree.flatten_level(Tree.browse(tree, "All Reports"))
assert checked == order, "The order differs!"