def tree_with_some_nodes():
t = Tree()
t.append(Node('foo'))
t.append(Node('bar'))
t.append(Node('baz'))
t[0].append(Node('sub1'))
t[0].append(Node('sub2'))
return t
def tree_with_some_nodes():
t = Tree()
t.append(Node('foo'))
t.append(Node('bar'))
t.append(Node('baz'))
t[0].append(Node('sub1'))
t[0].append(Node('sub2'))
return t
def test_select_none_node():
# setting selected_node to None clears the selection
t = Tree()
t.selected_node = None
eq_(t.selected_nodes, [])
def test_select_none_path():
# setting selected_path to None clears the selection
t = Tree()
t.selected_path = None
assert t.selected_path is None
def test_find_none():
# when find() yields no result, return None
t = Tree()
assert t.find(lambda n: False) is None # no StopIteration exception
def test_select_none_node():
# setting selected_node to None clears the selection
t = Tree()
t.selected_node = None
eq_(t.selected_nodes, [])
def test_select_none_path():
# setting selected_path to None clears the selection
t = Tree()
t.selected_path = None
assert t.selected_path is None
def test_find_none():
# when find() yields no result, return None
t = Tree()
assert t.find(lambda n: False) is None # no StopIteration exception