def test__AVLTree_is_avl_satisified2():
avl = AVLTree()
avl.root = Node(0)
avl.root.right = Node(1)
avl.root.right.right = Node(2)
assert avl.is_bst_satisfied()
assert not avl.is_avl_satisfied()
def test__AVLTree_is_avl_satisified0():
avl = AVLTree()
avl.root = Node(0)
avl.root.left = Node(-1)
avl.root.left.left = Node(-2)
assert avl.is_bst_satisfied()
assert not avl.is_avl_satisfied()
def test__AVLTree_insert(xs):
xs = list(set(xs))
avl = AVLTree()
for x in xs:
avl.insert(x)
assert x in avl.to_list('inorder')
assert avl.is_bst_satisfied()
assert avl.is_avl_satisfied()
def test__AVLTree_is_avl_satisified9():
avl = AVLTree()
avl.root = Node(0)
avl.root.left = Node(-2)
avl.root.left.left = Node(-3)
avl.root.left.left.left = Node(-4)
avl.root.left.left.left.left = Node(-5)
avl.root.left.right = Node(-1)
avl.root.right = Node(2)
avl.root.right.left = Node(1)
avl.root.right.right = Node(3)
avl.root.right.right.right = Node(4)
assert avl.is_bst_satisfied()
assert not avl.is_avl_satisfied()
def test__AVLTree__right_rotate4():
rotated = AVLTree()
rotated.root = AVLTree._right_rotate(avltree4.root)
assert rotated.is_bst_satisfied()
assert rotated.to_list('inorder') == avltree4.to_list('inorder')
def test__AVLTree__left_rotate1():
rotated = AVLTree()
rotated.root = AVLTree._left_rotate(avltree1.root)
assert rotated.is_bst_satisfied()
assert rotated.to_list('inorder') == avltree1.to_list('inorder')
def test__AVLTree___init__(xs):
xs = list(set(xs))
avl = AVLTree(xs)
assert avl.is_bst_satisfied()
assert avl.is_avl_satisfied()
def test__AVLTree_is_avl_satisified5():
avl = AVLTree()
avl.root = Node(0)
assert avl.is_bst_satisfied()
assert avl.is_avl_satisfied()
def test__AVLTree_is_avl_satisified4():
avl = AVLTree()
assert avl.is_bst_satisfied()
assert avl.is_avl_satisfied()