def test_trial(self):
"""Try trial 50 times to be sure."""
for trial in range(50):
self.bst = CountingBinaryTree()
num = 100
values = list(range(num))
random.shuffle(values)
for _ in values:
self.bst.add(_)
for n in inorder(self.bst.root):
self.assertEqual(n.numLeft, n.countLeftChildren())
removal = list(values)
random.shuffle(removal)
for t in removal:
self.bst.remove(t)
self.assertFalse(t in self.bst)
if self.bst.root:
for n in inorder(self.bst.root):
self.assertEqual(n.numLeft, n.countLeftChildren())
def test_trial(self):
"""Try trial 50 times to be sure."""
for trial in range(50):
self.bst = CountingBinaryTree()
num = 100
values = list(range(num))
random.shuffle(values)
for _ in values:
self.bst.add(_)
for n in inorder(self.bst.root):
self.assertEqual (n.numLeft, n.countLeftChildren())
removal = list(values)
random.shuffle(removal)
for t in removal:
self.bst.remove(t)
self.assertFalse(t in self.bst)
if self.bst.root:
for n in inorder(self.bst.root):
self.assertEqual (n.numLeft, n.countLeftChildren())
def setUp(self):
self.bst = CountingBinaryTree()
class TestCounting(unittest.TestCase):
def setUp(self):
self.bst = CountingBinaryTree()
def tearDown(self):
self.bst = None
def test_allLeft(self):
for _ in range(100, 0, -1):
self.bst.add(_)
while len(list(iter(self.bst))) > 0:
for n in inorder(self.bst.root):
self.assertEqual(n.numLeft, n.countLeftChildren())
self.bst.remove(self.bst.root.value)
def test_allRight(self):
for _ in range(2):
self.bst.add(_)
while len(list(iter(self.bst))) > 0:
for n in inorder(self.bst.root):
self.assertEqual(n.numLeft, n.countLeftChildren())
self.bst.remove(self.bst.root.value)
def test_trial(self):
"""Try trial 50 times to be sure."""
for trial in range(50):
self.bst = CountingBinaryTree()
num = 100
values = list(range(num))
random.shuffle(values)
for _ in values:
self.bst.add(_)
for n in inorder(self.bst.root):
self.assertEqual(n.numLeft, n.countLeftChildren())
removal = list(values)
random.shuffle(removal)
for t in removal:
self.bst.remove(t)
self.assertFalse(t in self.bst)
if self.bst.root:
for n in inorder(self.bst.root):
self.assertEqual(n.numLeft, n.countLeftChildren())
def setUp(self):
self.bst = CountingBinaryTree()
class TestCounting(unittest.TestCase):
def setUp(self):
self.bst = CountingBinaryTree()
def tearDown(self):
self.bst = None
def test_allLeft(self):
for _ in range(100,0,-1):
self.bst.add(_)
while len(list(iter(self.bst))) > 0:
for n in inorder(self.bst.root):
self.assertEqual (n.numLeft, n.countLeftChildren())
self.bst.remove(self.bst.root.value)
def test_allRight(self):
for _ in range(2):
self.bst.add(_)
while len(list(iter(self.bst))) > 0:
for n in inorder(self.bst.root):
self.assertEqual (n.numLeft, n.countLeftChildren())
self.bst.remove(self.bst.root.value)
def test_trial(self):
"""Try trial 50 times to be sure."""
for trial in range(50):
self.bst = CountingBinaryTree()
num = 100
values = list(range(num))
random.shuffle(values)
for _ in values:
self.bst.add(_)
for n in inorder(self.bst.root):
self.assertEqual (n.numLeft, n.countLeftChildren())
removal = list(values)
random.shuffle(removal)
for t in removal:
self.bst.remove(t)
self.assertFalse(t in self.bst)
if self.bst.root:
for n in inorder(self.bst.root):
self.assertEqual (n.numLeft, n.countLeftChildren())
