def test_provided_example_test():
binarytree1, binarytree2 = BinaryTreeSearch(), BinaryTreeSearch()
binarytree1.add(150)
binarytree1.add(100)
binarytree1.add(250)
binarytree1.add(75)
binarytree1.add(160)
binarytree1.add(200)
binarytree1.add(350)
binarytree1.add(125)
binarytree1.add(175)
binarytree1.add(300)
binarytree1.add(500)
binarytree2.add(42)
binarytree2.add(100)
binarytree2.add(600)
binarytree2.add(15)
binarytree2.add(160)
binarytree2.add(200)
binarytree2.add(350)
binarytree2.add(125)
binarytree2.add(175)
binarytree2.add(4)
binarytree2.add(500)
actual = tree_intersection(binarytree1, binarytree2)
expected = [100, 125, 160, 175, 200, 350, 500]
assert actual == expected
def test_different_types():
tree_one = BinaryTree(
BinaryNode(5, BinaryNode('match', BinaryNode(1)), BinaryNode(3)))
tree_two = BinaryTree(
BinaryNode(9, BinaryNode(8, BinaryNode(1)), BinaryNode('match')))
actual = tree_intersection(tree_one, tree_two)
expected = ['match', 1]
assert actual == expected
def test_intersection_returns():
tree_one = BinaryTree(
BinaryNode(5, BinaryNode(4, BinaryNode(1)), BinaryNode(3)))
tree_two = BinaryTree(
BinaryNode(2, BinaryNode(4, BinaryNode(1)), BinaryNode(6)))
actual = tree_intersection(tree_one, tree_two)
expected = [4, 1]
assert actual == expected
def test_no_intersections():
tree_one = BinaryTree(
BinaryNode(5, BinaryNode(4, BinaryNode(1)), BinaryNode(3)))
tree_two = BinaryTree(
BinaryNode(9, BinaryNode(8, BinaryNode(7)), BinaryNode(6)))
actual = tree_intersection(tree_one, tree_two)
expected = []
assert actual == expected
def test_one_duplicate():
binarytree1, binarytree2 = BinaryTreeSearch(), BinaryTreeSearch()
binarytree1.add(3)
binarytree1.add(5)
binarytree1.add(7)
binarytree2.add(4)
binarytree2.add(3)
binarytree2.add(11)
binarytree2.add(31)
actual = tree_intersection(binarytree1, binarytree2)
expected = [3]
assert actual == expected
def test_two_duplicate_strings():
binarytree1, binarytree2 = BinaryTreeSearch(), BinaryTreeSearch()
binarytree1.root.value = "cat"
binarytree1.root.right_node = Node("dog")
binarytree1.root.left_node = Node("unicorn")
binarytree1.root.value = "horse"
binarytree1.root.right_node = Node("dog")
binarytree1.root.left_node = Node("unicorn")
binarytree1.root.left_node.left_node = Node("cat")
actual = tree_intersection(binarytree1, binarytree2)
expected = ["cat", "dog"]
assert actual == expected
def test_two_negitive_duplicates():
binarytree1, binarytree2 = BinaryTreeSearch(), BinaryTreeSearch()
binarytree1.add(3)
binarytree1.add(5)
binarytree1.add(-31)
binarytree1.add(-11)
binarytree2.add(7)
binarytree2.add(3)
binarytree2.add(-11)
binarytree2.add(-31)
actual = tree_intersection(binarytree1, binarytree2)
expected = [-31, -11, 3]
assert actual == expected
def test_same_abs_value():
binarytree1, binarytree2 = BinaryTreeSearch(), BinaryTreeSearch()
binarytree1.add(3)
binarytree1.add(5)
binarytree1.add(31)
binarytree1.add(-11)
binarytree2.add(7)
binarytree2.add(3)
binarytree2.add(11)
binarytree2.add(-31)
actual = tree_intersection(binarytree1, binarytree2)
expected = [3]
assert actual == expected
def test_tree_intersection_no_match(tree_a, tree_c):
assert tree_intersection(tree_a, tree_c) == ['No matches found :-(']
def test_tree_intersection_matches(tree_a, tree_b):
assert tree_intersection(tree_a, tree_b) == [150, 75, 125, 250, 350, 500]
def test_tree_intersection_empty_array(tree_a):
empty_tree = BinaryTree()
assert tree_intersection(tree_a, empty_tree) == ['No matches found :-(']
def test_tree_intersection_matches(tree_a, tree_b):
assert tree_intersection(tree_a, tree_b) == [8, 13, 30, 5, 11]
def test_one_empty_tree():
binarytree1, binarytree2 = BinaryTree(), BinaryTreeSearch()
binarytree2.add(3)
actual = tree_intersection(binarytree1, binarytree2)
expected = []
assert actual == expected
def test_two_empty_trees():
binarytree1, binarytree2 = BinaryTree(), BinaryTree()
actual = tree_intersection(binarytree1, binarytree2)
expected = []
assert actual == expected