def test_postorder_eval(self):
"""Testing postorder_eval() method"""
self.tree = BinaryTree("*")
self.tree.insert_left("+")
left_subtree = self.tree.get_child_left()
left_subtree.insert_left(1)
left_subtree.insert_right(5)
self.tree.insert_right(7)
assert self.tree.postorder_eval() == 42
def test_postorder_eval(self):
'''Testing postorder_eval() method'''
self.tree = BinaryTree('*')
self.tree.insert_left('+')
left_subtree = self.tree.get_child_left()
left_subtree.insert_left(1)
left_subtree.insert_right(5)
self.tree.insert_right(7)
assert self.tree.postorder_eval() == 42
def test_print_exp(self, capsys):
'''Testing print_exp() method'''
self.tree = BinaryTree('*')
self.tree.insert_left('+')
left_subtree = self.tree.get_child_left()
left_subtree.insert_left(1)
left_subtree.insert_right(5)
self.tree.insert_right(7)
self.tree.print_exp()
out, err = capsys.readouterr()
assert out.strip() == '( ( 1 + 5 ) * 7 )'
def test_print_exp(self, capsys):
"""Testing print_exp() method"""
self.tree = BinaryTree("*")
self.tree.insert_left("+")
left_subtree = self.tree.get_child_left()
left_subtree.insert_left(1)
left_subtree.insert_right(5)
self.tree.insert_right(7)
self.tree.print_exp()
out, err = capsys.readouterr()
assert out.strip() == "( ( 1 + 5 ) * 7 )"
def setup_class(self):
'''Setting up'''
self.tree = BinaryTree('A')
class TestBinaryTreeMethods:
@pytest.fixture(autouse=True)
def setup_class(self):
'''Setting up'''
self.tree = BinaryTree('A')
def test_get_root_val(self):
'''Testing get_root_val() method'''
assert self.tree.get_root_val() == 'A'
def test_is_leaf(self):
'''Testing is_leaf() method'''
assert self.tree.is_leaf()
def test_insert_left(self):
'''Testing insert_left() method'''
assert self.tree.height() == 0
self.tree.insert_left('B')
assert self.tree.height() == 1
def test_insert_right(self):
'''Testing insert_right() method'''
assert self.tree.height() == 0
self.tree.insert_right('C')
assert self.tree.height() == 1
def test_get_child_left(self):
'''Testing get_child_left() method'''
self.tree.insert_left('B')
assert self.tree.get_child_left().get_root_val() == 'B'
def test_get_child_right(self):
'''Testing get_child_right() method'''
self.tree.insert_right('C')
assert self.tree.get_child_right().get_root_val() == 'C'
def test_height(self):
'''Testing height() method'''
assert self.tree.height() == 0
self.tree.insert_left('B')
assert self.tree.height() == 1
self.tree.insert_right('C')
assert self.tree.height() == 1
self.tree.get_child_left().insert_left('D')
assert self.tree.height() == 2
def test_size(self):
'''Testing count_nodes() method'''
assert self.tree.size() == 1
assert len(self.tree) == 1
self.tree.insert_left('B')
assert self.tree.size() == 2
self.tree.insert_right('C')
assert self.tree.size() == 3
self.tree.get_child_left().insert_left('D')
assert self.tree.size() == 4
assert len(self.tree) == 4
def test_preorder(self, capsys):
'''Testing preorder() method'''
self.tree.insert_left('B')
self.tree.insert_right('C')
self.tree.get_child_left().insert_left('D')
self.tree.get_child_left().insert_right('E')
self.tree.get_child_right().insert_left('F')
self.tree.get_child_right().insert_right('G')
self.tree.preorder()
out, err = capsys.readouterr()
assert out.strip() == 'A B D E C F G'
def test_inorder(self, capsys):
'''Testing inorder() method'''
self.tree.insert_left('B')
self.tree.insert_right('C')
self.tree.get_child_left().insert_left('D')
self.tree.get_child_left().insert_right('E')
self.tree.get_child_right().insert_left('F')
self.tree.get_child_right().insert_right('G')
self.tree.inorder()
out, err = capsys.readouterr()
assert out.strip() == 'D B E A F C G'
def test_postorder(self, capsys):
'''Testing postorder() method'''
self.tree.insert_left('B')
self.tree.insert_right('C')
self.tree.get_child_left().insert_left('D')
self.tree.get_child_left().insert_right('E')
self.tree.get_child_right().insert_left('F')
self.tree.get_child_right().insert_right('G')
self.tree.postorder()
out, err = capsys.readouterr()
assert out.strip() == 'D E B F G C A'
def test_print_exp(self, capsys):
'''Testing print_exp() method'''
self.tree = BinaryTree('*')
self.tree.insert_left('+')
left_subtree = self.tree.get_child_left()
left_subtree.insert_left(1)
left_subtree.insert_right(5)
self.tree.insert_right(7)
self.tree.print_exp()
out, err = capsys.readouterr()
assert out.strip() == '( ( 1 + 5 ) * 7 )'
def test_postorder_eval(self):
'''Testing postorder_eval() method'''
self.tree = BinaryTree('*')
self.tree.insert_left('+')
left_subtree = self.tree.get_child_left()
left_subtree.insert_left(1)
left_subtree.insert_right(5)
self.tree.insert_right(7)
assert self.tree.postorder_eval() == 42
def setup_class(self):
"""Setting up"""
self.tree = BinaryTree("A")
class TestBinaryTreeMethods:
@pytest.fixture(autouse=True)
def setup_class(self):
"""Setting up"""
self.tree = BinaryTree("A")
def test_get_root_val(self):
"""Testing get_root_val() method"""
assert self.tree.get_root_val() == "A"
def test_is_leaf(self):
"""Testing is_leaf() method"""
assert self.tree.is_leaf()
def test_insert_left(self):
"""Testing insert_left() method"""
assert self.tree.height() == 0
self.tree.insert_left("B")
assert self.tree.height() == 1
def test_insert_right(self):
"""Testing insert_right() method"""
assert self.tree.height() == 0
self.tree.insert_right("C")
assert self.tree.height() == 1
def test_get_child_left(self):
"""Testing get_child_left() method"""
self.tree.insert_left("B")
assert self.tree.get_child_left().get_root_val() == "B"
def test_get_child_right(self):
"""Testing get_child_right() method"""
self.tree.insert_right("C")
assert self.tree.get_child_right().get_root_val() == "C"
def test_height(self):
"""Testing height() method"""
assert self.tree.height() == 0
self.tree.insert_left("B")
assert self.tree.height() == 1
self.tree.insert_right("C")
assert self.tree.height() == 1
self.tree.get_child_left().insert_left("D")
assert self.tree.height() == 2
def test_size(self):
"""Testing count_nodes() method"""
assert self.tree.size() == 1
assert len(self.tree) == 1
self.tree.insert_left("B")
assert self.tree.size() == 2
self.tree.insert_right("C")
assert self.tree.size() == 3
self.tree.get_child_left().insert_left("D")
assert self.tree.size() == 4
assert len(self.tree) == 4
def test_preorder(self, capsys):
"""Testing preorder() method"""
self.tree.insert_left("B")
self.tree.insert_right("C")
self.tree.get_child_left().insert_left("D")
self.tree.get_child_left().insert_right("E")
self.tree.get_child_right().insert_left("F")
self.tree.get_child_right().insert_right("G")
self.tree.preorder()
out, err = capsys.readouterr()
assert out.strip() == "A B D E C F G"
def test_inorder(self, capsys):
"""Testing inorder() method"""
self.tree.insert_left("B")
self.tree.insert_right("C")
self.tree.get_child_left().insert_left("D")
self.tree.get_child_left().insert_right("E")
self.tree.get_child_right().insert_left("F")
self.tree.get_child_right().insert_right("G")
self.tree.inorder()
out, err = capsys.readouterr()
assert out.strip() == "D B E A F C G"
def test_postorder(self, capsys):
"""Testing postorder() method"""
self.tree.insert_left("B")
self.tree.insert_right("C")
self.tree.get_child_left().insert_left("D")
self.tree.get_child_left().insert_right("E")
self.tree.get_child_right().insert_left("F")
self.tree.get_child_right().insert_right("G")
self.tree.postorder()
out, err = capsys.readouterr()
assert out.strip() == "D E B F G C A"
def test_print_exp(self, capsys):
"""Testing print_exp() method"""
self.tree = BinaryTree("*")
self.tree.insert_left("+")
left_subtree = self.tree.get_child_left()
left_subtree.insert_left(1)
left_subtree.insert_right(5)
self.tree.insert_right(7)
self.tree.print_exp()
out, err = capsys.readouterr()
assert out.strip() == "( ( 1 + 5 ) * 7 )"
def test_postorder_eval(self):
"""Testing postorder_eval() method"""
self.tree = BinaryTree("*")
self.tree.insert_left("+")
left_subtree = self.tree.get_child_left()
left_subtree.insert_left(1)
left_subtree.insert_right(5)
self.tree.insert_right(7)
assert self.tree.postorder_eval() == 42
def setup_class(cls):
'''Setting up'''
cls.tree = BinaryTree('A')