def test_with_three_chars_and_matched_curly_brackets_and_three_chars(self):
text = 'abc{}def'
self.assertTrue(is_balanced(text))
def test_with_empty(self):
text = ''
self.assertTrue(is_balanced(text))
def test_with_opening_curly_bracket_and_three_chars(self):
text = '{abc'
self.assertEqual(1, is_balanced(text))
def test_with_array_reference(self):
text = 'foo[bar]'
self.assertTrue(is_balanced(text))
def test_with_opening_bracket_and_one_char(self):
text = '[a'
self.assertEqual(1, is_balanced(text))
def test_with_function_and_parameter(self):
text = 'foo(bar);'
self.assertTrue(is_balanced(text))
def test_with_function_and_parameter_as_unmatched_array_element(self):
text = 'foo(bar[i);'
self.assertEqual(10, is_balanced(text))
def test_with_matched_brackets_and_brackets(self):
text = '[[]]'
self.assertTrue(is_balanced(text))
def test_with_matched_curly_brackets_and_curly_brackets(self):
text = '{{}}'
self.assertTrue(is_balanced(text))
def test_with_matched_brackets_and_curly_brackets_and_parentheses(self):
text = '[{()}]'
self.assertTrue(is_balanced(text))
def test_with_matched_parentheses_and_parentheses(self):
text = '(())'
self.assertTrue(is_balanced(text))
def test_with_matched_nested_brackets_and_parentheses(self):
text = '[()]'
self.assertTrue(is_balanced(text))
def test_with_matched_nested_parentheses_and_curly_brackets(self):
text = '({})'
self.assertTrue(is_balanced(text))
def test_with_two_chars_and_opening_bracket(self):
text = 'ab['
self.assertEqual(3, is_balanced(text))
def test_with_unmatched_opening_bracket_in_end(self):
text = '(){['
self.assertEqual(4, is_balanced(text))
def test_with_three_chars_and_opening_parenthesis(self):
text = 'abc('
self.assertEqual(4, is_balanced(text))
def test_with_unmatched_nested_curly_bracket(self):
text = 'foo(bar);'
self.assertTrue(is_balanced(text))
def test_with_nested_brackets_and_separate_brackets(self):
text = '{[]}()'
self.assertTrue(is_balanced(text))
def test_with_function_and_parameter_as_array_element(self):
text = 'foo(bar[i]);'
self.assertTrue(is_balanced(text))
def test_with_unmatched_nested_parenthesis(self):
text = '{(}'
self.assertEqual(3, is_balanced(text))
def test_with_function_calls(self):
text = 'f(a,b)-g[c]'
self.assertTrue(is_balanced(text))
def test_with_unmatched_nested_curly_bracket(self):
text = '({)'
self.assertEqual(3, is_balanced(text))
def test_with_three_chars_and_opening_curly_bracket(self):
text = 'abc{'
self.assertEqual(4, is_balanced(text))
def test_with_unmatched_closing_bracket_in_beginning(self):
text = '}()'
self.assertEqual(1, is_balanced(text))
def test_with_opening_bracket_and_two_chars(self):
text = '[ab'
self.assertEqual(1, is_balanced(text))
def test_with_unmatched_closing_bracket_in_end(self):
text = '()}'
self.assertEqual(3, is_balanced(text))
def test_with_opening_parenthesis_and_three_chars(self):
text = '(abc'
self.assertEqual(1, is_balanced(text))
def test_with_unmatched_opening_bracket_in_beginning(self):
text = '(()[]'
self.assertEqual(1, is_balanced(text))
def test_with_one_char_and_opening_parenthesis_and_one_char(self):
text = 'a(b'
self.assertEqual(2, is_balanced(text))
def test_with_three_chars_and_matched_parentheses_and_three_chars(self):
text = 'abc()def'
self.assertTrue(is_balanced(text))
