def test_shifts(self, mock_shift, mock_parse_tokenize):
result = _parser._parse_text_rule('test rule')
self.assertEqual('result', result)
mock_parse_tokenize.assert_called_once_with('test rule')
mock_shift.assert_has_calls(
[mock.call('tok1', 'val1'), mock.call('tok2', 'val2')])
def test_shifts(self, mock_shift, mock_parse_tokenize):
result = _parser._parse_text_rule('test rule')
self.assertEqual('result', result)
mock_parse_tokenize.assert_called_once_with('test rule')
mock_shift.assert_has_calls(
[mock.call('tok1', 'val1'), mock.call('tok2', 'val2')])
def test_A_and_B_or_C_with_group_and_not_7(self):
for expression in [
'( @ ) and ! or not @', '@ and ( ! ) or not @',
'@ and ! or not ( @ )', '@ and ! or ( not @ )',
'( @ and ! ) or not @', '( @ and ! or not @ )'
]:
result = _parser._parse_text_rule(expression)
self.assertEqual('((@ and !) or not @)', str(result))
def test_A_and_B_or_C_with_group_and_not_7(self):
for expression in ['( @ ) and ! or not @',
'@ and ( ! ) or not @',
'@ and ! or not ( @ )',
'@ and ! or ( not @ )',
'( @ and ! ) or not @',
'( @ and ! or not @ )']:
result = _parser._parse_text_rule(expression)
self.assertEqual('((@ and !) or not @)', str(result))
def test_A_and_B_or_C_and_D(self):
result = _parser._parse_text_rule('@ and ! or @ and !')
self.assertEqual('((@ and !) or (@ and !))', str(result))
def test_A_or_B_and_C_or_D(self):
result = _parser._parse_text_rule('@ or ! and @ or !')
self.assertEqual('(@ or (! and @) or !)', str(result))
def test_A_or_B_or_C(self):
result = _parser._parse_text_rule('@ or ! or @')
self.assertEqual('(@ or ! or @)', str(result))
def test_fail(self, mock_parse_tokenize):
result = _parser._parse_text_rule('test rule')
self.assertIsInstance(result, _checks.FalseCheck)
mock_parse_tokenize.assert_called_once_with('test rule')
def test_A_and_B_or_C_and_D(self):
result = _parser._parse_text_rule('@ and ! or @ and !')
self.assertEqual('((@ and !) or (@ and !))', str(result))
def test_empty(self):
result = _parser._parse_text_rule('')
self.assertIsInstance(result, _checks.TrueCheck)
def test_A_or_B_and_C_or_D(self):
result = _parser._parse_text_rule('@ or ! and @ or !')
self.assertEqual('(@ or (! and @) or !)', str(result))
def test_A_and_B_or_C_with_group_and_not_3(self):
result = _parser._parse_text_rule('not ( @ and ! or @ )')
self.assertEqual('not ((@ and !) or @)', str(result))
def test_A_and_B_and_C_and_D(self):
result = _parser._parse_text_rule('@ and ! and @ and !')
self.assertEqual('(@ and ! and @ and !)', str(result))
def test_empty(self):
result = _parser._parse_text_rule('')
self.assertTrue(isinstance(result, _checks.TrueCheck))
def test_A_and_B_or_C_with_group_and_not_8(self):
result = _parser._parse_text_rule('@ and ( ! or not @ )')
self.assertEqual('(@ and (! or not @))', str(result))
def test_A_and_B_or_C_with_group_and_not_3(self):
result = _parser._parse_text_rule('not ( @ and ! or @ )')
self.assertEqual('not ((@ and !) or @)', str(result))
def test_A_and_B_or_C_with_not_3(self):
result = _parser._parse_text_rule('@ and ! or not @')
self.assertEqual('((@ and !) or not @)', str(result))
def test_A_and_B_and_C_and_D(self):
result = _parser._parse_text_rule('@ and ! and @ and !')
self.assertEqual('(@ and ! and @ and !)', str(result))
def test_A_and_B_or_C_with_not_3(self):
result = _parser._parse_text_rule('@ and ! or not @')
self.assertEqual('((@ and !) or not @)', str(result))
def test_fail(self, mock_parse_tokenize):
result = _parser._parse_text_rule('test rule')
self.assertTrue(isinstance(result, _checks.FalseCheck))
mock_parse_tokenize.assert_called_once_with('test rule')
def test_A_and_B_or_C_with_group_and_not_8(self):
result = _parser._parse_text_rule('@ and ( ! or not @ )')
self.assertEqual('(@ and (! or not @))', str(result))
def test_A_or_B_or_C(self):
result = _parser._parse_text_rule('@ or ! or @')
self.assertEqual('(@ or ! or @)', str(result))
