def test_operators(self):
token = rule_parser.Token("minimum", 1, 20)
assert token.type == rule_parser.TokenTypes.MINIMUM
token = rule_parser.Token("and", 1, 20)
assert token.type == rule_parser.TokenTypes.AND
token = rule_parser.Token("or", 1, 20)
assert token.type == rule_parser.TokenTypes.OR
token = rule_parser.Token("not", 1, 20)
assert token.type == rule_parser.TokenTypes.NOT
# as a bonus, test the type converts to strings nicely for debugging
assert str(token.type) == "not"
def test_numeric(self):
token = rule_parser.Token("12", 1, 6)
assert token.value == 12
assert token.position == 6 - len("12")
assert repr(token) == ("12")
with self.assertRaises(AttributeError):
# if it isn't an error, print it out for debugging
print(token.identifier)
def test_alpha(self):
token = rule_parser.Token("abc", 1, 7)
assert token.identifier == "abc"
assert token.position == 7 - len(token.identifier)
assert repr(token) == "'abc'"
with self.assertRaises(AttributeError):
# if it isn't an error, print it out for debugging
print(token.value)