def test_parse_uppercases(self):
# Arrange
txt_succ = 'ABCabc'
txt_fail = 'abc'
parser = stp.parse_uppercases()
parser_label = stp.parse_uppercases('spam')
# Act
res_succ = parser(txt_succ)
res_fail = parser(txt_fail)
exp_succ = res.Success.unit(("ABC", "abc"))
exp_fail = res.Failure.unit("error")
# Assert
self.assertEqual(res_succ, exp_succ)
self.assertEqual(res_fail, exp_fail)
self.assertEqual(parser.label, '[A-Z]+')
self.assertEqual(parser_label.label, 'spam')
def test_FailureCase(self):
# Arrange
txt = 'ABCabc123 lorem ipsum'
parser_l = stp.parse_uppercases()
parser_m = stp.parse_digits()
parser_r = stp.parse_lowercases()
parser = cmb.betweenparsers(parser_l, parser_m, parser_r)
# Act
result = parser(txt)
expected = res.Failure('error')
# Assert
self.assertEqual(result, expected)
def test_SuccessCase(self):
# Arrange
txt = 'ABCabc123 lorem ipsum'
parser_l = stp.parse_uppercases()
parser_m = stp.parse_lowercases()
parser_r = stp.parse_digits()
parser = cmb.betweenparsers(parser_l, parser_m, parser_r)
# Act
result = parser(txt)
expected = res.Success(('abc', ' lorem ipsum'))
# Assert
self.assertEqual(result, expected)