def test_term_dice_with_flag_and_operator_invalid(): token = term() with pytest.raises(ParseException): token.parseString("1d6!keeper+5") with pytest.raises(ParseException): token.parseString("1d6a!keep+5") with pytest.raises(ParseException): token.parseString("1d6!advant+5")
def test_term_dice_only(): parse_result = term().parseString("1d6") tokens = parse_result.asList() assert len(tokens) == 1 actual = tokens.pop() expected = Dice(rolls=1, sides=6) assert actual == expected
def test_term_dice_with_flag_and_operator_invalid(): token = term() with pytest.raises(ParseException): token.parseString("1d6!keeper+5") with pytest.raises(ParseException): token.parseString("1d6a!keep+5") with pytest.raises(ParseException): token.parseString("1d6!advant+5")
def test_term_dice_with_flag_and_operator_invalid(self): token = term() with self.assertRaises(ParseException): actual = token.parseString("1d6!keeper+5") with self.assertRaises(ParseException): actual = token.parseString("1d6a!keep+5") with self.assertRaises(ParseException): actual = token.parseString("1d6!advant+5")
def test_term_dice_only(): parse_result = term().parseString("1d6") tokens = parse_result.asList() assert len(tokens) == 1 actual = tokens.pop() expected = Dice(rolls=1, sides=6) assert actual == expected
def test_term_dice_only_invalid(): token = term() with pytest.raises(ParseException): token.parseString("1d1.2") with pytest.raises(ParseException): token.parseString("1d-6") with pytest.raises(ParseException): token.parseString("1t6")
def test_term_dice_only_invalid(self): token = term() with self.assertRaises(ParseException): actual = token.parseString("1d1.2") with self.assertRaises(ParseException): actual = token.parseString("1d-6") with self.assertRaises(ParseException): actual = token.parseString("1t6")
def test_term_dice_only_invalid(): token = term() with pytest.raises(ParseException): token.parseString("1d1.2") with pytest.raises(ParseException): token.parseString("1d-6") with pytest.raises(ParseException): token.parseString("1t6")
def test_term_dice_only_uppercase(self): token = term() actual = token.parseString("1D6") pprint(actual.asList()) self.assertEqual(len(actual), 3) #NOTE: this is the same as in test_term_dice_only as CaselessLiteral will # return the case of the defined matchString, not the search string passed # into parse. -ZR self.assertEqual(actual.asList(), [1, 'd', 6])
def test_term_dice_with_flag_and_operator(): parse_result = term().parseString("1d6!keep+5") tokens = parse_result.asList() assert len(tokens) == 1 actual = tokens.pop() expected = [[Dice(rolls=1, sides=6), "!keep"], "+", 5] assert len(actual) == 3 assert actual == expected
def test_term_dice_with_flag(): parse_result = term().parseString("1d6!keep") tokens = parse_result.asList() assert len(tokens) == 1 actual = tokens.pop() expected = [Dice(rolls=1, sides=6), "!keep"] assert len(actual) == 2 assert actual == expected
def test_term_dice_with_flag_and_operator(): parse_result = term().parseString("1d6!keep+5") tokens = parse_result.asList() assert len(tokens) == 1 actual = tokens.pop() expected = [[Dice(rolls=1, sides=6), "!keep"], "+", 5] assert len(actual) == 3 assert actual == expected
def test_term_dice_with_flag(): parse_result = term().parseString("1d6!keep") tokens = parse_result.asList() assert len(tokens) == 1 actual = tokens.pop() expected = [Dice(rolls=1, sides=6), "!keep"] assert len(actual) == 2 assert actual == expected
def test_term_dice_only_uppercase(): # NOTE: this is the same as in test_term_dice_only as CaselessLiteral will # return the case of the defined matchString, not the search string passed # into parse. -ZR parse_result = term().parseString("1D6") tokens = parse_result.asList() assert len(tokens) == 1 actual = tokens.pop() expected = Dice(rolls=1, sides=6) assert actual == expected
def test_term_dice_only_uppercase(): #NOTE: this is the same as in test_term_dice_only as CaselessLiteral will # return the case of the defined matchString, not the search string passed # into parse. -ZR parse_result = term().parseString("1D6") tokens = parse_result.asList() assert len(tokens) == 1 actual = tokens.pop() expected = Dice(rolls=1, sides=6) assert actual == expected
def test_term_dice_only(self): token = term() actual = token.parseString("1d6") pprint(actual.asList()) self.assertEqual(len(actual), 3) self.assertEqual(actual.asList(), [1, 'd', 6])
def test_term_dice_with_flag(self): token = term() actual = token.parseString("1d6!keep") pprint(actual.asList()) self.assertEqual(len(actual), 4) self.assertEqual(actual.asList(), [1, 'd', 6, '!keep'])
def test_term_dice_with_operator(self): token = term() actual = token.parseString("1d6+5") pprint(actual.asList()) self.assertEqual(len(actual), 5) self.assertEqual(actual.asList(), [1, 'd', 6, '+', 5])
def test_term_dice_with_flag_and_operator_uppercase(self): token = term() actual = token.parseString("1D6!KEEP+5") pprint(actual.asList()) self.assertEqual(len(actual), 6) self.assertEqual(actual.asList(), [1, 'd', 6, '!keep', '+', 5])