def test_900(self):
roman = RomanNumConverter('CM')
self.assertEqual(900, roman.to_integer())
def test_1990(self):
roman = RomanNumConverter('MCMXC')
self.assertEqual(1990, roman.to_integer())
def test_1066(self):
roman = RomanNumConverter('MLXVI')
self.assertEqual(1066, roman.to_integer())
def test_9(self):
roman = RomanNumConverter('IX')
self.assertEqual(9, roman.to_integer())
def test_four_combined(self):
roman = RomanNumConverter('IIII')
self.assertEqual(4, roman.to_integer())
def test_13(self):
roman = RomanNumConverter('XIII')
self.assertEqual(13, roman.to_integer())
def test_1066(self):
roman = RomanNumConverter('MLXVI')
self.assertEqual(1066, roman.to_integer())
def test_add_combined_romans_3(self):
roman = RomanNumConverter('III')
self.assertEqual(3, roman.to_integer())
def test_13(self):
roman = RomanNumConverter('XIII')
self.assertEqual(13, roman.to_integer())
def test_207(self):
roman = RomanNumConverter('CCVII')
self.assertEqual(207, roman.to_integer())
def test_four_combined_2(self):
roman = RomanNumConverter('XXXX')
self.assertEqual(40, roman.to_integer())
def test_four_combined(self):
roman = RomanNumConverter('IIII')
self.assertEqual(4, roman.to_integer())
def test_subtract_combined_romans(self):
roman = RomanNumConverter('IV')
self.assertEqual(4, roman.to_integer())
def test_add_combined_romans_3(self):
roman = RomanNumConverter('III')
self.assertEqual(3, roman.to_integer())
def test_4(self):
roman = RomanNumConverter('IV')
self.assertEqual(4, roman.to_integer())
def test_single_char_roman_x(self):
roman = RomanNumConverter('X')
self.assertEqual(10, roman.to_integer())
def test_9(self):
roman = RomanNumConverter('IX')
self.assertEqual(9, roman.to_integer())
def test_subtract_combined_romans(self):
roman = RomanNumConverter('IV')
self.assertEqual(4, roman.to_integer())
def test_40(self):
roman = RomanNumConverter('XL')
self.assertEqual(40, roman.to_integer())
def test_four_combined_2(self):
roman = RomanNumConverter('XXXX')
self.assertEqual(40, roman.to_integer())
def test_900(self):
roman = RomanNumConverter('CM')
self.assertEqual(900, roman.to_integer())
def test_207(self):
roman = RomanNumConverter('CCVII')
self.assertEqual(207, roman.to_integer())
def test_1954(self):
roman = RomanNumConverter('MCMLIV')
self.assertEqual(1954, roman.to_integer())
def test_4(self):
roman = RomanNumConverter('IV')
self.assertEqual(4, roman.to_integer())
def test_1990(self):
roman = RomanNumConverter('MCMXC')
self.assertEqual(1990, roman.to_integer())
def test_40(self):
roman = RomanNumConverter('XL')
self.assertEqual(40, roman.to_integer())
def test_2014(self):
roman = RomanNumConverter('MMXIV')
self.assertEqual(2014, roman.to_integer())
def test_1954(self):
roman = RomanNumConverter('MCMLIV')
self.assertEqual(1954, roman.to_integer())
from romans import RomanNumConverter
from roman import toRoman
with open('roman_numerals') as f:
numerals = f.readlines()
total_len_saved = 0
for num in numerals:
num = num.rstrip()
converted_num = toRoman(RomanNumConverter(num).to_integer())
total_len_saved += len(num) - len(converted_num)
print(total_len_saved)
def test_2014(self):
roman = RomanNumConverter('MMXIV')
self.assertEqual(2014, roman.to_integer())
def test_single_char_roman_x(self):
roman = RomanNumConverter('X')
self.assertEqual(10, roman.to_integer())