def test_zero_to_nineteen(self):
expected_word = "zero"
got_word = num2word(0)
self.assertEqual(expected_word, got_word)
expected_word = "eight"
got_word = num2word(8)
self.assertEqual(expected_word, got_word)
def test_two_digit(self):
expected_word = "thirty four"
got_word = num2word(34)
self.assertEqual(expected_word, got_word)
expected_word = "seventy"
got_word = num2word(70)
self.assertEqual(expected_word, got_word)
def test_six_digit(self):
expected_word = "three hundred and forty nine thousand and sixty two"
got_word = num2word(349062)
self.assertEqual(expected_word, got_word)
expected_word = "eight hundred thousand"
got_word = num2word(800000)
self.assertEqual(expected_word, got_word)
def test_four_digit(self):
expected_word = "two thousand four hundred and sixty nine"
got_word = num2word(2469)
self.assertEqual(expected_word, got_word)
expected_word = "four thousand"
got_word = num2word(4000)
self.assertEqual(expected_word, got_word)
expected_word = "six thousand and one hundred"
got_word = num2word(6100)
self.assertEqual(expected_word, got_word)
def test_three_digit(self):
expected_word = "seven hundred and eighty one"
got_word = num2word(781)
self.assertEqual(expected_word, got_word)
expected_word = "one hundred"
got_word = num2word(100)
self.assertEqual(expected_word, got_word)
expected_word = "two hundred and fifty"
got_word = num2word(250)
self.assertEqual(expected_word, got_word)
expected_word = "three hundred and one"
got_word = num2word(301)
self.assertEqual(expected_word, got_word)
def normalize_number(self, number):
"""Normalize the numbers before the decimal points into english words
using num2words module. Whitespaces and non-digit char such as ',' are
ignored
:param number: input number, string type
:return: normalized english words, string type
"""
return ' '.join(num2word(''.join(re.findall(r'\d', number))))
def test_five_digit(self):
expected_word = "twenty two thousand four hundred and sixty nine"
got_word = num2word(22469)
self.assertEqual(expected_word, got_word)
expected_word = "thirty thousand"
got_word = num2word(30000)
self.assertEqual(expected_word, got_word)
expected_word = "thirty thousand and two"
got_word = num2word(30002)
self.assertEqual(expected_word, got_word)
expected_word = "twelve thousand and fifteen"
got_word = num2word(12015)
self.assertEqual(expected_word, got_word)
expected_word = "sixty thousand and four hundred"
got_word = num2word(60400)
self.assertEqual(expected_word, got_word)
def test_ones(self): self.assertEqual(num2word(5), "five")
def test_hundred_tens_and_ones(self): self.assertEqual(num2word(824), "eight hundred and twenty-four")
def test_tens(self): self.assertEqual(num2word(40), "forty")
def test_teens(self): self.assertEqual(num2word(13), "thirteen")
def test_hundred(self): self.assertEqual(num2word(200), "two hundred")
def test_tens_and_one(self): self.assertEqual(num2word(42), "forty-two")
def test_zero(self): self.assertEqual(num2word(0), "zero")
def test_challenge4(self):
print(num2word(fibR(12)))
def my_replace(match):
match = match.group()
try:
return ' ' + num2word(round(float(match))) + ' '
except Exception:
return ' '
def test_hundred_and_tens(self): self.assertEqual(num2word(730), "seven hundred and thirty")
def test_hundred_and_ones(self): self.assertEqual(num2word(605), "six hundred and five")
def __init__(self, number):
self.number = number
self.name = num2word(number)
self.visited = False
self.child = None
def test_thousands(self): self.assertEqual(num2word(1000), "one thousand")
