def test_unicode(self):
for numstr, result in [(u'125', 125), (u'124.5', 124.5),
(u'five sixths', Fraction(5, 6)), (u'one million', 1000000)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
for numstr in [u'şimal', u'汉语漢語', u'תירִבְעִ']:
self.assertRaises(ValueError, lambda: str2num(numstr))
def test_unicode(self):
for numstr, result in [(u'125', 125), (u'124.5', 124.5),
(u'five sixths', Fraction(5, 6)),
(u'one million', 1000000)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
for numstr in [u'şimal', u'汉语漢語', u'תירִבְעִ']:
self.assertRaises(ValueError, lambda: str2num(numstr))
def test_comma_ints(self):
for numstr, result in [('1,234', 1234), ('12,345', 12345),
('123,456', 123456), ('1,234,567', 1234567),
('12,345,678', 12345678), ('123,456,789', 123456789),
('1,234,567,890', 1234567890)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
for numstr, result in [('-1,234', -1234), ('-12,345', -12345),
('-123,456', -123456), ('-1,234,567', -1234567),
('-12,345,678', -12345678), ('-123,456,789', -123456789),
('-1,234,567,890', -1234567890)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
def test_newspaper_ints(self):
for numstr, result in [('1 thousand', 10 ** 3), ('1 million', 10 ** 6),
('1 billion', 10 ** 9), ('1 trillion', 10 ** 12),
('1 quadrillion', 10 ** 15), ('1 quintillion', 10 ** 18),
('1 sextillion', 10 ** 21), ('1 septillion', 10 ** 24),
('1 octillion', 10 ** 27), ('1 nonillion', 10 ** 30)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
for numstr, result in [('1.2 million', 1200000),
('12.3 million', 12300000), ('12.34 million', 12340000),
('123.456789 million', 123456789)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
def test_ints(self):
for numstr, result in [('0', 0), ('-1', -1), ('1', 1),
('123456789', 123456789),
('-123456789', -123456789)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
def test_comma_floats(self):
for numstr, result in [('123,456,789.0', 123456789.0),
('-123,456,789.0', -123456789.0),
('1,000.0', 1000.0)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
def test_cap_and_space(self):
for numstr, result in [('TWENTY FIVE', 25), ('Thirty six', 36),
('ONE hundred and Five', 105),
(' One Hundred SIX ', 106)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
def test_dashes(self):
for numstr, result in [('twenty-six', 26), ('one-hundred nine', 109),
('twenty-five', 25),
('five-sixths', Fraction(5, 6))]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
def test_common_expressions(self):
for numstr, result in [('four score and seven', 87),
('three dozen', 36), ('a dozen', 12), ('five scores', 100),
('fifty three gross', 7632), ('dozen', 12),
('a dozen dozen', 144)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
def test_floats(self):
for numstr, result in [('0.0', 0.0), ('-1.0', -1.0), ('1.0', 1.0),
('123456789.0', 123456789.0), ('-123456789.0', -123456789.0),
('4.32E10', 4.32E10), ('-2.3e-23', -2.3e-23),
('0.00043', 0.00043), ('-0.23', -0.23), ('1000.0', 1000.0)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
def test_comma_ints(self):
for numstr, result in [('1,234', 1234), ('12,345', 12345),
('123,456', 123456), ('1,234,567', 1234567),
('12,345,678', 12345678),
('123,456,789', 123456789),
('1,234,567,890', 1234567890)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
for numstr, result in [('-1,234', -1234), ('-12,345', -12345),
('-123,456', -123456), ('-1,234,567', -1234567),
('-12,345,678', -12345678),
('-123,456,789', -123456789),
('-1,234,567,890', -1234567890)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
def test_fractions(self):
for denomstr, denom in [('half', 2), ('third', 3), ('fourth', 4),
('fifth', 5), ('sixth', 6), ('seventh', 7), ('eighth', 8),
('ninth', 9), ('tenth', 10), ('eleventh', 11),
('twelfth', 12), ('thirteenth', 13), ('fourteenth', 14),
('fifteenth', 15), ('sixteenth', 16), ('seventeenth', 17),
('eighteenth', 18), ('nineteenth', 19), ('twentieth', 20),
('thirtieth', 30), ('fortieth', 40), ('fiftieth', 50),
('sixtieth', 60), ('seventieth', 70), ('eightieth', 80),
('ninetieth', 90)]:
guess = str2num('one ' + denomstr)
self.assertEqual(guess, Fraction(1, denom))
self.assertEqual(type(guess), type(Fraction(1, denom)))
guess = str2num('3 ' + denomstr + 's')
self.assertEqual(guess, Fraction(3, denom))
self.assertEqual(type(guess), type(Fraction(3, denom)))
def test_common_expressions(self):
for numstr, result in [('four score and seven', 87),
('three dozen', 36), ('a dozen', 12),
('five scores', 100),
('fifty three gross', 7632), ('dozen', 12),
('a dozen dozen', 144)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
def test_word_ints(self):
for numstr, result in [('twenty six', 26),
('five hundred twelve', 512),
('one thousand three hundred fifty two', 1352),
('fifteen million and thirty eight', 15000038),
('twelve hundred', 1200)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
def test_ordinary_fractions(self):
for numstr, result in[('1/2', Fraction(1, 2)),
('1 / 2', Fraction(1, 2)), ('1/3', Fraction(1, 3)),
('6/5', Fraction(6, 5)), ('6/ 6', Fraction(6, 6)),
(' 6,343 /5 ', Fraction(6343, 5)), (' 6/ 6 ', Fraction(6, 6)),
('0/5', Fraction(0, 5)), ('-6/7', Fraction(-6, 7))]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
def test_word_ints(self):
for numstr, result in [('twenty six', 26),
('five hundred twelve', 512),
('one thousand three hundred fifty two', 1352),
('fifteen million and thirty eight', 15000038),
('twelve hundred', 1200)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
def test_floats(self):
for numstr, result in [('0.0', 0.0), ('-1.0', -1.0), ('1.0', 1.0),
('123456789.0', 123456789.0),
('-123456789.0', -123456789.0),
('4.32E10', 4.32E10), ('-2.3e-23', -2.3e-23),
('0.00043', 0.00043), ('-0.23', -0.23),
('1000.0', 1000.0)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
def test_newspaper_ints(self):
for numstr, result in [('1 thousand', 10**3), ('1 million', 10**6),
('1 billion', 10**9), ('1 trillion', 10**12),
('1 quadrillion', 10**15),
('1 quintillion', 10**18),
('1 sextillion', 10**21),
('1 septillion', 10**24),
('1 octillion', 10**27),
('1 nonillion', 10**30)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
for numstr, result in [('1.2 million', 1200000),
('12.3 million', 12300000),
('12.34 million', 12340000),
('123.456789 million', 123456789)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
def test_fractions(self):
for denomstr, denom in [('half', 2), ('third', 3), ('fourth', 4),
('fifth', 5), ('sixth', 6), ('seventh', 7),
('eighth', 8), ('ninth', 9), ('tenth', 10),
('eleventh', 11), ('twelfth', 12),
('thirteenth', 13), ('fourteenth', 14),
('fifteenth', 15), ('sixteenth', 16),
('seventeenth', 17), ('eighteenth', 18),
('nineteenth', 19), ('twentieth', 20),
('thirtieth', 30), ('fortieth', 40),
('fiftieth', 50), ('sixtieth', 60),
('seventieth', 70), ('eightieth', 80),
('ninetieth', 90)]:
guess = str2num('one ' + denomstr)
self.assertEqual(guess, Fraction(1, denom))
self.assertEqual(type(guess), type(Fraction(1, denom)))
guess = str2num('3 ' + denomstr + 's')
self.assertEqual(guess, Fraction(3, denom))
self.assertEqual(type(guess), type(Fraction(3, denom)))
def test_bigfractions(self):
for denomstr, denom in [('half', 2), ('third', 3), ('fourth', 4),
('fifth', 5), ('sixth', 6), ('seventh', 7), ('eighth', 8),
('ninth', 9), ('tenth', 10), ('eleventh', 11),
('twelfth', 12), ('thirteenth', 13), ('fourteenth', 14),
('fifteenth', 15), ('sixteenth', 16), ('seventeenth', 17),
('eighteenth', 18), ('nineteenth', 19), ('twentieth', 20),
('thirtieth', 30), ('fortieth', 40), ('fiftieth', 50),
('sixtieth', 60), ('seventieth', 70), ('eightieth', 80),
('ninetieth', 90)]:
guess = str2num('twelve million, three hundred forty five'
' thousand, six hundred seventy eight ' + denomstr + 's')
self.assertEqual(guess, Fraction(12345678, denom))
self.assertEqual(type(guess), type(Fraction(12345678, denom)))
guess = str2num('twelve million, three hundred forty five'
' thousand, six hundred seventy eight and one '
+ denomstr)
self.assertEqual(guess, 12345678 + Fraction(1, denom))
self.assertEqual(type(guess), type(12345678 + Fraction(1, denom)))
def test_unit_words(self):
for numstr, result in [('zero', 0), ('one', 1), ('two', 2),
('three', 3), ('four', 4), ('five', 5), ('six', 6),
('seven', 7), ('eight', 8), ('nine', 9), ('ten', 10),
('eleven', 11), ('twelve', 12), ('thirteen', 13),
('fourteen', 14), ('fifteen', 15), ('sixteen', 16),
('seventeen', 17), ('eighteen', 18), ('nineteen', 19),
('twenty', 20), ('thirty', 30), ('forty', 40), ('fifty', 50),
('sixty', 60), ('seventy', 70), ('eighty', 80),
('ninety', 90)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
def test_ordinary_fractions(self):
for numstr, result in [('1/2', Fraction(1, 2)),
('1 / 2', Fraction(1, 2)),
('1/3', Fraction(1, 3)), ('6/5', Fraction(6,
5)),
('6/ 6', Fraction(6, 6)),
(' 6,343 /5 ', Fraction(6343, 5)),
(' 6/ 6 ', Fraction(6, 6)),
('0/5', Fraction(0, 5)),
('-6/7', Fraction(-6, 7))]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
def test_bigfractions(self):
for denomstr, denom in [('half', 2), ('third', 3), ('fourth', 4),
('fifth', 5), ('sixth', 6), ('seventh', 7),
('eighth', 8), ('ninth', 9), ('tenth', 10),
('eleventh', 11), ('twelfth', 12),
('thirteenth', 13), ('fourteenth', 14),
('fifteenth', 15), ('sixteenth', 16),
('seventeenth', 17), ('eighteenth', 18),
('nineteenth', 19), ('twentieth', 20),
('thirtieth', 30), ('fortieth', 40),
('fiftieth', 50), ('sixtieth', 60),
('seventieth', 70), ('eightieth', 80),
('ninetieth', 90)]:
guess = str2num('twelve million, three hundred forty five'
' thousand, six hundred seventy eight ' +
denomstr + 's')
self.assertEqual(guess, Fraction(12345678, denom))
self.assertEqual(type(guess), type(Fraction(12345678, denom)))
guess = str2num('twelve million, three hundred forty five'
' thousand, six hundred seventy eight and one ' +
denomstr)
self.assertEqual(guess, 12345678 + Fraction(1, denom))
self.assertEqual(type(guess), type(12345678 + Fraction(1, denom)))
def test_unit_words(self):
for numstr, result in [('zero', 0), ('one', 1), ('two', 2),
('three', 3), ('four', 4), ('five', 5),
('six', 6), ('seven', 7), ('eight', 8),
('nine', 9), ('ten', 10), ('eleven', 11),
('twelve', 12), ('thirteen', 13),
('fourteen', 14), ('fifteen', 15),
('sixteen', 16), ('seventeen', 17),
('eighteen', 18), ('nineteen', 19),
('twenty', 20), ('thirty', 30), ('forty', 40),
('fifty', 50), ('sixty', 60), ('seventy', 70),
('eighty', 80), ('ninety', 90)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
def test_nonints(self):
for numstr in [
'jim', 'zerox', 'bone', 'twos', 'threek', 'fourk', 'and',
'the', 's', 'a', '-', ''
]:
self.assertRaises(ValueError, lambda: str2num(numstr))
def test_nonints(self):
for numstr in ['jim', 'zerox', 'bone', 'twos', 'threek', 'fourk',
'and', 'the', 's', 'a', '-', '']:
self.assertRaises(ValueError, lambda: str2num(numstr))
def test_comma_floats(self):
for numstr, result in [('123,456,789.0', 123456789.0),
('-123,456,789.0', -123456789.0), ('1,000.0', 1000.0)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
def test_word_num_mix(self):
for numstr, result in [('twenty 6', 26), ('one-hundred 9', 109),
('20 five', 25), ('5 sixths', Fraction(5, 6))]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
def test_cap_and_space(self):
for numstr, result in [('TWENTY FIVE', 25), ('Thirty six', 36),
('ONE hundred and Five', 105), (' One Hundred SIX ', 106)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
def test_word_num_mix(self):
for numstr, result in [('twenty 6', 26), ('one-hundred 9', 109),
('20 five', 25), ('5 sixths', Fraction(5, 6))]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
def test_dashes(self):
for numstr, result in [('twenty-six', 26), ('one-hundred nine', 109),
('twenty-five', 25), ('five-sixths', Fraction(5, 6))]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))
def test_ints(self):
for numstr, result in [('0', 0), ('-1', -1), ('1', 1),
('123456789', 123456789), ('-123456789', -123456789)]:
guess = str2num(numstr)
self.assertEqual(guess, result)
self.assertEqual(type(guess), type(result))