def test_maxsplit__positive(self):
maxsplit = self.MAXSPLIT # just to make expressions fit
self.assertEquals(
self.WORDS[:maxsplit] + [' '.join(self.WORDS[maxsplit:])],
__unit__.split(self.TEXT, maxsplit=maxsplit))
self.assertEquals(
self.SPLIT_BY_X[:maxsplit] +
['X'.join(self.SPLIT_BY_X[maxsplit:])],
__unit__.split(self.STRING, by='X', maxsplit=maxsplit))
# this works because the first split to perform at 'X' rather than 'a'
self.assertEquals(
self.SPLIT_BY_X[:maxsplit] +
['X'.join(self.SPLIT_BY_X[maxsplit:])],
__unit__.split(self.STRING, by=('a', 'X'), maxsplit=maxsplit))
# here, first split is at 'bar'
sep_index = self.STRING.find('bar')
string_sans_sep = self.STRING.replace('bar', '')
self.assertEquals(
[self.STRING[:sep_index], string_sans_sep[sep_index:]],
__unit__.split(self.STRING,
by=re.compile(self.REGEX),
maxsplit=maxsplit))
def test_maxsplit__none(self):
self.assertEquals(self.WORDS, __unit__.split(self.TEXT, maxsplit=None))
self.assertEquals(
self.SPLIT_BY_A_OR_X,
__unit__.split(self.STRING, by=('a', 'X'), maxsplit=None))
self.assertEquals(
self.SPLIT_BY_REGEX,
__unit__.split(self.STRING,
by=re.compile(self.REGEX), maxsplit=None))
def test_maxsplit__none(self):
self.assertEquals(self.WORDS, __unit__.split(self.TEXT, maxsplit=None))
self.assertEquals(
self.SPLIT_BY_A_OR_X,
__unit__.split(self.STRING, by=('a', 'X'), maxsplit=None))
self.assertEquals(
self.SPLIT_BY_REGEX,
__unit__.split(self.STRING,
by=re.compile(self.REGEX),
maxsplit=None))
def test_maxsplit__zero(self):
self.assertEquals(
[self.TEXT], __unit__.split(self.TEXT, by=None, maxsplit=0))
self.assertEquals(
[self.STRING], __unit__.split(self.STRING, by='X', maxsplit=0))
self.assertEquals(
[self.STRING],
__unit__.split(self.STRING, by=('a', 'X'), maxsplit=0))
self.assertEquals(
[self.STRING],
__unit__.split(self.STRING, by=re.compile(self.REGEX), maxsplit=0))
def test_maxsplit__zero(self):
self.assertEquals([self.TEXT],
__unit__.split(self.TEXT, by=None, maxsplit=0))
self.assertEquals([self.STRING],
__unit__.split(self.STRING, by='X', maxsplit=0))
self.assertEquals([self.STRING],
__unit__.split(self.STRING,
by=('a', 'X'),
maxsplit=0))
self.assertEquals([self.STRING],
__unit__.split(self.STRING,
by=re.compile(self.REGEX),
maxsplit=0))
def test_maxsplit__non_integer(self):
with self.assertRaises(TypeError):
__unit__.split(self.TEXT, maxsplit=object())
with self.assertRaises(TypeError):
__unit__.split(self.STRING, by='X', maxsplit=object())
with self.assertRaises(TypeError):
__unit__.split(self.STRING, by=('a', 'X'), maxsplit=object())
with self.assertRaises(TypeError):
__unit__.split(
self.STRING, by=re.compile(self.REGEX), maxsplit=object())
def test_maxsplit__non_integer(self):
with self.assertRaises(TypeError):
__unit__.split(self.TEXT, maxsplit=object())
with self.assertRaises(TypeError):
__unit__.split(self.STRING, by='X', maxsplit=object())
with self.assertRaises(TypeError):
__unit__.split(self.STRING, by=('a', 'X'), maxsplit=object())
with self.assertRaises(TypeError):
__unit__.split(self.STRING,
by=re.compile(self.REGEX),
maxsplit=object())
def test_maxsplit__positive(self):
maxsplit = self.MAXSPLIT # just to make expressions fit
self.assertEquals(
self.WORDS[:maxsplit] + [' '.join(self.WORDS[maxsplit:])],
__unit__.split(self.TEXT, maxsplit=maxsplit))
self.assertEquals(
self.SPLIT_BY_X[:maxsplit] + ['X'.join(self.SPLIT_BY_X[maxsplit:])],
__unit__.split(self.STRING, by='X', maxsplit=maxsplit))
# this works because the first split to perform at 'X' rather than 'a'
self.assertEquals(
self.SPLIT_BY_X[:maxsplit] + ['X'.join(self.SPLIT_BY_X[maxsplit:])],
__unit__.split(self.STRING, by=('a', 'X'), maxsplit=maxsplit))
# here, first split is at 'bar'
sep_index = self.STRING.find('bar')
string_sans_sep = self.STRING.replace('bar', '')
self.assertEquals(
[self.STRING[:sep_index], string_sans_sep[sep_index:]],
__unit__.split(
self.STRING, by=re.compile(self.REGEX), maxsplit=maxsplit))
def test_by__none__one_word(self):
self.assertEquals([self.STRING], __unit__.split(self.STRING, by=None))
def test_string__some_string__no_separator(self):
self.assertEquals([self.STRING], __unit__.split(self.STRING))
def test_by__none__words(self):
self.assertEquals(self.WORDS, __unit__.split(self.TEXT, by=None))
def test_by__invalid_tuple(self):
with self.assertRaises(TypeError):
__unit__.split(self.STRING, by=(42, 'a', 'X'))
def test_string__empty__no_separator(self):
# result contingent on TODO inside the ``split`` function
self.assertEquals([], __unit__.split(''))
def test_by__empty_generator(self):
with self.assertRaises(ValueError) as r:
__unit__.split(self.STRING, by=(x for x in ()))
self.assertIn("empty", str(r.exception))
def test_by__multiple_strings(self):
self.assertEquals(self.SPLIT_BY_A_OR_X,
__unit__.split(self.STRING, by=('a', 'X')))
def test_string__some_string__no_separator(self):
self.assertEquals([self.STRING], __unit__.split(self.STRING))
def test_by__empty_tuple(self):
with self.assertRaises(ValueError) as r:
__unit__.split(self.STRING, by=())
self.assertIn("empty", str(r.exception))
def test_by__allegedly_regex_string(self):
# regex supplied as string should be treated as string,
# (in this case, it results in no splits whatsoever)
self.assertEquals(
[self.STRING], __unit__.split(self.STRING, by=self.REGEX))
def test_by__none__words(self):
self.assertEquals(self.WORDS, __unit__.split(self.TEXT, by=None))
def test_by__empty_regex(self):
with self.assertRaises(ValueError) as r:
__unit__.split(self.STRING, by=re.compile(''))
self.assertIn("empty", str(r.exception))
def test_by__regex_object(self):
self.assertEquals(
self.SPLIT_BY_REGEX,
__unit__.split(self.STRING, by=re.compile(self.REGEX)))
def test_by__multiple_strings(self):
self.assertEquals(
self.SPLIT_BY_A_OR_X, __unit__.split(self.STRING, by=('a', 'X')))
def test_by__single_string(self):
self.assertEquals(self.SPLIT_BY_X, __unit__.split(self.STRING, by='X'))
def test_by__empty_regex(self):
with self.assertRaises(ValueError) as r:
__unit__.split(self.STRING, by=re.compile(''))
self.assertIn("empty", str(r.exception))
def test_by__empty_tuple(self):
with self.assertRaises(ValueError) as r:
__unit__.split(self.STRING, by=())
self.assertIn("empty", str(r.exception))
def test_string__empty__no_separator(self):
# result contingent on TODO inside the ``split`` function
self.assertEquals([], __unit__.split(''))
def test_by__invalid_tuple(self):
with self.assertRaises(TypeError):
__unit__.split(self.STRING, by=(42, 'a', 'X'))
def test_by__single_string(self):
self.assertEquals(self.SPLIT_BY_X, __unit__.split(self.STRING, by='X'))
def test_by__regex_object(self):
self.assertEquals(
self.SPLIT_BY_REGEX,
__unit__.split(self.STRING, by=re.compile(self.REGEX)))
def test_by__empty_generator(self):
with self.assertRaises(ValueError) as r:
__unit__.split(self.STRING, by =(x for x in ()))
self.assertIn("empty", str(r.exception))
def test_by__allegedly_regex_string(self):
# regex supplied as string should be treated as string,
# (in this case, it results in no splits whatsoever)
self.assertEquals([self.STRING],
__unit__.split(self.STRING, by=self.REGEX))
def test_string__some_object(self):
with self.assertRaises(TypeError):
__unit__.split(object())
def test_string__some_object(self):
with self.assertRaises(TypeError):
__unit__.split(object())
def test_by__none__one_word(self):
self.assertEquals([self.STRING], __unit__.split(self.STRING, by=None))
def test_string__none(self):
with self.assertRaises(TypeError):
__unit__.split(None)
def test_string__none(self):
with self.assertRaises(TypeError):
__unit__.split(None)
