def test_fill_indent_with_breaks(self):
w = utextwrap.UTextWrapper(8,
initial_indent=' ' * 4,
subsequent_indent=' ' * 4)
self.assertEqual(
u'\n'.join([
" hell", " o" + _str_D[0], " " + _str_D[1:3],
" " + _str_D[3]
]), w.fill(_str_SD))
def test_fill_indent_without_breaks(self):
w = utextwrap.UTextWrapper(8,
initial_indent=' ' * 4,
subsequent_indent=' ' * 4)
w.break_long_words = False
self.assertEqual(
u'\n'.join([
" hello",
" " + _str_D[:2],
" " + _str_D[2:],
]), w.fill(_str_SD))
def test_split(self):
w = utextwrap.UTextWrapper()
self.assertEqual(list(_str_D), w._split(_str_D))
self.assertEqual([_str_S] + list(_str_D), w._split(_str_SD))
self.assertEqual(list(_str_D) + [_str_S], w._split(_str_DS))
def check_cut(self, text, width, pos):
w = utextwrap.UTextWrapper()
self.assertEqual((text[:pos], text[pos:]), w._cut(text, width))
def check_width(self, text, expected_width):
w = utextwrap.UTextWrapper()
self.assertEqual(w._width(text), expected_width,
"Width of %r should be %d" % (text, expected_width))
def test_ambiwidth2(self):
w = utextwrap.UTextWrapper(4, ambiguous_width=2)
s = self._cyrill_char * 8
self.assertEqual([self._cyrill_char * 2] * 4, w.wrap(s))