def handle_whitespace(text):
"""Add ODF whitespace processing and ODF linebreak elements into
multi-line text. Returns list with mixed unicode and odf
elements."""
result = []
lines = text.split('\n')
for index, line in enumerate(lines):
# for every line
for part in _whitespace_re.split(line):
# split off tabulators and whitespace
if part[:2] == ' ':
# multiple spaces in ODF need markup
result.append(
odf_create_spaces(len(part)))
elif part[:1] == '\t':
# insert an actual tab
result.append(
odf_create_tabulation())
else:
result.append(
unicode(part))
# for all but the last line: add linebreak
if index < len(lines)-1:
result.append(odf_create_line_break())
return result
def handle_whitespace(text):
"""Add ODF whitespace processing and ODF linebreak elements into
multi-line text. Returns list with mixed unicode and odf
elements."""
result = []
lines = text.split('\n')
for index, line in enumerate(lines):
# for every line
for part in _whitespace_re.split(line):
# split off tabulators and whitespace
if part[:2] == ' ':
# multiple spaces in ODF need markup
result.append(
odf_create_spaces(len(part)))
elif part[:1] == '\t':
# insert an actual tab
result.append(
odf_create_tabulation())
else:
result.append(
unicode(part))
# for all but the last line: add linebreak
if index < len(lines)-1:
result.append(odf_create_line_break())
return result
def test_create_spaces(self):
sp5 = odf_create_spaces(5)
expected = ('<text:s text:c="5"/>')
self.assertEqual(sp5.serialize(), expected)
def test_create_space(self):
sp1 = odf_create_spaces()
expected = ('<text:s text:c="1"/>')
self.assertEqual(sp1.serialize(), expected)
def test_create_spaces(self):
sp5 = odf_create_spaces(5)
expected = ('<text:s text:c="5"/>')
self.assertEqual(sp5.serialize(), expected)
def test_create_space(self):
sp1 = odf_create_spaces()
expected = ('<text:s text:c="1"/>')
self.assertEqual(sp1.serialize(), expected)
