def test_leading_text_nodes(self):
"""Make sure the parser handles a leading naked run of text.
Test inner runs of text while we're at it.
"""
html = 'A<i>hi</i>B<i>there</i>C'
p = ForParser(html)
eq_(html, p.to_unicode())
def test_leading_text_nodes(self):
"""Make sure the parser handles a leading naked run of text.
Test inner runs of text while we're at it.
"""
html = 'A<i>hi</i>B<i>there</i>C'
p = ForParser(html)
eq_(html, p.to_unicode())
def on_own_line_eq(want, text):
"""Assert that on_own_line operates as expected on the first match
in `text`."""
match = ForParser._FOR_OR_CLOSER.search(text)
eq_(want, ForParser._on_own_line(match, match.groups(3)))
def strip_eq(want, text):
eq_(want, ForParser.strip_fors(text)[0])
def expanded_eq(want, to_expand):
"""Balance and expand the fors in `to_expand`, and assert equality with
`want`."""
expander = ForParser(to_expand)
expander.expand_fors()
eq_(want, str(expander))
def balanced_eq(want, to_balance):
"""Run `to_balance` through the expander to get its tags balanced, and
assert the result is `want`."""
expander = ForParser(to_balance)
eq_(want, str(expander))
def on_own_line_eq(want, text):
"""Assert that on_own_line operates as expected on the first match
in `text`."""
match = ForParser._FOR_OR_CLOSER.search(text)
eq_(want, ForParser._on_own_line(match, match.groups(3)))
def strip_eq(want, text):
eq_(want, ForParser.strip_fors(text)[0])
def expanded_eq(want, to_expand):
"""Balance and expand the fors in `to_expand`, and assert equality with
`want`."""
expander = ForParser(to_expand)
expander.expand_fors()
eq_(want, expander.to_unicode())
def balanced_eq(want, to_balance):
"""Run `to_balance` through the expander to get its tags balanced, and
assert the result is `want`."""
expander = ForParser(to_balance)
eq_(want, expander.to_unicode())
