def toc_interp(data, so_far, toc):
"""Transforms a subpart, expanding it into subterps (collections of
interpreted subparts, empty part, and appendices"""
segments = title_parsing.try_split(data['title'])
if not segments:
segments = 'Supplement I', ''
element = {
'label': segments[0],
'sub_label': segments[1],
'index': data['index'],
'section_id': '-'.join(data['index']),
'is_supplement': True,
'sub_toc': []
}
reg_part = data['index'][0]
element['sub_toc'].extend(intro_interps(toc, reg_part))
element['sub_toc'].extend(subterps(so_far, reg_part))
return element
def toc_interp(data, so_far, toc):
"""Transforms a subpart, expanding it into subterps (collections of
interpreted subparts, empty part, and appendices"""
segments = title_parsing.try_split(data['title'])
if not segments:
segments = 'Supplement I', ''
element = {
'label': segments[0],
'sub_label': segments[1],
'index': data['index'],
'section_id': '-'.join(data['index']),
'is_supplement': True,
'sub_toc': []
}
reg_part = data['index'][0]
element['sub_toc'].extend(intro_interps(toc, reg_part))
element['sub_toc'].extend(subterps(so_far, reg_part))
return element
def test_try_split(self):
self.assertEqual(['a', 'xb'],
title_parsing.try_split('a:xb', ('|', ':', 'x')))
def test_try_split(self):
self.assertEqual(
['a', 'xb'],
title_parsing.try_split('a:xb', ('|', ':', 'x')))
