def test_interp_graph_parsing(self):
soup = bS(self.interp_xml, 'lxml-xml')
part_soup = soup.find('DIV5')
PAYLOAD.parse_part(part_soup, '1002')
part = PAYLOAD.part
PAYLOAD.parse_version(part_soup, part)
version = PAYLOAD.version
interp_subpart = Subpart(
title="Supplement I to Part {}".format(part.part_number),
label="Official Interpretations",
version=version)
interp_subpart.save()
interp = [div for div
in part_soup.find_all('DIV9')
if div.find('HEAD').text.startswith('Supplement I')][0]
ecfr_importer.parse_interps(interp, part, interp_subpart)
self.assertEqual(
Subpart.objects.filter(title__contains='Supplement I').count(),
1,
)
def test_interp_inferred_section_graph_parsing(self):
PAYLOAD.reset()
self.assertEqual(PAYLOAD.interp_refs, {})
soup = bS(self.interp_xml, 'lxml-xml')
parts = soup.find_all('DIV5')
part_soup = [div for div in parts if div['N'] == '1030'][0]
PAYLOAD.parse_part(part_soup, '1030')
part = PAYLOAD.part
PAYLOAD.parse_version(part_soup, part)
version = PAYLOAD.version
interp_subpart = Subpart(
title="Supplement I to Part {}".format(part.part_number),
label="Official Interpretations",
version=version)
interp_subpart.save()
interp = [div for div
in part_soup.find_all('DIV9')
if div.find('HEAD').text.startswith('Supplement I')][0]
ecfr_importer.parse_interps(interp, part, interp_subpart)
self.assertEqual(PAYLOAD.interp_refs['1']['c'], 'see(1-c-Interp)')