def import_xml(self, filename):
parser = lxml.etree.XMLParser(dtd_validation=False, load_dtd=False,
resolve_entities=False, encoding="utf8")
with open(filename) as f:
source = os.path.basename(filename)
file_contents = unescape(f.read())
file_contents = re.sub('''^<\?xml version="1.0" encoding="UTF-8"\s*\??>''',
'', file_contents)
file_contents = file_contents.replace("&", "&")
xml = lxml.etree.fromstring(file_contents, parser=parser)
try:
self.title = xml.attrib['titlenum'].lstrip('0')
except KeyError:
return
try:
title_section = xml.xpath('//hdsupnest')[0].text
match = re.match("TITLE (?P<title>\w+)\s*(?:-|—)\s*(?P<name>\w+)",
title_section)
if match:
result = Law.objects.get_or_create(
title=match.group('title').lstrip('0'),
section="",
psection="",
defaults={
'text': title_section,
'order': self.ordering,
'level': 0,
})
self.ordering += 1
except IndexError:
pass
sections = xml.xpath('//section')
if len(sections) == 0:
return
self.section = sections[0].attrib['num']
matches = Law.objects.filter(
title=self.title,
section=self.section,
psection="")
if matches:
law = matches[0]
else:
law = Law(title=self.title,
section=self.section,
psection="")
law.order = self.ordering
body = self.xslt(xml).xpath('//xhtml:body/xhtml:div',
namespaces={
'xhtml': 'http://www.w3.org/1999/xhtml'})[0]
law.text = unicode(lxml.etree.tostring(body))
law.source = source
law.set_name()
law.save()
for sect_text in xml.xpath('//section/sectioncontent/text'):
self.ordering += 1
l2 = Law(
title=self.title,
section=self.section,
psection="",
order=self.ordering,
text=unicode(sect_text.xpath('string()')),
source=source)
l2.set_name()
l2.save()
for psection in xml.xpath('//section/sectioncontent/psection'):
self.parse_psection(psection, [], source)
def parse_psection(self, psection, parts, source):
parts.append(psection.xpath('string(enum)'))
psection_id = psection.attrib['id']
# Get references
ref_laws = []
for ref in psection.xpath('text/aref'):
for subref in ref.xpath('subref'):
if subref.attrib['type'] == 'title':
match = re.match( r"usc_sup_01_([^_])",
subref.attrib['target'])
if match:
(title,) = match.groups()
title = title.lstrip('0')
section = ""
ref_psec_id = ""
else:
continue
elif subref.attrib['type'] in ['sec', 'psec']:
match = re.match(
r"usc_sec_(?P<title>\d+)_(?P<section>[^-]+)-*(?P<section2>[0-9A-Za-z]*)-?(?:\#(?P<psection>\w+))?",
subref.attrib['target'])
if not match:
continue
(title, sec1, sec2, ref_psec_id) = match.groups()
title = title.lstrip('0')
section = sec1.lstrip('0') + sec2.rstrip('0')
ref_psec_id = ref_psec_id or ""
else:
continue
matches = Law.objects.filter(
title=title,
section=section,
psection=ref_psec_id)
if len(matches) == 0:
ref_law = Law.objects.create(
title=title,
section=section,
psection=ref_psec_id,
order=0)
else:
ref_law = matches[0]
ref_laws.append(ref_law)
for sub_element in psection:
if sub_element.tag in ["text", "head"]:
self.ordering += 1
matches = Law.objects.filter(
title=self.title,
section=self.section,
psection=psection_id)
if len(matches) == 1 and not matches[0].source:
law = matches[0]
else:
law = Law(
title=self.title,
section=self.section,
psection=psection_id)
law.level = int(psection.attrib['lev'])
law.text = unicode(sub_element.xpath('string()') or "")
law.order = self.ordering
law.source = source
law.set_name(parts)
law.save()
elif sub_element.tag == "psection":
self.parse_psection(sub_element, parts, source)
if ref_laws:
first = Law.objects.filter(title=self.title, section=self.section,
psection=psection_id)[0]
first.references = ref_laws
parts.pop()
