def parse_regulatory_citations(regulatory_citation, case_id, entity_id):
citations = []
if regulatory_citation:
matches = list(REGULATION_REGEX.finditer(regulatory_citation))
for index, match in enumerate(matches):
part = match.group('part')
section = match.group('section')
url = create_eregs_link(part, section)
if index == len(matches) - 1:
match_text = regulatory_citation[match.start():]
else:
match_text = regulatory_citation[match.start(
):matches[index + 1].start()]
text = match_text.rstrip(' ,;')
citations.append({
'text': text,
'type': 'regulation',
'title': '11',
'url': url
})
if not citations:
logger.warn(
"Cannot parse regulatory citation %s for Entity %s in case %s",
regulatory_citation, entity_id, case_id)
return citations
def get_citations(citation_texts):
us_codes = []
regulations = []
for citation_text in citation_texts:
us_code_match = re.match(
"(?P<title>[0-9]+) U\.S\.C\. (?P<section>[0-9a-z-]+)(?P<paragraphs>.*)",
citation_text)
regulation_match = re.match(
"(?P<title>[0-9]+) C\.F\.R\. (?P<part>[0-9]+)(?:\.(?P<section>[0-9]+))?",
citation_text)
if us_code_match:
title, section = reclassify_statutory_citation.reclassify_archived_mur_statutory_citation(
us_code_match.group('title'), us_code_match.group('section'))
citation_text = '%s U.S.C. %s%s' % (
title, section, us_code_match.group('paragraphs'))
url = 'http://api.fdsys.gov/link?' +\
urlencode([('collection', 'uscode'), ('link-type', 'html'), ('title', title),
('year', 'mostrecent'), ('section', section)])
us_codes.append({"text": citation_text, "url": url})
elif regulation_match:
url = utils.create_eregs_link(regulation_match.group('part'),
regulation_match.group('section'))
regulations.append({"text": citation_text, "url": url})
else:
print(citation_text)
raise Exception("Could not parse citation")
return {"us_code": us_codes, "regulations": regulations}
def get_citations_arch_mur(mur_id):
us_codes = []
regulations = []
with db.engine.connect() as conn:
rs = conn.execute(MUR_CITES, mur_id)
for row in rs:
if row["cite"]:
us_code_match = re.match(
"(?P<title>[0-9]+) U\.S\.C\. (?P<section>[0-9a-z-]+)(?P<paragraphs>.*)",
row["cite"])
regulation_match = re.match(
"(?P<title>[0-9]+) C\.F\.R\. (?P<part>[0-9]+)(?:\.(?P<section>[0-9]+))?",
row["cite"])
if us_code_match:
us_code_title, us_code_section = reclassify_statutory_citation(
us_code_match.group("title"),
us_code_match.group("section"))
citation_text = "%s U.S.C. %s%s" % (
us_code_title, us_code_section,
us_code_match.group("paragraphs"))
url = "https://www.govinfo.gov/link/uscode/{0}/{1}".format(
us_code_title, us_code_section)
us_codes.append({"text": citation_text, "url": url})
elif regulation_match:
url = utils.create_eregs_link(
regulation_match.group("part"),
regulation_match.group("section"))
regulations.append({"text": row["cite"], "url": url})
else:
raise Exception("Could not parse archived mur's citation.")
return {"us_code": us_codes, "regulations": regulations}
def get_citations(citation_texts):
us_codes = []
regulations = []
for citation_text in citation_texts:
us_code_match = re.match("(?P<title>[0-9]+) U\.S\.C\. (?P<section>[0-9a-z-]+)(?P<paragraphs>.*)", citation_text)
regulation_match = re.match(
"(?P<title>[0-9]+) C\.F\.R\. (?P<part>[0-9]+)(?:\.(?P<section>[0-9]+))?", citation_text)
if us_code_match:
title, section = reclassify_statutory_citation.reclassify_archived_mur_statutory_citation(
us_code_match.group('title'), us_code_match.group('section'))
citation_text = '%s U.S.C. %s%s' % (title, section, us_code_match.group('paragraphs'))
url = 'http://api.fdsys.gov/link?' +\
urlencode([('collection', 'uscode'), ('link-type', 'html'), ('title', title),
('year', 'mostrecent'), ('section', section)])
us_codes.append({"text": citation_text, "url": url})
elif regulation_match:
url = utils.create_eregs_link(regulation_match.group('part'), regulation_match.group('section'))
regulations.append({"text": citation_text, "url": url})
else:
print(citation_text)
raise Exception("Could not parse citation")
return {"us_code": us_codes, "regulations": regulations}
def parse_regulatory_citations(regulatory_citation, case_id, entity_id):
citations = []
if regulatory_citation:
for match in REGULATION_REGEX.finditer(regulatory_citation):
url = create_eregs_link(match.group('part'),
match.group('section'))
text = '11 C.F.R. %s' % match.group('part')
if match.group('section'):
text += '.%s' % match.group('section')
citations.append({'text': text, 'url': url})
if not citations:
logger.warn(
"Cannot parse regulatory citation %s for Entity %s in case %s",
regulatory_citation, entity_id, case_id)
return citations
def get_citations(citation_texts):
us_codes = []
regulations = []
for citation_text in citation_texts:
us_code_match = re.match(
r"(?P<title>[0-9]+) U\.S\.C\. (?P<section>[0-9a-z-]+)(?P<paragraphs>.*)",
citation_text,
)
regulation_match = re.match(
r"(?P<title>[0-9]+) C\.F\.R\. (?P<part>[0-9]+)(?:\.(?P<section>[0-9]+))?",
citation_text,
)
if us_code_match:
(
title,
section,
) = reclassify_statutory_citation.reclassify_statutory_citation(
us_code_match.group('title'), us_code_match.group('section')
)
citation_text = '%s U.S.C. %s%s' % (
title,
section,
us_code_match.group('paragraphs'),
)
url = 'https://www.govinfo.gov/link/uscode/{0}/{1}'.format(title, section)
us_codes.append({"text": citation_text, "url": url})
elif regulation_match:
url = utils.create_eregs_link(
regulation_match.group('part'), regulation_match.group('section')
)
regulations.append({"text": citation_text, "url": url})
else:
print(citation_text)
raise Exception("Could not parse citation")
return {"us_code": us_codes, "regulations": regulations}
