def find_judgment(soup):
reg = judgment_reg
start = find_reg_el(soup, reg)
if start:
results = [start] + find_until(start, re.compile('\w+:'), use_left=False)
return [re.sub(reg, '', ' '.join(map(lambda x: x.text, results)))]
else:
return None
def find_judgment(soup):
reg = judgment_reg
start = find_reg_el(soup, reg)
if start:
results = [start] + find_until(
start, re.compile('\w+:'), use_left=False)
return [re.sub(reg, '', ' '.join(map(lambda x: x.text, results)))]
else:
return None
def find_solicitors(soup):
reg = re.compile(r'^solicitors?(/counsel)?s?[:;]?\W*', flags=re.IGNORECASE)
start = find_reg_el(soup, reg, field=["footer-field", "intituling-field"])
strings = []
if start:
if re.sub(reg, '', start.text):
strings += [re.sub(reg, '', start.text)]
results = find_until(start, None, use_left=False)
strings += map(lambda x: x.text, results)
strings = filter(lambda x: not x.startswith('('), strings)
strings = filter(lambda x: x, strings)
return strings
def find_solicitors(soup):
reg = re.compile(r'^solicitors?(/counsel)?s?[:;]?\W*', flags=re.IGNORECASE)
start = find_reg_el(soup, reg, field=["footer-field", "intituling-field"])
strings = []
if start:
if re.sub(reg, '', start.text):
strings += [re.sub(reg, '', start.text)]
results = find_until(start, None, use_left=False)
strings += map(lambda x: x.text, results)
strings = filter(lambda x: not x.startswith('('), strings)
strings = filter(lambda x: x, strings)
return strings
def find_hearing(soup):
reg = hearing_reg
start = find_reg_el(soup, reg)
if start:
more_left = False
use_left = True
if re.sub(reg, '', start.text).strip():
use_left = False
more_left = True
else:
start = start.next_sibling
results = [start] + find_until(start, re.compile('\w+:'), use_left=use_left, more_left=more_left)
return [re.sub(reg, '', ' '.join(map(lambda x: x.text, results)))]
else:
return None
def find_hearing(soup):
reg = hearing_reg
start = find_reg_el(soup, reg)
if start:
more_left = False
use_left = True
if re.sub(reg, '', start.text).strip():
use_left = False
more_left = True
else:
start = start.next_sibling
results = [start] + find_until(
start, re.compile('\w+:'), use_left=use_left, more_left=more_left)
return [re.sub(reg, '', ' '.join(map(lambda x: x.text, results)))]
else:
return None
def find_received(soup):
start = find_reg_el(soup, received_reg)
return [re.sub(reg, '', start.text)]
def find_counsel(soup):
reg = counsel_reg
start = find_reg_el(soup, reg)
results = [start]+ find_until(start, re.compile('\w+:'), use_left=False)
return filter(None, map(lambda x: re.sub(reg, '', x.text.strip()), results))
def find_plea(soup):
reg = plea_reg
start = find_reg_el(soup, reg)
return [re.sub(reg, '', start.text)]
def find_registry(soup):
start = find_reg_el(soup, court_reg)
registry = find_until(start, None, use_left=True)
if registry:
return [registry[-1].text]
def find_court(soup):
return [find_reg_el(soup, court_reg).text]
def find_received(soup):
start = find_reg_el(soup, received_reg)
return [re.sub(reg, '', start.text)]
def find_counsel(soup):
reg = counsel_reg
start = find_reg_el(soup, reg)
results = [start] + find_until(start, re.compile('\w+:'), use_left=False)
return filter(None, map(lambda x: re.sub(reg, '', x.text.strip()),
results))
def find_plea(soup):
reg = plea_reg
start = find_reg_el(soup, reg)
return [re.sub(reg, '', start.text)]
def find_court(soup):
return [find_reg_el(soup, court_reg).text]
def find_neutral(soup):
reg = re.compile(r'\W*\[(\d){4}\] NZ(HC|CA|SC) (\d+)\W*$')
try:
return [find_reg_el(soup, reg).text.strip()]
except AttributeError:
return None
def find_registry(soup):
start = find_reg_el(soup, court_reg)
registry = find_until(start, None, use_left=True)
if registry:
return [registry[-1].text]
def find_neutral(soup):
reg = re.compile(r'\W*\[(\d){4}\] NZ(HC|CA|SC) (\d+)\W*$')
try:
return [find_reg_el(soup, reg).text.strip()]
except AttributeError:
return None