def test_citation_sorting(self):
# A list of citations ordered properly
cs = [
Citation(volume=22,
reporter="IL",
page="44",
type=Citation.NEUTRAL),
Citation(volume=22,
reporter="U.S.",
page="44",
type=Citation.FEDERAL),
Citation(volume=22,
reporter="S. Ct.",
page="33",
type=Citation.FEDERAL),
Citation(
volume=22,
reporter="Alt.",
page="44",
type=Citation.STATE_REGIONAL,
),
]
# Mess up the ordering of the list above.
cs_shuffled = cs[:]
last = cs_shuffled.pop()
cs_shuffled.insert(0, last)
self.assertNotEqual(cs, cs_shuffled)
# Now sort the messed up list, and check if it worked.
cs_sorted = sorted(cs_shuffled, key=sort_cites)
self.assertEqual(cs, cs_sorted)
def to_model(self):
# Create a citation object as in our models. Eventually, the version in
# our models should probably be the only object named "Citation". Until
# then, this function helps map from this object to the Citation object
# in the models.
c = ModelCitation(**{
key: value for key, value in
self.__dict__.items() if
key in ModelCitation._meta.get_all_field_names()
})
c.type = self._get_cite_type()
return c
def to_model(self):
# Create a citation object as in our models. Eventually, the version in
# our models should probably be the only object named "Citation". Until
# then, this function helps map from this object to the Citation object
# in the models.
c = ModelCitation(
**{
key: value
for key, value in self.__dict__.items()
if key in ModelCitation._meta.get_all_field_names()
})
c.type = self._get_cite_type()
return c
def to_model(self):
# Create a citation object as in our models. Eventually, the version in
# our models should probably be the only object named "Citation". Until
# then, this function helps map from this object to the Citation object
# in the models.
c = ModelCitation(
**{
key: value
for key, value in self.__dict__.items()
if key in ModelCitation._meta.get_all_field_names()
})
canon = REPORTERS[self.canonical_reporter]
cite_type = canon[self.lookup_index]["cite_type"]
c.type = map_reporter_db_cite_type(cite_type)
return c
def make_citation(cite_str, cluster, cite_type):
"""Create and return a citation object for the input values."""
citation_obj = get_citations(cite_str)[0]
return Citation(
cluster=cluster,
volume=citation_obj.volume,
reporter=citation_obj.reporter,
page=citation_obj.page,
type=cite_type,
)
def make_objects(self, item, court, sha1_hash, content):
"""Takes the meta data from the scraper and associates it with objects.
Returns the created objects.
"""
blocked = item['blocked_statuses']
if blocked:
date_blocked = date.today()
else:
date_blocked = None
case_name_short = (item.get('case_name_shorts') or
self.cnt.make_case_name_short(item['case_names']))
docket = Docket(
docket_number=item.get('docket_numbers', ''),
case_name=item['case_names'],
case_name_short=case_name_short,
court=court,
blocked=blocked,
date_blocked=date_blocked,
source=Docket.SCRAPER,
)
west_cite_str = item.get('west_citations', '')
state_cite_str = item.get('west_state_citations', '')
neutral_cite_str = item.get('neutral_citations', '')
cluster = OpinionCluster(
judges=item.get('judges', ''),
date_filed=item['case_dates'],
date_filed_is_approximate=item['date_filed_is_approximate'],
case_name=item['case_names'],
case_name_short=case_name_short,
source='C',
precedential_status=item['precedential_statuses'],
nature_of_suit=item.get('nature_of_suit', ''),
blocked=blocked,
date_blocked=date_blocked,
# These three fields are replaced below.
federal_cite_one=west_cite_str,
state_cite_one=state_cite_str,
neutral_cite=neutral_cite_str,
syllabus=item.get('summaries', ''),
)
citations = []
if west_cite_str:
citation_obj = get_citations(west_cite_str)[0]
citations.append(
Citation(
cluster=cluster,
volume=citation_obj.volume,
reporter=citation_obj.reporter,
page=citation_obj.page,
type=Citation.WEST,
))
if state_cite_str:
citation_obj = get_citations(state_cite_str)[0]
citations.append(
Citation(
cluster=cluster,
volume=citation_obj.volume,
reporter=citation_obj.reporter,
page=citation_obj.page,
type=Citation.STATE,
))
if neutral_cite_str:
citation_obj = get_citations(neutral_cite_str)[0]
citations.append(
Citation(
cluster=cluster,
volume=citation_obj.volume,
reporter=citation_obj.reporter,
page=citation_obj.page,
type=Citation.NEUTRAL,
))
opinion = Opinion(
type='010combined',
sha1=sha1_hash,
download_url=item['download_urls'],
)
error = False
try:
cf = ContentFile(content)
extension = get_extension(content)
file_name = trunc(item['case_names'].lower(), 75) + extension
opinion.file_with_date = cluster.date_filed
opinion.local_path.save(file_name, cf, save=False)
except:
msg = ('Unable to save binary to disk. Deleted '
'item: %s.\n %s' %
(item['case_names'], traceback.format_exc()))
logger.critical(msg.encode('utf-8'))
ErrorLog(log_level='CRITICAL', court=court, message=msg).save()
error = True
return docket, opinion, cluster, citations, error
