def test_possible_matching_speakers(self):
sitting = Sitting(
start_date=datetime.date(2011, 1, 2),
)
entry = Entry(
sitting=sitting,
)
james_smith = Person.objects.create(
legal_name='James Smith',
slug='james-smith',
)
james_smith2 = Person.objects.create(
title='Mr',
legal_name='Bob Smith James',
slug='james-smith2',
)
mp = PositionTitle.objects.create(
name='Member of Parliament',
slug='mp',
)
Position.objects.create(
person=james_smith,
title=mp,
start_date=ApproximateDate(year=2011, month=1, day=1),
end_date=ApproximateDate(future=True),
category='political',
)
Position.objects.create(
person=james_smith2,
title=mp,
start_date=ApproximateDate(year=2011, month=1, day=1),
end_date=ApproximateDate(future=True),
category='political',
)
entry.speaker_name = 'James Smith'
speakers = entry.possible_matching_speakers(name_matching_algorithm=NAME_SUBSTRING_MATCH)
self.assertListEqual(list(speakers), [james_smith])
entry.speaker_name = 'Mr Smith'
speakers = entry.possible_matching_speakers(name_matching_algorithm=NAME_SUBSTRING_MATCH)
self.assertItemsEqual(speakers, (james_smith, james_smith2))
speakers = entry.possible_matching_speakers(name_matching_algorithm=NAME_SET_INTERSECTION_MATCH)
self.assertListEqual(list(speakers), [james_smith2])
entry.speaker_name = 'Mr James Smith'
speakers = entry.possible_matching_speakers(name_matching_algorithm=NAME_SUBSTRING_MATCH)
self.assertListEqual(list(speakers), [james_smith])
speakers = entry.possible_matching_speakers(name_matching_algorithm=NAME_SET_INTERSECTION_MATCH)
self.assertListEqual(list(speakers), [james_smith2, james_smith])
def create_entries_from_data_and_source(cls, data, source):
"""Create the needed sitting and entries"""
venue = Venue.objects.get(slug=data['meta']['venue'])
# Joint Sittings can be published by both Houses (identical documents)
# prevent the same Sitting being created twice
if 'Joint Sitting' in source.name \
and Sitting.objects.filter(
venue=venue,
source__name=source.name,
start_date=source.date,
start_time=data['meta'].get('start_time', None)
).exists():
print "skipping duplicate source %s for %s" % (source.name,
source.date)
return None
sitting = Sitting(
source=source,
venue=venue,
start_date=source.date,
start_time=data['meta'].get('start_time', None),
end_date=source.date,
end_time=data['meta'].get('end_time', None),
)
sitting.save()
with transaction.commit_on_success():
counter = 0
for line in data['transcript']:
counter += 1
entry = Entry(
sitting=sitting,
type=line['type'],
page_number=line['page_number'],
text_counter=counter,
speaker_name=line.get('speaker_name', ''),
speaker_title=line.get('speaker_title', ''),
content=line['text'],
)
entry.save()
source.last_processing_success = datetime.datetime.now()
source.save()
return None
def test_multiple_politician_name_matches_senate(self):
entry = Entry(
sitting=self.senate_sitting,
type='text',
page_number=12,
text_counter=4,
speaker_name='Jones',
speaker_title='Hon.',
content='test',
)
possible_speakers = entry.possible_matching_speakers(
name_matching_algorithm=NAME_SUBSTRING_MATCH)
self.assertEqual(1, len(possible_speakers))
self.assertEqual(self.senator, possible_speakers[0])
def create_entries_from_data_and_source( cls, data, source ):
"""Create the needed sitting and entries"""
venue = Venue.objects.get( slug=data['meta']['venue'] )
# Joint Sittings can be published by both Houses (identical documents)
# prevent the same Sitting being created twice
if 'Joint Sitting' in source.name \
and Sitting.objects.filter(
venue=venue,
source__name=source.name,
start_date=source.date,
start_time=data['meta'].get('start_time', None)
).exists():
print "skipping duplicate source %s for %s" % (source.name, source.date)
return None
sitting = Sitting(
source = source,
venue = venue,
start_date = source.date,
start_time = data['meta'].get('start_time', None),
end_date = source.date,
end_time = data['meta'].get('end_time', None),
)
sitting.save()
with transaction.commit_on_success():
counter = 0
for line in data['transcript']:
counter += 1
entry = Entry(
sitting = sitting,
type = line['type'],
page_number = line['page_number'],
text_counter = counter,
speaker_name = line.get('speaker_name', ''),
speaker_title = line.get('speaker_title', ''),
content = line['text'],
)
entry.save()
source.last_processing_success = datetime.datetime.now()
source.save()
return None
def test_multiple_politician_name_matches_joint_sitting(self):
self.source.name = "Joint Sitting of the Parliament"
self.source.save()
entry = Entry(
sitting = self.na_sitting,
type = 'text',
page_number = 12,
text_counter = 4,
speaker_name = 'Jones',
speaker_title = 'Hon.',
content = 'test',
)
possible_speakers = entry.possible_matching_speakers(
name_matching_algorithm=NAME_SUBSTRING_MATCH)
self.assertEqual(2, len(possible_speakers))
def test_multiple_politician_name_matches_joint_sitting(self):
self.source.name = "Joint Sitting of the Parliament"
self.source.save()
entry = Entry(
sitting = self.na_sitting,
type = 'text',
page_number = 12,
text_counter = 4,
speaker_name = 'Jones',
speaker_title = 'Hon.',
content = 'test',
)
possible_speakers = entry.possible_matching_speakers(
name_matching_algorithm=NAME_SUBSTRING_MATCH)
self.assertEqual(2, len(possible_speakers))
def test_multiple_politician_name_matches_senate(self):
entry = Entry(
sitting = self.senate_sitting,
type = 'text',
page_number = 12,
text_counter = 4,
speaker_name = 'Jones',
speaker_title = 'Hon.',
content = 'test',
)
possible_speakers = entry.possible_matching_speakers(
name_matching_algorithm=NAME_SUBSTRING_MATCH)
self.assertEqual(1, len(possible_speakers))
self.assertEqual(
self.senator,
possible_speakers[0]
)
def test_exclude_hidden_profiles(self):
self.senator.hidden = True
self.senator.save()
entry = Entry(
sitting=self.senate_sitting,
type='text',
page_number=12,
text_counter=4,
speaker_name='Jones',
speaker_title='Hon.',
content='test',
)
possible_speakers = entry.possible_matching_speakers(
name_matching_algorithm=NAME_SUBSTRING_MATCH)
self.assertEqual(1, len(possible_speakers))
self.assertEqual(self.mp, possible_speakers[0])
def test_exclude_hidden_profiles(self):
self.senator.hidden = True
self.senator.save()
entry = Entry(
sitting = self.senate_sitting,
type = 'text',
page_number = 12,
text_counter = 4,
speaker_name = 'Jones',
speaker_title = 'Hon.',
content = 'test',
)
possible_speakers = entry.possible_matching_speakers(
name_matching_algorithm=NAME_SUBSTRING_MATCH)
self.assertEqual(1, len(possible_speakers))
self.assertEqual(
self.mp,
possible_speakers[0]
)
def create_entries_from_data_and_source( cls, data, source ):
"""Create the needed sitting and entries"""
venue = Venue.objects.get( slug=data['meta']['venue'] )
sitting = Sitting(
source = source,
venue = venue,
start_date = source.date,
start_time = data['meta'].get('start_time', None),
end_date = source.date,
end_time = data['meta'].get('end_time', None),
)
sitting.save()
with transaction.commit_on_success():
counter = 0
for line in data['transcript']:
counter += 1
entry = Entry(
sitting = sitting,
type = line['type'],
page_number = line['page_number'],
text_counter = counter,
speaker_name = line.get('speaker_name', ''),
speaker_title = line.get('speaker_title', ''),
content = line['text'],
)
entry.save()
source.last_processing_success = datetime.datetime.now()
source.save()
return None
def test_alias_match_score(self):
self.assertEqual(
Entry().alias_match_score('Mr Bob Smith', 'Mr Bob Smith'), 3)
self.assertEqual(Entry().alias_match_score('Mr Bob Smith', 'Mr Smith'),
2)
self.assertEqual(
Entry().alias_match_score('Mr Bob Smith', 'Bob Smith'), 2)
self.assertEqual(Entry().alias_match_score('Mr Bob Smith', 'Bob'), 1)
self.assertEqual(Entry().alias_match_score('Bob Smith', 'Smith, Bob'),
2)
self.assertEqual(
Entry().alias_match_score('Mr Bob Smith', 'Miss Alice Jones'), 0)
def test_assign_speaker_names(self):
"""Test that the speaker names are assigned as expected"""
# This should really be in a separate file as it is not related to the
# Kenya parser, but keeping it here for now as it is a step in the
# parsing flow that is being tested.
# set up the entries
source = self._create_source_and_load_test_json_to_entries()
entry_qs = Entry.objects.all()
unassigned_aliases_qs = Alias.objects.all().unassigned()
# check that none of the speakers are assigned
self.assertEqual( entry_qs.unassigned_speeches().count(), 31 )
# Assign speakers
Entry.assign_speakers(name_matching_algorithm=settings.HANSARD_NAME_MATCHING_ALGORITHM)
# check that none of the speakers got assigned - there are no entries in the database
self.assertEqual( entry_qs.unassigned_speeches().count(), 31 )
self.assertEqual( unassigned_aliases_qs.count(), 11 )
# print entry_qs.unassigned_speaker_names()
# Add an mp that should match but don't make an mp - no match
james_gabbow = Person.objects.create(
legal_name = 'James Gabbow',
slug = 'james-gabbow',
)
Entry.assign_speakers(name_matching_algorithm=settings.HANSARD_NAME_MATCHING_ALGORITHM)
self.assertEqual( entry_qs.unassigned_speeches().count(), 31 )
self.assertEqual( unassigned_aliases_qs.count(), 11 )
# create the position - check matched
mp = PositionTitle.objects.create(
name = 'Member of Parliament',
slug = 'mp',
)
Position.objects.create(
person = james_gabbow,
title = mp,
start_date = ApproximateDate( year=2011, month=1, day = 1 ),
end_date = ApproximateDate( future=True ),
category = 'political',
)
Entry.assign_speakers(name_matching_algorithm=settings.HANSARD_NAME_MATCHING_ALGORITHM)
self.assertEqual( entry_qs.unassigned_speeches().count(), 26 )
self.assertEqual( unassigned_aliases_qs.count(), 10 )
# Add a nominated MP and check it is matched
nominated_politician = PositionTitle.objects.create(
name='Nominated MP',
slug='nominated-member-parliament',
)
calist_mwatela = Person.objects.create(
legal_name='Calist Mwatela',
slug='calist-mwatela',
)
Position.objects.create(
person = calist_mwatela,
title = nominated_politician,
start_date = ApproximateDate( year=2011, month=1, day = 1 ),
end_date = ApproximateDate( future=True ),
category = 'political',
)
Entry.assign_speakers(name_matching_algorithm=settings.HANSARD_NAME_MATCHING_ALGORITHM)
self.assertEqual( entry_qs.unassigned_speeches().count(), 24 )
self.assertEqual( unassigned_aliases_qs.count(), 9 )
# Add an mp that is no longer current, check not matched
bob_musila = Person.objects.create(
legal_name = 'Bob Musila',
slug = 'bob-musila',
)
Position.objects.create(
person = james_gabbow,
title = mp,
start_date = ApproximateDate( year=2007, month=1, day = 1 ),
end_date = ApproximateDate( year=2009, month=1, day = 1 ),
category = 'political',
)
Entry.assign_speakers(name_matching_algorithm=settings.HANSARD_NAME_MATCHING_ALGORITHM)
self.assertEqual( entry_qs.unassigned_speeches().count(), 24 )
self.assertEqual( unassigned_aliases_qs.count(), 9 )
# Add a name to the aliases and check it is matched
betty_laboso = Person.objects.create(
legal_name = 'Betty Laboso',
slug = 'betty-laboso',
)
betty_laboso_alias = Alias.objects.get(alias = 'Dr. Laboso')
betty_laboso_alias.person = betty_laboso
betty_laboso_alias.save()
Entry.assign_speakers(name_matching_algorithm=settings.HANSARD_NAME_MATCHING_ALGORITHM)
self.assertEqual( entry_qs.unassigned_speeches().count(), 22 )
self.assertEqual( unassigned_aliases_qs.count(), 8 )
# Add a name to alias that should be ignored, check not matched but not listed in names any more
prof_kaloki_alias = Alias.objects.get( alias = 'Prof. Kaloki')
prof_kaloki_alias.ignored = True
prof_kaloki_alias.save()
Entry.assign_speakers(name_matching_algorithm=settings.HANSARD_NAME_MATCHING_ALGORITHM)
self.assertEqual( entry_qs.unassigned_speeches().count(), 22 )
self.assertEqual( unassigned_aliases_qs.count(), 7 )
# Add all remaining names to alias and check that all matched
for alias in unassigned_aliases_qs.all():
alias.person = betty_laboso
alias.save()
Entry.assign_speakers(name_matching_algorithm=settings.HANSARD_NAME_MATCHING_ALGORITHM)
self.assertEqual( entry_qs.unassigned_speeches().count(), 8 )
self.assertEqual( unassigned_aliases_qs.count(), 0 )
def handle_noargs(self, **options):
Entry.assign_speakers()
def handle_noargs(self, **options):
Entry.assign_speakers()
def test_possible_matching_speakers(self):
source = Source(
name='Test source',
url='http://example.com/foo/bar/testing',
date=datetime.date(2011, 1, 3),
)
venue = Venue(
slug='test-venue',
name='Test Venue',
)
sitting = Sitting(
start_date=datetime.date(2011, 1, 2),
source=source,
venue=venue,
)
entry = Entry(sitting=sitting, )
james_smith = Person.objects.create(
legal_name='James Smith',
slug='james-smith',
)
james_smith2 = Person.objects.create(
title='Mr',
legal_name='Bob Smith James',
slug='james-smith2',
)
mp = PositionTitle.objects.create(
name='Member of Parliament',
slug='mp',
)
Position.objects.create(
person=james_smith,
title=mp,
start_date=ApproximateDate(year=2011, month=1, day=1),
end_date=ApproximateDate(future=True),
category='political',
)
Position.objects.create(
person=james_smith2,
title=mp,
start_date=ApproximateDate(year=2011, month=1, day=1),
end_date=ApproximateDate(future=True),
category='political',
)
entry.speaker_name = 'James Smith'
speakers = entry.possible_matching_speakers(
name_matching_algorithm=NAME_SUBSTRING_MATCH)
self.assertListEqual(list(speakers), [james_smith])
entry.speaker_name = 'Mr Smith'
speakers = entry.possible_matching_speakers(
name_matching_algorithm=NAME_SUBSTRING_MATCH)
self.assertItemsEqual(speakers, (james_smith, james_smith2))
speakers = entry.possible_matching_speakers(
name_matching_algorithm=NAME_SET_INTERSECTION_MATCH)
self.assertListEqual(list(speakers), [james_smith2])
entry.speaker_name = 'Mr James Smith'
speakers = entry.possible_matching_speakers(
name_matching_algorithm=NAME_SUBSTRING_MATCH)
self.assertListEqual(list(speakers), [james_smith])
speakers = entry.possible_matching_speakers(
name_matching_algorithm=NAME_SET_INTERSECTION_MATCH)
self.assertListEqual(list(speakers), [james_smith2, james_smith])
def test_assign_speaker_names(self):
"""Test that the speaker names are assigned as expected"""
# This should really be in a separate file as it is not related to the
# Kenya parser, but keeping it here for now as it is a step in the
# parsing flow that is being tested.
# set up the entries
source = self._create_source_and_load_test_json_to_entries()
entry_qs = Entry.objects.all()
unassigned_aliases_qs = Alias.objects.all().unassigned()
# check that none of the speakers are assigned
self.assertEqual(entry_qs.unassigned_speeches().count(), 31)
# Assign speakers
Entry.assign_speakers()
# check that none of the speakers got assigned - there are no entries in the database
self.assertEqual(entry_qs.unassigned_speeches().count(), 31)
self.assertEqual(unassigned_aliases_qs.count(), 11)
# print entry_qs.unassigned_speaker_names()
# Add an mp that should match but don't make an mp - no match
james_gabbow = Person.objects.create(
legal_name='James Gabbow',
slug='james-gabbow',
)
Entry.assign_speakers()
self.assertEqual(entry_qs.unassigned_speeches().count(), 31)
self.assertEqual(unassigned_aliases_qs.count(), 11)
# create the position - check matched
mp = PositionTitle.objects.create(
name='Member of Parliament',
slug='mp',
)
Position.objects.create(
person=james_gabbow,
title=mp,
start_date=ApproximateDate(year=2011, month=1, day=1),
end_date=ApproximateDate(future=True),
)
Entry.assign_speakers()
self.assertEqual(entry_qs.unassigned_speeches().count(), 26)
self.assertEqual(unassigned_aliases_qs.count(), 10)
# Add a nominated MP and check it is matched
nominated_politician = PositionTitle.objects.create(
name='Nominated MP',
slug='nominated-member-parliament',
)
calist_mwatela = Person.objects.create(
legal_name='Calist Mwatela',
slug='calist-mwatela',
)
Position.objects.create(
person=calist_mwatela,
title=nominated_politician,
start_date=ApproximateDate(year=2011, month=1, day=1),
end_date=ApproximateDate(future=True),
)
Entry.assign_speakers()
self.assertEqual(entry_qs.unassigned_speeches().count(), 24)
self.assertEqual(unassigned_aliases_qs.count(), 9)
# Add an mp that is no longer current, check not matched
bob_musila = Person.objects.create(
legal_name='Bob Musila',
slug='bob-musila',
)
Position.objects.create(
person=james_gabbow,
title=mp,
start_date=ApproximateDate(year=2007, month=1, day=1),
end_date=ApproximateDate(year=2009, month=1, day=1),
)
Entry.assign_speakers()
self.assertEqual(entry_qs.unassigned_speeches().count(), 24)
self.assertEqual(unassigned_aliases_qs.count(), 9)
# Add a name to the aliases and check it is matched
betty_laboso = Person.objects.create(
legal_name='Betty Laboso',
slug='betty-laboso',
)
betty_laboso_alias = Alias.objects.get(alias='Dr. Laboso')
betty_laboso_alias.person = betty_laboso
betty_laboso_alias.save()
Entry.assign_speakers()
self.assertEqual(entry_qs.unassigned_speeches().count(), 22)
self.assertEqual(unassigned_aliases_qs.count(), 8)
# Add a name to alias that should be ignored, check not matched but not listed in names any more
prof_kaloki_alias = Alias.objects.get(alias='Prof. Kaloki')
prof_kaloki_alias.ignored = True
prof_kaloki_alias.save()
Entry.assign_speakers()
self.assertEqual(entry_qs.unassigned_speeches().count(), 22)
self.assertEqual(unassigned_aliases_qs.count(), 7)
# Add all remaining names to alias and check that all matched
for alias in unassigned_aliases_qs.all():
alias.person = betty_laboso
alias.save()
Entry.assign_speakers()
self.assertEqual(entry_qs.unassigned_speeches().count(), 8)
self.assertEqual(unassigned_aliases_qs.count(), 0)
def handle_noargs(self, **options):
algorithm = settings.HANSARD_NAME_MATCHING_ALGORITHM
Entry.assign_speakers(name_matching_algorithm=algorithm)
def handle_noargs(self, **options):
algorithm = settings.HANSARD_NAME_MATCHING_ALGORITHM
Entry.assign_speakers(name_matching_algorithm=algorithm)