def test_parent_id_resolution():
parent = ScrapeOrganization('UN', classification='international')
child = ScrapeOrganization('UNESCO', classification='unknown', parent_id=parent._id)
OrganizationImporter('jurisdiction-id').import_data([parent.as_dict(), child.as_dict()])
assert Organization.objects.count() == 2
assert Organization.objects.get(name='UN').children.count() == 1
assert Organization.objects.get(name='UNESCO').parent.name == 'UN'
def test_parent_id_resolution():
parent = ScrapeOrganization('UN', classification='international')
child = ScrapeOrganization('UNESCO', classification='unknown', parent_id=parent._id)
OrganizationImporter('jurisdiction-id').import_data([parent.as_dict(), child.as_dict()])
assert Organization.objects.count() == 2
assert Organization.objects.get(name='UN').children.count() == 1
assert Organization.objects.get(name='UNESCO').parent.name == 'UN'
def test_deduplication_parties():
party = ScrapeOrganization('Wild', classification='party')
OrganizationImporter('jurisdiction-id').import_data([party.as_dict()])
assert Organization.objects.count() == 1
# parties shouldn't get jurisdiction id attached, so don't differ on import
party = ScrapeOrganization('Wild', classification='party')
OrganizationImporter('new-jurisdiction-id').import_data([party.as_dict()])
assert Organization.objects.count() == 1
def test_pseudo_parent_id_resolution():
create_jurisdictions()
parent = ScrapeOrganization('UN', classification='international')
child = ScrapeOrganization('UNESCO', classification='unknown',
parent_id='~{"classification": "international"}')
OrganizationImporter('jid1').import_data([parent.as_dict(), child.as_dict()])
assert Organization.objects.count() == 2
assert Organization.objects.get(name='UN').children.count() == 1
assert Organization.objects.get(name='UNESCO').parent.name == 'UN'
def test_deduplication_parties():
party = ScrapeOrganization('Wild', classification='party')
OrganizationImporter('jurisdiction-id').import_data([party.as_dict()])
assert Organization.objects.count() == 1
# parties shouldn't get jurisdiction id attached, so don't differ on import
party = ScrapeOrganization('Wild', classification='party')
OrganizationImporter('new-jurisdiction-id').import_data([party.as_dict()])
assert Organization.objects.count() == 1
def test_deduplication_prevents_identical():
org1 = ScrapeOrganization('United Nations', classification='international')
org2 = ScrapeOrganization('United Nations', classification='international',
founding_date='1945')
OrganizationImporter('jurisdiction-id').import_data([org1.as_dict()])
assert Organization.objects.count() == 1
OrganizationImporter('jurisdiction-id').import_data([org2.as_dict()])
assert Organization.objects.count() == 1
def test_deduplication_prevents_identical():
org1 = ScrapeOrganization('United Nations', classification='international')
org2 = ScrapeOrganization('United Nations', classification='international',
founding_date='1945')
OrganizationImporter('jurisdiction-id').import_data([org1.as_dict()])
assert Organization.objects.count() == 1
OrganizationImporter('jurisdiction-id').import_data([org2.as_dict()])
assert Organization.objects.count() == 1
def test_pseudo_parent_id_resolution():
create_jurisdictions()
parent = ScrapeOrganization('UN', classification='international')
child = ScrapeOrganization(
'UNESCO',
classification='unknown',
parent_id='~{"classification": "international"}')
OrganizationImporter('jid1').import_data(
[parent.as_dict(), child.as_dict()])
assert Organization.objects.count() == 2
assert Organization.objects.get(name='UN').children.count() == 1
assert Organization.objects.get(name='UNESCO').parent.name == 'UN'
def categorize_data(self, csv_data):
return_objs = []
Contribution = namedtuple('Contribution', self.csv_header_row.replace(' ', '_'))
for line in csv_data.split('\n'): # explicity defining delimiter because otherwise fails in case of single line
if not line:
continue
# cur_obj will be the person or organization that made the contribution
cur_obj = None
contribution = Contribution(*line.split(','))
if contribution.Contributor_Type in self.business_contribution_types:
cur_obj = Organization(contribution.Contributor_Name)
elif contribution.Contributor_Type in self.individual_contribution_types:
cur_obj = Person(contribution.Contributor_Name)
elif contribution.Contributor_Type == 'Unknown/Anonymous':
if contribution.Contributor_Name: #ignoring un-named contributors
#these look like catch-all business contributions
cur_obj = Organization(contribution.Contributor_Name)
if cur_obj:
#we don't set cur_obj in the event that there was an
#anonymous/unknown contribution without a Contribution_Name
#so we need to check that it exists before adding to it
cur_obj.add_source(url=self.search_url)
cur_obj.source_identified = True
if contribution.Contributor_Address:
cur_obj.add_contact_detail(type='address', value=contribution.Contributor_Address)
if contribution.Employer_Name:
cur_obj.extras['Employer'] = contribution.Employer_Name
if contribution.Employer_Occupation:
cur_obj.extras['Occupation'] = contribution.Employer_Occupation
#recipiant_obj is the organization that received the contribution
recipiant_obj = Organization(contribution.Receiving_Committee)
recipiant_obj.extras['Office'] = contribution.Office
recipiant_obj.extras['Filing Period'] = contribution.Filing_Period
recipiant_obj.extras['Fundtype'] = contribution.Fundtype
#transaction is the event linking the donor and recipiant
transaction = Event('Contribution', contribution.Contribution_Date, 'EST', 'Maryland') #EST and Maryland b/c MD
transaction.extras['Contribution Amount'] = contribution.Contribution_Amount
transaction.extras['Contribution Type'] = contribution.Contribution_Type
transaction.add_source(url=self.search_url)
#transaction.source_identified = True
transaction.participants.append(cur_obj.as_dict())
transaction.participants.append(recipiant_obj.as_dict())
yield (cur_obj, recipiant_obj, transaction)
else:
yield []
def test_deduplication_other_name_exists():
create_jurisdictions()
create_org()
org = ScrapeOrganization('UN', classification='international')
od = org.as_dict()
OrganizationImporter('jid1').import_data([od])
assert Organization.objects.all().count() == 1
def test_fix_bill_id():
j = create_jurisdiction()
j.legislative_sessions.create(name='1900', identifier='1900')
org1 = ScrapeOrganization(name='House', classification='lower')
bill = ScrapeBill('HB 1', '1900', 'Test Bill ID',
classification='bill', chamber='lower')
oi = OrganizationImporter('jid')
oi.import_data([org1.as_dict()])
from pupa.settings import IMPORT_TRANSFORMERS
IMPORT_TRANSFORMERS['bill'] = {
'identifier': lambda x: re.sub(r'([A-Z]*)\s*0*([-\d]+)', r'\1 \2', x, 1)
}
bi = BillImporter('jid', oi, DumbMockImporter())
bi.import_data([bill.as_dict()])
ve = ScrapeVoteEvent(legislative_session='1900', motion_text='passage',
start_date='1900-04-02', classification='passage:bill',
result='fail', bill_chamber='lower', bill='HB1',
identifier='4',
bill_action='passage',
organization=org1._id)
VoteEventImporter('jid', DumbMockImporter(), oi, bi).import_data([
ve.as_dict(),
])
IMPORT_TRANSFORMERS['bill'] = {}
ve = VoteEvent.objects.get()
ve.bill.identifier == 'HB 1'
def test_full_organization():
org = ScrapeOrganization('United Nations', classification='international')
org.add_identifier('un')
org.add_name('UN', start_date='1945')
org.add_contact_detail(type='phone', value='555-555-1234', note='this is fake')
org.add_link('http://example.com/link')
org.add_source('http://example.com/source')
# import org
od = org.as_dict()
OrganizationImporter('jurisdiction-id').import_data([od])
# get person from db and assert it imported correctly
o = Organization.objects.get()
assert 'ocd-organization' in o.id
assert o.name == org.name
assert o.identifiers.all()[0].identifier == 'un'
assert o.identifiers.all()[0].scheme == ''
assert o.other_names.all()[0].name == 'UN'
assert o.other_names.all()[0].start_date == '1945'
assert o.contact_details.all()[0].type == 'phone'
assert o.contact_details.all()[0].value == '555-555-1234'
assert o.contact_details.all()[0].note == 'this is fake'
assert o.links.all()[0].url == 'http://example.com/link'
assert o.sources.all()[0].url == 'http://example.com/source'
def test_extras_organization():
org = ScrapeOrganization('United Nations', classification='international')
org.extras = {"hello": "world", "foo": {"bar": "baz"}}
od = org.as_dict()
OrganizationImporter('jurisdiction-id').import_data([od])
o = Organization.objects.get()
assert o.extras['foo']['bar'] == 'baz'
def test_full_organization():
create_jurisdictions()
org = ScrapeOrganization('United Nations', classification='international')
org.add_identifier('un')
org.add_name('UN', start_date='1945')
org.add_contact_detail(type='phone',
value='555-555-1234',
note='this is fake')
org.add_link('http://example.com/link')
org.add_source('http://example.com/source')
# import org
od = org.as_dict()
OrganizationImporter('jid1').import_data([od])
# get person from db and assert it imported correctly
o = Organization.objects.get()
assert 'ocd-organization' in o.id
assert o.name == org.name
assert o.identifiers.all()[0].identifier == 'un'
assert o.identifiers.all()[0].scheme == ''
assert o.other_names.all()[0].name == 'UN'
assert o.other_names.all()[0].start_date == '1945'
assert o.contact_details.all()[0].type == 'phone'
assert o.contact_details.all()[0].value == '555-555-1234'
assert o.contact_details.all()[0].note == 'this is fake'
assert o.links.all()[0].url == 'http://example.com/link'
assert o.sources.all()[0].url == 'http://example.com/source'
def test_deduplication_other_name_exists():
create_jurisdictions()
create_org()
org = ScrapeOrganization('UN', classification='international')
od = org.as_dict()
OrganizationImporter('jid1').import_data([od])
assert Organization.objects.all().count() == 1
def test_extras_organization():
org = ScrapeOrganization('United Nations', classification='international')
org.extras = {"hello": "world",
"foo": {"bar": "baz"}}
od = org.as_dict()
OrganizationImporter('jurisdiction-id').import_data([od])
o = Organization.objects.get()
assert o.extras['foo']['bar'] == 'baz'
def categorize_data(self, csv_data):
#Is there a better place to define this?
return_objs = []
Contribution = namedtuple('Contribution', self.csv_header_row.replace(' ', '_'))
for line in csv_data.split('\n'): # explicity defining delimiter because otherwise fails in case of single line
if not line:
continue
cur_obj = None
try:
contribution = Contribution(*line.split(','))
except Exception as e:
import pdb; pdb.set_trace()
if contribution.Contributor_Type in self.business_contribution_types:
cur_obj = Organization(contribution.Contributor_Name)
elif contribution.Contributor_Type in self.individual_contribution_types:
cur_obj = Person(contribution.Contributor_Name)
elif contribution.Contributor_Type == 'Unknown/Anonymous':
if contribution.Contributor_Name: #ignoring un-named contributors
#these look like catch-all business contributions
cur_obj = Organization(contribution.Contributor_Name)
if cur_obj:
cur_obj.add_source(url=self.search_url)
cur_obj.source_identified = True
if contribution.Contributor_Address:
cur_obj.add_contact_detail(type='address', value=contribution.Contributor_Address)
if contribution.Employer_Name:
cur_obj.extras['Employer'] = contribution.Employer_Name
if contribution.Employer_Occupation:
cur_obj.extras['Occupation'] = contribution.Employer_Occupation
recipiant_obj = Organization(contribution.Receiving_Committee)
recipiant_obj.extras['Office'] = contribution.Office
recipiant_obj.extras['Filing Period'] = contribution.Filing_Period
recipiant_obj.extras['Fundtype'] = contribution.Fundtype
transaction = Event('Contribution', contribution.Contribution_Date, 'EST', 'Maryland') #EST and Maryland b/c MD
transaction.extras['Contribution Amount'] = contribution.Contribution_Amount
transaction.extras['Contribution Type'] = contribution.Contribution_Type
transaction.add_source(url=self.search_url)
#transaction.source_identified = True
transaction.participants.append(cur_obj.as_dict())
transaction.participants.append(recipiant_obj.as_dict())
yield (cur_obj, recipiant_obj, transaction)
else:
yield []
def test_deduplication_similar_but_different():
o1 = ScrapeOrganization('United Nations', classification='international')
# different classification
o2 = ScrapeOrganization('United Nations', classification='global')
# different name
o3 = ScrapeOrganization('United Nations of Earth', classification='international')
# has a parent
o4 = ScrapeOrganization('United Nations', classification='international', parent_id=o1._id)
# similar, but no duplicates
orgs = [o1.as_dict(), o2.as_dict(), o3.as_dict(), o4.as_dict()]
OrganizationImporter('jurisdiction-id').import_data(orgs)
assert Organization.objects.count() == 4
# should get a new one when jurisdiction_id changes
o5 = ScrapeOrganization('United Nations', classification='international')
OrganizationImporter('new-jurisdiction-id').import_data([o5.as_dict()])
assert Organization.objects.count() == 5
def test_deduplication_overlap_name_distinct_juris():
create_jurisdictions()
org_jid_1 = Organization.objects.create(name='World Wrestling Federation',
classification='international',
jurisdiction_id='jid1')
org_jid_1.other_names.create(name='WWF')
org = ScrapeOrganization(name="WWF", classification="international")
org.add_name('WWF')
oi1 = OrganizationImporter('jid1')
oi1.import_item(org.as_dict())
assert Organization.objects.count() == 1
oi2 = OrganizationImporter('jid2')
oi2.import_item(org.as_dict())
assert Organization.objects.count() == 2
def test_deduplication_similar_but_different():
o1 = ScrapeOrganization('United Nations', classification='international')
# different classification
o2 = ScrapeOrganization('United Nations', classification='global')
# different name
o3 = ScrapeOrganization('United Nations of Earth', classification='international')
# has a parent
o4 = ScrapeOrganization('United Nations', classification='international', parent_id=o1._id)
# similar, but no duplicates
orgs = [o1.as_dict(), o2.as_dict(), o3.as_dict(), o4.as_dict()]
OrganizationImporter('jurisdiction-id').import_data(orgs)
assert Organization.objects.count() == 4
# should get a new one when jurisdiction_id changes
o5 = ScrapeOrganization('United Nations', classification='international')
OrganizationImporter('new-jurisdiction-id').import_data([o5.as_dict()])
assert Organization.objects.count() == 5
def test_deduplication_overlap_name_distinct_juris():
create_jurisdictions()
org_jid_1 = Organization.objects.create(name='World Wrestling Federation',
classification='international',
jurisdiction_id='jid1')
org_jid_1.other_names.create(name='WWF')
org = ScrapeOrganization(name="WWF", classification="international")
org.add_name('WWF')
oi1 = OrganizationImporter('jid1')
oi1.import_item(org.as_dict())
assert Organization.objects.count() == 1
oi2 = OrganizationImporter('jid2')
oi2.import_item(org.as_dict())
assert Organization.objects.count() == 2
def test_full_vote_event():
j = Jurisdiction.objects.create(id='jid', division_id='did')
j.legislative_sessions.create(name='1900', identifier='1900')
sp1 = ScrapePerson('John Smith', primary_org='lower')
sp2 = ScrapePerson('Adam Smith', primary_org='lower')
org = ScrapeOrganization(name='House', classification='lower')
bill = ScrapeBill('HB 1',
'1900',
'Axe & Tack Tax Act',
from_organization=org._id)
vote_event = ScrapeVoteEvent(legislative_session='1900',
motion_text='passage',
start_date='1900-04-01',
classification='passage:bill',
result='pass',
bill_chamber='lower',
bill='HB 1',
organization=org._id)
vote_event.set_count('yes', 20)
vote_event.yes('John Smith')
vote_event.no('Adam Smith')
oi = OrganizationImporter('jid')
oi.import_data([org.as_dict()])
pi = PersonImporter('jid')
pi.import_data([sp1.as_dict(), sp2.as_dict()])
mi = MembershipImporter('jid', pi, oi, DumbMockImporter())
mi.import_data([sp1._related[0].as_dict(), sp2._related[0].as_dict()])
bi = BillImporter('jid', oi, pi)
bi.import_data([bill.as_dict()])
VoteEventImporter('jid', pi, oi, bi).import_data([vote_event.as_dict()])
assert VoteEvent.objects.count() == 1
ve = VoteEvent.objects.get()
assert ve.legislative_session == LegislativeSession.objects.get()
assert ve.motion_classification == ['passage:bill']
assert ve.bill == Bill.objects.get()
count = ve.counts.get()
assert count.option == 'yes'
assert count.value == 20
votes = list(ve.votes.all())
assert len(votes) == 2
for v in ve.votes.all():
if v.voter_name == 'John Smith':
assert v.option == 'yes'
assert v.voter == Person.objects.get(name='John Smith')
else:
assert v.option == 'no'
assert v.voter == Person.objects.get(name='Adam Smith')
def test_save_related():
s = Scraper('jurisdiction', '/tmp/')
p = Person('Michael Jordan')
p.add_source('http://example.com')
o = Organization('Chicago Bulls')
o.add_source('http://example.com')
p._related.append(o)
with mock.patch('json.dump') as json_dump:
s.save_object(p)
assert json_dump.mock_calls == [mock.call(p.as_dict(), mock.ANY, cls=mock.ANY),
mock.call(o.as_dict(), mock.ANY, cls=mock.ANY)]
def test_save_related():
s = Scraper(juris, '/tmp/')
p = Person('Michael Jordan')
p.add_source('http://example.com')
o = Organization('Chicago Bulls', classification='committee')
o.add_source('http://example.com')
p._related.append(o)
with mock.patch('json.dump') as json_dump:
s.save_object(p)
assert json_dump.mock_calls == [mock.call(p.as_dict(), mock.ANY, cls=mock.ANY),
mock.call(o.as_dict(), mock.ANY, cls=mock.ANY)]
def test_vote_event_bill_actions_two_stage():
# this test is very similar to what we're testing in test_vote_event_bill_actions w/
# ve3 and ve4, that two bills that reference the same action won't conflict w/ the
# OneToOneField, but in this case we do it in two stages so that the conflict is found
# even if the votes weren't in the same scrape
j = create_jurisdiction()
j.legislative_sessions.create(name='1900', identifier='1900')
org1 = ScrapeOrganization(name='House', classification='lower')
bill = ScrapeBill('HB 1', '1900', 'Axe & Tack Tax Act', from_organization=org1._id)
bill.add_action(description='passage', date='1900-04-02', chamber='lower')
ve1 = ScrapeVoteEvent(legislative_session='1900', motion_text='passage',
start_date='1900-04-02', classification='passage:bill',
result='pass', bill_chamber='lower', bill='HB 1',
bill_action='passage',
organization=org1._id)
ve2 = ScrapeVoteEvent(legislative_session='1900', motion_text='passage',
start_date='1900-04-02', classification='passage:bill',
result='pass', bill_chamber='lower', bill='HB 1',
bill_action='passage',
organization=org1._id)
# disambiguate them
ve1.pupa_id = 'one'
ve2.pupa_id = 'two'
oi = OrganizationImporter('jid')
oi.import_data([org1.as_dict()])
bi = BillImporter('jid', oi, DumbMockImporter())
bi.import_data([bill.as_dict()])
# first imports just fine
VoteEventImporter('jid', DumbMockImporter(), oi, bi).import_data([
ve1.as_dict(),
])
votes = list(VoteEvent.objects.all())
assert len(votes) == 1
assert votes[0].bill_action is not None
# when second is imported, ensure that action stays pinned to first just as it would
# have if they were both in same import
VoteEventImporter('jid', DumbMockImporter(), oi, bi).import_data([
ve1.as_dict(),
ve2.as_dict(),
])
votes = list(VoteEvent.objects.all())
assert len(votes) == 2
assert votes[0].bill_action is not None
assert votes[1].bill_action is None
def test_deduplication_error_overlaps():
create_jurisdictions()
Organization.objects.create(name='World Wrestling Federation',
classification='international',
jurisdiction_id='jid1')
wildlife = Organization.objects.create(name='World Wildlife Fund',
classification='international',
jurisdiction_id='jid1')
wildlife.other_names.create(name='WWF')
org = ScrapeOrganization('World Wrestling Federation', classification='international')
org.add_name('WWF')
od = org.as_dict()
with pytest.raises(SameOrgNameError):
OrganizationImporter('jid1').import_data([od])
def test_deduplication_error_overlaps():
create_jurisdictions()
Organization.objects.create(name='World Wrestling Federation',
classification='international',
jurisdiction_id='jid1')
wildlife = Organization.objects.create(name='World Wildlife Fund',
classification='international',
jurisdiction_id='jid1')
wildlife.other_names.create(name='WWF')
org = ScrapeOrganization('World Wrestling Federation',
classification='international')
org.add_name('WWF')
od = org.as_dict()
with pytest.raises(SameOrgNameError):
OrganizationImporter('jid1').import_data([od])
def test_full_vote_event():
j = Jurisdiction.objects.create(id='jid', division_id='did')
j.legislative_sessions.create(name='1900', identifier='1900')
sp1 = ScrapePerson('John Smith', primary_org='lower')
sp2 = ScrapePerson('Adam Smith', primary_org='lower')
org = ScrapeOrganization(name='House', classification='lower')
bill = ScrapeBill('HB 1', '1900', 'Axe & Tack Tax Act', from_organization=org._id)
vote_event = ScrapeVoteEvent(legislative_session='1900', motion_text='passage',
start_date='1900-04-01', classification='passage:bill',
result='pass', bill_chamber='lower', bill='HB 1',
organization=org._id)
vote_event.set_count('yes', 20)
vote_event.yes('John Smith')
vote_event.no('Adam Smith')
oi = OrganizationImporter('jid')
oi.import_data([org.as_dict()])
pi = PersonImporter('jid')
pi.import_data([sp1.as_dict(), sp2.as_dict()])
mi = MembershipImporter('jid', pi, oi, DumbMockImporter())
mi.import_data([sp1._related[0].as_dict(), sp2._related[0].as_dict()])
bi = BillImporter('jid', oi, pi)
bi.import_data([bill.as_dict()])
VoteEventImporter('jid', pi, oi, bi).import_data([vote_event.as_dict()])
assert VoteEvent.objects.count() == 1
ve = VoteEvent.objects.get()
assert ve.legislative_session == LegislativeSession.objects.get()
assert ve.motion_classification == ['passage:bill']
assert ve.bill == Bill.objects.get()
count = ve.counts.get()
assert count.option == 'yes'
assert count.value == 20
votes = list(ve.votes.all())
assert len(votes) == 2
for v in ve.votes.all():
if v.voter_name == 'John Smith':
assert v.option == 'yes'
assert v.voter == Person.objects.get(name='John Smith')
else:
assert v.option == 'no'
assert v.voter == Person.objects.get(name='Adam Smith')
def test_locked_field_subitem():
org = ScrapeOrganization('SHIELD')
org.add_name('S.H.I.E.L.D.')
oi = OrganizationImporter('jid')
oi.import_data([org.as_dict()])
# lock the field
o = Organization.objects.get()
o.locked_fields = ['other_names']
o.save()
# reimport
org = ScrapeOrganization('SHIELD').as_dict()
oi = OrganizationImporter('jid')
oi.import_data([org])
o = Organization.objects.get()
assert o.other_names.get().name == 'S.H.I.E.L.D.'
def test_locked_field_subitem():
create_jurisdiction()
org = ScrapeOrganization('SHIELD')
org.add_name('S.H.I.E.L.D.')
oi = OrganizationImporter('jid')
oi.import_data([org.as_dict()])
# lock the field
o = Organization.objects.get()
o.locked_fields = ['other_names']
o.save()
# reimport
org = ScrapeOrganization('SHIELD').as_dict()
oi = OrganizationImporter('jid')
oi.import_data([org])
o = Organization.objects.get()
assert o.other_names.get().name == 'S.H.I.E.L.D.'
def test_vote_event_bill_actions():
j = create_jurisdiction()
j.legislative_sessions.create(name='1900', identifier='1900')
org1 = ScrapeOrganization(name='House', classification='lower')
org2 = ScrapeOrganization(name='Senate', classification='upper')
bill = ScrapeBill('HB 1', '1900', 'Axe & Tack Tax Act', from_organization=org1._id)
# add actions, passage of upper & lower on same day, something else,
# then passage in upper again on a different day
bill.add_action(description='passage', date='1900-04-01', chamber='upper')
bill.add_action(description='passage', date='1900-04-01', chamber='lower')
bill.add_action(description='other event', date='1900-04-01', chamber='lower')
bill.add_action(description='passage', date='1900-04-02', chamber='upper')
# four passage votes, one per chamber, one on 04-01, and one on 04-02
ve1 = ScrapeVoteEvent(legislative_session='1900', motion_text='passage',
start_date='1900-04-01', classification='passage:bill',
result='pass', bill_chamber='lower', bill='HB 1',
bill_action='passage',
organization=org1._id)
ve2 = ScrapeVoteEvent(legislative_session='1900', motion_text='passage',
start_date='1900-04-01', classification='passage:bill',
result='pass', bill_chamber='lower', bill='HB 1',
bill_action='passage',
organization=org2._id)
ve3 = ScrapeVoteEvent(legislative_session='1900', motion_text='passage',
start_date='1900-04-02', classification='passage:bill',
result='pass', bill_chamber='lower', bill='HB 1',
bill_action='passage',
organization=org1._id)
ve4 = ScrapeVoteEvent(legislative_session='1900', motion_text='passage',
start_date='1900-04-02', classification='passage:bill',
result='pass', bill_chamber='lower', bill='HB 1',
bill_action='passage',
organization=org2._id)
oi = OrganizationImporter('jid')
oi.import_data([org1.as_dict(), org2.as_dict()])
bi = BillImporter('jid', oi, DumbMockImporter())
bi.import_data([bill.as_dict()])
VoteEventImporter('jid', DumbMockImporter(), oi, bi).import_data([
ve1.as_dict(),
ve2.as_dict(),
ve3.as_dict(),
ve4.as_dict(),
])
bill = Bill.objects.get()
votes = list(VoteEvent.objects.all())
actions = list(bill.actions.all())
assert len(actions) == 4
assert len(votes) == 4
votes = {(v.organization.classification, v.start_date): v.bill_action
for v in votes}
# ensure that votes are matched using action, chamber, and date
assert votes[('upper', '1900-04-01')] == actions[0]
assert votes[('lower', '1900-04-01')] == actions[1]
assert votes[('upper', '1900-04-02')] == actions[3]
assert votes[('lower', '1900-04-02')] is None
def test_vote_event_bill_actions_errors():
j = create_jurisdiction()
j.legislative_sessions.create(name='1900', identifier='1900')
org1 = ScrapeOrganization(name='House', classification='lower')
org2 = ScrapeOrganization(name='Senate', classification='upper')
bill = ScrapeBill('HB 1', '1900', 'Axe & Tack Tax Act', from_organization=org1._id)
# for this bill, two identical actions, so vote matching will fail
bill.add_action(description='passage', date='1900-04-01', chamber='lower')
bill.add_action(description='passage', date='1900-04-01', chamber='lower')
# this action is good, but two votes will try to match it
bill.add_action(description='passage', date='1900-04-02', chamber='lower')
# will match two actions
ve1 = ScrapeVoteEvent(legislative_session='1900', motion_text='passage',
start_date='1900-04-01', classification='passage:bill',
result='pass', bill_chamber='lower', bill='HB 1',
identifier='1',
bill_action='passage',
organization=org1._id)
# will match no actions
ve2 = ScrapeVoteEvent(legislative_session='1900', motion_text='passage',
start_date='1900-04-01', classification='passage:bill',
result='pass', bill_chamber='lower', bill='HB 1',
identifier='2',
bill_action='committee result',
organization=org1._id)
# these two votes will both match the same action
ve3 = ScrapeVoteEvent(legislative_session='1900', motion_text='passage',
start_date='1900-04-02', classification='passage:bill',
result='pass', bill_chamber='lower', bill='HB 1',
identifier='3',
bill_action='passage',
organization=org1._id)
ve4 = ScrapeVoteEvent(legislative_session='1900', motion_text='passage-syz',
start_date='1900-04-02', classification='passage:bill',
result='fail', bill_chamber='lower', bill='HB 1',
identifier='4',
bill_action='passage',
organization=org1._id)
oi = OrganizationImporter('jid')
oi.import_data([org1.as_dict(), org2.as_dict()])
bi = BillImporter('jid', oi, DumbMockImporter())
bi.import_data([bill.as_dict()])
VoteEventImporter('jid', DumbMockImporter(), oi, bi).import_data([
ve1.as_dict(),
ve2.as_dict(),
ve3.as_dict(),
ve4.as_dict(),
])
bill = Bill.objects.get()
votes = list(VoteEvent.objects.all())
# isn't matched, was ambiguous across two actions
assert votes[0].bill_action is None
# isn't matched, no match in actions
assert votes[1].bill_action is None
# these both try to match the same action, only first will succeed
assert votes[2].bill_action is not None
assert votes[3].bill_action is None
def test_full_bill():
create_jurisdiction()
sp = ScrapePerson('Adam Smith')
org = ScrapeOrganization(name='House', classification='lower')
com = ScrapeOrganization(name='Arbitrary Committee',
classification='committee',
parent_id=org._id)
oldbill = ScrapeBill('HB 99',
'1899',
'Axe & Tack Tax Act',
classification='tax bill',
from_organization=org._id)
bill = ScrapeBill('HB 1',
'1900',
'Axe & Tack Tax Act',
classification='tax bill',
from_organization=org._id)
bill.subject = ['taxes', 'axes']
bill.add_identifier('SB 9')
bill.add_title('Tack & Axe Tax Act')
bill.add_action('introduced in house', '1900-04-01', chamber='lower')
act = bill.add_action('sent to arbitrary committee',
'1900-04-04',
chamber='lower')
act.add_related_entity('arbitrary committee', 'organization', com._id)
bill.add_related_bill("HB 99",
legislative_session="1899",
relation_type="prior-session")
bill.add_sponsorship('Adam Smith',
classification='extra sponsor',
entity_type='person',
primary=False,
entity_id=sp._id)
bill.add_sponsorship('Jane Smith',
classification='lead sponsor',
entity_type='person',
primary=True)
bill.add_abstract('This is an act about axes and taxes and tacks.',
note="official",
date='1969-10-20')
bill.add_document_link('Fiscal Note',
'http://example.com/fn.pdf',
media_type='application/pdf')
bill.add_document_link('Fiscal Note',
'http://example.com/fn.html',
media_type='text/html')
bill.add_version_link('Fiscal Note',
'http://example.com/v/1',
media_type='text/html')
bill.add_source('http://example.com/source')
# import bill
oi = OrganizationImporter('jid')
oi.import_data([org.as_dict(), com.as_dict()])
pi = PersonImporter('jid')
pi.import_data([sp.as_dict()])
BillImporter('jid', oi,
pi).import_data([oldbill.as_dict(),
bill.as_dict()])
# get bill from db and assert it imported correctly
b = Bill.objects.get(identifier='HB 1')
assert b.from_organization.classification == 'lower'
assert b.identifier == bill.identifier
assert b.title == bill.title
assert b.classification == bill.classification
assert b.subject == ['taxes', 'axes']
assert b.abstracts.get().note == 'official'
assert b.abstracts.get().date == '1969-10-20'
# other_title, other_identifier added
assert b.other_titles.get().title == 'Tack & Axe Tax Act'
assert b.other_identifiers.get().identifier == 'SB 9'
# actions
actions = list(b.actions.all())
assert len(actions) == 2
# ensure order was preserved (if this breaks it'll be intermittent)
assert actions[0].organization == Organization.objects.get(
classification='lower')
assert actions[0].description == "introduced in house"
assert actions[1].description == "sent to arbitrary committee"
assert (actions[1].related_entities.get().organization ==
Organization.objects.get(classification='committee'))
# related_bills were added
rb = b.related_bills.get()
assert rb.identifier == 'HB 99'
# and bill got resolved
assert rb.related_bill.identifier == 'HB 99'
# sponsors added, linked & unlinked
sponsorships = b.sponsorships.all()
assert len(sponsorships) == 2
person = Person.objects.get(name='Adam Smith')
for ss in sponsorships:
if ss.primary:
assert ss.person is None
assert ss.organization is None
else:
assert ss.person == person
# versions & documents with their links
versions = b.versions.all()
assert len(versions) == 1
assert versions[0].links.count() == 1
documents = b.documents.all()
assert len(documents) == 1
assert documents[0].links.count() == 2
# sources
assert b.sources.count() == 1
def test_full_bill():
create_jurisdiction()
person = Person.objects.create(id='person-id', name='Adam Smith')
org = ScrapeOrganization(name='House', classification='lower')
com = ScrapeOrganization(name='Arbitrary Committee', classification='committee',
parent_id=org._id)
oldbill = ScrapeBill('HB 99', '1899', 'Axe & Tack Tax Act',
classification='tax bill', from_organization=org._id)
bill = ScrapeBill('HB 1', '1900', 'Axe & Tack Tax Act',
classification='tax bill', from_organization=org._id)
bill.subject = ['taxes', 'axes']
bill.add_identifier('SB 9')
bill.add_title('Tack & Axe Tax Act')
bill.add_action('introduced in house', '1900-04-01', chamber='lower')
act = bill.add_action('sent to arbitrary committee', '1900-04-04', chamber='lower')
act.add_related_entity('arbitrary committee', 'organization', com._id)
bill.add_related_bill("HB 99", legislative_session="1899", relation_type="prior-session")
bill.add_sponsorship('Adam Smith', classification='extra sponsor', entity_type='person',
primary=False, entity_id=person.id)
bill.add_sponsorship('Jane Smith', classification='lead sponsor', entity_type='person',
primary=True)
bill.add_abstract('This is an act about axes and taxes and tacks.', note="official")
bill.add_document_link('Fiscal Note', 'http://example.com/fn.pdf',
media_type='application/pdf')
bill.add_document_link('Fiscal Note', 'http://example.com/fn.html', media_type='text/html')
bill.add_version_link('Fiscal Note', 'http://example.com/v/1', media_type='text/html')
bill.add_source('http://example.com/source')
# import bill
oi = OrganizationImporter('jid')
oi.import_data([org.as_dict(), com.as_dict()])
pi = PersonImporter('jid')
pi.json_to_db_id['person-id'] = 'person-id'
# Since we have to create this person behind the back of the import
# transaction, we'll fake the json-id to db-id, since they match in this
# case. This is *really* getting at some implementation detail, but it's
# the cleanest way to ensure we short-circut the json id lookup.
BillImporter('jid', oi, pi).import_data([oldbill.as_dict(), bill.as_dict()])
# get bill from db and assert it imported correctly
b = Bill.objects.get(identifier='HB 1')
assert b.from_organization.classification == 'lower'
assert b.identifier == bill.identifier
assert b.title == bill.title
assert b.classification == bill.classification
assert b.subject == ['taxes', 'axes']
assert b.abstracts.get().note == 'official'
# other_title, other_identifier added
assert b.other_titles.get().title == 'Tack & Axe Tax Act'
assert b.other_identifiers.get().identifier == 'SB 9'
# actions
actions = list(b.actions.all())
assert len(actions) == 2
# ensure order was preserved (if this breaks it'll be intermittent)
assert actions[0].organization == Organization.objects.get(classification='lower')
assert actions[0].description == "introduced in house"
assert actions[1].description == "sent to arbitrary committee"
assert (actions[1].related_entities.get().organization ==
Organization.objects.get(classification='committee'))
# related_bills were added
rb = b.related_bills.get()
assert rb.identifier == 'HB 99'
# and bill got resolved
assert rb.related_bill.identifier == 'HB 99'
# sponsors added, linked & unlinked
sponsorships = b.sponsorships.all()
assert len(sponsorships) == 2
for ss in sponsorships:
if ss.primary:
assert ss.person is None
assert ss.organization is None
else:
assert ss.person == person
# versions & documents with their links
versions = b.versions.all()
assert len(versions) == 1
assert versions[0].links.count() == 1
documents = b.documents.all()
assert len(documents) == 1
assert documents[0].links.count() == 2
# sources
assert b.sources.count() == 1
