def test_cfr(self):
"""Ensure that we successfully parse CFR references."""
node = Node("Ref 1: 12 CFR part 1026. " + "Ref 2: 12 CFR 1026.13.")
parser = external_citations.ExternalCitationParser(None)
citations = parser.process(node)
self.assertEqual(2, len(citations))
self.assertEqual("CFR", citations[0]['citation_type'])
self.assertEqual("CFR", citations[1]['citation_type'])
def test_statues_at_large(self):
"""
Ensure that we successfully parse Statues at Large citations that
look like the following: 122 Stat. 1375
"""
node = Node('122 Stat. 1375', label=['1003', '5'])
parser = external_citations.ExternalCitationParser(None)
citations = parser.process(node)
self.assertEqual(len(citations), 1)
self.assertEqual(citations[0]['citation_type'], 'STATUTES_AT_LARGE')
def test_public_law(self):
"""
Ensure that we successfully parse Public Law citations that look
like the following: Public Law 111-203
"""
node = Node("Public Law 111-203", label=['1005', '2'])
parser = external_citations.ExternalCitationParser(None)
citations = parser.process(node)
self.assertEqual(len(citations), 1)
self.assertEqual(citations[0]['citation_type'], 'PUBLIC_LAW')
def test_drop_self_referential_cfr(self):
"""
Ensure that CFR references that refer to the reg being parsed are
not marked as external citations.
"""
node = Node("11 CFR 110.14", label=['110', '1'])
parser = external_citations.ExternalCitationParser(None)
parser.cfr_title = '11'
citations = parser.process(node)
self.assertEqual(None, citations)
def test_section_act(self):
"""
Test an external reference that looks like this: "section 918 of
the Act"
"""
node = Node('section 918 of the Act', label=['1005', '2'])
parser = external_citations.ExternalCitationParser(
None, act_citation=['1234', '5678'])
citations = parser.process(node)
self.assertEqual(len(citations), 1)
citation = citations[0]
self.assertEqual(citation['citation'], ['1234', '5678'])
self.assertEqual(citation['citation_type'], 'USC')
self.assertEqual(citation['offsets'][0][0], 15)
def generate_external_citations(reg_json):
""" Generate the enxternal citations layer """
layer_generator = external_citations.ExternalCitationParser(reg_json)
layer = layer_generator.build()
print NodeEncoder().encode(layer)
