def test_process_new_subpart(self):
xml = self.new_subpart_xml()
notice_xml = etree.fromstring(xml)
par = notice_xml.xpath('//AMDPAR')[1]
amended_label = ('POST', '105-Subpart:B')
notice = {'cfr_part': '105'}
changes = build.process_new_subpart(notice, amended_label, par)
new_nodes_added = ['105-Subpart-B', '105-30', '105-30-a']
self.assertEqual(new_nodes_added, changes.keys())
for l, n in changes.items():
self.assertEqual(n['action'], 'POST')
self.assertEqual(
changes['105-Subpart-B']['node']['node_type'], 'subpart')
def test_process_amendments_markerless(self):
amdpar = u"1. Revise [label:105-11-p5] as blah"
with XMLBuilder("REGTEXT", PART="105", TITLE="12") as ctx:
ctx.AMDPAR(amdpar)
with ctx.SECTION():
ctx.SECTNO(u"§ 105.11")
ctx.SUBJECT("Purpose.")
ctx.STARS()
ctx.P("Some text here")
ParseAMDPARs().transform(ctx.xml)
amendment = amendments.fetch_amendments(ctx.xml)[0]
changes = dict(amendment['changes'])
self.assertEqual(amendment['instruction'], amdpar)
self.assertEqual(amendment['cfr_part'], '105')
six.assertCountEqual(self, changes.keys(), ['105-11-p5'])
changes = changes['105-11-p5'][0]
self.assertEqual(changes['action'], 'PUT')
def test_process_amendments_insert_in_order(self):
amdpar = '[insert-in-order] [label:123-45-p6]'
with XMLBuilder("ROOT") as ctx:
with ctx.REGTEXT(TITLE="10"):
ctx.AMDPAR(amdpar)
with ctx.SECTION():
ctx.SECTNO(u"§ 123.45")
ctx.SUBJECT("Some Subject.")
ctx.STARS()
ctx.P("This is the sixth paragraph")
ctx.STARS()
ParseAMDPARs().transform(ctx.xml)
amendment = amendments.fetch_amendments(ctx.xml)[0]
changes = dict(amendment['changes'])
self.assertEqual(amendment['instruction'], amdpar)
self.assertEqual(amendment['cfr_part'], '123')
six.assertCountEqual(self, ['123-45-p6'], changes.keys())
self.assertEqual('INSERT', changes['123-45-p6'][0]['action'])
def test_process_amendments(self):
amdpar = (u"2. Designate §§ 105.1 through 105.3 as subpart A under "
u"the heading.")
with XMLBuilder("REGTEXT", PART="105", TITLE="12") as ctx:
with ctx.SUBPART():
ctx.HD(u"Subpart A—General", SOURCE="HED")
ctx.AMDPAR(amdpar)
ParseAMDPARs().transform(ctx.xml)
amendment = amendments.fetch_amendments(ctx.xml)[0]
changes = dict(amendment['changes'])
self.assertEqual(amendment['instruction'], amdpar)
self.assertEqual(amendment['cfr_part'], '105')
six.assertCountEqual(self, ['105-1', '105-2', '105-3'], changes.keys())
for change_list in changes.values():
self.assertEqual(1, len(change_list))
change = change_list[0]
self.assertEqual(change['destination'], ['105', 'Subpart', 'A'])
self.assertEqual(change['action'], 'DESIGNATE')
def test_process_amendments_section(self):
amdpar = u"3. In § 105.1, revise paragraph (b) to read as follows:"
with XMLBuilder("REGTEXT", PART="105", TITLE="12") as ctx:
ctx.AMDPAR(amdpar)
with ctx.SECTION():
ctx.SECTNO(u"§ 105.1")
ctx.SUBJECT("Purpose.")
ctx.STARS()
ctx.P("(b) This part carries out.")
ParseAMDPARs().transform(ctx.xml)
amendment = amendments.fetch_amendments(ctx.xml)[0]
changes = dict(amendment['changes'])
self.assertEqual(amendment['instruction'], amdpar)
self.assertEqual(amendment['cfr_part'], '105')
six.assertCountEqual(self, changes.keys(), ['105-1-b'])
changes = changes['105-1-b'][0]
self.assertEqual(changes['action'], 'PUT')
self.assertTrue(changes['node']['text'].startswith(
u'(b) This part carries out.'))