def __init__(self, cfr_title, cfr_part, doc_number):
self.cfr_title = cfr_title
self.cfr_part = cfr_part
self.doc_number = doc_number
self.writer = api_writer.Client()
self.notices = fetch_notices(self.cfr_title, self.cfr_part,
only_final=True)
modify_effective_dates(self.notices)
# Only care about final
self.notices = [n for n in self.notices if 'effective_on' in n]
self.eff_notices = group_by_eff_date(self.notices)
def test_fetch_notices(self, build_note):
self.expect_json_http({"results": [{"some": "thing"},
{"another": "thing"}]})
build_note.return_value = ['NOTICE!']
notices = federalregister.fetch_notices(23, 1222)
params = self.last_http_params()
self.assertEqual(params['conditions[cfr][title]'], ['23'])
self.assertEqual(params['conditions[cfr][part]'], ['1222'])
self.assertEqual(['NOTICE!', 'NOTICE!'], notices)
def test_fetch_notices(self, build_note, requests):
requests.get.return_value.json.return_value = {
"results": [{"some": "thing"}, {"another": "thing"}]}
build_note.return_value = ['NOTICE!']
notices = federalregister.fetch_notices(23, 1222)
params = requests.get.call_args[1]['params']
self.assertTrue(23 in params.values())
self.assertTrue(1222 in params.values())
self.assertEqual(['NOTICE!', 'NOTICE!'], notices)
def __init__(self, cfr_title, cfr_part, doc_number):
self.cfr_title = cfr_title
self.cfr_part = cfr_part
self.doc_number = doc_number
self.writer = api_writer.Client()
self.notices = fetch_notices(self.cfr_title,
self.cfr_part,
only_final=True)
modify_effective_dates(self.notices)
# Only care about final
self.notices = [n for n in self.notices if 'effective_on' in n]
self.eff_notices = group_by_eff_date(self.notices)
def test_fetch_notices(self, build_note):
self.expect_json_http(
{"results": [{
"some": "thing"
}, {
"another": "thing"
}]})
build_note.return_value = ['NOTICE!']
notices = federalregister.fetch_notices(23, 1222)
params = self.last_http_params()
self.assertEqual(params['conditions[cfr][title]'], ['23'])
self.assertEqual(params['conditions[cfr][part]'], ['1222'])
self.assertEqual(['NOTICE!', 'NOTICE!'], notices)
def test_fetch_notices(self, build_note, requests):
requests.get.return_value.json.return_value = {
"results": [{
"some": "thing"
}, {
"another": "thing"
}]
}
build_note.return_value = ['NOTICE!']
notices = federalregister.fetch_notices(23, 1222)
params = requests.get.call_args[1]['params']
self.assertTrue(23 in params.values())
self.assertTrue(1222 in params.values())
self.assertEqual(['NOTICE!', 'NOTICE!'], notices)
def notices_for_cfr_part(title, part):
"""Retrieves all final notices for a title-part pair, orders them, and
returns them as a dict[effective_date_str] -> list(notices)"""
notices = fetch_notices(title, part, only_final=True)
modify_effective_dates(notices)
return group_by_eff_date(notices)
def notices_for_cfr_part(title, part):
"""Retrieves all final notices for a title-part pair, orders them, and
returns them as a dict[effective_date_str] -> list(notices)"""
notices = fetch_notices(title, part, only_final=True)
modify_effective_dates(notices)
return group_by_eff_date(notices)
writer = api_writer.Client()
with codecs.open(sys.argv[1], encoding='utf-8') as f:
reg = unicode(f.read())
# First, the regulation tree
reg_tree = build_whole_regtree(reg)
cfr_part = reg_tree.label_id()
cfr_title = sys.argv[2]
doc_number = sys.argv[3]
# Hold off on writing the regulation until after we know we have a valid
# doc number
# Next, notices
notices = fetch_notices(cfr_title, cfr_part)
modify_effective_dates(notices)
notices = applicable_notices(notices, doc_number)
# Didn't include the provided version
if not notices:
print "Could not find notice_doc_#, %s" % doc_number
exit()
for notice in notices:
# No need to carry this around
del notice['meta']
writer.notice(notice['document_number']).write(notice)
writer.regulation(cfr_part, doc_number).write(reg_tree)
# Finally, all the layers
layer = external_citations.ExternalCitationParser(