def add_notices(self):
     """Adds an uneven assortment of notices"""
     data = {'doc_number': 'v0', 'cfr_title': 11, 'cfr_parts': []}
     entry.SxS('v0').write(data)
     data.update(cfr_parts=['1000'], doc_number='v1')
     entry.SxS('v1').write(data)
     data.update(cfr_title=12, doc_number='v2')
     entry.SxS('v2').write(data)
     data['doc_number'] = 'v3'
     entry.SxS('v3').write(data)
Ejemplo n.º 2
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def previous_sxs(cfr_title, cfr_part, stop_version):
    """The SxS layer relies on all notices that came before a particular
    version"""
    for previous_version in entry.Version(cfr_title, cfr_part):
        yield entry.SxS(previous_version)
        if previous_version == stop_version:
            break
def previous_sxs(cfr_title, cfr_part, stop_version):
    """The SxS layer relies on all notices that came before a particular
    version"""
    sub_entries = entry.FinalVersion(cfr_title, cfr_part).sub_entries()
    version_ids = [e.path[-1] for e in sub_entries]
    for previous_version in version_ids:
        yield entry.SxS(previous_version)
        if previous_version == stop_version:
            break
Ejemplo n.º 4
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def write_notices(client, only_title, only_part):
    sxs_dir = entry.SxS()
    for version_id in sxs_dir:
        tree = (sxs_dir / version_id).read()
        title_match = not only_title or tree['cfr_title'] == only_title
        cfr_parts = map(str, tree['cfr_parts'])
        part_match = not only_part or str(only_part) in cfr_parts
        if title_match and part_match:
            client.notice(version_id).write(tree)
    def test_process_creation(self):
        """If no tree is present, we should build one"""
        to_patch = 'regparser.commands.current_version.xml_parser'
        with CliRunner().isolated_filesystem(), patch(to_patch) as xml_parser:
            entry.Entry('annual', self.title, self.part,
                        self.year).write('<ROOT />')

            xml_parser.reg_text.build_tree.return_value = {'my': 'tree'}
            current_version.process_if_needed(self.volume, self.part)
            tree = entry.Entry('tree', self.title, self.part,
                               self.version_id).read()
            self.assertEqual(json.loads(tree), {'my': 'tree'})
            notice = entry.SxS(self.version_id).read()
            self.assertEqual(notice['document_number'], self.version_id)
            self.assertEqual(notice['cfr_parts'], [str(self.part)])
Ejemplo n.º 6
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def fetch_sxs(document_number):
    """Fetch and parse Section-by-Section analyses.

    DOCUMENT_NUMBER is the identifier associated with a final rule. If a rule
    has been split, use the split identifiers, a.k.a. version ids"""
    sxs_entry = entry.SxS(document_number)
    notice_entry = entry.Notice(document_number)

    deps = dependency.Graph()
    deps.add(sxs_entry, notice_entry)

    deps.validate_for(sxs_entry)
    # We don't check for staleness as we want to always execute when given a
    # specific file to process

    # @todo - break apart processing of SxS. We don't need all of the other
    # fields
    notice_xml = notice_entry.read()
    notice_meta = meta_data(document_number, FULL_NOTICE_FIELDS)
    notice = build_notice(notice_xml.cfr_titles[0], None, notice_meta,
                          xml_to_process=notice_xml.xml)[0]
    sxs_entry.write(notice)