def fetch_grouped_history(part):
client = api_reader.ApiReader()
versions = filter(lambda v: 'by_date' in v,
client.regversions(part)['versions'])
for version in versions:
version['notices'] = []
versions = sorted(convert_to_python(versions), reverse=True,
key=lambda v: v['by_date'])
today = datetime.today()
seen_current = False
for version in versions:
if version['by_date'] > today:
version['timeline'] = 'future'
elif not seen_current:
seen_current = True
version['timeline'] = 'current'
else:
version['timeline'] = 'past'
for notice in client.notices(part)['results']:
notice = convert_to_python(notice)
for v in (v for v in versions
if v['by_date'] == notice['effective_on']):
# Continue if a notice with the same fr_url is already in the list
if not any(n['fr_url'] == notice['fr_url'] for n in v['notices']):
v['notices'].append(notice)
for version in versions:
version['notices'] = sorted(version['notices'], reverse=True,
key=lambda n: n['publication_date'])
return versions
def fetch_grouped_history(part):
client = api_reader.ApiReader()
versions = filter(lambda v: 'by_date' in v,
client.regversions(part)['versions'])
for version in versions:
version['notices'] = []
versions = sorted(convert_to_python(versions),
reverse=True,
key=lambda v: v['by_date'])
today = datetime.today()
seen_current = False
for version in versions:
if version['by_date'] > today:
version['timeline'] = 'future'
elif not seen_current:
seen_current = True
version['timeline'] = 'current'
else:
version['timeline'] = 'past'
for notice in client.notices(part)['results']:
notice = convert_to_python(notice)
for v in (v for v in versions
if v['by_date'] == notice['effective_on']):
v['notices'].append(notice)
for version in versions:
version['notices'] = sorted(version['notices'],
reverse=True,
key=lambda n: n['publication_date'])
return versions
def test_further_analyses(self, api_reader):
doc1 = {'publication_date': '2009-04-05', 'fr_volume': 21,
'fr_page': 98989, 'reference': ['doc1', '1212-31']}
doc2 = {'publication_date': '2010-03-03', 'fr_volume': 22,
'fr_page': 87655, 'reference': ['doc2', '1212-31']}
doc3 = {'publication_date': '2010-10-12', 'fr_volume': 22,
'fr_page': 90123, 'reference': ['doc3', '1212-31']}
doc4 = {'publication_date': '2009-03-07', 'fr_volume': 21,
'fr_page': 98888, 'reference': ['doc4', '1212-31-b']}
api_reader.ApiReader.return_value.layer.return_value = {
'1212-31': [doc1, doc2, doc3],
'1212-31-b': [doc4]
}
psv = ParagraphSXSView()
self.assertEqual(
psv.further_analyses('1212-31', 'doc1', 'v1'),
convert_to_python([doc3, doc2]))
self.assertEqual(
psv.further_analyses('1212-31', 'doc5', 'v1'),
convert_to_python([doc3, doc2, doc1]))
self.assertEqual(
psv.further_analyses('1212-31', 'doc3', 'v1'),
convert_to_python([doc2, doc1]))
self.assertEqual(
psv.further_analyses('1212-31-b', 'doc3', 'v1'),
convert_to_python([doc4]))
self.assertEqual(psv.further_analyses('1212-31-b', 'doc4', 'v1'), [])
self.assertEqual(psv.further_analyses('1212-31-c', 'doc1', 'v1'), [])
def fetch_grouped_history(part):
client = api_reader.ApiReader()
versions = filter(lambda v: "by_date" in v, client.regversions(part)["versions"])
for version in versions:
version["notices"] = []
versions = sorted(convert_to_python(versions), reverse=True, key=lambda v: v["by_date"])
today = datetime.today()
seen_current = False
for version in versions:
if version["by_date"] > today:
version["timeline"] = "future"
elif not seen_current:
seen_current = True
version["timeline"] = "current"
else:
version["timeline"] = "past"
for notice in client.notices(part)["results"]:
notice = convert_to_python(notice)
for v in (v for v in versions if v["by_date"] == notice["effective_on"]):
v["notices"].append(notice)
for version in versions:
version["notices"] = sorted(version["notices"], reverse=True, key=lambda n: n["publication_date"])
return versions
def fetch_grouped_history(part):
client = api_reader.ApiReader()
versions = [
version for version in client.regversions(part)['versions']
if 'by_date' in version
]
for version in versions:
version['notices'] = []
versions = sorted(convert_to_python(versions), reverse=True,
key=lambda v: v['by_date'])
today = datetime.today()
seen_present = False
for version in versions:
if version['by_date'] > today:
version['timeline'] = Timeline.future
elif not seen_present:
seen_present = True
version['timeline'] = Timeline.present
else:
version['timeline'] = Timeline.past
for notice in client.notices(part)['results']:
notice = convert_to_python(notice)
for version in versions:
if version['by_date'] == notice.get('effective_on'):
version['notices'].append(notice)
for version in versions:
version['notices'] = sorted(version['notices'], reverse=True,
key=lambda n: n['publication_date'])
return versions
def notice_data(doc_number):
preamble = ApiReader().preamble(doc_number.replace('-', '_'))
if preamble is None:
raise Http404
notice = ApiReader().notice(doc_number.replace('_', '-')) or {}
fields = ("amendments", "cfr_parts", "cfr_title", "comment_doc_id",
"comments_close", "dockets", "document_number", "effective_on",
"footnotes", "fr_citation", "fr_url", "fr_volume", "meta",
"primary_agency", "primary_docket", "publication_date",
"regulation_id_numbers", "section_by_section",
"supporting_documents", "title", "versions")
meta = {}
for field in fields:
if field in notice:
meta[field] = convert_to_python(deepcopy(notice[field]))
# If there's no metadata, fall back to getting it from settings:
if not meta:
meta = getattr(settings, 'PREAMBLE_INTRO', {}).get(doc_number,
{}).get('meta', {})
meta = convert_to_python(deepcopy(meta))
today = date.today()
if 'comments_close' in meta and 'publication_date' in meta:
close_date = meta['comments_close'].date()
publish_date = meta['publication_date'].date()
if today < publish_date:
meta['comment_state'] = CommentState.PREPUB
elif today <= close_date:
meta['comment_state'] = CommentState.OPEN
meta['days_remaining'] = 1 + (close_date - today).days
else:
meta['comment_state'] = CommentState.CLOSED
else:
meta['comment_state'] = CommentState.NO_COMMENT
# We don't pass along cfr_ref information in a super useful format, yet.
# Construct one here:
if 'cfr_refs' not in meta and 'cfr_title' in meta and 'cfr_parts' in meta:
meta['cfr_refs'] = [{
"title": meta['cfr_title'],
"parts": meta['cfr_parts']
}]
return preamble, meta, notice
def get_context_data(self, **kwargs):
context = super(ParagraphSXSView, self).get_context_data(**kwargs)
label_id = context['label_id']
notice_id = context['notice_id']
fr_page = context.get('fr_page')
notice = generator.get_notice(notice_id)
if not notice:
raise error_handling.MissingContentException()
notice = convert_to_python(notice)
paragraph_sxs = generator.get_sxs(label_id, notice, fr_page)
if paragraph_sxs is None:
raise error_handling.MissingContentException()
notices.add_depths(paragraph_sxs, 3)
paragraph_sxs['children'] =\
notices.filter_labeled_children(paragraph_sxs)
self.footnote_refs(paragraph_sxs)
context['sxs'] = paragraph_sxs
# Template assumes a single label
context['sxs']['label'] = context['label_id']
context['sxs']['header'] = label_to_text(label_id.split('-'),
include_marker=True)
context['sxs']['all_footnotes'] = self.footnotes(notice, paragraph_sxs)
context['notice'] = notice
context['further_analyses'] = self.further_analyses(
label_id, notice_id, paragraph_sxs['page'], context['version'])
return context
def get_context_data(self, **kwargs):
context = super(ParagraphSXSView, self).get_context_data(**kwargs)
label_id = context['label_id']
notice_id = context['notice_id']
fr_page = context.get('fr_page')
notice = generator.get_notice(notice_id)
if not notice:
raise error_handling.MissingContentException()
notice = convert_to_python(notice)
paragraph_sxs = generator.get_sxs(label_id, notice, fr_page)
if paragraph_sxs is None:
raise error_handling.MissingContentException()
notices.add_depths(paragraph_sxs, 3)
paragraph_sxs['children'] =\
notices.filter_labeled_children(paragraph_sxs)
self.footnote_refs(paragraph_sxs)
context['sxs'] = paragraph_sxs
# Template assumes a single label
context['sxs']['label'] = context['label_id']
context['sxs']['header'] = label_to_text(label_id.split('-'),
include_marker=True)
context['sxs']['all_footnotes'] = self.footnotes(notice, paragraph_sxs)
context['notice'] = notice
context['further_analyses'] = self.further_analyses(
label_id, notice_id, paragraph_sxs['page'], context['version'])
return context
def common_context(doc_number):
"""All of the "preamble" views share common context, such as preamble
data, toc info, etc. This function retrieves that data and returns the
results as a dict. This may throw a 404"""
preamble = ApiReader().preamble(doc_number)
if preamble is None:
raise Http404
# @todo - right now we're shimming in fake data; eventually this data
# should come from the API
intro = getattr(settings, 'PREAMBLE_INTRO', {}).get(doc_number, {})
intro = deepcopy(intro)
if intro.get('tree'):
preamble['children'].insert(0, intro['tree'])
intro['meta'] = convert_to_python(intro.get('meta', {}))
if 'comments_close' in intro['meta']:
intro['meta']['days_remaining'] = 1 + (
intro['meta']['comments_close'].date() - date.today()).days
return {
'cfr_change_toc': CFRChangeToC.for_doc_number(doc_number),
"doc_number": doc_number,
"meta": intro['meta'],
"preamble": preamble,
'preamble_toc': make_preamble_toc(preamble['children']),
}
def common_context(doc_number):
"""All of the "preamble" views share common context, such as preamble
data, toc info, etc. This function retrieves that data and returns the
results as a dict. This may throw a 404"""
preamble = ApiReader().preamble(doc_number)
if preamble is None:
raise Http404
# @todo - right now we're shimming in fake data; eventually this data
# should come from the API
intro = getattr(settings, 'PREAMBLE_INTRO', {}).get(doc_number, {})
intro = deepcopy(intro)
if intro.get('tree'):
preamble['children'].insert(0, intro['tree'])
intro['meta'] = convert_to_python(intro.get('meta', {}))
if 'comments_close' in intro['meta']:
intro['meta']['days_remaining'] = 1 + (
intro['meta']['comments_close'].date() - date.today()).days
return {
'cfr_change_toc': CFRChangeToC.for_doc_number(doc_number),
"doc_number": doc_number,
"meta": intro['meta'],
"preamble": preamble,
'preamble_toc': make_preamble_toc(preamble['children']),
}
def test_convert_to_python(self):
self.assertEqual("example", utils.convert_to_python("example"))
self.assertEqual(1, utils.convert_to_python(1))
self.assertEqual((1, 2.0, 8l), utils.convert_to_python((1, 2.0, 8l)))
self.assertEqual(datetime(2001, 10, 11),
utils.convert_to_python('2001-10-11'))
self.assertEqual(
["test", "20020304", datetime(2008, 7, 20)],
utils.convert_to_python(['test', '20020304', '2008-07-20']))
self.assertEqual({
'some': 3,
'then': datetime(1999, 10, 21)
}, utils.convert_to_python({
'some': 3,
'then': '1999-10-21'
}))
def get_context_data(self, **kwargs):
context = super(ParagraphSXSView, self).get_context_data(**kwargs)
label_id = context["label_id"]
notice_id = context["notice_id"]
fr_page = context.get("fr_page")
notice = generator.get_notice(notice_id)
if not notice:
raise error_handling.MissingContentException()
notice = convert_to_python(notice)
paragraph_sxs = generator.get_sxs(label_id, notice, fr_page)
if paragraph_sxs is None:
raise error_handling.MissingContentException()
notices.add_depths(paragraph_sxs, 3)
paragraph_sxs["children"] = notices.filter_labeled_children(paragraph_sxs)
self.footnote_refs(paragraph_sxs)
context["sxs"] = paragraph_sxs
# Template assumes a single label
context["sxs"]["label"] = context["label_id"]
context["sxs"]["header"] = label_to_text(label_id.split("-"), include_marker=True)
context["sxs"]["all_footnotes"] = self.footnotes(notice, paragraph_sxs)
context["notice"] = notice
context["further_analyses"] = self.further_analyses(
label_id, notice_id, paragraph_sxs["page"], context["version"]
)
return context
def test_further_analyses(self, api_reader):
doc1 = {"publication_date": "2009-04-05", "fr_volume": 21, "fr_page": 98989, "reference": ["doc1", "1212-31"]}
doc2 = {"publication_date": "2010-03-03", "fr_volume": 22, "fr_page": 87655, "reference": ["doc2", "1212-31"]}
doc3 = {"publication_date": "2010-10-12", "fr_volume": 22, "fr_page": 90123, "reference": ["doc3", "1212-31"]}
doc4 = {"publication_date": "2009-03-07", "fr_volume": 21, "fr_page": 98888, "reference": ["doc4", "1212-31-b"]}
api_reader.ApiReader.return_value.layer.return_value = {"1212-31": [doc1, doc2, doc3], "1212-31-b": [doc4]}
psv = ParagraphSXSView()
self.assertEqual(psv.further_analyses("1212-31", "doc1", "v1", 98989), convert_to_python([doc3, doc2]))
self.assertEqual(psv.further_analyses("1212-31", "doc5", "v1", 0), convert_to_python([doc3, doc2, doc1]))
self.assertEqual(psv.further_analyses("1212-31", "doc3", "v1", 90123), convert_to_python([doc2, doc1]))
self.assertEqual(psv.further_analyses("1212-31-b", "doc3", "v1", 90123), convert_to_python([doc4]))
self.assertEqual(psv.further_analyses("1212-31-b", "doc4", "v1", 98888), [])
self.assertEqual(psv.further_analyses("1212-31-c", "doc1", "v1", 98989), [])
# Same notice + label. Different page
doc5 = {"publication_date": "2009-04-05", "fr_volume": 21, "fr_page": 10101, "reference": ["doc1", "1212-31"]}
api_reader.ApiReader.return_value.layer.return_value = {
"1212-31": [doc1, doc2, doc3, doc5],
"1212-31-b": [doc4],
}
self.assertEqual(psv.further_analyses("1212-31", "doc1", "v1", 98989), convert_to_python([doc5, doc3, doc2]))
self.assertEqual(psv.further_analyses("1212-31", "doc1", "v1", 10101), convert_to_python([doc3, doc2, doc1]))
self.assertEqual(psv.further_analyses("1212-31", "doc3", "v1", 90123), convert_to_python([doc5, doc2, doc1]))
def test_further_analyses(self, api_reader):
doc1 = {
'publication_date': '2009-04-05',
'fr_volume': 21,
'fr_page': 98989,
'reference': ['doc1', '1212-31']
}
doc2 = {
'publication_date': '2010-03-03',
'fr_volume': 22,
'fr_page': 87655,
'reference': ['doc2', '1212-31']
}
doc3 = {
'publication_date': '2010-10-12',
'fr_volume': 22,
'fr_page': 90123,
'reference': ['doc3', '1212-31']
}
doc4 = {
'publication_date': '2009-03-07',
'fr_volume': 21,
'fr_page': 98888,
'reference': ['doc4', '1212-31-b']
}
api_reader.ApiReader.return_value.layer.return_value = {
'1212-31': [doc1, doc2, doc3],
'1212-31-b': [doc4]
}
psv = ParagraphSXSView()
self.assertEqual(psv.further_analyses('1212-31', 'doc1', 'v1'),
convert_to_python([doc3, doc2]))
self.assertEqual(psv.further_analyses('1212-31', 'doc5', 'v1'),
convert_to_python([doc3, doc2, doc1]))
self.assertEqual(psv.further_analyses('1212-31', 'doc3', 'v1'),
convert_to_python([doc2, doc1]))
self.assertEqual(psv.further_analyses('1212-31-b', 'doc3', 'v1'),
convert_to_python([doc4]))
self.assertEqual(psv.further_analyses('1212-31-b', 'doc4', 'v1'), [])
self.assertEqual(psv.further_analyses('1212-31-c', 'doc1', 'v1'), [])
def further_analyses(self, label_id, notice_id, version):
"""Grab other analyses for this same paragraph (limiting to those
visible from this regulation version.) Make them in descending
order"""
sxs_layer_data = api_reader.ApiReader().layer('analyses', label_id,
version)
if label_id not in sxs_layer_data:
return []
else:
return [convert_to_python(a)
for a in reversed(sxs_layer_data[label_id])
if a['reference'] != [notice_id, label_id]]
def check_version(label_id, version):
""" We check if the version of this regulation exists, and the user is only
referencing a section that does not exist. """
reg_part = label_id.split('-')[0]
client = api_reader.ApiReader()
vr = client.regversions(reg_part)
requested_version = [v for v in vr['versions'] if v['version'] == version]
if len(requested_version) > 0:
requested_version = convert_to_python(requested_version)
return requested_version[0]
def check_version(label_id, version):
""" We check if the version of this regulation exists, and the user is only
referencing a section that does not exist. """
reg_part = label_id.split('-')[0]
client = api_reader.ApiReader()
vr = client.regversions(reg_part)
requested_version = [v for v in vr['versions'] if v['version'] == version]
if len(requested_version) > 0:
requested_version = convert_to_python(requested_version)
return requested_version[0]
def further_analyses(self, label_id, notice_id, fr_page, version):
"""Grab other analyses for this same paragraph (limiting to those
visible from this regulation version.) Make them in descending
order"""
sxs_layer_data = api_reader.ApiReader().layer(
'analyses', 'cfr', label_id, version)
if label_id not in sxs_layer_data:
return []
else:
return [convert_to_python(a)
for a in reversed(sxs_layer_data[label_id])
if (a['reference'] != [notice_id, label_id] or
a['fr_page'] != fr_page)]
def regulation_meta(cfr_part, version):
""" Return the contents of the meta layer, without using a tree. """
layer_data = api_reader.ApiReader().layer('meta', 'cfr', cfr_part, version)
if layer_data is None:
logger.warning("404 when fetching Meta for %s@%s", cfr_part, version)
layer_data = {}
if not layer_data.get(cfr_part):
logger.warning("Empty meta data for %s@%s. Misparsed?", cfr_part,
version)
meta = {}
for data in layer_data.get(cfr_part, []):
meta.update(data)
return convert_to_python(meta)
def regulation_meta(cfr_part, version):
""" Return the contents of the meta layer, without using a tree. """
layer_data = api_reader.ApiReader().layer('meta', 'cfr', cfr_part, version)
if layer_data is None:
logger.warning("404 when fetching Meta for %s@%s", cfr_part, version)
layer_data = {}
if not layer_data.get(cfr_part):
logger.warning("Empty meta data for %s@%s. Misparsed?",
cfr_part, version)
meta = {}
for data in layer_data.get(cfr_part, []):
meta.update(data)
return convert_to_python(meta)
def fetch_regulations_and_future_versions():
""" Returns a dict for all the regulations in the API. The dict includes
lists of future versions for each regulation. """
client = api_reader.ApiReader()
all_versions = client.all_regulations_versions()
all_versions = convert_to_python(all_versions)
regulations_future = {}
#We're only interested in future endpoint versions
for v in all_versions['versions']:
if v['regulation'] not in regulations_future:
regulations_future[v['regulation']] = []
if 'by_date' in v:
regulations_future[v['regulation']].append(v)
return regulations_future
def fetch_regulations_and_future_versions():
""" Returns a dict for all the regulations in the API. The dict includes
lists of future versions for each regulation. """
client = api_reader.ApiReader()
all_versions = client.all_regulations_versions()
all_versions = convert_to_python(all_versions)
regulations_future = {}
# We're only interested in future endpoint versions
for v in all_versions['versions']:
if v['regulation'] not in regulations_future:
regulations_future[v['regulation']] = []
if 'by_date' in v:
regulations_future[v['regulation']].append(v)
return regulations_future
def test_convert_to_python(self):
self.assertEqual("example", utils.convert_to_python("example"))
self.assertEqual(1, utils.convert_to_python(1))
self.assertEqual((1, 2.0, 8), utils.convert_to_python((1, 2.0, 8)))
self.assertEqual(datetime(2001, 10, 11),
utils.convert_to_python('2001-10-11'))
self.assertEqual(["test", "20020304", datetime(2008, 7, 20)],
utils.convert_to_python(['test', '20020304',
'2008-07-20']))
self.assertEqual({'some': 3, 'then': datetime(1999, 10, 21)},
utils.convert_to_python({'some': 3,
'then': '1999-10-21'}))
def __init__(self, layer_data):
self.layer_data = convert_to_python(layer_data)
def notice_data(doc_number):
preamble = ApiReader().preamble(doc_number.replace("-", "_"))
if preamble is None:
raise Http404
notice = ApiReader().notice(doc_number.replace("_", "-")) or {}
fields = (
"amendments",
"cfr_parts",
"cfr_title",
"comment_doc_id",
"comments_close",
"dockets",
"document_number",
"effective_on",
"footnotes",
"fr_citation",
"fr_url",
"fr_volume",
"meta",
"primary_agency",
"primary_docket",
"publication_date",
"regulation_id_numbers",
"section_by_section",
"supporting_documents",
"title",
"versions",
)
meta = {}
for field in fields:
if field in notice:
meta[field] = convert_to_python(deepcopy(notice[field]))
# If there's no metadata, fall back to getting it from settings:
if not meta:
meta = getattr(settings, "PREAMBLE_INTRO", {}).get(doc_number, {}).get("meta", {})
meta = convert_to_python(deepcopy(meta))
today = date.today()
if "comments_close" in meta and "publication_date" in meta:
close_date = meta["comments_close"].date()
publish_date = meta["publication_date"].date()
if today < publish_date:
meta["comment_state"] = CommentState.PREPUB
elif today <= close_date:
meta["comment_state"] = CommentState.OPEN
meta["days_remaining"] = 1 + (close_date - today).days
else:
meta["comment_state"] = CommentState.CLOSED
else:
meta["comment_state"] = CommentState.NO_COMMENT
# We don't pass along cfr_ref information in a super useful format, yet.
# Construct one here:
if "cfr_refs" not in meta and "cfr_title" in meta and "cfr_parts" in meta:
meta["cfr_refs"] = [{"title": meta["cfr_title"], "parts": meta["cfr_parts"]}]
return preamble, meta, notice
def __init__(self, layer_data):
self.layer_data = convert_to_python(layer_data)
