def regtext_changes_context(cls, amendments, version_info, label_id,
doc_number, toc_position):
"""Generate diffs for the changed section"""
cfr_part = label_id.split('-')[0]
relevant = []
for amd in amendments:
changes = amd.get('changes', [])
keys = {change[0] for change in changes}
if any(is_contained_in(key, label_id) for key in keys):
relevant.append(amd)
versions = Versions(version_info[cfr_part]['left'],
version_info[cfr_part]['right'])
left_tree = ApiReader().regulation(label_id, versions.older)
diff_applier = generator.get_diff_applier(label_id, versions.older,
versions.newer)
if diff_applier is None:
raise error_handling.MissingContentException()
layers = list(generator.diff_layers(versions, label_id))
builder = CFRChangeHTMLBuilder(layers,
diff_applier,
id_prefix=[str(doc_number), 'cfr'],
index_prefix=[1, toc_position])
builder.tree = left_tree or {}
builder.generate_html()
return {
'instructions': [a['instruction'] for a in relevant],
'subparts':
list(cls.subpart_changes(doc_number, relevant, label_id)),
'tree': builder.tree,
}
def regtext_changes_context(cls, amendments, version_info, label_id,
doc_number, toc_position):
"""Generate diffs for the changed section"""
cfr_part = label_id.split('-')[0]
relevant = []
for amd in amendments:
changes = amd.get('changes', [])
keys = {change[0] for change in changes}
if any(is_contained_in(key, label_id) for key in keys):
relevant.append(amd)
versions = Versions(version_info[cfr_part]['left'],
version_info[cfr_part]['right'])
left_tree = ApiReader().regulation(label_id, versions.older)
appliers = get_appliers(label_id, versions)
builder = CFRChangeHTMLBuilder(
*appliers, id_prefix=[str(doc_number), 'cfr'],
index_prefix=[1, toc_position]
)
builder.tree = left_tree or {}
builder.generate_html()
return {
'instructions': [a['instruction'] for a in relevant],
'subparts': list(cls.subpart_changes(doc_number, relevant,
label_id)),
'tree': builder.tree,
}
def regtext_changes_context(amendments, version_info, label_id,
doc_number):
"""Generate diffs for the changed section"""
cfr_part = label_id.split('-')[0]
relevant = []
for amd in amendments:
changes = amd.get('changes', [])
if isinstance(changes, dict):
changes = list(changes.items())
keys = {change[0] for change in changes}
if any(is_contained_in(key, label_id) for key in keys):
relevant.append(amd)
versions = Versions(version_info[cfr_part]['left'],
version_info[cfr_part]['right'])
tree = ApiReader().regulation(label_id, versions.older)
appliers = get_appliers(label_id, versions)
builder = CFRChangeHTMLBuilder(*appliers,
id_prefix=[str(doc_number), 'cfr'])
builder.tree = tree
builder.generate_html()
return {
'instructions': [a['instruction'] for a in relevant],
'tree': builder.tree
}
def apply_layer(self, text_index):
"""
Return a tuple of 'footnotes' and collection of footnotes.
Footnotes are "collected" from the node and its children.
.. note::
This does not handle the case where the same note reference
is used in multiple children.
"""
footnotes = []
for label in self.layer.keys():
if is_contained_in(label, text_index):
footnotes += [x["footnote_data"] for x in self.layer[label] if "footnote_data" in x]
return "footnotes", sorted(footnotes, key=lambda x: x["ref"])
def attach_metadata(self, node):
"""
Return a tuple of 'footnotes' and collection of footnotes.
Footnotes are "collected" from the node and its children.
.. note::
This does not handle the case where the same note reference
is used in multiple children.
"""
footnotes = []
for label in self.layer.keys():
if is_contained_in(label, node['label_id']):
footnotes += [x['footnote_data']
for x in self.layer[label]
if 'footnote_data' in x]
node['footnotes'] = list(sorted(footnotes, key=lambda x: x['ref']))
def apply_layer(self, text_index):
"""
Return a tuple of 'footnotes' and collection of footnotes.
Footnotes are "collected" from the node and its children.
.. note::
This does not handle the case where the same note reference
is used in multiple children.
"""
footnotes = []
for label in self.layer.keys():
if is_contained_in(label, text_index):
footnotes += [
x['footnote_data'] for x in self.layer[label]
if 'footnote_data' in x
]
return 'footnotes', sorted(footnotes, key=lambda x: x['ref'])
def regtext_changes_context(amendments, version_info, label_id,
doc_number):
"""Generate diffs for the changed section"""
cfr_part = label_id.split('-')[0]
relevant = []
for amd in amendments:
changes = amd.get('changes', [])
if isinstance(changes, dict):
changes = list(changes.items())
keys = {change[0] for change in changes}
if any(is_contained_in(key, label_id) for key in keys):
relevant.append(amd)
versions = Versions(version_info[cfr_part]['left'],
version_info[cfr_part]['right'])
tree = ApiReader().regulation(label_id, versions.older)
appliers = get_appliers(label_id, versions)
builder = CFRChangeHTMLBuilder(
*appliers, id_prefix=[str(doc_number), 'cfr'])
builder.tree = tree
builder.generate_html()
return {'instructions': [a['instruction'] for a in relevant],
'tree': builder.tree}
def test_is_contained_in(self):
self.assertTrue(utils.is_contained_in('22-51-12', '22-51'))
self.assertTrue(utils.is_contained_in('22-51-13', '22-51'))
self.assertTrue(utils.is_contained_in('22-51', '22-51'))
self.assertFalse(utils.is_contained_in('22-512', '22-51'))