def gen_and_write_layers(self, reg_tree, act_info, cache, notices=None):
if notices is None:
notices = applicable_notices(self.notices, self.doc_number)
for ident, layer_class in (('external-citations',
external_citations.ExternalCitationParser),
('meta', meta.Meta),
('analyses',
section_by_section.SectionBySection),
('internal-citations',
internal_citations.InternalCitationParser),
('toc',
table_of_contents.TableOfContentsLayer),
('interpretations',
interpretations.Interpretations),
('terms', terms.Terms),
('paragraph-markers',
paragraph_markers.ParagraphMarkers),
('keyterms', key_terms.KeyTerms),
('formatting', formatting.Formatting),
('graphics', graphics.Graphics)):
layer = self.checkpointer.checkpoint(
ident + "-" + self.doc_number, lambda: layer_class(
reg_tree, self.cfr_title, self.doc_number, notices,
act_info).build(cache.cache_for(ident)))
self.writer.layer(ident, self.cfr_part,
self.doc_number).write(layer)
def generate_layers(self, reg_tree, act_info, cache, notices=None):
layers = {}
if notices is None:
notices = applicable_notices(self.notices, self.doc_number)
for ident, layer_class in (
('external-citations',
external_citations.ExternalCitationParser),
('meta', meta.Meta),
('analyses', section_by_section.SectionBySection),
('internal-citations',
internal_citations.InternalCitationParser),
('toc', table_of_contents.TableOfContentsLayer),
('interpretations', interpretations.Interpretations),
('terms', terms.Terms),
('paragraph-markers', paragraph_markers.ParagraphMarkers),
('keyterms', key_terms.KeyTerms),
('formatting', formatting.Formatting),
('graphics', graphics.Graphics)):
layer = self.checkpointer.checkpoint(
ident + "-" + self.doc_number,
lambda: layer_class(
reg_tree, self.cfr_title, self.doc_number, notices,
act_info).build(cache.cache_for(ident)))
layers[ident] = layer
return layers
def gen_and_write_layers(self, reg_tree, act_info, cache, notices=None):
if notices is None:
notices = applicable_notices(self.notices, self.doc_number)
for ident, layer_class in ALL_LAYERS.items():
layer = self.checkpointer.checkpoint(
ident + "-" + self.doc_number,
lambda: layer_class(
reg_tree, self.cfr_title, self.doc_number, notices,
act_info).build(cache.cache_for(ident)))
self.writer.layer(ident, self.cfr_part, self.doc_number).write(
layer)
def revision_generator(self, reg_tree):
relevant_notices = []
for date in sorted(self.eff_notices.keys()):
relevant_notices.extend(
n for n in self.eff_notices[date]
if 'changes' in n and n['document_number'] != self.doc_number)
for notice in relevant_notices:
version = notice['document_number']
old_tree = reg_tree
merged_changes = self.merge_changes(version, notice['changes'])
reg_tree = compile_regulation(old_tree, merged_changes)
notices = applicable_notices(self.notices, version)
yield notice, old_tree, reg_tree, notices
def revision_generator(self, reg_tree):
relevant_notices = []
for date in sorted(self.eff_notices.keys()):
relevant_notices.extend(
n for n in self.eff_notices[date]
if 'changes' in n and n['document_number'] != self.doc_number)
for notice in relevant_notices:
version = notice['document_number']
old_tree = reg_tree
merged_changes = self.merge_changes(version, notice['changes'])
reg_tree = compile_regulation(old_tree, merged_changes)
notices = applicable_notices(self.notices, version)
yield notice, old_tree, reg_tree, notices
def revision_generator(self, reg_tree):
"""Given an initial regulation tree, this will emit (and checkpoint)
new versions of the tree, along with the notice that caused the
change. This is a generator, so processing only occurs as needed"""
for version, merged_changes in self.changes_in_sequence():
old_tree = reg_tree
reg_tree = self.checkpointer.checkpoint(
"compiled-" + version,
lambda: compile_regulation(old_tree, merged_changes))
notices = applicable_notices(self.notices, version)
first_notice = None
for notice in notices:
if notice['document_number'] == version:
first_notice = notice
yield first_notice, old_tree, reg_tree, notices
def revision_generator(self, reg_tree):
"""Given an initial regulation tree, this will emit (and checkpoint)
new versions of the tree, along with the notice that caused the
change. This is a generator, so processing only occurs as needed"""
for version, merged_changes in self.changes_in_sequence():
old_tree = reg_tree
reg_tree = self.checkpointer.checkpoint(
"compiled-" + version,
lambda: compile_regulation(old_tree, merged_changes))
notices = applicable_notices(self.notices, version)
first_notice = None
for notice in notices:
if notice['document_number'] == version:
first_notice = notice
yield first_notice, old_tree, reg_tree, notices
def gen_and_write_layers(self, reg_tree, act_info, cache, notices=None):
if notices is None:
notices = applicable_notices(self.notices, self.doc_number)
for ident, layer_class in (
("external-citations", external_citations.ExternalCitationParser),
("meta", meta.Meta),
("analyses", section_by_section.SectionBySection),
("internal-citations", internal_citations.InternalCitationParser),
("toc", table_of_contents.TableOfContentsLayer),
("interpretations", interpretations.Interpretations),
("terms", terms.Terms),
("paragraph-markers", paragraph_markers.ParagraphMarkers),
("keyterms", key_terms.KeyTerms),
("formatting", formatting.Formatting),
("graphics", graphics.Graphics),
):
layer = self.checkpointer.checkpoint(
ident + "-" + self.doc_number,
lambda: layer_class(reg_tree, self.cfr_title, self.doc_number, notices, act_info).build(
cache.cache_for(ident)
),
)
self.writer.layer(ident, self.cfr_part, self.doc_number).write(layer)