def get_text_info():
from models import USCSection
from billtext import load_bill_text
from search import parse_slip_law_number
import re
try:
metadata = load_bill_text(bill, None, mods_only=True)
# do interesting stuff with citations
if "citations" in metadata:
slip_laws = []
statutes = []
usc = { }
other = []
usc_other = USCSection(name="Other Citations", ordering=99999)
for cite in metadata["citations"]:
if cite["type"] == "slip_law":
slip_laws.append(cite)
cite["bill"] = parse_slip_law_number(cite["text"])
elif cite["type"] == "statutes_at_large":
statutes.append(cite)
elif cite["type"] == "usc":
# build a normalized citation and a link to LII
cite_norm = "usc/" + cite["title"]
cite_link = "http://www.law.cornell.edu/uscode/text/" + cite["title"]
if cite["section"]:
cite_link += "/" + cite["section"]
cite_norm += "/" + cite["section"]
if cite["paragraph"]: cite_link += "#" + "_".join(re.findall(r"\(([^)]+)\)", cite["paragraph"]))
# Build a tree of title-chapter-...-section nodes so we can
# display the citations in context.
try:
sec_obj = USCSection.objects.get(citation=cite_norm)
except: # USCSection.DoesNotExist and MultipleObjectsReturned both possible
# the 'id' field is set to make these objects properly hashable
sec_obj = USCSection(id=cite["text"], name=cite["text"], parent_section=usc_other)
sec_obj.link = cite_link
if "range_to_section" in cite:
sec_obj.range_to_section = cite["range_to_section"]
# recursively go up to the title
path = [sec_obj]
while sec_obj.parent_section:
sec_obj = sec_obj.parent_section
path.append(sec_obj)
# now pop off from the path to put the node at the right point in a tree
container = usc
while path:
p = path.pop(-1)
if p not in container: container[p] = { }
container = container[p]
else:
other.append(cite)
slip_laws.sort(key = lambda x : (x["congress"], x["number"]))
# restructure data format
def ucfirst(s): return s[0].upper() + s[1:]
def rebuild_usc_sec(seclist, indent=0):
ret = []
seclist = sorted(seclist.items(), key=lambda x : x[0].ordering)
for sec, subparts in seclist:
ret.append({
"text": (ucfirst(sec.level_type + ((" " + sec.number) if sec.number else "") + (": " if sec.name else "")) if sec.level_type else "") + (sec.name if sec.name else ""),
"link": getattr(sec, "link", None),
"range_to_section": getattr(sec, "range_to_section", None),
"indent": indent,
})
ret.extend(rebuild_usc_sec(subparts, indent=indent+1))
return ret
usc = rebuild_usc_sec(usc)
metadata["citations"] = {
"slip_laws": slip_laws, "statutes": statutes, "usc": usc, "other": other,
"count": len(slip_laws)+len(statutes)+len(usc)+len(other) }
return metadata
except IOError:
return None
def load_citation_info(metadata):
if "citations" not in metadata: return
from models import USCSection
from search import parse_slip_law_number
import re
# gather the citations listed in the MODS file
slip_laws = []
statutes = []
usc_sections = []
other = []
usc_other = USCSection(id="_make_this_instance_hashable",
name="Other Citations",
ordering=99999)
for cite in metadata["citations"]:
if cite["type"] == "slip_law":
slip_laws.append(cite)
cite["bill"] = parse_slip_law_number(cite["text"])
elif cite["type"] == "statutes_at_large":
statutes.append(cite)
elif cite["type"] in ("usc-section", "usc-chapter"):
# Build a tree of title-chapter-...-section nodes so we can
# display the citations in context.
try:
sec_obj = USCSection.objects.get(citation=cite["key"])
except: # USCSection.DoesNotExist and MultipleObjectsReturned both possible
# create a fake entry for the sake of output
# the 'id' field is set to make these objects properly hashable
sec_obj = USCSection(id=cite["text"],
name=cite["text"],
parent_section=usc_other)
if "range_to_section" in cite:
sec_obj.range_to_section = cite["range_to_section"]
sec_obj.link = sec_obj.get_cornell_lii_link(cite.get("paragraph"))
usc_sections.append(sec_obj)
else:
other.append(cite)
# sort slip laws
slip_laws.sort(key=lambda x: (x["congress"], x["number"]))
# build a tree for USC citations
usc = {}
for sec_obj in usc_sections:
# recursively go up to the title to find the path from title to this section
path = [sec_obj]
so = sec_obj
while so.parent_section:
so = so.parent_section
so.link = so.get_cornell_lii_link()
path.append(so)
# now create a tree from the path
container = usc
for p in reversed(path):
container["_count"] = container.get("_count", 0) + 1
if p not in container: container[p] = {}
container = container[p]
# restructure the tree into a flattened list with indentation attributes on each row
def ucfirst(s):
return s[0].upper() + s[1:]
def rebuild_usc_sec(seclist, indent=0):
ret = []
seclist = [kv for kv in seclist.items() if kv[0] != "_count"]
seclist = sorted(seclist, key=lambda x: x[0].ordering)
for sec, subparts in seclist:
ret.append({
"text":
(ucfirst(sec.level_type +
((" " + sec.number) if sec.number else "") +
(": " if sec.name else "")) if sec.level_type else "")
+ (sec.name_recased if sec.name else ""),
"link":
getattr(sec, "link", None),
"range_to_section":
getattr(sec, "range_to_section", None),
"indent":
indent,
})
ret.extend(rebuild_usc_sec(subparts, indent=indent + 1))
return ret
usc = rebuild_usc_sec(usc)
metadata["citations"] = {
"slip_laws": slip_laws,
"statutes": statutes,
"usc": usc,
"other": other,
"count": len(slip_laws) + len(statutes) + len(usc) + len(other)
}
def load_citation_info(metadata):
if "citations" not in metadata: return
from models import USCSection
from search import parse_slip_law_number
import re
# gather the citations listed in the MODS file
slip_laws = []
statutes = []
usc_sections = []
other = []
usc_other = USCSection(id="_make_this_instance_hashable", name="Other Citations", ordering=99999)
for cite in metadata["citations"]:
if cite["type"] == "slip_law":
slip_laws.append(cite)
cite["bill"] = parse_slip_law_number(cite["text"])
elif cite["type"] == "statutes_at_large":
statutes.append(cite)
elif cite["type"] in ("usc-section", "usc-chapter"):
# Build a tree of title-chapter-...-section nodes so we can
# display the citations in context.
try:
sec_obj = USCSection.objects.get(citation=cite["key"])
except: # USCSection.DoesNotExist and MultipleObjectsReturned both possible
# create a fake entry for the sake of output
# the 'id' field is set to make these objects properly hashable
sec_obj = USCSection(id=cite["text"], name=cite["text"], parent_section=usc_other)
if "range_to_section" in cite:
sec_obj.range_to_section = cite["range_to_section"]
sec_obj.link = sec_obj.get_cornell_lii_link(cite.get("paragraph"))
usc_sections.append(sec_obj)
else:
other.append(cite)
# sort slip laws
slip_laws.sort(key = lambda x : (x["congress"], x["number"]))
# build a tree for USC citations
usc = { }
for sec_obj in usc_sections:
# recursively go up to the title to find the path from title to this section
path = [sec_obj]
so = sec_obj
while so.parent_section:
so = so.parent_section
so.link = so.get_cornell_lii_link()
path.append(so)
# now create a tree from the path
container = usc
for p in reversed(path):
container["_count"] = container.get("_count", 0) + 1
if p not in container: container[p] = { }
container = container[p]
# restructure the tree into a flattened list with indentation attributes on each row
def ucfirst(s): return s[0].upper() + s[1:]
def rebuild_usc_sec(seclist, indent=0):
ret = []
seclist = [kv for kv in seclist.items() if kv[0] != "_count"]
seclist = sorted(seclist, key=lambda x : x[0].ordering)
for sec, subparts in seclist:
ret.append({
"text": (ucfirst(sec.level_type + ((" " + sec.number) if sec.number else "") + (": " if sec.name else "")) if sec.level_type else "") + (sec.name_recased if sec.name else ""),
"link": getattr(sec, "link", None),
"range_to_section": getattr(sec, "range_to_section", None),
"indent": indent,
})
ret.extend(rebuild_usc_sec(subparts, indent=indent+1))
return ret
usc = rebuild_usc_sec(usc)
metadata["citations"] = {
"slip_laws": slip_laws,
"statutes": statutes,
"usc": usc,
"other": other,
"count": len(slip_laws)+len(statutes)+len(usc)+len(other)
}
def get_text_info():
from models import USCSection
from billtext import load_bill_text
from search import parse_slip_law_number
import re
try:
metadata = load_bill_text(bill, None, mods_only=True)
# do interesting stuff with citations
if "citations" in metadata and not settings.DEBUG:
slip_laws = []
statutes = []
usc = { }
other = []
usc_other = USCSection(name="Other Citations", ordering=99999)
for cite in metadata["citations"]:
if cite["type"] == "slip_law":
slip_laws.append(cite)
cite["bill"] = parse_slip_law_number(cite["text"])
elif cite["type"] == "statutes_at_large":
statutes.append(cite)
elif cite["type"] in ("usc-section", "usc-chapter"):
# Build a tree of title-chapter-...-section nodes so we can
# display the citations in context.
try:
sec_obj = USCSection.objects.get(citation=cite["key"])
except: # USCSection.DoesNotExist and MultipleObjectsReturned both possible
# create a fake entry for the sake of output
# the 'id' field is set to make these objects properly hashable
sec_obj = USCSection(id=cite["text"], name=cite["text"], parent_section=usc_other)
if "range_to_section" in cite:
sec_obj.range_to_section = cite["range_to_section"]
# recursively go up to the title
path = [sec_obj]
so = sec_obj
while so.parent_section:
so = so.parent_section
path.append(so)
# build a link to LII
if cite["type"] == "usc-section":
cite_link = "http://www.law.cornell.edu/uscode/text/" + cite["title"]
if cite["section"]:
cite_link += "/" + cite["section"]
if cite["paragraph"]: cite_link += "#" + "_".join(re.findall(r"\(([^)]+)\)", cite["paragraph"]))
elif cite["type"] == "usc-chapter":
cite_link = "http://www.law.cornell.edu/uscode/text/" + cite["title"] + "/" + "/".join(
(so.level_type + "-" + so.number) for so in reversed(path[:-1])
)
sec_obj.link = cite_link
# now pop off from the path to put the node at the right point in a tree
container = usc
while path:
p = path.pop(-1)
if p not in container: container[p] = { }
container = container[p]
else:
other.append(cite)
slip_laws.sort(key = lambda x : (x["congress"], x["number"]))
# restructure data format
def ucfirst(s): return s[0].upper() + s[1:]
def rebuild_usc_sec(seclist, indent=0):
ret = []
seclist = sorted(seclist.items(), key=lambda x : x[0].ordering)
for sec, subparts in seclist:
ret.append({
"text": (ucfirst(sec.level_type + ((" " + sec.number) if sec.number else "") + (": " if sec.name else "")) if sec.level_type else "") + (sec.name_recased if sec.name else ""),
"link": getattr(sec, "link", None),
"range_to_section": getattr(sec, "range_to_section", None),
"indent": indent,
})
ret.extend(rebuild_usc_sec(subparts, indent=indent+1))
return ret
usc = rebuild_usc_sec(usc)
metadata["citations"] = {
"slip_laws": slip_laws, "statutes": statutes, "usc": usc, "other": other,
"count": len(slip_laws)+len(statutes)+len(usc)+len(other) }
return metadata
except IOError:
return None
