def GrabWestminDivisionInterruptProced(qbp, rawtext):
if len(qbp.stext) < 3:
return None
iskip = 0
if re.search("italic.*?>on resuming&\S*</p>(?i)", qbp.stext[-1]):
if not re.search("italic.*?>(?:sitting )?(?:suspended|adjourned)(?: for (?:a division|divisions) in the house)?[\.\s]*(?i)", qbp.stext[-2]):
raise ContextException('failed to detect sitting suspended interruption',
fragment=qbp.stext[-2]
)
iskip = -2
elif re.search("italic.*?>sitting suspended(?: for| until| till|\.)(?i)", qbp.stext[-1]):
iskip = -1
# copy the lines into a non-speaking paragraph.
if iskip:
dumtext = re.sub('<p>(?:<stamp aname="[^"]*?"/>)?<i>sitting suspended.*(?si)','',rawtext)
# Why didn't I make a note of why I did the following lines? Must be something to do with the timestamps...
s = copy.copy(qbp.sstampurl)
qbdp = qspeech('nospeaker="true"', dumtext, s)
qbdp = qspeech('nospeaker="true"', "", s)
qbdp.typ = 'speech'
qbdp.stext = qbp.stext[iskip:]
# trim back the given one by two lines
qbp.stext = qbp.stext[:iskip]
return qbdp
return None
def NewGrabLordDivisionProced(qbp, qbd):
if not re.match("speech|motion", qbp.typ) or len(qbp.stext) < 1:
print qbp.stext
raise ContextException("previous to division not speech", stamp=qbp.sstampurl)
iskim = 1
while iskim <= len(qbp.stext) and not redivisionon.match(qbp.stext[-iskim]):
iskim = iskim + 1
if iskim > len(qbp.stext):
raise ContextException("Could not find Division 'title'", stamp=qbp.sstampurl)
hdg = renewlorddiv.match(qbp.stext[-iskim+1])
if not hdg:
print qbp.stext[-iskim+1]
raise ContextException("no totals before division", stamp=qbp.sstampurl)
# if previous thing is already a no-speaker, we don't need to break it out
# (the coding on the question put is complex and multilined)
if re.search('nospeaker="true"', qbp.speaker):
qbp.stext = SubsPWtextset(qbp.stext)
return None
# copy the two lines into a non-speaking paragraph.
qbdp = qspeech('nospeaker="true"', "", qbp.sstampurl)
qbdp.typ = 'speech'
qbdp.stext = SubsPWtextset(qbp.stext[-iskim:])
# trim back the given one by two lines
qbp.stext = qbp.stext[:-iskim]
return qbdp
def GrabLordDivisionProced(qbp, qbd):
if not re.match("speech|motion", qbp.typ) or len(qbp.stext) < 1:
print qbp.stext
raise ContextException("previous to division not speech", stamp=qbp.sstampurl)
hdg = relorddiv.match(qbp.stext[-1])
if not hdg:
print qbp.stext[-1]
raise ContextException("no lordships divided before division", stamp=qbp.sstampurl)
# if previous thing is already a no-speaker, we don't need to break it out
# (the coding on the question put is complex and multilined)
if re.search('nospeaker="true"', qbp.speaker):
qbp.stext = SubsPWtextset(qbp.stext)
return None
# look back at previous paragraphs and skim off a part of what's there
# to make a non-spoken bit reporting on the division.
iskim = 1
if not resaidamend.match(qbp.stext[-2]):
print qbp.stext[-2]
raise ContextException("no on said amendment", stamp=qbp.sstampurl, fragment=qbp.stext[-2])
iskim = 2
# copy the two lines into a non-speaking paragraph.
qbdp = qspeech('nospeaker="true"', "", qbp.sstampurl)
qbdp.typ = 'speech'
qbdp.stext = SubsPWtextset(qbp.stext[-iskim:])
# trim back the given one by two lines
qbp.stext = qbp.stext[:-iskim]
return qbdp
def DivisionParsingPart(divno, unspoketxt, stampurl, sdate):
# find the ending of the division and split it off.
gquesacc = re.search(regenddiv, unspoketxt)
if gquesacc:
divtext = unspoketxt[: gquesacc.start(1)]
unspoketxt = unspoketxt[gquesacc.start(1) :]
if re.match(strexplicitenddiv, unspoketxt): # strip off signal tag
unspoketxt = unspoketxt[len(strexplicitenddiv) :]
else:
divtext = unspoketxt
print unspoketxt
print "division missing %s" % regenddiv
print "try inserting <explicit-end-division>"
unspoketxt = ""
# Add a division object (will contain votes and motion text)
spattr = 'nospeaker="true" divdate="%s" divnumber="%s"' % (sdate, divno)
qbd = qspeech(spattr, divtext, stampurl)
qbd.typ = "division" # this type field seems easiest way
# filtering divisions here because we may need more sophisticated detection
# of end of division than the "Question accordingly" marker.
qbd.stext = FilterDivision(qbd.text, stampurl, sdate)
return (unspoketxt, qbd)
def FilterWMSSections(text, sdate, lords=False):
text = ApplyFixSubstitutions(text, sdate, fixsubs)
# split into list of triples of (heading, pre-first speech text, [ (speaker, text) ])
headspeak = SplitHeadingsSpeakers(text)
(ih, stampurl) = StripWMSHeadings(headspeak, sdate, lords)
flatb = [ ]
for sht in headspeak[ih:]:
try:
headingtxt = stampurl.UpdateStampUrl(string.strip(sht[0])) # we're getting stamps inside the headings sometimes
unspoketxt = sht[1]
speechestxt = sht[2]
if (not re.match('(?:<[^>]*>|\s| )*$', unspoketxt)):
raise ContextException("unspoken text under heading in WMS", stamp=stampurl, fragment=unspoketxt)
qbh = NormalHeadingPart(headingtxt, stampurl, sdate, speechestxt, lords)
flatb.append(qbh)
stampurl.UpdateStampUrl(unspoketxt)
for ss in speechestxt:
# Put everything in XML, de-dupe elsewhere
# if lords and re.search('My (?:right )?honourable friend .*? has made the following (?:Written )?Ministerial Statement', ss[1]):
# continue
qb = qspeech(ss[0], ss[1], stampurl)
qb.typ = 'speech'
FilterWMSSpeech(qb)
flatb.append(qb)
except ContextException, e:
raise
except Exception, e:
# add extra stamp info to the exception
raise ContextException(str(e), stamp=stampurl)
def NormalHeadingPart(headingtxt, stampurl, sdate, speechestxt, lords):
bmajorheading = False
if lords:
bmajorheading = False
elif not re.search('[a-z]', headingtxt) and headingtxt != 'BNFL':
bmajorheading = True
elif re.search('_dpthd', stampurl.aname) or re.search('_head', stampurl.aname):
bmajorheading = True
if re.search('_sbhd', stampurl.aname):
bmajorheading = False
if sdate>'2006-05-07': # Assume major heading if no speeches in new style
bmajorheading = not speechestxt
if bmajorheading:
if not parlPhrases.wransmajorheadings.has_key(headingtxt.upper()):
raise ContextException("unrecognized major heading, please add to parlPhrases.wransmajorheadings (a)", fragment = headingtxt, stamp = stampurl)
headingtxt = parlPhrases.wransmajorheadings[headingtxt.upper()] # no need to fix since text is from a map.
headingtxtfx = FixHTMLEntities(headingtxt)
qb = qspeech('nospeaker="true"', headingtxtfx, stampurl)
if bmajorheading:
qb.typ = 'major-heading'
else:
qb.typ = 'minor-heading'
# headings become one unmarked paragraph of text
qb.stext = [ headingtxtfx ]
return qb
def LordsHeadingPart(headingtxt, stampurl, major):
headingtxtfx = FixHTMLEntities(headingtxt)
qb = qspeech('nospeaker="true"', headingtxtfx, stampurl)
if major and stampurl.sdate > '2008-12-01':
qb.typ = 'major-heading'
else:
qb.typ = 'minor-heading'
# headings become one unmarked paragraph of text
qb.stext = [ headingtxtfx ]
return qb
def LordsDivisionParsingPart(divno, unspoketxt, stampurl, sdate):
# find the ending of the division and split it off.
gquesacc = re.search(regenddiv, unspoketxt)
if gquesacc:
divtext = unspoketxt[:gquesacc.start(1)]
unspoketxt = unspoketxt[gquesacc.start(1):]
unspoketxt = re.sub(':ENDDIVISION:', '', unspoketxt)
elif sdate > '2008-12-01': # Sigh XXX
m = re.match('.*, [A-Z]\.</p>(?s)', unspoketxt)
if not m:
m = re.match('.*<br>(?s)', unspoketxt)
divtext = m.group()
unspoketxt = unspoketxt[m.end():]
else:
divtext = unspoketxt
print "division missing %s" % regenddiv
print unspoketxt
print "is there a linefeed before the </center> on the CONTENTS?"
raise ContextException("Division missing resolved in the", stamp=stampurl, fragment="Division") # newly added
unspoketxt = ''
divtext = re.sub(' style="margin-bottom:[^"]*"', '', divtext)
# Add a division object (will contain votes and motion text)
spattr = 'nospeaker="true" divdate="%s" divnumber="%s"' % (sdate, divno)
qbd = qspeech(spattr, divtext, stampurl)
qbd.typ = 'division' # this type field seems easiest way
if not stampurl.timestamp:
raise ContextException("Division missing any timestamps; need to put one in to make it consistent. like <h5>2.44 pm</h5>", stamp=stampurl, fragment="Division")
# filtering divisions here because we may need more sophisticated detection
# of end of division than the "Question accordingly" marker.
qbd.stext = LordsFilterDivision(qbd.text, stampurl, sdate)
return (unspoketxt, qbd)
def LordsFilterSections(text, sdate):
# deal with one exceptional case of indenting
if sdate == "2005-10-26":
l = len(text)
text = re.sub("<ul><ul>(<ul>)?", "<ul>", text)
text = re.sub("</ul></ul>(</ul>)?", "</ul>", text)
# regsection1 = '<h\d><center>.*?\s*</center></h\d>' in splitheadingsspeakers.py
print "Duplicate <ul>s removed and <center> sorted on %s which shortened text by %d" % (sdate, l - len(text))
# split into list of triples of (heading, pre-first speech text, [ (speaker, text) ])
headspeak = SplitHeadingsSpeakers(text)
# break down into lists of headings and lists of speeches
(ih, stampurl) = StripLordsDebateHeadings(headspeak, sdate)
if ih == None:
return
# loop through each detected heading and the detected partitioning of speeches which follow.
# this is a flat output of qspeeches, some encoding headings, and some divisions.
# see the typ variable for the type.
flatb = [ ]
for sht in headspeak[ih:]:
# triplet of ( heading, unspokentext, [(speaker, text)] )
headingtxt = stampurl.UpdateStampUrl(string.strip(sht[0])) # we're getting stamps inside the headings sometimes
unspoketxt = sht[1]
speechestxt = sht[2]
headingmajor = sht[3]
# the heading detection, as a division or a heading speech object
# detect division headings
gdiv = re.search('Division No\.(?:\s| )+(\d+)', headingtxt)
assert not re.match("(?:NOT-)?CONTENTS", headingtxt)
# heading type
if not gdiv:
qbh = LordsHeadingPart(headingtxt, stampurl, headingmajor)
# ram together minor headings into previous ones which have no speeches
if qbh.typ == 'minor-heading' and len(flatb) > 0 and flatb[-1].typ == 'minor-heading':
flatb[-1].stext.append(" — ")
flatb[-1].stext.extend(qbh.stext)
# ram together minor headings into previous ones which have no speeches
elif sdate>'2008-12-01' and qbh.typ == 'minor-heading' and len(flatb) > 0 and flatb[-1].typ == 'major-heading':
flatb[-1].stext.append(" — ")
flatb[-1].stext.extend(qbh.stext)
# otherwise put out this heading
else:
flatb.append(qbh)
# division type
else:
(unspoketxt, qbd) = LordsDivisionParsingPart(string.atoi(gdiv.group(1)), unspoketxt, stampurl, sdate)
# grab some division text off the back end of the previous speech
# and wrap into a new no-speaker speech
if sdate >= '2008-12-01':
qbdp = NewGrabLordDivisionProced(flatb[-1], qbd)
else:
qbdp = GrabLordDivisionProced(flatb[-1], qbd)
if qbdp:
flatb.append(qbdp)
flatb.append(qbd)
# continue and output unaccounted for unspoken text occuring after a
# division, or after a heading
if (not re.match('(?:<[^>]*>|\s)*$', unspoketxt)):
qb = qspeech('nospeaker="true"', unspoketxt, stampurl)
qb.typ = 'speech'
flatb.extend(FilterLordsSpeech(qb))
# there is no text; update from stamps if there are any
else:
stampurl.UpdateStampUrl(unspoketxt)
# go through each of the speeches in a block and put it into our batch of speeches
for ss in speechestxt:
qb = qspeech(ss[0], ss[1], stampurl)
qb.typ = 'speech'
flatb.extend(FilterLordsSpeech(qb))
# we now have everything flattened out in a series of speeches
return flatb
def FilterLordsSpeech(qb):
# pull in the normal filtering that gets done on debate speeches
# does the paragraph indents and tables. Maybe should be inlined for lords
FilterDebateSpeech(qb)
# the colon attr is blank or has a : depending on what was there after the name that was matched
ispeechstartp1 = 0 # plus 1
# no colonattr or colon, must be making a speech
recol = re.search('colon="(:?)"', qb.speaker)
bSpeakerExists = not re.match('nospeaker="true"', qb.speaker)
if bSpeakerExists and (not recol or recol.group(1)):
# text of this kind at the begining should not be spoken, assume there wasn't a colon
if not re.search("<p>(?:moved|asked|rose to move,) (?i)", qb.stext[0]) or re.search("<p>moved formally(?i)", qb.stext[0]):
ispeechstartp1 = 1 # 0th paragraph is speech text
res = [ ] # output list
preparagraphtype = ""
if bSpeakerExists and (ispeechstartp1 == 0):
if re.match("<p>asked Her Majesty's Government|<p>asked the|<p>—Took the Oath", qb.stext[0]):
preparagraphtype = "asked"
ispeechstartp1 = SearchForNobleLordSaid(qb, preparagraphtype)
if ispeechstartp1 == len(qb.stext): # No Noble Lord said, the usual
ispeechstartp1 = 1
if ispeechstartp1 != 1:
print "Noble Lord Said on ", ispeechstartp1, "paragraph"
raise ContextException("Noble Lord Said missing in second paragraph", stamp=qb.sstampurl)
# ensure that the noble lord said doesn't say an amendment withdrawn
assert not MatchPWmotionStuff(qb, ispeechstartp1)
elif re.match("<p>rose to (?:ask|call|draw attention|consider)", qb.stext[0]):
preparagraphtype = "asked"
ispeechstartp1 = SearchForNobleLordSaid(qb, preparagraphtype)
if ispeechstartp1 not in [1, 2]:
print "Noble Lord Said on ", ispeechstartp1, "paragraph"
raise ContextException("Noble Lord Said missing in second paragraph", stamp=qb.sstampurl)
# ensure that the noble lord said doesn't say an amendment withdrawn
assert not MatchPWmotionStuff(qb, ispeechstartp1)
# identify a writ of summons (single line)
elif re.match("<p>(?:[\s,]*having received a [Ww]rit of [Ss]ummons .*?)?[Tt]ook the [Oo]ath\.</p>$", qb.stext[0]):
assert len(qb.stext) == 1
qb.stext[0] = re.sub('^<p>', '<p pwmotiontext="summons">', qb.stext[0]) # cludgy; already have the <p>-tag embedded in the string
res.append(qb)
return res # bail out
elif re.search("having been created.*?Was, in (his|her) robes, introduced", qb.stext[0]):
assert len(qb.stext) == 1
qbunspo = qspeech('nospeaker="true"', "", qb.sstampurl)
qbunspo.typ = 'speech'
qbunspo.stext = qb.stext
qbunspo.stext[0] = re.sub('^<p>', '<p pwmotiontext="introduced">', qbunspo.stext[0])
res.append(qbunspo)
return res
elif re.match("<p>—Took the Oath", qb.stext[0]):
assert False
# identify a moved amendment
elif re.match("<p>moved,? |<p>Amendments? |<p>had given notice|<p>(?:rose )?to move|<p>had given his intention", qb.stext[0]):
# find where the speech begins, and strip out "The noble lord said:"
preparagraphtype = "moved"
ispeechstartp1 = SearchForNobleLordSaid(qb, preparagraphtype)
# everything up to this point is non-speech
assert ispeechstartp1 > 0
qbprev = qspeech(qb.speaker, "", qb.sstampurl)
qbprev.typ = 'speech'
qbprev.stext = qb.stext[:ispeechstartp1]
res.append(qbprev)
if ispeechstartp1 == len(qb.stext):
return res
# upgrade the spoken part
qb.speaker = string.replace(qb.speaker, 'colon=""', 'colon=":"')
del qb.stext[:ispeechstartp1]
assert qb.stext
ispeechstartp1 = 1 # the spoken text must reach at least here (after the line, "The noble lord said:")
# error, no moved amendment found
else:
print qb.stext
print "no moved amendment; is a colon missing after the name?"
raise ContextException("missing moved amendment", stamp=qb.sstampurl)
# advance to place where non-speeches happen
if ispeechstartp1 > len(qb.stext):
print "ispeechstartp1 problem; speeches running through", ispeechstartp1, len(qb.stext)
print qb.stext
raise ContextException("end of speech boundary unclear running through; need to separate paragraphs?", stamp=qb.sstampurl)
# a common end of speech is to withdraw an amendment
# we go through paragraphs until we match that or some other motion text type statement
sAmendmentStatement = None
while bSpeakerExists and (ispeechstartp1 < len(qb.stext)):
sAmendmentStatement = MatchPWmotionStuff(qb, ispeechstartp1)
if sAmendmentStatement:
break
ispeechstartp1 += 1
# there are no further lines after the widthdrawal
if ispeechstartp1 == len(qb.stext):
assert not sAmendmentStatement
res.append(qb)
return res
# do the further lines after withdrawal
assert (not bSpeakerExists) or sAmendmentStatement
# splice off the unspoken text running off from the amendment statements
if ispeechstartp1 != 0:
qbunspo = qspeech('nospeaker="true"', "", qb.sstampurl)
qbunspo.typ = 'speech'
qbunspo.stext = qb.stext[ispeechstartp1:]
del qb.stext[ispeechstartp1:]
res.append(qb)
res.append(qbunspo)
else:
res.append(qb)
qbunspo = qb
# check that once we begin pwmotion amendment statements, all statements are of this type
for i in range(len(qbunspo.stext)):
if not re.match('<p', qbunspo.stext[i]):
continue
sAmendmentStatement = MatchKnownAsPWmotionStuff(qbunspo, i)
if not sAmendmentStatement:
if IsNotQuiet():
print "UNRECOGNIZED-MOTION-TEXT%s: %s" % (bSpeakerExists and " " or "(*)", qbunspo.stext[i])
sAmendmentStatement = "unrecognized"
qbunspo.stext[i] = re.sub('^<p(.*?)>', '<p\\1 pwmotiontext="%s">' % sAmendmentStatement, qbunspo.stext[i])
return res
def LordsFilterSections(text, sdate):
# deal with one exceptional case of indenting
if sdate == "2005-10-26":
l = len(text)
text = re.sub("<ul><ul>(<ul>)?", "<ul>", text)
text = re.sub("</ul></ul>(</ul>)?", "</ul>", text)
# regsection1 = '<h\d><center>.*?\s*</center></h\d>' in splitheadingsspeakers.py
print "Duplicate <ul>s removed and <center> sorted on %s which shortened text by %d" % (
sdate, l - len(text))
# split into list of triples of (heading, pre-first speech text, [ (speaker, text) ])
headspeak = SplitHeadingsSpeakers(text)
# break down into lists of headings and lists of speeches
(ih, stampurl) = StripLordsDebateHeadings(headspeak, sdate)
if ih == None:
return
# loop through each detected heading and the detected partitioning of speeches which follow.
# this is a flat output of qspeeches, some encoding headings, and some divisions.
# see the typ variable for the type.
flatb = []
for sht in headspeak[ih:]:
# triplet of ( heading, unspokentext, [(speaker, text)] )
headingtxt = stampurl.UpdateStampUrl(string.strip(
sht[0])) # we're getting stamps inside the headings sometimes
unspoketxt = sht[1]
speechestxt = sht[2]
headingmajor = sht[3]
# the heading detection, as a division or a heading speech object
# detect division headings
gdiv = re.search('Division No\.(?:\s| )+(\d+)', headingtxt)
assert not re.match("(?:NOT-)?CONTENTS", headingtxt)
# heading type
if not gdiv:
qbh = LordsHeadingPart(headingtxt, stampurl, headingmajor)
# ram together minor headings into previous ones which have no speeches
if qbh.typ == 'minor-heading' and len(
flatb) > 0 and flatb[-1].typ == 'minor-heading':
flatb[-1].stext.append(" — ")
flatb[-1].stext.extend(qbh.stext)
# ram together minor headings into previous ones which have no speeches
elif sdate > '2008-12-01' and qbh.typ == 'minor-heading' and len(
flatb) > 0 and flatb[-1].typ == 'major-heading':
flatb[-1].stext.append(" — ")
flatb[-1].stext.extend(qbh.stext)
# otherwise put out this heading
else:
flatb.append(qbh)
# division type
else:
(unspoketxt,
qbd) = LordsDivisionParsingPart(string.atoi(gdiv.group(1)),
unspoketxt, stampurl, sdate)
# grab some division text off the back end of the previous speech
# and wrap into a new no-speaker speech
if sdate >= '2008-12-01':
qbdp = NewGrabLordDivisionProced(flatb[-1], qbd)
else:
qbdp = GrabLordDivisionProced(flatb[-1], qbd)
if qbdp:
flatb.append(qbdp)
flatb.append(qbd)
# continue and output unaccounted for unspoken text occurring after a
# division, or after a heading
if (not re.match('(?:<[^>]*>|\s)*$', unspoketxt)):
qb = qspeech('nospeaker="true"', unspoketxt, stampurl)
qb.typ = 'speech'
flatb.extend(FilterLordsSpeech(qb))
# there is no text; update from stamps if there are any
else:
stampurl.UpdateStampUrl(unspoketxt)
# go through each of the speeches in a block and put it into our batch of speeches
for ss in speechestxt:
qb = qspeech(ss[0], ss[1], stampurl)
qb.typ = 'speech'
flatb.extend(FilterLordsSpeech(qb))
# we now have everything flattened out in a series of speeches
return flatb
def FilterWransSections(text, sdate, lords=False):
text = ApplyFixSubstitutions(text, sdate, fixsubs)
headspeak = SplitHeadingsSpeakers(text)
# break down into lists of headings and lists of speeches
(ih, stampurl) = StripWransHeadings(headspeak, sdate)
# full list of question batches
# We create a list of lists of speeches
flatb = []
justhadnewtitle = False # For when they put another "Written Answers to Questions" and date
for sht in headspeak[ih:]:
# triplet of ( heading, unspokentext, [(speaker, text)] )
headingtxt = stampurl.UpdateStampUrl(string.strip(
sht[0])) # we're getting stamps inside the headings sometimes
unspoketxt = sht[1]
speechestxt = sht[2]
# update the stamps from the pre-spoken text
if (not re.match('(?:<[^>]*>|\s)*$', unspoketxt)):
raise ContextException("unspoken text under heading in wrans",
stamp=stampurl,
fragment=unspoketxt)
stampurl.UpdateStampUrl(unspoketxt)
# headings become one unmarked paragraph of text
# detect if this is a major heading
if not re.search('[a-z]', headingtxt) and not speechestxt:
if not parlPhrases.wransmajorheadings.has_key(headingtxt):
raise ContextException(
"unrecognized major heading, please add to parlPhrases.wransmajorheadings (a)",
fragment=headingtxt,
stamp=stampurl)
majheadingtxtfx = parlPhrases.wransmajorheadings[
headingtxt] # no need to fix since text is from a map.
qbH = qspeech('nospeaker="true"', majheadingtxtfx, stampurl)
qbH.typ = 'major-heading'
qbH.stext = [majheadingtxtfx]
flatb.append(qbH)
continue
elif not speechestxt and sdate > '2006-05-07':
if headingtxt == 'Written Answers to Questions':
justhadnewtitle = True
continue
if not parlPhrases.wransmajorheadings.has_key(headingtxt.upper()):
if justhadnewtitle:
justhadnewtitle = False
continue
raise ContextException(
"unrecognized major heading, please add to parlPhrases.wransmajorheadings (b)",
fragment=headingtxt,
stamp=stampurl)
majheadingtxtfx = parlPhrases.wransmajorheadings[
headingtxt.upper()] # no need to fix since text is from a map.
qbH = qspeech('nospeaker="true"', majheadingtxtfx, stampurl)
qbH.typ = 'major-heading'
qbH.stext = [majheadingtxtfx]
flatb.append(qbH)
justhadnewtitle = False
continue
elif not speechestxt:
raise ContextException('broken heading %s' % headingtxt,
stamp=stampurl,
fragment=headingtxt)
# non-major heading; to a question batch
if parlPhrases.wransmajorheadings.has_key(headingtxt):
raise Exception, ' speeches found in major heading %s' % headingtxt
headingtxtfx = FixHTMLEntities(headingtxt)
headingmark = 'nospeaker="true"'
bNextStartofQ = True
# go through each of the speeches in a block and put it into our batch of speeches
qnums = [] # used to account for spurious qnums seen in answers
for ss in speechestxt:
qb = qspeech(ss[0], ss[1], stampurl)
#print ss[0] + " " + stampurl.stamp
lqnums = re.findall('\[(?:HL)?(\d+)R?\]', ss[1])
# question posed
if re.match('(?:<[^>]*?>|\s)*?(to ask|asked (Her Majesty('|’|\')s Government|the ))(?i)', qb.text) or \
re.search('<wrans-question>', qb.text):
qb.text = qb.text.replace('<wrans-question>', '')
qb.typ = 'ques'
# put out the heading for this question-reply block.
# we don't assert true since we can have multiple questions answsered in a block.
if bNextStartofQ:
# put out a heading
# we need to make the heading of from the same stampurl as the first question
qbh = qspeech(headingmark, headingtxtfx, qb.sstampurl)
qbh.typ = 'minor-heading'
qbh.stext = [headingtxtfx]
flatb.append(qbh)
bNextStartofQ = False
# used to show that the subsequent headings in this block have been created,
# and weren't in the original text.
headingmark = 'nospeaker="true" inserted-heading="true"'
qnums = lqnums # reset the qnums count
else:
qnums.extend(lqnums)
qb.stext = FilterQuestion(qb, sdate, lords)
if not lqnums:
errmess = ' <p class="error">Question number missing in Hansard, possibly truncated question.</p> '
qb.stext.append(errmess)
flatb.append(qb)
# do the reply
else:
if bNextStartofQ:
raise ContextException('start of question expected',
stamp=qb.sstampurl,
fragment=qb.text)
qb.typ = 'reply'
# this case is so rare we flag them in the corrections of the html with this tag
if re.search("\<another-answer-to-follow\>", qb.text):
qb.text = qb.text.replace("<another-answer-to-follow>", "")
else:
bNextStartofQ = True
# check against qnums which are sometimes repeated in the answer code
# Don't care if qnum is given in an answer!
#for qn in lqnums:
# # sometimes [n] is an enumeration or part of a title
# nqn = string.atoi(qn)
# if (not qnums.count(qn)) and (nqn > 100) and ((nqn < 1900) or (nqn > 2010)):
# if qb.text.find("<ok-extra-qnum>") >= 0:
# qb.text = qb.text.replace("<ok-extra-qnum>", "", 1)
# else:
# raise ContextException('unknown qnum %s present in answer, make it clear' % qn, stamp = qb.sstampurl, fragment = qb.text)
qb.stext = FilterReply(qb)
flatb.append(qb)
if not bNextStartofQ:
print speechestxt
# Note - not sure if this should be speechestxt[-1][1] here. Does what I want for now...
raise ContextException("missing answer to question",
stamp=stampurl,
fragment=speechestxt[-1][1])
# we now have everything flattened out in a series of speeches,
# where some of the speeches are headings (inserted and otherwise).
return flatb
def FilterDebateSections(text, sdate, typ):
# make the corrections at this level which enables the headings to be resolved.
# old style fixing (before patches existed)
if typ == "debate":
text = ApplyFixSubstitutions(text, sdate, fixsubs)
else:
assert typ == "westminhall"
# this is crap!!!
text = re.sub('<ul><ul><ul>(?i)', '<ul>', text)
text = re.sub('</ul></ul></ul>(?i)', '</ul>', text)
text = re.sub('<h5></h5>(?i)', '', text)
# split into list of triples of (heading, pre-first speech text, [ (speaker, text) ])
headspeak = SplitHeadingsSpeakers(text)
# break down into lists of headings and lists of speeches
if typ == "debate":
(ih, stampurl) = StripDebateHeadings(headspeak, sdate)
elif typ == "westminhall":
(ih, stampurl) = StripWestminhallHeadings(headspeak, sdate)
else:
assert False # to be for writminstat?
# loop through each detected heading and the detected partitioning of speeches which follow.
# this is a flat output of qspeeches, some encoding headings, and some divisions.
# see the typ variable for the type.
flatb = []
state = {}
#lastheading = None
chair_head = 0
for sht in headspeak[ih:]:
try:
# triplet of ( heading, unspokentext, [(speaker, text)], major? )
headingtxt = stampurl.UpdateStampUrl(string.strip(
sht[0])) # we're getting stamps inside the headings sometimes
headingmajor = sht[3]
if typ == 'debate' and (headingmajor
or sht == headspeak[-1]): # UGH again
headingtxt = headingtxt.upper()
unspoketxt = sht[1]
speechestxt = sht[2]
# the heading detection, as a division or a heading speech object
# detect division headings
gdiv = re.match('(?:<b>)?Division No. (\d+)(?i)', headingtxt)
# heading type
if not gdiv: # and lastheading != headingtxt:
qbh = NormalHeadingPart(headingtxt, stampurl, state, typ)
# print "h ", qbh.typ, qbh.stext
# ram together minor headings into previous ones which have no speeches
if qbh.typ == 'minor-heading' and len(
flatb) > 0 and flatb[-1].typ == 'minor-heading':
flatb[-1].stext.append(" — ")
flatb[-1].stext.extend(qbh.stext)
# ram together major headings into previous ones which have no speeches
elif qbh.typ == 'major-heading' and len(
flatb) > 0 and flatb[-1].typ == 'major-heading':
flatb[-1].stext.append(" — ")
flatb[-1].stext.extend(qbh.stext)
elif qbh.typ == 'minor-heading' and len(flatb) > 0 and flatb[-1].typ == 'major-heading' and \
( re.search('(Allotted|Allocated) Day(?i)', qbh.stext[-1]) or re.search('^Petition$(?i)', flatb[-1].stext[-1]) ):
flatb[-1].stext.append(" — ")
flatb[-1].stext.extend(qbh.stext)
elif re.search(
"(?:sitting suspended(?: for| until| till|\.))|(on resuming&)(?i)",
qbh.stext[0]):
if len(flatb) > 0 and flatb[-1].typ == 'speech':
qb = qspeech('nospeaker="true"', qbh.stext[0],
stampurl)
qb.typ = 'speech'
FilterDebateSpeech(qb)
flatb.append(qb)
elif re.match(
"\[.*? in\s*the\s*Chair\.?\]$(?i)", qbh.stext[0]
) and len(flatb) > 0 and flatb[-1].typ == 'speech':
qb = qspeech('nospeaker="true"', qbh.stext[0], stampurl)
qb.typ = 'speech'
FilterDebateSpeech(qb)
flatb.append(qb)
# this is where we suck in a trailing "Clause" part of the title that is mistakenly outside the heading.
elif (qbh.typ == 'minor-heading' or qbh.typ == 'major-heading'
) and len(flatb) > 0 and flatb[-1].typ == 'speech':
mmm = re.match(
'\s*<p>\s*((?:New )?(?:clause|schedule) \d+\w?)</p>(?i)',
flatb[-1].stext[-1])
if mmm:
if IsNotQuiet():
print "Clause/schedule moving", flatb[-1].stext[-1]
qbh.stext.insert(0, " — ")
qbh.stext.insert(0, mmm.group(1))
flatb[-1].stext = flatb[
-1].stext[:-1] # delete final value
# remove an empty speech
if not flatb[-1].stext:
if IsNotQuiet():
print "removing empty speech after moving 'clause/schedule' out"
assert flatb[-1].speaker == 'nospeaker="true"'
del flatb[-1]
# converting a search into a match, for safety, and double checking
else:
if re.search(
'<p>\s*((?:New )?\s*(?:clause|schedule)\s*\w+)\s*</p>(?i)',
flatb[-1].stext[-1]):
print flatb[-1].stext[-1]
assert False
flatb.append(qbh)
# otherwise put out this heading
else:
flatb.append(qbh)
# division case
elif gdiv:
(unspoketxt,
qbd) = DivisionParsingPart(string.atoi(gdiv.group(1)),
unspoketxt, stampurl, sdate)
# grab some division text off the back end of the previous speech
# and wrap into a new no-speaker speech
qbdp = GrabDivisionProced(flatb[-1], qbd)
if qbdp:
flatb.append(qbdp)
flatb.append(qbd)
# write out our file with the report of all divisions
PreviewDivisionTextGuess(flatb)
#lastheading = headingtxt
# continue and output unaccounted for unspoken text occuring after a
# division, or after a heading
if (not re.match('(?:<[^>]*>|\s)*$', unspoketxt)):
qb = qspeech('nospeaker="true"', unspoketxt, stampurl)
qb.typ = 'speech'
FilterDebateSpeech(qb)
flatb.append(qb)
# there is no text; update from stamps if there are any
else:
stampurl.UpdateStampUrl(unspoketxt)
# go through each of the speeches in a block and put it into our batch of speeches
for ss in speechestxt:
qb = qspeech(ss[0], ss[1], stampurl)
qb.typ = 'speech'
FilterDebateSpeech(qb, bDebateBegToMove=True)
qbdp = GrabWestminDivisionInterruptProced(
qb, ss[1]) # captures tail off westminster hall speeches
flatb.append(qb)
if qbdp:
flatb.append(qbdp)
except ContextException, e:
raise
def GrabDivisionProced(qbp, qbd):
if qbp.typ != 'speech' or len(qbp.stext) < 1:
# this is that crazy correction one
if qbp.sstampurl.sdate == '2003-12-18':
return None
print qbp.stext
raise Exception, "previous to division not speech"
qbp.stext[-1] = re.sub(' </i><i> ', ' ', qbp.stext[-1])
qbp.stext[-1] = re.sub('</i><i> ', ' ', qbp.stext[-1])
hdg = rehousediv.match(qbp.stext[-1])
if not hdg:
hdg_a = rehousediv_a.match(qbp.stext[-2])
hdg_b = rehousediv_b.match(qbp.stext[-1])
if hdg_a and hdg_b:
hdg = hdg_b
elif hdg_b:
# They are occasionally putting "The" "Committee"
# "divided" in two or three separate paragraphs
two_prev = re.sub('</p><p[^>]*>', '', ''.join(qbp.stext[-3:-1]))
three_prev = re.sub('</p><p[^>]*>', '', ''.join(qbp.stext[-4:-1]))
if rehousediv_a.match(three_prev):
qbp.stext = qbp.stext[:-4] + [ three_prev, qbp.stext[-1] ]
hdg = hdg_b
elif rehousediv_a.match(two_prev):
qbp.stext = qbp.stext[:-3] + [ two_prev, qbp.stext[-1] ]
hdg = hdg_b
if not hdg:
if rehousediv_a.match(qbp.stext[-4]) and rehousediv_b.match(qbp.stext[-3]) and rehousediv_england.match(qbp.stext[-2]):
hdg = hdg_b
if not hdg:
hdg = redivshouldappear.match(qbp.stext[-1])
if not hdg:
# another correction one
if qbp.sstampurl.sdate != '2003-09-16':
raise ContextException, "no house divided before division: %s" % qbp.stext[-1]
return None
# if previous thing is already a no-speaker, we don't need to break it out
# (the coding on the question put is complex and multilined)
if re.search('nospeaker="true"', qbp.speaker):
qbp.stext = SubsPWtextset(qbp.stext)
return None
# look back at previous paragraphs and skim off a part of what's there
# to make a non-spoken bit reporting on the division.
iskim = 1
if re.search('Serjeant at Arms', qbp.stext[-2]):
pass
else:
while len(qbp.stext) >= iskim:
if reqput.match(qbp.stext[-iskim]):
break
iskim += 1
# haven't found a question put before we reach the front
if len(qbp.stext) < iskim:
iskim = 1
# VALID in 99% of cases: raise Exception, "no question put before division"
# copy the two lines into a non-speaking paragraph.
qbdp = qspeech('nospeaker="true"', "", qbp.sstampurl)
qbdp.typ = 'speech'
qbdp.stext = SubsPWtextset(qbp.stext[-iskim:])
# trim back the given one by two lines
qbp.stext = qbp.stext[:-iskim]
return qbdp
def FilterDebateSections(text, sdate, typ):
# make the corrections at this level which enables the headings to be resolved.
# old style fixing (before patches existed)
if typ == "debate":
text = ApplyFixSubstitutions(text, sdate, fixsubs)
else:
assert typ == "westminhall"
# this is crap!!!
text = re.sub('<ul><ul><ul>(?i)', '<ul>', text)
text = re.sub('</ul></ul></ul>(?i)', '</ul>', text)
text = re.sub('<h5></h5>(?i)', '', text)
# split into list of triples of (heading, pre-first speech text, [ (speaker, text) ])
headspeak = SplitHeadingsSpeakers(text)
# break down into lists of headings and lists of speeches
if typ == "debate":
(ih, stampurl) = StripDebateHeadings(headspeak, sdate)
elif typ == "westminhall":
(ih, stampurl) = StripWestminhallHeadings(headspeak, sdate)
else:
assert False # to be for writminstat?
# loop through each detected heading and the detected partitioning of speeches which follow.
# this is a flat output of qspeeches, some encoding headings, and some divisions.
# see the typ variable for the type.
flatb = [ ]
state = {}
#lastheading = None
chair_head = 0
for sht in headspeak[ih:]:
try:
# triplet of ( heading, unspokentext, [(speaker, text)], major? )
headingtxt = stampurl.UpdateStampUrl(string.strip(sht[0])) # we're getting stamps inside the headings sometimes
headingmajor = sht[3]
if typ == 'debate' and (headingmajor or sht == headspeak[-1]): # UGH again
headingtxt = headingtxt.upper()
unspoketxt = sht[1]
speechestxt = sht[2]
# the heading detection, as a division or a heading speech object
# detect division headings
gdiv = re.match('(?:<b>)?Division No. (\d+)(?i)', headingtxt)
# heading type
if not gdiv: # and lastheading != headingtxt:
qbh = NormalHeadingPart(headingtxt, stampurl, state, typ)
# print "h ", qbh.typ, qbh.stext
# ram together minor headings into previous ones which have no speeches
if qbh.typ == 'minor-heading' and len(flatb) > 0 and flatb[-1].typ == 'minor-heading':
flatb[-1].stext.append(" — ")
flatb[-1].stext.extend(qbh.stext)
# ram together major headings into previous ones which have no speeches
elif qbh.typ == 'major-heading' and len(flatb) > 0 and flatb[-1].typ == 'major-heading':
flatb[-1].stext.append(" — ")
flatb[-1].stext.extend(qbh.stext)
elif qbh.typ == 'minor-heading' and len(flatb) > 0 and flatb[-1].typ == 'major-heading' and \
( re.search('Allotted Day(?i)', qbh.stext[-1]) or re.search('^Petition$(?i)', flatb[-1].stext[-1]) ):
flatb[-1].stext.append(" — ")
flatb[-1].stext.extend(qbh.stext)
elif re.search("(?:sitting suspended(?: for| until| till|\.))|(on resuming&)(?i)", qbh.stext[0]):
if len(flatb) > 0 and flatb[-1].typ == 'speech':
qb = qspeech('nospeaker="true"', qbh.stext[0], stampurl)
qb.typ = 'speech'
FilterDebateSpeech(qb)
flatb.append(qb)
elif re.match("\[.*? in\s*the\s*Chair\.?\]$(?i)", qbh.stext[0]) and len(flatb) > 0 and flatb[-1].typ == 'speech':
qb = qspeech('nospeaker="true"', qbh.stext[0], stampurl)
qb.typ = 'speech'
FilterDebateSpeech(qb)
flatb.append(qb)
# this is where we suck in a trailing "Clause" part of the title that is mistakenly outside the heading.
elif (qbh.typ == 'minor-heading' or qbh.typ == 'major-heading') and len(flatb) > 0 and flatb[-1].typ == 'speech':
mmm = re.match('\s*<p>\s*((?:New )?(?:clause|schedule) \d+\w?)</p>(?i)', flatb[-1].stext[-1])
if mmm:
if IsNotQuiet():
print "Clause/schedule moving", flatb[-1].stext[-1]
qbh.stext.insert(0, " — ")
qbh.stext.insert(0, mmm.group(1))
flatb[-1].stext = flatb[-1].stext[:-1] # delete final value
# remove an empty speech
if not flatb[-1].stext:
if IsNotQuiet():
print "removing empty speech after moving 'clause/schedule' out"
assert flatb[-1].speaker == 'nospeaker="true"'
del flatb[-1]
# converting a search into a match, for safety, and double checking
else:
if re.search('<p>\s*((?:New )?\s*(?:clause|schedule)\s*\w+)\s*</p>(?i)', flatb[-1].stext[-1]):
print flatb[-1].stext[-1]
assert False
flatb.append(qbh)
# otherwise put out this heading
else:
flatb.append(qbh)
# division case
elif gdiv:
(unspoketxt, qbd) = DivisionParsingPart(string.atoi(gdiv.group(1)), unspoketxt, stampurl, sdate)
# grab some division text off the back end of the previous speech
# and wrap into a new no-speaker speech
qbdp = GrabDivisionProced(flatb[-1], qbd)
if qbdp:
flatb.append(qbdp)
flatb.append(qbd)
# write out our file with the report of all divisions
PreviewDivisionTextGuess(flatb)
#lastheading = headingtxt
# continue and output unaccounted for unspoken text occuring after a
# division, or after a heading
if (not re.match('(?:<[^>]*>|\s)*$', unspoketxt)):
qb = qspeech('nospeaker="true"', unspoketxt, stampurl)
qb.typ = 'speech'
FilterDebateSpeech(qb)
flatb.append(qb)
# there is no text; update from stamps if there are any
else:
stampurl.UpdateStampUrl(unspoketxt)
# go through each of the speeches in a block and put it into our batch of speeches
for ss in speechestxt:
qb = qspeech(ss[0], ss[1], stampurl)
qb.typ = 'speech'
FilterDebateSpeech(qb, bDebateBegToMove=True)
qbdp = GrabWestminDivisionInterruptProced(qb,ss[1]) # captures tail off westminster hall speeches
flatb.append(qb)
if qbdp:
flatb.append(qbdp)
except ContextException, e:
raise
def NormalHeadingPart(headingtxt, stampurl, state, typ):
# This is an attempt at major heading detection.
# The main wrap code spots adjournment debates, and does its best with some procedural things
# But it's pretty flawed Also, Oral questions heading is a super-major heading,
# so doesn't fit into the scheme.
# remove junk italic settings that appear in the today pages
headingtxt = re.sub("</?(?:i|sup)>(?i)", "", headingtxt)
# detect if this is a major heading and record it in the correct variable
bmajorheading = False
boralheading = False
binsertedheading = False
if re.search('-- lost heading --(?i)', headingtxt):
binsertedheading = True
# Oral question are really a major heading
elif re.match("Oral Answers to Questions(?i)", headingtxt):
boralheading = True
# Check if there are any other spellings of "Oral Answers to Questions" with a loose match
elif re.search('oral(?i)', headingtxt) and re.search('ques(?i)', headingtxt) and (not re.search(" Not ", headingtxt)) and \
(not re.search("electoral", headingtxt)) and \
stampurl.sdate not in ("2002-06-11", "2012-02-09"): # have a genuine title with Oral in it
print headingtxt
raise ContextException('Oral question match not precise enough', stamp=stampurl, fragment=headingtxt)
# All upper case headings - UGH
elif not re.search('[a-z]', headingtxt) and not re.match('[A-Z\d/]+[\d/][A-Z\d/]+$', headingtxt) and not \
('remaining_private_bills' in state and re.search(' Bill$(?i)', headingtxt)):
bmajorheading = True
elif 'just_had_points_of_order' in state:
bmajorheading = True
del state['just_had_points_of_order']
# If this is labeled major, then it gets concatenated with the
# subsequent major heading. It's kind of a procedural info about the
# running of things, so fair to have it as a minor heading alone.
elif re.match("\[.*? in\s*the\s*Chair\.?\]$(?i)", headingtxt):
bmajorheading = False
elif re.search("in\s*the\s*chair(?i)", headingtxt):
print headingtxt
raise ContextException('in the chair match not precise enough', stamp=stampurl, fragment=headingtxt)
# Other major headings, marked by _head in their anchor tag
elif re.search('"topichd_|"hd_|_head', stampurl.aname):
bmajorheading = True
# Wah
if stampurl.sdate > '2006-05-07':
if re.match("(Private business|Business of the House|Orders of the day|Opposition Day|Deferred Division|Petition)(?i)", headingtxt):
bmajorheading = True
if re.match("Points? of Order(?i)", headingtxt):
bmajorheading = True
state['just_had_points_of_order'] = True
if re.match("Remaining Private Members[^ ]* Bills(?i)", headingtxt):
bmajorheading = True
state['remaining_private_bills'] = True
# we're not writing a block for division headings
# write out block for headings
headingtxtfx = FixHTMLEntities(headingtxt)
try:
assert not re.search("[<>]", headingtxtfx), headingtxtfx # an assertion in gidmatching
except AssertionError:
raise ContextException('Tag found in heading text', stamp=stampurl, fragment=headingtxt)
qb = qspeech('nospeaker="true"', headingtxtfx, stampurl)
if typ == 'westminhall':
qb.typ = 'minor-heading'
elif binsertedheading:
qb.typ = 'inserted-heading'
elif boralheading:
qb.typ = 'oral-heading'
elif bmajorheading:
qb.typ = 'major-heading'
else:
qb.typ = 'minor-heading'
# headings become one unmarked paragraph of text
qb.stext = [ headingtxtfx ]
return qb
def NormalHeadingPart(headingtxt, stampurl, state, typ):
# This is an attempt at major heading detection.
# The main wrap code spots adjournment debates, and does its best with some procedural things
# But it's pretty flawed Also, Oral questions heading is a super-major heading,
# so doesn't fit into the scheme.
# remove junk italic settings that appear in the today pages
headingtxt = re.sub("</?(?:i|sup)>(?i)", "", headingtxt)
# detect if this is a major heading and record it in the correct variable
bmajorheading = False
boralheading = False
binsertedheading = False
if re.search('-- lost heading --(?i)', headingtxt):
binsertedheading = True
# Oral question are really a major heading
elif re.match("Oral Answers to Questions(?i)", headingtxt):
boralheading = True
# Check if there are any other spellings of "Oral Answers to Questions" with a loose match
elif re.search('oral(?i)', headingtxt) and re.search('ques(?i)', headingtxt) and (not re.search(" Not ", headingtxt)) and \
(not re.search("electoral", headingtxt)) and \
stampurl.sdate not in ("2002-06-11", "2012-02-09"): # have a genuine title with Oral in it
print headingtxt
raise ContextException('Oral question match not precise enough',
stamp=stampurl,
fragment=headingtxt)
# All upper case headings - UGH
elif not re.search('[a-z]', headingtxt) and not re.match('[A-Z\d/]+[\d/][A-Z\d/]+$', headingtxt) and not \
('remaining_private_bills' in state and re.search(' Bill$(?i)', headingtxt)):
bmajorheading = True
elif 'just_had_points_of_order' in state:
bmajorheading = True
del state['just_had_points_of_order']
# If this is labeled major, then it gets concatenated with the
# subsequent major heading. It's kind of a procedural info about the
# running of things, so fair to have it as a minor heading alone.
elif re.match("\[.*? in\s*the\s*Chair\.?\]$(?i)", headingtxt):
bmajorheading = False
elif re.search("in\s*the\s*chair(?i)", headingtxt):
print headingtxt
raise ContextException('in the chair match not precise enough',
stamp=stampurl,
fragment=headingtxt)
# Other major headings, marked by _head in their anchor tag
elif re.search('"topichd_|"ordayhd_|"hd_|_head', stampurl.aname):
bmajorheading = True
# Wah
if stampurl.sdate > '2006-05-07':
if re.match(
"(Private business|Business of the House|Orders of the day|Opposition Day|Deferred Division|Petition)(?i)",
headingtxt):
bmajorheading = True
if re.match("Points? of Order(?i)", headingtxt):
bmajorheading = True
state['just_had_points_of_order'] = True
if re.match("Remaining Private Members[^ ]* Bills(?i)", headingtxt):
bmajorheading = True
state['remaining_private_bills'] = True
# we're not writing a block for division headings
# write out block for headings
headingtxtfx = FixHTMLEntities(headingtxt)
try:
assert not re.search(
"[<>]", headingtxtfx), headingtxtfx # an assertion in gidmatching
except AssertionError:
raise ContextException('Tag found in heading text',
stamp=stampurl,
fragment=headingtxt)
qb = qspeech('nospeaker="true"', headingtxtfx, stampurl)
if typ == 'westminhall':
qb.typ = 'minor-heading'
elif binsertedheading:
qb.typ = 'inserted-heading'
elif boralheading:
qb.typ = 'oral-heading'
elif bmajorheading:
qb.typ = 'major-heading'
else:
qb.typ = 'minor-heading'
# headings become one unmarked paragraph of text
qb.stext = [headingtxtfx]
return qb
def GrabDivisionProced(qbp, qbd):
if qbp.typ != "speech" or len(qbp.stext) < 1:
# this is that crazy correction one
if qbp.sstampurl.sdate == "2003-12-18":
return None
print qbp.stext
raise Exception, "previous to division not speech"
qbp.stext[-1] = re.sub(" </i><i> ", " ", qbp.stext[-1])
qbp.stext[-1] = re.sub("</i><i> ", " ", qbp.stext[-1])
hdg = rehousediv.match(qbp.stext[-1])
if not hdg:
hdg_a = rehousediv_a.match(qbp.stext[-2])
hdg_b = rehousediv_b.match(qbp.stext[-1])
if hdg_a and hdg_b:
hdg = hdg_b
elif hdg_b:
# They are occasionally putting "The" "Committee"
# "divided" in two or three separate paragraphs
two_prev = re.sub("</p><p[^>]*>", "", "".join(qbp.stext[-3:-1]))
three_prev = re.sub("</p><p[^>]*>", "", "".join(qbp.stext[-4:-1]))
if rehousediv_a.match(three_prev):
qbp.stext = qbp.stext[:-4] + [three_prev, qbp.stext[-1]]
hdg = hdg_b
elif rehousediv_a.match(two_prev):
qbp.stext = qbp.stext[:-3] + [two_prev, qbp.stext[-1]]
hdg = hdg_b
if not hdg:
hdg = redivshouldappear.match(qbp.stext[-1])
if not hdg:
# another correction one
if qbp.sstampurl.sdate != "2003-09-16":
raise ContextException, "no house divided before division: %s" % qbp.stext[-1]
return None
# if previous thing is already a no-speaker, we don't need to break it out
# (the coding on the question put is complex and multilined)
if re.search('nospeaker="true"', qbp.speaker):
qbp.stext = SubsPWtextset(qbp.stext)
return None
# look back at previous paragraphs and skim off a part of what's there
# to make a non-spoken bit reporting on the division.
iskim = 1
if re.search("Serjeant at Arms", qbp.stext[-2]):
pass
else:
while len(qbp.stext) >= iskim:
if reqput.match(qbp.stext[-iskim]):
break
iskim += 1
# haven't found a question put before we reach the front
if len(qbp.stext) < iskim:
iskim = 1
# VALID in 99% of cases: raise Exception, "no question put before division"
# copy the two lines into a non-speaking paragraph.
qbdp = qspeech('nospeaker="true"', "", qbp.sstampurl)
qbdp.typ = "speech"
qbdp.stext = SubsPWtextset(qbp.stext[-iskim:])
# trim back the given one by two lines
qbp.stext = qbp.stext[:-iskim]
return qbdp
def FilterLordsSpeech(qb):
# pull in the normal filtering that gets done on debate speeches
# does the paragraph indents and tables. Maybe should be inlined for lords
FilterDebateSpeech(qb)
# the colon attr is blank or has a : depending on what was there after the name that was matched
ispeechstartp1 = 0 # plus 1
# no colonattr or colon, must be making a speech
recol = re.search('colon="(:?)"', qb.speaker)
bSpeakerExists = not re.match('nospeaker="true"', qb.speaker)
if bSpeakerExists and (not recol or recol.group(1)):
# text of this kind at the beginning should not be spoken, assume there wasn't a colon
if not re.search("<p>(?:moved|asked|rose to move,) (?i)",
qb.stext[0]) or re.search("<p>moved formally(?i)",
qb.stext[0]):
ispeechstartp1 = 1 # 0th paragraph is speech text
res = [] # output list
preparagraphtype = ""
if bSpeakerExists and (ispeechstartp1 == 0):
if re.match(
"<p>asked Her Majesty's Government|<p>asked the|<p>—Took the Oath",
qb.stext[0]):
preparagraphtype = "asked"
ispeechstartp1 = SearchForNobleLordSaid(qb, preparagraphtype)
if ispeechstartp1 == len(
qb.stext): # No Noble Lord said, the usual
ispeechstartp1 = 1
if ispeechstartp1 != 1:
print "Noble Lord Said on ", ispeechstartp1, "paragraph"
raise ContextException(
"Noble Lord Said missing in second paragraph",
stamp=qb.sstampurl)
# ensure that the noble lord said doesn't say an amendment withdrawn
assert not MatchPWmotionStuff(qb, ispeechstartp1)
elif re.match("<p>rose to (?:ask|call|draw attention|consider)",
qb.stext[0]):
preparagraphtype = "asked"
ispeechstartp1 = SearchForNobleLordSaid(qb, preparagraphtype)
if ispeechstartp1 not in [1, 2]:
print "Noble Lord Said on ", ispeechstartp1, "paragraph"
raise ContextException(
"Noble Lord Said missing in second paragraph",
stamp=qb.sstampurl)
# ensure that the noble lord said doesn't say an amendment withdrawn
assert not MatchPWmotionStuff(qb, ispeechstartp1)
# identify a writ of summons (single line)
elif re.match(
"<p>(?:[\s,]*having received a [Ww]rit of [Ss]ummons .*?)?[Tt]ook the [Oo]ath\.</p>$",
qb.stext[0]):
assert len(qb.stext) == 1
qb.stext[0] = re.sub(
'^<p>', '<p pwmotiontext="summons">', qb.stext[0]
) # cludgy; already have the <p>-tag embedded in the string
res.append(qb)
return res # bail out
elif re.search(
"having been created.*?Was, in (his|her) robes, introduced",
qb.stext[0]):
assert len(qb.stext) == 1
qbunspo = qspeech('nospeaker="true"', "", qb.sstampurl)
qbunspo.typ = 'speech'
qbunspo.stext = qb.stext
qbunspo.stext[0] = re.sub('^<p>', '<p pwmotiontext="introduced">',
qbunspo.stext[0])
res.append(qbunspo)
return res
elif re.match("<p>—Took the Oath", qb.stext[0]):
assert False
# identify a moved amendment
elif re.match(
"<p>moved,? |<p>Amendments? |<p>had given notice|<p>(?:rose )?to move|<p>had given his intention",
qb.stext[0]):
# find where the speech begins, and strip out "The noble lord said:"
preparagraphtype = "moved"
ispeechstartp1 = SearchForNobleLordSaid(qb, preparagraphtype)
# everything up to this point is non-speech
assert ispeechstartp1 > 0
qbprev = qspeech(qb.speaker, "", qb.sstampurl)
qbprev.typ = 'speech'
qbprev.stext = qb.stext[:ispeechstartp1]
res.append(qbprev)
if ispeechstartp1 == len(qb.stext):
return res
# upgrade the spoken part
qb.speaker = string.replace(qb.speaker, 'colon=""', 'colon=":"')
del qb.stext[:ispeechstartp1]
assert qb.stext
ispeechstartp1 = 1 # the spoken text must reach at least here (after the line, "The noble lord said:")
# error, no moved amendment found
else:
print qb.stext
print "no moved amendment; is a colon missing after the name?"
raise ContextException("missing moved amendment",
stamp=qb.sstampurl)
# advance to place where non-speeches happen
if ispeechstartp1 > len(qb.stext):
print "ispeechstartp1 problem; speeches running through", ispeechstartp1, len(
qb.stext)
print qb.stext
raise ContextException(
"end of speech boundary unclear running through; need to separate paragraphs?",
stamp=qb.sstampurl)
# a common end of speech is to withdraw an amendment
# we go through paragraphs until we match that or some other motion text type statement
sAmendmentStatement = None
while bSpeakerExists and (ispeechstartp1 < len(qb.stext)):
sAmendmentStatement = MatchPWmotionStuff(qb, ispeechstartp1)
if sAmendmentStatement:
break
ispeechstartp1 += 1
# there are no further lines after the widthdrawal
if ispeechstartp1 == len(qb.stext):
assert not sAmendmentStatement
res.append(qb)
return res
# do the further lines after withdrawal
assert (not bSpeakerExists) or sAmendmentStatement
# splice off the unspoken text running off from the amendment statements
if ispeechstartp1 != 0:
qbunspo = qspeech('nospeaker="true"', "", qb.sstampurl)
qbunspo.typ = 'speech'
qbunspo.stext = qb.stext[ispeechstartp1:]
del qb.stext[ispeechstartp1:]
res.append(qb)
res.append(qbunspo)
else:
res.append(qb)
qbunspo = qb
# check that once we begin pwmotion amendment statements, all statements are of this type
for i in range(len(qbunspo.stext)):
if not re.match('<p', qbunspo.stext[i]):
continue
sAmendmentStatement = MatchKnownAsPWmotionStuff(qbunspo, i)
if not sAmendmentStatement:
if IsNotQuiet():
print "UNRECOGNIZED-MOTION-TEXT%s: %s" % (
bSpeakerExists and " " or "(*)", qbunspo.stext[i])
sAmendmentStatement = "unrecognized"
qbunspo.stext[i] = re.sub(
'^<p(.*?)>', '<p\\1 pwmotiontext="%s">' % sAmendmentStatement,
qbunspo.stext[i])
return res
def FilterWransSections(text, sdate, lords=False):
text = ApplyFixSubstitutions(text, sdate, fixsubs)
headspeak = SplitHeadingsSpeakers(text)
# break down into lists of headings and lists of speeches
(ih, stampurl) = StripWransHeadings(headspeak, sdate)
# full list of question batches
# We create a list of lists of speeches
flatb = [ ]
justhadnewtitle = False # For when they put another "Written Answers to Questions" and date
for sht in headspeak[ih:]:
# triplet of ( heading, unspokentext, [(speaker, text)] )
headingtxt = stampurl.UpdateStampUrl(string.strip(sht[0])) # we're getting stamps inside the headings sometimes
unspoketxt = sht[1]
speechestxt = sht[2]
# update the stamps from the pre-spoken text
if (not re.match('(?:<[^>]*>|\s)*$', unspoketxt)):
raise ContextException("unspoken text under heading in wrans", stamp=stampurl, fragment=unspoketxt)
stampurl.UpdateStampUrl(unspoketxt)
# headings become one unmarked paragraph of text
# detect if this is a major heading
if not re.search('[a-z]', headingtxt) and not speechestxt:
if not parlPhrases.wransmajorheadings.has_key(headingtxt):
raise ContextException("unrecognized major heading, please add to parlPhrases.wransmajorheadings (a)", fragment = headingtxt, stamp = stampurl)
majheadingtxtfx = parlPhrases.wransmajorheadings[headingtxt] # no need to fix since text is from a map.
qbH = qspeech('nospeaker="true"', majheadingtxtfx, stampurl)
qbH.typ = 'major-heading'
qbH.stext = [ majheadingtxtfx ]
flatb.append(qbH)
continue
elif not speechestxt and sdate > '2006-05-07':
if headingtxt == 'Written Answers to Questions':
justhadnewtitle = True
continue
if not parlPhrases.wransmajorheadings.has_key(headingtxt.upper()):
if justhadnewtitle:
justhadnewtitle = False
continue
raise ContextException("unrecognized major heading, please add to parlPhrases.wransmajorheadings (b)", fragment = headingtxt, stamp = stampurl)
majheadingtxtfx = parlPhrases.wransmajorheadings[headingtxt.upper()] # no need to fix since text is from a map.
qbH = qspeech('nospeaker="true"', majheadingtxtfx, stampurl)
qbH.typ = 'major-heading'
qbH.stext = [ majheadingtxtfx ]
flatb.append(qbH)
justhadnewtitle = False
continue
elif not speechestxt:
raise ContextException('broken heading %s' % headingtxt, stamp=stampurl, fragment=headingtxt)
# non-major heading; to a question batch
if parlPhrases.wransmajorheadings.has_key(headingtxt):
raise Exception, ' speeches found in major heading %s' % headingtxt
headingtxtfx = FixHTMLEntities(headingtxt)
headingmark = 'nospeaker="true"'
bNextStartofQ = True
# go through each of the speeches in a block and put it into our batch of speeches
qnums = [] # used to account for spurious qnums seen in answers
for ss in speechestxt:
qb = qspeech(ss[0], ss[1], stampurl)
#print ss[0] + " " + stampurl.stamp
lqnums = re.findall('\[(?:HL)?(\d+)R?\]', ss[1])
# question posed
if re.match('(?:<[^>]*?>|\s)*?(to ask|asked (Her Majesty('|’|\')s Government|the ))(?i)', qb.text) or \
re.search('<wrans-question>', qb.text):
qb.text = qb.text.replace('<wrans-question>', '')
qb.typ = 'ques'
# put out the heading for this question-reply block.
# we don't assert true since we can have multiple questions answsered in a block.
if bNextStartofQ:
# put out a heading
# we need to make the heading of from the same stampurl as the first question
qbh = qspeech(headingmark, headingtxtfx, qb.sstampurl)
qbh.typ = 'minor-heading'
qbh.stext = [ headingtxtfx ]
flatb.append(qbh)
bNextStartofQ = False
# used to show that the subsequent headings in this block have been created,
# and weren't in the original text.
headingmark = 'nospeaker="true" inserted-heading="true"'
qnums = lqnums # reset the qnums count
else:
qnums.extend(lqnums)
qb.stext = FilterQuestion(qb, sdate, lords)
if not lqnums:
errmess = ' <p class="error">Question number missing in Hansard, possibly truncated question.</p> '
qb.stext.append(errmess)
flatb.append(qb)
# do the reply
else:
if bNextStartofQ:
raise ContextException('start of question expected', stamp = qb.sstampurl, fragment = qb.text)
qb.typ = 'reply'
# this case is so rare we flag them in the corrections of the html with this tag
if re.search("\<another-answer-to-follow\>", qb.text):
qb.text = qb.text.replace("<another-answer-to-follow>", "")
else:
bNextStartofQ = True
# check against qnums which are sometimes repeated in the answer code
# Don't care if qnum is given in an answer!
#for qn in lqnums:
# # sometimes [n] is an enumeration or part of a title
# nqn = string.atoi(qn)
# if (not qnums.count(qn)) and (nqn > 100) and ((nqn < 1900) or (nqn > 2010)):
# if qb.text.find("<ok-extra-qnum>") >= 0:
# qb.text = qb.text.replace("<ok-extra-qnum>", "", 1)
# else:
# raise ContextException('unknown qnum %s present in answer, make it clear' % qn, stamp = qb.sstampurl, fragment = qb.text)
qb.stext = FilterReply(qb)
flatb.append(qb)
if not bNextStartofQ:
print speechestxt
# Note - not sure if this should be speechestxt[-1][1] here. Does what I want for now...
raise ContextException("missing answer to question", stamp=stampurl, fragment=speechestxt[-1][1])
# we now have everything flattened out in a series of speeches,
# where some of the speeches are headings (inserted and otherwise).
return flatb
