def get_question(self, href):
page = self.fetch_url(href)
heading = page('#pageHeader .pageHeaderLinks').text()
heading_m = self.title_pattern.match(heading)
assert heading_m is not None, "Could not parse heading %r" % heading
question = {}
question['type'] = self.types[heading_m.group('type')]
question['url'] = href
question['title'] = page('.headline').text()
rows = iter(pqitems(page, '#pageContent > dd > table > tr'))
assert (self.normalize_space(
next(rows).text()) == 'Informaţii privind interpelarea')
question['pdf_url'] = None
question['addressee'] = []
question['method'] = None
question['person'] = []
label_text = None
for row in rows:
norm_text = self.normalize_space(row.text())
if norm_text == '':
continue
elif norm_text == 'Informaţii privind răspunsul':
break
[label, value] = [pq(el) for el in row[0]]
new_label_text = label.text()
if new_label_text:
label_text = new_label_text
else:
if label_text not in ['Adresanţi:', 'Destinatari:']:
continue
if label_text == 'Nr.înregistrare:':
question['number'] = value.text()
elif label_text == 'Data înregistrarii:':
question['date'] = self.parse_date_dmy(value.text())
elif label_text == 'Mod adresare:':
question['method'] = value.text()
elif label_text in ['Destinatar:', 'Destinatari:']:
ministry_el = list(pqitems(value, 'b'))[0]
question['addressee'].append(ministry_el.text())
elif label_text == 'Adresant:' or label_text == 'Adresanţi:':
question['person'].append(self.person_from_td(value))
elif label_text == 'Textul intervenţiei:':
link = list(pqitems(value, 'a'))[-1]
assert link.text() == "fişier PDF"
pdf_url = link.attr('href')
if pdf_url not in pdf_url_skip:
question['pdf_url'] = pdf_url
question_id = '{q[date]}-{q[number]}'.format(q=question)
patch = exceptions['patch'].get(question_id, {})
question.update(patch)
return question
def get_question(self, href):
page = self.fetch_url(href)
heading = page('#pageHeader .pageHeaderLinks').text()
heading_m = self.title_pattern.match(heading)
assert heading_m is not None, "Could not parse heading %r" % heading
question = {}
question['type'] = self.types[heading_m.group('type')]
question['url'] = href
question['title'] = page('.headline').text()
rows = iter(pqitems(page, '#pageContent > dd > table > tr'))
assert (self.normalize_space(next(rows).text()) ==
'Informaţii privind interpelarea')
question['pdf_url'] = None
question['addressee'] = []
question['method'] = None
question['person'] = []
label_text = None
for row in rows:
norm_text = self.normalize_space(row.text())
if norm_text == '':
continue
elif norm_text == 'Informaţii privind răspunsul':
break
[label, value] = [pq(el) for el in row[0]]
new_label_text = label.text()
if new_label_text:
label_text = new_label_text
else:
if label_text not in ['Adresanţi:', 'Destinatari:']:
continue
if label_text == 'Nr.înregistrare:':
question['number'] = value.text()
elif label_text == 'Data înregistrarii:':
question['date'] = self.parse_date_dmy(value.text())
elif label_text == 'Mod adresare:':
question['method'] = value.text()
elif label_text in ['Destinatar:', 'Destinatari:']:
ministry_el = list(pqitems(value, 'b'))[0]
question['addressee'].append(ministry_el.text())
elif label_text == 'Adresant:' or label_text == 'Adresanţi:':
question['person'].append(self.person_from_td(value))
elif label_text == 'Textul intervenţiei:':
link = list(pqitems(value, 'a'))[-1]
assert link.text() == "fişier PDF"
pdf_url = link.attr('href')
if pdf_url not in pdf_url_skip:
question['pdf_url'] = pdf_url
question_id = '{q[date]}-{q[number]}'.format(q=question)
patch = exceptions['patch'].get(question_id, {})
question.update(patch)
return question
def list_proposals(self, cam, year=None):
list_url = self.list_url.format(cam=cam)
if year:
list_url += '&anp=%s' % year
page = self.fetch_url(list_url)
table = page.find('p[align=center]').next()
for tr in pqitems(table, 'tr[valign=top]'):
td_list = tr.find('td')
link = td_list.eq(1).find('a')
args = url_args(link.attr('href'))
assert args.get('cam', type=int) == cam
date_txt = td_list.eq(3).text()
try:
date = extract_modification_date(date_txt)
except:
logger.warn("Can't parse modification date %r" % date_txt)
continue
pk = args.get('idp', type=int)
if (cam, pk) in [(1, 282), (1, 283)]:
continue
yield {
'pk': pk,
'chamber': cam,
'date': date,
}
def person_from_td(self, td):
for link in pqitems(td, 'a'):
href = link.attr('href')
if href.startswith('http://www.cdep.ro/pls/'
'parlam/structura.mp?'):
(year, number) = parse_cdep_id(href)
return (link.text(), year, number)
def person_from_td(self, td):
for link in pqitems(td, 'a'):
href = link.attr('href')
if href.startswith('http://www.cdep.ro/pls/'
'parlam/structura.mp?'):
(year, number) = parse_cdep_id(href)
return (link.text(), year, number)
def parse_transcript_page(self, link):
page = self.fetch_url(link)
table_rows = pqitems(page, '#pageContent > table tr')
transcript = None
transcript_chapter = Chapter()
def save_paragraph():
text = "\n".join(transcript.pop('text_buffer'))
transcript['text'] = text
transcript_chapter.paragraphs.append(transcript)
for tr in table_rows:
for td in pqitems(tr, 'td'):
for paragraph in pqitems(td, 'p'):
speakers = paragraph('b font[color="#0000FF"]')
if speakers:
if transcript:
save_paragraph()
serial = self.next_paragraph_serial()
assert len(speakers) == 1
speaker_name = self.trim_name(speakers.text())
link = speakers.parents('a')
if not link:
transcript = None
continue
(year, chamber, number) = \
parse_profile_url(link.attr('href'))
transcript = Transcript({
'mandate_year': year,
'mandate_chamber': chamber,
'mandate_number': number,
'speaker_name': speaker_name,
'text_buffer': [],
'serial': serial,
})
else:
if transcript is None:
continue
text = paragraph.text()
transcript['text_buffer'].append(text)
if transcript:
save_paragraph()
return transcript_chapter
def extract_answer(self, rows):
for row in list(rows):
text = self.normalize_space(row.text())
if text == "Textul răspunsului: fişier PDF":
value = pq(row[0][1])
link = list(pqitems(value, 'a'))[-1]
assert link.text() == "fişier PDF"
pdf_url = link.attr('href')
return {"pdf_url": pdf_url}
def parse_steno_page(self, link):
page = self.fetch_url(link)
table_rows = pqitems(page, '#pageContent > table tr')
steno_paragraph = None
steno_chapter = StenoChapter()
text_buffer = []
def save_paragraph():
text = "\n".join(steno_paragraph.pop('text_buffer'))
steno_paragraph['text'] = text
steno_chapter.paragraphs.append(steno_paragraph)
for tr in table_rows:
for td in pqitems(tr, 'td'):
for paragraph in pqitems(td, 'p'):
speakers = paragraph('b font[color="#0000FF"]')
if speakers:
if steno_paragraph:
save_paragraph()
assert len(speakers) == 1
speaker_name = self.trim_name(speakers.text())
link = speakers.parents('a')
if link:
speaker_cdep_id = get_cdep_id(link.attr('href'))
else:
speaker_cdep_id = None
steno_paragraph = StenoParagraph({
'speaker_cdep_id': speaker_cdep_id,
'speaker_name': speaker_name,
'text_buffer': [],
'serial': self.next_paragraph_serial()
})
else:
if steno_paragraph is None:
continue # still looking for first speaker
text = paragraph.text()
steno_paragraph['text_buffer'].append(text)
if steno_paragraph:
save_paragraph()
return steno_chapter
def fetch_mp_proposals(self, cdep_id):
(leg, idm) = cdep_id
url = self.mandate_proposal_url.format(leg=leg, idm=idm)
page = self.fetch_url(url)
headline = pqitems(page, ':contains("PL înregistrat la")')
if not headline:
return # no proposals here
table = pq(headline[0].parents('table')[-1])
rows = iter(pqitems(table, 'tr'))
assert "PL înregistrat la" in next(rows).text()
assert "Camera Deputaţilor" in next(rows).text()
for row in rows:
cols = pqitems(row, 'td')
def cdeppk(col):
href = col.find('a').attr('href') or '?'
val = url_decode(href.split('?', 1)[1]).get('idp')
return int(val) if val else None
cdeppks = (cdeppk(cols[1]), cdeppk(cols[2]))
p = Proposal(*cdeppks)
yield p
def fetch_people(self, year=2012):
people_page = self.fetch_url(self.people_url.format(year=year))
for tr in pqitems(people_page, 'tr'):
for a in pqitems(tr, 'a'):
href = a.attr('href')
if 'structura.mp' in href:
name = a.text()
cdep_id = get_cdep_id(href)
td = a.parents('tr')[2]
county_name = pq(td[3]).text()
minority = False
if county_name in ["Mino.", "Minoritati"]:
county_name = None
minority = True
yield {
'cdep_id': cdep_id,
'name': name,
'county_name': county_name,
'minority': minority,
}
def fetch_mp_proposals(self, cdep_id):
(leg, idm) = cdep_id
url = self.mandate_proposal_url.format(leg=leg, idm=idm)
page = self.fetch_url(url)
headline = pqitems(page, ':contains("PL înregistrat la")')
if not headline:
return # no proposals here
table = pq(headline[0].parents('table')[-1])
rows = iter(pqitems(table, 'tr'))
assert "PL înregistrat la" in next(rows).text()
assert "Camera Deputaţilor" in next(rows).text()
for row in rows:
cols = pqitems(row, 'td')
cdep_code = cols[1].text()
senate_code = cols[2].text()
combined_id = 'cdep=%s senate=%s' % (cdep_code, senate_code)
link = pqitems(row, 'a')[0]
url = link.attr('href')
if 'cam=' not in url:
assert '?' in url
url = url.replace('?', '?cam=2&')
yield combined_id, url
def fetch_mp_proposals(self, cdep_id):
(leg, idm) = cdep_id
url = self.mandate_proposal_url.format(leg=leg, idm=idm)
page = self.fetch_url(url)
headline = pqitems(page, ':contains("PL înregistrat la")')
if not headline:
return # no proposals here
table = pq(headline[0].parents('table')[-1])
rows = iter(pqitems(table, 'tr'))
assert "PL înregistrat la" in next(rows).text()
assert "Camera Deputaţilor" in next(rows).text()
for row in rows:
cols = pqitems(row, 'td')
def cdeppk(col):
href = col.find('a').attr('href') or '?'
val = url_decode(href.split('?', 1)[1]).get('idp')
return int(val) if val else None
cdeppks = (cdeppk(cols[1]), cdeppk(cols[2]))
p = Proposal(*cdeppks)
yield p
def fetch_proposal_details(self, url):
page = self.fetch_url(url)
out = {
'title': pq('.headline', page).text(),
'url': url,
}
[hook_td] = pqitems(page, ':contains("Nr. înregistrare")')
metadata_table = pq(hook_td.parents('table')[-1])
for row in pqitems(metadata_table.children('tr')):
cols = row.children()
label = cols.eq(0).text().strip()
val_td = cols.eq(1) if len(cols) > 1 else None
if label == "- Camera Deputatilor:":
out['cdep_serial'] = val_td.text()
elif label == "Tip initiativa:":
out['proposal_type'] = val_td.text()
elif label == "Consultati:":
for tr in pqitems(val_td, 'tr'):
if tr.text() == "Forma iniţiatorului":
[a] = pqitems(tr, 'a')
href = a.attr('href')
out['pdf_url'] = href
elif label == "Camera decizionala:":
txt = val_td.text()
if txt == 'Camera Deputatilor':
out['decision_chamber'] = 'cdep'
elif txt == 'Senatul':
out['decision_chamber'] = 'senat'
else:
logger.warn("Unknown decision_chamber %r", txt)
return out
def run(self, year):
index = self.fetch_url(
'http://www.cdep.ro/pls/parlam/'
'interpelari.lista?tip=&dat={year}&idl=1'.format(year=year))
for link in pqitems(index, '#pageContent table a'):
href = link.attr('href')
if href in url_skip:
continue
assert href.startswith('http://www.cdep.ro/pls/'
'parlam/interpelari.detalii')
if self.skip(href):
logger.debug('skipping %r', href)
else:
yield self.get_question(href)
def run(self, year):
index = self.fetch_url('http://www.cdep.ro/pls/parlam/'
'interpelari.lista?tip=&dat={year}&idl=1'
.format(year=year))
for link in pqitems(index, '#pageContent table a'):
href = link.attr('href')
if href in url_skip:
continue
assert href.startswith('http://www.cdep.ro/pls/'
'parlam/interpelari.detalii')
if self.skip(href):
logger.debug('skipping %r', href)
else:
yield self.get_question(href)
def expand_minority_names():
from mptracker.scraper.common import Scraper, get_cached_session, pqitems
scraper = Scraper(get_cached_session(), use_cdep_opener=False)
doc = get_minority_names()
roots = doc['root_names']
names = set()
for root in roots:
url = ('http://dexonline.ro/definitie'
'/{root}/paradigma'.format(root=root))
page = scraper.fetch_url(url)
for td in pqitems(page, 'table.lexem td.form'):
names.add(td.text().replace(' ', ''))
if '—' in names:
names.remove('—')
doc['search_names'] = sorted(names)
print(flask.json.dumps(doc, indent=2, sort_keys=True))
def expand_minority_names():
from mptracker.scraper.common import Scraper, get_cached_session, pqitems
scraper = Scraper(get_cached_session(), use_cdep_opener=False)
doc = get_minority_names()
roots = doc['root_names']
names = set()
for root in roots:
url = ('http://dexonline.ro/definitie'
'/{root}/paradigma'.format(root=root))
page = scraper.fetch_url(url)
for td in pqitems(page, 'table.lexem td.form'):
names.add(td.text().replace(' ', ''))
if '—' in names:
names.remove('—')
doc['search_names'] = sorted(names)
print(flask.json.dumps(doc, indent=2, sort_keys=True))
def fetch_summaries(self, year=2013, get_pdf_text=False):
from collections import defaultdict
for p in range(50):
page_url = self.listing_page_url.format(offset=100 * p, year=year)
page = self.fetch_url(page_url)
i_el = list(pqitems(page, ":contains('înregistrări')"))[-1]
table = list(i_el.parents('table'))[-1]
empty_page = True
table_rows = pqitems(pq(table), 'tr')
assert "înregistrări găsite:" in next(table_rows).text()
assert next(table_rows).text() == "Nr. Crt. PDF Data Titlu Comisia"
for tr in table_rows:
empty_page = False
[pdf_link] = pqitems(tr, 'a[target=PDF]')
col3 = list(pqitems(tr, 'td'))[2]
date_value = datetime.strptime(col3.text(), '%d.%m.%Y').date()
col4 = list(pqitems(tr, 'td'))[3]
title = col4.text()
col5 = list(pqitems(tr, 'td'))[4]
pdf_url = pdf_link.attr('href')
pdf_url_m = self.pdf_url_pattern.search(pdf_url)
assert pdf_url_m is not None, "can't parse url: %r" % pdf_url
committee_code = pdf_url_m.group('committee')
assert committee_names[committee_code] == col5.text()
row = {
'committee': committee_code,
'pdf_url': pdf_url,
'date': date_value,
'title': title,
}
if get_pdf_text:
pdf_data = self.pdf_session.get(pdf_url).content
text = pdf_to_text(pdf_data)
row['text'] = text
yield row
if empty_page:
break
def fetch_summaries(self, year=2013, get_pdf_text=False):
from collections import defaultdict
for p in range(50):
page_url = self.listing_page_url.format(offset=100*p, year=year)
page = self.fetch_url(page_url)
i_el = list(pqitems(page, ":contains('înregistrări')"))[-1]
table = list(i_el.parents('table'))[-1]
empty_page = True
table_rows = pqitems(pq(table), 'tr')
assert "înregistrări găsite:" in next(table_rows).text()
assert next(table_rows).text() == "Nr. Crt. PDF Data Titlu Comisia"
for tr in table_rows:
empty_page = False
[pdf_link] = pqitems(tr, 'a[target=PDF]')
col3 = list(pqitems(tr, 'td'))[2]
date_value = datetime.strptime(col3.text(), '%d.%m.%Y').date()
col4 = list(pqitems(tr, 'td'))[3]
title = col4.text()
col5 = list(pqitems(tr, 'td'))[4]
pdf_url = pdf_link.attr('href')
pdf_url_m = self.pdf_url_pattern.search(pdf_url)
assert pdf_url_m is not None, "can't parse url: %r" % pdf_url
committee_code = pdf_url_m.group('committee')
assert committee_names[committee_code] == col5.text()
row = {
'committee': committee_code,
'pdf_url': pdf_url,
'date': date_value,
'title': title,
}
if get_pdf_text:
pdf_data = self.pdf_session.get(pdf_url).content
text = pdf_to_text(pdf_data)
row['text'] = text
yield row
if empty_page:
break
def fetch_proposal_details(self, prop):
page = self.fetch_url(prop.url)
page_cdep = page_senate = None
if prop.url_cdep:
page_cdep = self.fetch_url(prop.url_cdep)
if prop.url_senate:
page_senate = self.fetch_url(prop.url_senate)
page = page_cdep or page_senate
prop.title = pq('.headline', page).text()
prop.number_bpi = None
prop.number_cdep = None
prop.number_senate = None
prop.decision_chamber = None
prop.pdf_url = None
prop.status = None
prop.status_text = None
[hook_td] = pqitems(page, ':contains("Nr. înregistrare")')
metadata_table = pq(hook_td.parents('table')[-1])
for row in pqitems(metadata_table.children('tr')):
cols = row.children()
label = cols.eq(0).text().strip()
val_td = cols.eq(1) if len(cols) > 1 else None
if label == "- B.P.I.:":
prop.number_bpi = val_td.text()
elif label == "- Camera Deputatilor:":
prop.number_cdep = val_td.text()
elif label == "- Senat:":
prop.number_senate = val_td.text()
elif label == "Tip initiativa:":
prop.proposal_type = val_td.text()
elif label == "Consultati:":
for tr in pqitems(val_td, 'tr'):
if tr.text() == "Forma iniţiatorului":
[a] = pqitems(tr, 'a')
href = a.attr('href')
prop.pdf_url = href
elif label == "Camera decizionala:":
txt = val_td.text()
if txt == 'Camera Deputatilor':
prop.decision_chamber = 'cdep'
elif txt == 'Senatul':
prop.decision_chamber = 'senat'
elif txt == 'Camera Deputatilor + Senatul':
prop.decision_chamber = 'common'
else:
logger.warn("Unknown decision_chamber %r", txt)
elif label == "Stadiu:":
prop.status_text = val_td.text()
prop.status = self.classify_status(prop.status_text)
prop.date = get_date_from_numbers(
[prop.number_bpi, prop.number_cdep, prop.number_senate])
assert prop.date is not None, "No date for proposal %r" % prop.url
cdep_activity = (self.get_activity(page_cdep) if page_cdep else [])
senate_activity = (self.get_activity(page_senate)
if page_senate else [])
prop.activity = self.merge_activity(cdep_activity, senate_activity)
def scrape_proposal_page(self, chamber, pk):
rv = {}
url = (
'http://www.cdep.ro/pls/proiecte/upl_pck.proiect?idp=%d&cam=%d'
% (pk, chamber)
)
page = self.fetch_url(url)
if chamber == 1:
rv['pk_senate'] = pk
else:
rv['pk_cdep'] = pk
rv['title'] = pq('.headline', page).text()
rv['sponsorship'] = []
[hook_td] = pqitems(page, ':contains("Nr. înregistrare")')
metadata_table = pq(hook_td.parents('table')[-1])
date_texts = []
for row in pqitems(metadata_table.children('tr')):
cols = row.children()
label = cols.eq(0).text().strip()
val_td = cols.eq(1) if len(cols) > 1 else None
if label == "- B.P.I.:":
txt = val_td.text()
rv['number_bpi'] = ' '.join(
parse_proposal_number(t)[1]
for t in txt.split()
)
date_texts.append(txt.split()[0])
elif label == "- Camera Deputatilor:":
txt = val_td.text()
rv['number_cdep'] = parse_proposal_number(txt)[1]
date_texts.append(txt)
link = val_td.find('a')
if link:
args = url_args(link.attr('href'))
assert args.get('cam', '2') == '2'
rv['pk_cdep'] = args.get('idp', type=int)
elif label == "- Senat:":
txt = val_td.text()
rv['number_senate'] = parse_proposal_number(txt)[1]
date_texts.append(txt)
link = val_td.find('a')
if link:
args = url_args(link.attr('href'))
assert args.get('cam') == '1'
rv['pk_senate'] = args.get('idp', type=int)
elif label == "Tip initiativa:":
rv['proposal_type'] = val_td.text()
elif label == "Consultati:":
for tr in pqitems(val_td, 'tr'):
if tr.text() == "Forma iniţiatorului":
[a] = pqitems(tr, 'a')
href = a.attr('href')
rv['pdf_url'] = href
elif label == "Camera decizionala:":
txt = val_td.text()
if txt == 'Camera Deputatilor':
rv['decision_chamber'] = 'cdep'
elif txt == 'Senatul':
rv['decision_chamber'] = 'senat'
elif txt == 'Camera Deputatilor + Senatul':
rv['decision_chamber'] = 'common'
elif txt == '-':
rv['decision_chamber'] = None
else:
logger.warn("Unknown decision_chamber %r", txt)
elif label == "Stadiu:":
rv['status_text'] = val_td.text()
elif label == "Initiator:":
for link in pqitems(val_td, 'a'):
args = url_args(link.attr('href'))
if args.get('cam', 2, type=int) == 2:
cdep_id = (
args.get('leg', type=int),
args.get('idm', type=int),
)
rv['sponsorship'].append(cdep_id)
rv['activity'] = self.get_activity(page)
rv['date'] = get_date_from_numbers(date_texts)
if rv['date'] is None:
rv['date'] = rv['activity'][0].date
return rv
def fetch_proposal_details(self, prop):
page = self.fetch_url(prop.url)
page_cdep = page_senate = None
if prop.url_cdep:
page_cdep = self.fetch_url(prop.url_cdep)
if prop.url_senate:
page_senate = self.fetch_url(prop.url_senate)
page = page_cdep or page_senate
prop.title = pq(".headline", page).text()
prop.number_bpi = None
prop.number_cdep = None
prop.number_senate = None
prop.decision_chamber = None
prop.pdf_url = None
prop.status = None
prop.status_text = None
[hook_td] = pqitems(page, ':contains("Nr. înregistrare")')
metadata_table = pq(hook_td.parents("table")[-1])
for row in pqitems(metadata_table.children("tr")):
cols = row.children()
label = cols.eq(0).text().strip()
val_td = cols.eq(1) if len(cols) > 1 else None
if label == "- B.P.I.:":
prop.number_bpi = val_td.text()
elif label == "- Camera Deputatilor:":
prop.number_cdep = val_td.text()
elif label == "- Senat:":
prop.number_senate = val_td.text()
elif label == "Tip initiativa:":
prop.proposal_type = val_td.text()
elif label == "Consultati:":
for tr in pqitems(val_td, "tr"):
if tr.text() == "Forma iniţiatorului":
[a] = pqitems(tr, "a")
href = a.attr("href")
prop.pdf_url = href
elif label == "Camera decizionala:":
txt = val_td.text()
if txt == "Camera Deputatilor":
prop.decision_chamber = "cdep"
elif txt == "Senatul":
prop.decision_chamber = "senat"
elif txt == "Camera Deputatilor + Senatul":
prop.decision_chamber = "common"
else:
logger.warn("Unknown decision_chamber %r", txt)
elif label == "Stadiu:":
prop.status_text = val_td.text()
prop.status = self.classify_status(prop.status_text)
prop.date = get_date_from_numbers([prop.number_bpi, prop.number_cdep, prop.number_senate])
assert prop.date is not None, "No date for proposal %r" % prop.url
cdep_activity = self.get_activity(page_cdep) if page_cdep else []
senate_activity = self.get_activity(page_senate) if page_senate else []
prop.activity = self.merge_activity(cdep_activity, senate_activity)
