def scrape(self, window=28, matter_ids=None):
'''By default, scrape board reports updated in the last 28 days.
Optionally specify a larger or smaller window of time from which to
scrape updates, or specific matters to scrape.
Note that passing a value for :matter_ids supercedes the value of
:window, such that the given matters will be scraped regardless of
when they were updated.
Optional parameters
:window (numeric) - Amount of time for which to scrape updates, e.g.
a window of 7 will scrape legislation updated in the last week. Pass
a window of 0 to scrape all legislation.
:matter_ids (str) - Comma-separated list of matter IDs to scrape
'''
if matter_ids:
matters = [
self.matter(matter_id) for matter_id in matter_ids.split(',')
]
matters = filter(
None, matters) # Skip matters that are not yet in Legistar
elif float(window): # Support for partial days, i.e., window=0.15
n_days_ago = datetime.datetime.utcnow() - datetime.timedelta(
float(window))
matters = self.matters(n_days_ago)
else:
# Scrape all matters, including those without a last-modified date
matters = self.matters()
n_days_ago = datetime.datetime.utcnow() - datetime.timedelta(
float(window))
for matter in matters:
# Skip this bill, until Metro cleans up duplicate in Legistar API
if matter['MatterFile'] == '2017-0447':
continue
matter_id = matter['MatterId']
date = matter['MatterIntroDate']
title = matter['MatterTitle']
identifier = matter['MatterFile']
if not all((date, title, identifier)):
continue
# Do not scrape private bills introduced before this timestamp.
if self._is_restricted(matter) and (
date < self.START_DATE_PRIVATE_SCRAPE):
continue
bill_session = self.session(self.toTime(date))
bill_type = BILL_TYPES[matter['MatterTypeName']]
if identifier.startswith('S'):
alternate_identifiers = [identifier]
identifier = identifier[1:]
else:
alternate_identifiers = []
bill = Bill(identifier=identifier,
legislative_session=bill_session,
title=title,
classification=bill_type,
from_organization={"name": "Board of Directors"})
# The Metro scraper scrapes private bills.
# However, we do not want to capture significant data about private bills,
# other than the value of the helper function `_is_restricted` and a last modified timestamp.
# We yield private bills early, wipe data from previously imported once-public bills,
# and include only data *required* by the pupa schema.
# https://github.com/opencivicdata/pupa/blob/master/pupa/scrape/schemas/bill.py
bill.extras = {'restrict_view': self._is_restricted(matter)}
# Add API source early.
# Private bills should have this url for debugging.
legistar_api = self.BASE_URL + '/matters/{0}'.format(matter_id)
bill.add_source(legistar_api, note='api')
if self._is_restricted(matter):
# required fields
bill.title = 'Restricted View'
# wipe old data
bill.extras['plain_text'] = ''
bill.extras['rtf_text'] = ''
bill.sponsorships = []
bill.related_bills = []
bill.versions = []
bill.documents = []
bill.actions = []
yield bill
continue
legistar_web = matter['legistar_url']
bill.add_source(legistar_web, note='web')
for identifier in alternate_identifiers:
bill.add_identifier(identifier)
for action, vote in self.actions(matter_id):
act = bill.add_action(**action)
if action['description'] == 'Referred':
body_name = matter['MatterBodyName']
act.add_related_entity(
body_name,
'organization',
entity_id=_make_pseudo_id(name=body_name))
result, votes = vote
if result:
vote_event = VoteEvent(
legislative_session=bill.legislative_session,
motion_text=action['description'],
organization=action['organization'],
classification=None,
start_date=action['date'],
result=result,
bill=bill)
vote_event.add_source(legistar_web)
vote_event.add_source(legistar_api + '/histories')
for vote in votes:
try:
raw_option = vote['VoteValueName'].lower()
except AttributeError:
raw_option = None
clean_option = self.VOTE_OPTIONS.get(
raw_option, raw_option)
vote_event.vote(clean_option,
vote['VotePersonName'].strip())
yield vote_event
for sponsorship in self.sponsorships(matter_id):
bill.add_sponsorship(**sponsorship)
for topic in self.topics(matter_id):
bill.add_subject(topic['MatterIndexName'].strip())
for relation in self.relations(matter_id):
try:
# Get data (i.e., json) for the related bill.
# Then, we can find the 'MatterFile' (i.e., identifier) and the 'MatterIntroDate' (i.e., to determine its legislative session).
# Sometimes, the related bill does not yet exist: in this case, throw an error, and continue.
related_bill = self.endpoint(
'/matters/{0}', relation['MatterRelationMatterId'])
except scrapelib.HTTPError:
continue
else:
date = related_bill['MatterIntroDate']
related_bill_session = self.session(self.toTime(date))
identifier = related_bill['MatterFile']
bill.add_related_bill(
identifier=identifier,
legislative_session=related_bill_session,
relation_type='companion')
# Currently, the relation type for bills can be one of a few possibilites: https://github.com/opencivicdata/python-opencivicdata/blob/master/opencivicdata/common.py#L104
# Metro simply understands these as related files, suggesting that they receive a relation of 'companion'.
bill.add_version_link(
'Board Report',
'https://metro.legistar.com/ViewReport.ashx?M=R&N=TextL5&GID=557&ID={}&GUID=LATEST&Title=Board+Report'
.format(matter_id),
media_type="application/pdf")
for attachment in self.attachments(matter_id):
if attachment['MatterAttachmentName']:
bill.add_document_link(
attachment['MatterAttachmentName'],
attachment['MatterAttachmentHyperlink'].strip(),
media_type="application/pdf")
bill.extras['local_classification'] = matter['MatterTypeName']
matter_version_value = matter['MatterVersion']
text = self.text(matter_id, matter_version_value)
if text:
if text['MatterTextPlain']:
bill.extras['plain_text'] = text['MatterTextPlain']
if text['MatterTextRtf']:
bill.extras['rtf_text'] = text['MatterTextRtf'].replace(
u'\u0000', '')
yield bill
def scrape_bills(self):
"""
Does the following
1) Scrapes bill data from unitedstates project and saves the data to path specified in UnitedStates module
2) Iterates over bill data and converts each one to an OCD-compliant bill model.
3) Yields the OCD-compliant bill model instance
@return: yield Bill instance
"""
# run scraper first to pull in all the bill data
self.run_unitedstates_bill_scraper()
# iterate over all the files and build and yield Bill objects
for filename in find_files(settings.SCRAPED_DATA_DIR, '.*[a-z]*\/[a-z]*[0-9]*\/data\.json'):
try:
with open(filename) as json_file:
json_data = json.load(json_file)
# Initialize Object
bill = Bill(self.TYPE_MAP[json_data['bill_type']]['canonical'] + ' ' + json_data['number'],
json_data['congress'],
json_data['official_title'],
chamber=self.TYPE_MAP[json_data['bill_type']]['chamber']
)
# Basics
bill.type = [json_data['bill_type']]
bill.subject = json_data['subjects']
bill.add_summary(json_data['summary']['as'],
json_data['summary']['text'],
json_data['summary']['date'])
# Common Fields
bill.sources = [{'url': json_data['url'], 'note': 'all'}]
# Other/Related Bills
bill.other_titles = [{'note': t['type'], 'title': t['title']} for t in json_data['titles']]
# change value of relationship_type to 'type' field from json_data when permitted by schema
bill.related_bills = [{'session': b['session'], 'name': b['name'], 'relationship_type':'companion'}
for b in json_data['related_bills']]
# add primary sponsor
bill.add_sponsorship_by_identifier(json_data['sponsor']['name'], 'person', 'person', True,
scheme='thomas_id',
identifier=json_data['sponsor']['thomas_id'],
chamber=self.TYPE_MAP[json_data['bill_type']]['chamber'])
# add cosponsors
for cs in json_data['cosponsors']:
bill.add_sponsorship_by_identifier(cs['name'], 'person', 'person', False,
scheme='thomas_id', identifier=cs['thomas_id'],
chamber=self.TYPE_MAP[json_data['bill_type']]['chamber'])
# add introduced_at and actions
bill.actions.append({'date': json_data['introduced_at'], 'type': 'introduced',
'description': 'date of introduction',
'actor': self.TYPE_MAP[json_data['bill_type']]['chamber'],
'related_entities': []})
for action in json_data['actions']:
bill.actions.append({'date': action['acted_at'],
'type': [action['type']],
'description': action['text'],
'actor': self.TYPE_MAP[json_data['bill_type']]['chamber'],
'related_entities': []
})
# add bill versions
for version_path in find_files(os.path.join(settings.SCRAPED_DATA_DIR,
'data', bill.session, 'bills', json_data['bill_type'],
json_data['bill_type'] + json_data['number'],
'text-versions'), '*\.json'):
try:
with open(version_path) as version_file:
version_json_data = json.load(version_file)
for k, v in version_json_data['urls'].iteritems():
bill.versions.append({'date': version_json_data['issued_on'],
'type': version_json_data['version_code'],
'name': self.VERSION_MAP[version_json_data['version_code']],
'links': [{'mimetype': k, 'url': v}]})
except IOError:
print("Unable to open or parse file with path " + version_path)
continue
yield bill
except IOError:
print("Unable to open or parse file with path " + filename)
continue
def scrape_bills(self):
"""
Does the following
1) Scrapes bill data from unitedstates project and saves the data to path specified in UnitedStates module
2) Iterates over bill data and converts each one to an OCD-compliant bill model.
3) Yields the OCD-compliant bill model instance
@return: yield Bill instance
"""
# run scraper first to pull in all the bill data
self.run_unitedstates_bill_scraper()
# iterate over all the files and build and yield Bill objects
for filename in find_files(settings.SCRAPED_DATA_DIR,
'.*[a-z]*\/[a-z]*[0-9]*\/data\.json'):
try:
with open(filename) as json_file:
json_data = json.load(json_file)
# Initialize Object
bill = Bill(
self.TYPE_MAP[json_data['bill_type']]['canonical'] +
' ' + json_data['number'],
json_data['congress'],
json_data['official_title'],
chamber=self.TYPE_MAP[
json_data['bill_type']]['chamber'])
# Basics
bill.type = [json_data['bill_type']]
bill.subject = json_data['subjects']
bill.add_summary(json_data['summary']['as'],
json_data['summary']['text'],
json_data['summary']['date'])
# Common Fields
bill.sources = [{'url': json_data['url'], 'note': 'all'}]
# Other/Related Bills
bill.other_titles = [{
'note': t['type'],
'title': t['title']
} for t in json_data['titles']]
# change value of relationship_type to 'type' field from json_data when permitted by schema
bill.related_bills = [{
'session': b['session'],
'name': b['name'],
'relationship_type': 'companion'
} for b in json_data['related_bills']]
# add primary sponsor
bill.add_sponsorship_by_identifier(
json_data['sponsor']['name'],
'person',
'person',
True,
scheme='thomas_id',
identifier=json_data['sponsor']['thomas_id'],
chamber=self.TYPE_MAP[
json_data['bill_type']]['chamber'])
# add cosponsors
for cs in json_data['cosponsors']:
bill.add_sponsorship_by_identifier(
cs['name'],
'person',
'person',
False,
scheme='thomas_id',
identifier=cs['thomas_id'],
chamber=self.TYPE_MAP[
json_data['bill_type']]['chamber'])
# add introduced_at and actions
bill.actions.append({
'date':
json_data['introduced_at'],
'type':
'introduced',
'description':
'date of introduction',
'actor':
self.TYPE_MAP[json_data['bill_type']]['chamber'],
'related_entities': []
})
for action in json_data['actions']:
bill.actions.append({
'date':
action['acted_at'],
'type': [action['type']],
'description':
action['text'],
'actor':
self.TYPE_MAP[json_data['bill_type']]['chamber'],
'related_entities': []
})
# add bill versions
for version_path in find_files(
os.path.join(
settings.SCRAPED_DATA_DIR, 'data',
bill.session, 'bills', json_data['bill_type'],
json_data['bill_type'] + json_data['number'],
'text-versions'), '*\.json'):
try:
with open(version_path) as version_file:
version_json_data = json.load(version_file)
for k, v in version_json_data[
'urls'].iteritems():
bill.versions.append({
'date':
version_json_data['issued_on'],
'type':
version_json_data['version_code'],
'name':
self.VERSION_MAP[
version_json_data['version_code']],
'links': [{
'mimetype': k,
'url': v
}]
})
except IOError:
print("Unable to open or parse file with path " +
version_path)
continue
yield bill
except IOError:
print("Unable to open or parse file with path " + filename)
continue