def parse_table(table: bs4.NavigableString):
result = {}
tbodies = table.find_all('tbody')
imgs = tbodies[0].find_all('img')
tds_number = tbodies[1].find_all('td')
for img, td_number in zip(imgs, tds_number):
try:
unit_type = int(img['class'][1][1:])
except ValueError:
unit_type = img['class'][1][1:]
number = int(td_number.text.strip())
result[unit_type] = number
return result
def from_soup(meeting: NavigableString, session):
"""Generate a new Meeting instance from BeautifulSoup's objects
Args:
meeting (NavigableString): The table row representing the meeting
session (parliament_parser.ParliamentarySession): The parliamentary session this meeting is a part of.
Returns:
Meeting: A Meeting object representing this meeting.
"""
meeting = meeting.find_all('td')
meeting_id = int(meeting[0].text.strip())
date = dateparser.parse(meeting[2].text.strip())
tod = TimeOfDay.AM
if 'PM' in meeting[1].text:
tod = TimeOfDay.PM
elif 'Avond' in meeting[1].text:
tod = TimeOfDay.EVENING
result = Meeting(session, meeting_id, tod, date)
return result
def electronic_vote_from_table(meeting_topic, vote_number: int, vote_start_node: NavigableString):
"""Generate a new electronic (advisory or generic) vote from a parsed table.
Args:
meeting_topic (MeetingTopic): The meeting topic
vote_number (int): Number of the vote in this meeting (e.g. 1)
vote_start_node (NavigableString): Vote start node as obtained by BeautifulSoup
Returns:
Vote:
"""
yes = int(clean_string(vote_start_node.find_all(
'td')[1].find('p').get_text()))
vote_end_node = vote_start_node.find_next_sibling().find_next_sibling()
if not vote_end_node or vote_end_node.name != 'table':
return ElectronicAdvisoryVote(meeting_topic, vote_number, yes)
no = int(clean_string(vote_end_node.find_all(
'td')[1].find('p').get_text()))
return ElectronicGenericVote(meeting_topic, vote_number, yes, no)
