def _is_it_a_first_name(field, wp):
"""
Find out if the field contains the name of a first name.
Returns True or False
"""
list_of_vornamen = _get_vornamenListe()
field = _low_cap_all(field)
for name in list_of_vornamen:
if field == name:
if field.upper() not in wp.offices:
return True
return False
def _is_it_a_city(field):
"""
Find out if the field contains the name of a city in NRW. Since this
field is usually given when two or more MdLs share the same family name,
this is actually the city where they got elected (Wahlkreis) and is used
to distinguish between MdLs. From Wahlperiode 14 this will be accomplished
by their first names.
Returns True or False
"""
cities = _make_list_of_cities()
is_it_a_city = _low_cap_all(field)
if is_it_a_city in cities:
return True
return False
def _align_with_wiki(legislature, last_name, first_name, party, electoral_ward,\
mdls_wiki, line):
exceptions = {
'10': {
'MÜLLER': {
'DÜREN': 'HELMUT',
'MÜLHEIM': 'GERD',
'MENDEN': 'HAGEN'
},
'HEINEMANN': {
'DORTMUND': 'HERMANN',
'ENGER': 'MANFRED',
'ESSEN': 'PETER'
},
'SCHUMACHER': {
'KALL': 'WERNER',
'REMSCHEID': 'ROBERT'
},
'ALT-KÜPPERS': {
'ew': 'HANS'
}
},
'11': {
'SCHUMACHER': {
'KALL': 'WERNER'
},
'PAUS': {
'BIELEFELD': 'MARIANNE',
'DETMOLD': 'HEINZ'
},
'BOULBOULLE': {
'ew': 'CARLA'
},
'MEYER-SCHIFFER': {
'ew': 'GISELA'
},
'ALT-KÜPPERS': {
'ew': 'HANS'
}
},
'12': {
'KRUSE': {
'BOCHOLT': 'HEINRICH',
'OLPE': 'THEODOR'
},
'SCHULTE': {
'MENDEN': 'HUBERT',
'LÜDENSCHEID': 'BERND'
},
'LEY': {
'KÖLN': 'MARIE-THERES',
'LEICHLINGEN': 'GISELA'
},
'WALSKEN VORMALS MEYER-SCHIFFER': {
'ew': 'GISELA'
}
},
'13': {
'SCHULTE': {
'MENDEN': 'HUBERT',
'LÜDENSCHEID': 'BERND',
'GELSENKIRCHEN': 'GERD'
},
'KRUSE': {
'BOCHOLT': 'HEINRICH',
'OLPE': 'THEODOR'
},
'WIRTZ': {
'BOCHUM': 'HEINZ',
'STOLBERG': 'AXEL'
},
'BISCHOFF': {
'MONHEIM': 'WERNER',
'DUISBURG': 'RAINER'
},
'LEY': {
'KÖLN': 'MARIE-THERES',
'LEICHLINGEN': 'GISELA'
},
'KRAFT': {
'MÜLHEIM': 'HANNELORE',
'RATINGEN': 'HANS'
},
'SCHMIDT': {
'ew': 'ULRICH'
}
}
}
try:
first_name = exceptions[legislature][last_name][electoral_ward]
return first_name
except KeyError:
pass
last_name = last_name.replace('Ä', 'A')
last_name = last_name.replace('Ö', 'O')
last_name = last_name.replace('Ü', 'U')
last_name = last_name.replace('ß', 'SS')
if last_name == 'ALT-KÜPPERS':
last_name = 'ALT-KÜPERS'
elif last_name == 'ROBELS':
last_name = 'ROBELS-FRÖHLICH'
elif last_name == 'SAURE':
last_name = 'KNOTT'
if party == 'F.D.P.':
party = 'FDP'
elif party == 'DIE GRÜNEN':
party = 'GRÜNE'
for mdl_wiki in mdls_wiki:
if _low_cap_all(last_name) == mdl_wiki[0].split(',')[0]:
if electoral_ward != 'ew' and len(mdl_wiki) == 3:
if electoral_ward == mdl_wiki[1].upper():
first_name = mdl_wiki[0].split(',')[-1].upper().strip()
return first_name
else:
try:
if party.upper() == mdl_wiki[-1].upper():
first_name = mdl_wiki[0].split(',')[-1]
first_name = first_name.upper().strip()
return first_name
except TypeError:
print('party', party)
print('mdl_wiki', mdl_wiki)
raise Exception
except AttributeError:
print('last_name, first_name', last_name, first_name)
print(line)
print('party', party)
print('mdl_wiki', mdl_wiki)
raise Exception
return first_name
def _find_MdL_in_lineup(mdl, sessions, wp):
legislature = wp.wahlperiode
sittings = list()
session_merger = defaultdict()
mdl_key = mdl.key
last_name = _low_cap_all(mdl_key.split('_')[0])
first_name = _low_cap_all(mdl_key.split('_')[1])
if mdl_key.split('_')[2] != 'ew':
ward = _low_cap_all(mdl_key.split('_')[2])
else:
ward = 'ew'
mdl = (last_name, first_name, ward)
counter = 1
for session in sessions:
if session not in sittings:
sittings.append(session)
#print(f'MdL {mdl_key} attended {len(sittings)} sessions')
for key_tuple, session in wp.sessions.items():
#print('key_tuple', key_tuple)
#print('session', session)
#print()
session_nr = session.protocol_nr.split(' ')[-1]
mdls = wp.sessions[key_tuple].speakers
lineup = None
if session_nr in sittings:
if session_nr not in session_merger:
session_merger[session_nr] = dict()
for _, MdL in mdls.items():
if int(legislature) < 14:
if MdL.ward and MdL.ward != 'ew':
if MdL.name == last_name:
start = key_tuple.start
end = key_tuple.end
if end:
start_end = start + ', ' + end
else:
start_end = start
session_merger[session_nr][start_end] = mdls
elif MdL.name == last_name:
start = key_tuple.start
end = key_tuple.end
if end:
start_end = start + ', ' + end
else:
start_end = start
session_merger[session_nr][start_end] = mdls
elif int(legislature) >= 14:
name = first_name + ' ' + last_name
if MdL.name == name:
start = key_tuple.start
end = key_tuple.end
if end:
start_end = start + ', ' + end
else:
start_end = start
session_merger[session_nr][start_end] = mdls
contris = dict()
for session_nr, sessions in session_merger.items():
for start_end, speakers in sessions.items():
#_printout_lineup(session_nr, start_end, speakers)
contri = _collect_mdl_contributions(contris, session_nr, mdl,\
start_end, speakers, legislature)
return contris