def get_courts_to_search(row, courts_by_name):
if 'courtName' not in row or row['courtName'] not in courts_by_name:
return [court['fips_code'] for court in courts]
return get_nearby_courts(row['courtName'])
search_id = Database.insert_search()
search_terms = 0
search_tasks = []
with open(sys.argv[1]) as csvfile:
reader = csv.DictReader(csvfile)
for row in reader:
courts_to_search = get_courts_to_search(row, courts_by_name)
name = row['last'] + ', ' + row['first']
search_terms += 1
print name, len(courts_to_search), 'courts'
for fips_code in courts_to_search:
search_tasks.append({
'search_id': search_id,
'type': 'name',
'court_fips': fips_code,
'court_type': 'circuit',
'case_type': 'civil',
'term': name.upper(),
'case_details': True
})
Database.insert_created_tasks('circuit', search_tasks)
Database.update_search(search_id, search_terms, len(search_tasks))
[court['fips_code'] for court in nearby_courts]
return courts_by_name[court_name]['nearbyCourts']
def get_courts_to_search(row, courts_by_name):
if 'courtName' not in row or row['courtName'] not in courts_by_name:
return [court['fips_code'] for court in courts]
return get_nearby_courts(row['courtName'])
search_id = Database.insert_search()
search_terms = 0
search_tasks = []
with open(sys.argv[1]) as csvfile:
reader = csv.DictReader(csvfile)
for row in reader:
courts_to_search = get_courts_to_search(row, courts_by_name)
name = row['last'] + ', ' + row['first']
search_terms += 1
print name, len(courts_to_search), 'courts'
for fips_code in courts_to_search:
search_tasks.append({
'search_id': search_id,
'type': 'name',
'court_fips': fips_code,
'court_type': 'circuit',
'case_type': 'civil',
'term': name.upper(),
'case_details': True
})
Database.insert_created_tasks('circuit', search_tasks)
Database.update_search(search_id, search_terms, len(search_tasks))
