def parse_vallokal(self, vl):
#print("parse_vallokal")
#print(vl)
vallokal = NestedDict()
with io.StringIO(vl, newline='') as vlf:
reader = csv.reader(vlf, delimiter=':', skipinitialspace=True)
for row in reader:
#print(row)
if len(row) <= 1:
pass
elif row[0] == 'L':
#print("Found Län: {0}({1})".format(row[2], row[1]))
vallokal[row[1]] = { 'type': 'L', 'id': (row[1],), 'name': row[2] }
try:
vallokal['l'].append(row[1])
except:
vallokal['l'] = []
vallokal['l'].append(row[1])
#print("Saved län ")
#self.pp.pprint(vallokal[row[1]])
#self.pp.pprint(vallokal['l'])
elif row[0] == 'K':
#print("Found Kommun: {0}({1})".format(row[4], row[1]))
vallokal[row[1]] = \
{ 'type': 'K', 'id': (row[2], row[3]), 'name': row[4] }
try:
vallokal['kl'][row[2]].append(row[3])
except:
vallokal['kl'][row[2]] = []
vallokal['kl'][row[2]].append(row[3])
#print("Saved län ")
#self.pp.pprint(vallokal[row[1]])
#self.pp.pprint(vallokal['kl'][row[2]])
elif row[0] == 'V':
#print("Found Län: {0}({1})".format(row[5], row[1]))
vallokal[row[1]] = \
{ 'type': 'V', 'id': (row[2], row[3], row[4]), 'name': row[5] }
try:
vallokal['vk'][row[2]+row[3]].append(row[4])
except:
vallokal['vk'][row[2]+row[3]] = []
vallokal['vk'][row[2]+row[3]].append(row[4])
#print("Saved län ")
#self.pp.pprint(vallokal[row[1]])
#self.pp.pprint(vallokal['l'])
else:
pass
return vallokal
def __init__(self, type):
#self.pp = pprint.PrettyPrinter()
resultXslt = "slutresultat.xslt"
resultPath = Path('data/slutresultat')
files = resultPath.glob('slutresultat_????' + type + '.xml')
rXslt = etree.parse(resultXslt)
rTransform = etree.XSLT(rXslt)
self.resultdb = NestedDict()
for f in files:
#print('Parsing ', f)
#print('-------------')
rDom = etree.parse(str(f))
rTrans = str(rTransform(rDom))
#print(rTrans)
#print('-------------')
self.resultdb = self.parse_result(rTrans, self.resultdb)
