def __init__(self, teryt_file_name):
"""
Initiates teryt decoder using csv_file with teryt codes.
Arguments:
teryt_file_name - name of csv file containing TERYT codes
"""
csv_file = CsvFile(teryt_file_name, delim=';', quote='"')
data = CsvData(csv_file)
data.build(rows_type='list')
self.codes = {}
for row in data.get_rows():
if not self.is_important(row[4]):
continue
woj, pow, gm = row[1], row[2], row[3]
name, type = row[5], row[6]
if woj not in self.codes:
self.codes[woj] = {'name': name, 'type': type, 'pows': {}}
if pow != '00':
powiats = self.codes[woj]['pows']
if pow not in powiats:
powiats[pow] = {'name': name, 'type': type, 'gms': {}}
if gm != '00':
gmins = powiats[pow]['gms']
gmins[gm] = {'name': name, 'type': type}
csv_file.close()
def __init__(self, file_name):
"""Initiates decoder using file describing meaning of that figure.
Arguments:
file_name -- name of file with description of the fourth figure
"""
csv_file = CsvFile(file_name, delim=';', quote='"')
data = CsvData(csv_file)
codes = {}
for row in data.get_rows():
codes[row[0]] = row[1]
def __init__(self, file_name):
"""
Initiates jst codes decoder using csv_file with jst codes.
Omitts lines that does not describe jst.
Arguments:
file_name - name of csv file containing jst codes
"""
csv_file = CsvFile(file_name, delim=';', quote='"', enc='cp1250')
data = CsvData(csv_file)
data.build(rows_type='list')
self.codes = {}
for row in data.get_rows():
type = row[4]
if type != 'z' and type != 'Z':
continue
code = row[9]
name = row[0]
self.codes[code] = name