def addToUik(fileName, session, regionID=None):
"""
Если указан regionID, то из файла импортируются УИКи данного региона.
Внимание!!! Здесь не удаляются УИКи -- они должны быть удалены вместе с ТИКами.
Если не указан regionID, то импортируется все УИКи.
"""
processAll = (regionID==None)
success = True
dbsession = session
with transaction.manager:
shp = Reader(fileName)
count_shapes = len(shp.shapes())
records = shp.shapeRecords()
shapes = shp.shapes()
for i in range(count_shapes - 1):
record = records[i]
row = record.record
if processAll or row[0] == regionID:
prec = dbsession.query(GeocodingPrecision).filter_by(name=row[16]).one()
uikRec = {
'region_id': row[0],
'tik_id': row[17],
'number_official': row[2],
'number_composite': '_'.join([str(row[17]), str(row[2])]),
'address_voting': row[3],
'place_voting': row[4],
'address_office': row[5],
'place_office': row[6],
'comment': row[8],
'geocoding_precision_id': prec.id,
'point' : "POINT(%s %s)" % (record.shape.points[0][0], record.shape.points[0][1])
}
uik = Uik()
uik.number_official = uikRec['number_official']
uik.number_composite = uikRec['number_composite']
uik.address_voting = uikRec['address_voting']
uik.place_voting = uikRec['place_voting']
uik.address_office = uikRec['address_office']
uik.place_office = uikRec['place_office']
uik.comment = uikRec['comment']
uik.point = WKTSpatialElement(uikRec['point'], 4326)
uik.is_applied = False
uik.geocoding_precision_id = uikRec['geocoding_precision_id']
uik.tik_id = uikRec['tik_id']
uik.region_id = uikRec['region_id']
dbsession.add(uik)
return success
parser.add_option("--h", dest="host")
parser.add_option("--u", dest="user")
parser.add_option("--p", dest="password")
parser.add_option("--s", dest="shp_file")
parser.add_option("--c", dest="csv_file")
parser.add_option("--cm", dest="csv_file_mvd")
(options, args) = parser.parse_args()
# ----------------------------------------
# Read shp data of houses
# ----------------------------------------
from my_shapefile import Reader
print 'Reading houses shp file...'
shp = Reader(options.shp_file)
count_shapes = len(shp.shapes())
records = shp.shapeRecords()
shapes = shp.shapes()
def record_to_house(record):
records = record.record
return {
'osm_id': records[0],
'building': records[1],
'street': records[2],
'suburb': records[3],
'house_num': records[4],
'name': records[5],
'address': records[7],
parser.add_option("--u", dest="user")
parser.add_option("--p", dest="password")
parser.add_option("--s", dest="shp_file")
parser.add_option("--c", dest="csv_file")
parser.add_option("--cm", dest="csv_file_mvd")
(options, args) = parser.parse_args()
# ----------------------------------------
# Read shp data of houses
# ----------------------------------------
from my_shapefile import Reader
print 'Reading houses shp file...'
shp = Reader(options.shp_file)
count_shapes = len(shp.shapes())
records = shp.shapeRecords()
shapes = shp.shapes()
def record_to_house(record):
records = record.record
return {
'osm_id': records[0],
'building': records[1],
'street': records[2],
'suburb': records[3],
'house_num': records[4],
'name': records[5],
'address': records[7],
