def post(self):
coordinates_str = self.request.get('coordinates')
min_sum = self.request.get_range('min_sum')
delivery_sum = self.request.get_range('delivery_sum')
free_delivery_sum = self.request.get_range('free_delivery_sum')
coordinates = ast.literal_eval(coordinates_str)
ribs_num = len(coordinates) - 1
delivery_zone = DeliveryZone()
delivery_zone.sequence_number = DeliveryZone.generate_sequence_number()
geo_ribs = []
for i in range(0, ribs_num - 1):
start_point = coordinates[i]
end_point = coordinates[i + 1]
geo_rib = GeoRib()
geo_rib.point1 = GeoPt(lat=start_point[1], lon=start_point[0])
geo_rib.point2 = GeoPt(lat=end_point[1], lon=end_point[0])
geo_ribs.append(geo_rib)
start_point = coordinates[ribs_num - 1]
end_point = coordinates[0]
last_rib = GeoRib()
logging.debug('start_point: {}'.format(coordinates))
last_rib.point1 = GeoPt(lat=start_point[1], lon=start_point[0])
last_rib.point2 = GeoPt(lat=end_point[1], lon=end_point[0])
delivery_zone.geo_ribs = geo_ribs
lat, lon = get_mean_coordinate(geo_ribs)
candidates = get_cities_by_coordinates(lat, lon)
if candidates:
logging.critical('CANDIDATES')
address = candidates[0]['address']
address_obj = Address(**address)
address_obj.lat = lat
address_obj.lon = lon
candidates = get_areas_by_coordinates(lat, lon)
if candidates:
address_obj.area = candidates[0]['address']['area']
delivery_zone.address = address_obj
delivery_zone.search_type = ZONE
delivery_zone.price = delivery_sum
delivery_zone.min_sum = min_sum
delivery_zone.free_delivery_sum = free_delivery_sum
delivery_zone.put()
self.redirect('/company/delivery/zone/list')
def get(self):
lat = float(self.request.get('lat'))
lon = float(self.request.get('lon'))
candidates = get_cities_by_coordinates(lat, lon)
if candidates:
address = candidates[0]['address']
address_obj = Address(**address)
address_obj.lat = lat
address_obj.lon = lon
candidates = get_areas_by_coordinates(lat, lon)
if candidates:
address_obj.area = candidates[0]['address']['area']
zone = DeliveryZone(address=address_obj)
zone.sequence_number = DeliveryZone.generate_sequence_number()
zone.put()
self.redirect('/company/delivery/zone/list')
else:
self.redirect('/company/delivery/zone/add_by_map')
def add_address(object, id):
"""
Ajout une address dans la base de données et retourne la clé de l'adresse """
if id is not None and id != "":
cle = ndb.Key("Address", long(id))
newUserAddress = cle.get()
if newUserAddress is None:
newUserAddress = Address()
else:
newUserAddress = Address()
newUserAddress.civicNo = object["civicNo"]
newUserAddress.routeName = object["routeName"]
newUserAddress.postalCode = object["postalCode"]
newUserAddress.appartNo = object["appartNo"]
newUserAddress.long = object["long"]
newUserAddress.lat = object["lat"]
return newUserAddress.put()
newUser.idAddress = newUserAddress.put().id()
def post(self):
js_url = self.request.get('js_file')
js_text = self.request.get('js_text')
if js_text:
pass
elif js_url:
js_text = urlfetch.fetch(js_url).content
else:
pass
json_dict = get_json_from_js(js_text)
self.response.content_type = 'application/json'
delivery_maps = json_dict['maps']
# self.response.write(json.dumps(delivery_maps))
for delivery_map in delivery_maps:
geo_objects = delivery_map['geoObjects']
zones = geo_objects['features']
self.response.write(json.dumps(zones))
for zone in zones:
geometry = zone['geometry']
properties = zone['properties']
zone_name = properties['name']
zone_decription = properties['description']
coordinates_array = geometry['coordinates']
type = geometry['type']
if type == 'Polygon':
delivery_coordinates = coordinates_array[0]
elif type == 'LineString':
delivery_coordinates = coordinates_array
ribs_num = len(delivery_coordinates) - 1
delivery_zone = DeliveryZone()
delivery_zone.sequence_number = DeliveryZone.generate_sequence_number(
)
delivery_zone.comment = u'Name: {0}, description: {1}:'.format(
zone_name, zone_decription)
geo_ribs = []
for i in range(0, ribs_num - 1):
start_point = delivery_coordinates[i]
end_point = delivery_coordinates[i + 1]
geo_rib = GeoRib()
geo_rib.point1 = GeoPt(lat=start_point[1],
lon=start_point[0])
geo_rib.point2 = GeoPt(lat=end_point[1], lon=end_point[0])
geo_ribs.append(geo_rib)
start_point = delivery_coordinates[ribs_num - 1]
end_point = delivery_coordinates[0]
last_rib = GeoRib()
logging.debug('start_point: {}'.format(delivery_coordinates))
last_rib.point1 = GeoPt(lat=start_point[1], lon=start_point[0])
last_rib.point2 = GeoPt(lat=end_point[1], lon=end_point[0])
delivery_zone.geo_ribs = geo_ribs
lat, lon = get_mean_coordinate(geo_ribs)
candidates = get_cities_by_coordinates(lat, lon)
if candidates:
logging.critical('CANDIDATES')
address = candidates[0]['address']
address_obj = Address(**address)
address_obj.lat = lat
address_obj.lon = lon
candidates = get_areas_by_coordinates(lat, lon)
if candidates:
address_obj.area = candidates[0]['address']['area']
delivery_zone.address = address_obj
delivery_zone.put()
self.redirect('/company/delivery/zone/list')