def get():
para = reqparse.RequestParser()
para.add_argument('province', type=int, required=False)
para.add_argument('city', type=int, required=False)
para.add_argument('country', type=int, required=False)
args = para.parse_args()
province = args.get('province')
city = args.get('city')
country = args.get('country')
count = get_store_by_position_count(province,city,country)
stores = get_store_by_position(province,city,country)
dicts = {}
dicts['stores'] = []
if type(stores) is list:
for s in stores:
store_info = find_info_by_storeId(s.id)
s.rel_path = store_info.rel_path
s.picture_name = store_info.picture_name
s.picture_name = s.rel_path+'/'+s.picture_name
stores_pic = flatten(s)
dicts['stores'].append(stores_pic)
else:
if stores:
store_info = find_info_by_storeId(stores.id)
stores.rel_path = store_info.rel_path
stores.picture_name = store_info.picture_name
stores.picture_name = stores.rel_path+'/'+stores.picture_name
stores_pic = flatten(stores)
dicts['stores'].append(stores_pic)
return dicts
def get():
para = reqparse.RequestParser()
para.add_argument('province', type=int, required=False)
para.add_argument('city', type=int, required=False)
para.add_argument('country', type=int, required=False)
args = para.parse_args()
province = args.get('province')
city = args.get('city')
country = args.get('country')
count = get_store_by_position_count(province, city, country)
stores = get_store_by_position(province, city, country)
dicts = {}
dicts['stores'] = []
if type(stores) is list:
for s in stores:
store_info = find_info_by_storeId(s.id)
s.rel_path = store_info.rel_path
s.picture_name = store_info.picture_name
s.picture_name = s.rel_path + '/' + s.picture_name
stores_pic = flatten(s)
dicts['stores'].append(stores_pic)
else:
if stores:
store_info = find_info_by_storeId(stores.id)
stores.rel_path = store_info.rel_path
stores.picture_name = store_info.picture_name
stores.picture_name = stores.rel_path + '/' + stores.picture_name
stores_pic = flatten(stores)
dicts['stores'].append(stores_pic)
return dicts
def get():
para = reqparse.RequestParser()
para.add_argument('province', type=int, required=False)
para.add_argument('city', type=int, required=False)
para.add_argument('country', type=int, required=False)
para.add_argument('latitude', type=float, required=False)
para.add_argument('longitude', type=float, required=False)
args = para.parse_args()
province = args.get('province')
city = args.get('city')
country = args.get('country')
latitude = args.get('latitude')
longitude = args.get('longitude')
count = get_store_by_position_count(province, city, country)
stores = get_store_by_position(province, city, country)
dicts = {}
dicts['stores'] = []
if type(stores) is list:
sorteds = lambda stores: get_distance(latitude, longitude, stores.
latitude, stores.longitude)
store = sorted(stores, key=sorteds)
for s in store:
store_info = find_info_by_storeId(s.id)
s.rel_path = store_info.rel_path
s.picture_name = store_info.picture_name
s.picture_name = s.rel_path + '/' + s.picture_name
distance = get_distance(latitude, longitude, s.latitude,
s.longitude)
distance_2 = "%.2f" % distance
print distance_2
dis = int(distance * 1000)
s.distance = dis
s.distance2 = distance_2
if dis < 2000:
stores_pic = flatten(s)
dicts['stores'].append(stores_pic)
else:
if stores:
lat = stores.latitude
lng = stores.longitude
d = get_distance(latitude, longitude, lat, lng)
dis = int(d * 1000)
store_info = find_info_by_storeId(stores.id)
stores.rel_path = store_info.rel_path
stores.picture_name = store_info.picture_name
stores.picture_name = stores.rel_path + '/' + stores.picture_name
stores.distance = dis
if dis < 2000:
stores_pic = flatten(stores)
dicts['stores'].append(stores_pic)
print(dicts)
return dicts
def get():
para = reqparse.RequestParser()
para.add_argument('province', type=int, required=False)
para.add_argument('city', type=int, required=False)
para.add_argument('country', type=int, required=False)
para.add_argument('latitude', type=float, required=False)
para.add_argument('longitude', type=float, required=False)
args = para.parse_args()
province = args.get('province')
city = args.get('city')
country = args.get('country')
latitude = args.get('latitude')
longitude = args.get('longitude')
count = get_store_by_position_count(province,city,country)
stores = get_store_by_position(province,city,country)
dicts = {}
dicts['stores'] = []
if type(stores) is list:
sorteds = lambda stores: get_distance(latitude,longitude,stores.latitude,stores.longitude)
store = sorted(stores,key=sorteds)
for s in store:
store_info = find_info_by_storeId(s.id)
s.rel_path = store_info.rel_path
s.picture_name = store_info.picture_name
s.picture_name = s.rel_path+'/'+s.picture_name
distance = get_distance(latitude,longitude,s.latitude,s.longitude)
distance_2 = "%.2f" % distance
print distance_2
dis = int(distance*1000)
s.distance = dis
s.distance2 = distance_2
if dis < 2000:
stores_pic = flatten(s)
dicts['stores'].append(stores_pic)
else:
if stores:
lat = stores.latitude
lng = stores.longitude
d = get_distance(latitude,longitude,lat,lng)
dis = int(d*1000)
store_info = find_info_by_storeId(stores.id)
stores.rel_path = store_info.rel_path
stores.picture_name = store_info.picture_name
stores.picture_name = stores.rel_path+'/'+stores.picture_name
stores.distance = dis
if dis < 2000:
stores_pic = flatten(stores)
dicts['stores'].append(stores_pic)
print(dicts)
return dicts
def get():
para = reqparse.RequestParser()
para.add_argument('keyword', type=str, required=False)
args = para.parse_args()
keyword = args.get('keyword')
count = get_store_by_search_count(keyword)
stores = get_store_by_search(keyword)
dicts = {}
dicts['stores'] = []
if type(stores) is list:
for s in stores:
stores_pic = flatten(s)
dicts['stores'].append(stores_pic)
else:
stores_pic = flatten(stores)
dicts['stores'].append(stores_pic)
print(dicts)
return dicts
def get():
para = reqparse.RequestParser()
para.add_argument('keyword', type=str, required=False)
args = para.parse_args()
keyword = args.get('keyword')
count = get_store_by_search_count(keyword)
stores = get_store_by_search(keyword)
dicts = {}
dicts['stores'] = []
if type(stores) is list:
for s in stores:
stores_pic = flatten(s)
dicts['stores'].append(stores_pic)
else:
stores_pic = flatten(stores)
dicts['stores'].append(stores_pic)
print(dicts)
return dicts
def append_json(model):
json = {}
json['dish'] = []
json['dish_by_package'] = []
json['total'] = 0
dish_id = {}
dish = get_session_dish()
yes = get_session_value('yes')
if yes is None:
dish_format(dish, json, dish_id)
set_session_value('yes', None)
if model:
dish_format(dish, json, dish_id)
for i in range(len(model)):
if dish_id.has_key(str(model[i].id)):
model[i].number = dish_id.get(str(model[i].id))
else:
model[i].number = 0
model_pic = flatten(model[i])
json['dish'].append(model_pic)
else:
pass
return json
