def produceGoods(self, num=15):
j = 1
for name in self.goods_name:
for i in xrange(((j - 1) * num) + 1, (j * num) + 1):
goods = Goods(good_name=name, good_id=i)
self.goods_dict[goods.good_id] = goods.good_name
j += 1
def init_goods(self):
'''
初始化商品
'''
for goods in ALL_GOODS_NAME:
self.warehouse[goods] = Queue.Queue()
for i in range(EACH_GOODS_COUNT):
self.all_goods_count += 1
self.warehouse[goods].put(Goods(goods))
def decode(self, s, _w=WHITESPACE.match):
dic = super(goodsDecode, self).decode(s)
print dic
goodList = []
currentTime = int(time.time())
for goodTmp in dic['result']['items']:
# 每件商品可能分配放在不同的分类下，cate_id 不一样，这里我们将每个cate_id 下的商品单独出来做不同的商品
# 故例如，如果1个商品在2个不同的分裂下，会当做2件不同的商品
cates = goodTmp['cates']
for cate in cates:
goods = Goods()
# cate_id 在 cates 集合下
goods.cate_id = cate['cate_id']
goods.cate_name = cate['cate_name']
goods.itemid = goodTmp['itemid']
goods.item_desc = goodTmp['item_desc']
goods.item_name = goodTmp['item_name']
# 只取一张图
goods.imgs = goodTmp['imgs'][0]
goods.price = goodTmp['price']
goods.update_time = currentTime
goodList.append(goods)
return goodList
def create_goods(self, goods): # Create M product by calling the __init_() from the Goods Class if goods: #print(goods) self.goods_parameters = goods for x in range(self.M): perish_period = goods[x][0] production_delay = goods[x][1] nominal_value = goods[x][2] good = Goods(x, nominal_value, perish_period, production_delay) self.goods_list.append(good) else: for x in range(self.M-self.M_perishable): good = Goods(x, self.value, 0, 0) self.goods_list.append(good) for y in range(self.M-self.M_perishable, self.M): good = Goods(y, self.value, self.perish_period, self.production_delay) self.goods_list.append(good) # Notify the agents of the starting goods. This is needed for the calculations of the # comunnity effect. self.notify_agents()
def parseCart(cartHtml):
soup = BeautifulSoup(cartHtml, features='html.parser')
xcm_content_div = soup.findAll('div', attrs={'class': 'xcm-content'})
goods_list = []
for item in xcm_content_div:
xpw_check_ipt1_input = item.find('input',
attrs={'class': 'xpw-check-ipt1'})
goods = Goods()
goods.id = xpw_check_ipt1_input['goodsid']
goods.itemValue = xpw_check_ipt1_input['value']
goods.checked = xpw_check_ipt1_input.has_attr('checked')
name_title_div = item.find(
'div', attrs={'class': 'info1-title-name text-one'})
goods.name = name_title_div.get_text().replace('\n', '').replace(
'\r', '').replace(' ', '')
unit_price_div = item.find('div',
attrs={'class': 'xcr-info1-Unitprice'})
price_str = unit_price_div.span.get_text()
# 正则匹配提取价格
goods.price = re.findall(r'\d+\.?\d*', price_str)[0]
goods_list.append(goods)
return goods_list
import pickle
from Goods import Goods
from TypeOfGoods import TypeOfGoods
from ListOfGoods import ListOfGoods
from TypeOfGoodsList import TypeOfGoodsList
with open('TypeOfGoodsList.pickle', 'rb') as f:
L_tp_goods = pickle.load(f)
with open('ListOfGoods.pickle', 'rb') as f:
L_goods = pickle.load(f)
Type_of_product = TypeOfGoods(0, "", "")
Product = Goods(0, "", 0)
#L_goods = ListOfGoods()
#L_tp_goods = TypeOfGoodsList()
'''''
L_goods.add(Iphone)
L_goods.add(Airmax)
L_goods.add(Game)
L_tp_goods.add(El)
L_tp_goods.add(Sh)
L_tp_goods.add(Gm)
''' ''
i = 100
while i != 0:
i = 100
i1 = 100
a = 0
def db_test(config):
test_user = {
"username" : "test"
, "password" : "29148931"
, "salt" : "1234"
, "admin" : "1"
}
users = Users()
users.create()
users.save(test_user)
test_room = {
"room_id" : "seka"
, "password" : "29148931"
}
test_room2 = {
"room_id" : "test"
, "password" : "29148931"
}
rooms = Rooms()
rooms.create()
rooms.save(test_room)
rooms.save(test_room2)
test_entry = {
"room_id" : "seka"
, "entry" : u"この内容はテストです"
, "type" : "keep"
, "good" : 4
}
test_entry2 = {
"room_id" : "seka"
, "entry" : u"この内容はテストです"
, "type" : "try"
, "good" : 5
}
entries = Entry()
entries.create()
entries.save(test_entry)
entries.save(test_entry)
entries.save(test_entry)
entries.save(test_entry2)
entries.save(test_entry2)
goods = Goods()
goods.create()
test_comment = {
"kpt_id" : 1
, "text" : u"テストのコメントです"
}
test_comment2 = {
"kpt_id" : 1
, "text" : u"テストのコメントです2"
}
test_comment3 = {
"kpt_id" : 2
, "text" : u"テスト2のコメントです"
}
comments = Comments()
comments.create()
comments.save(test_comment)
comments.save(test_comment2)
comments.save(test_comment3)
from Customers import Customers
from Goods import Goods
from Positions import Positions
from Orders import Orders
nornickel = Customers("OOO Nornickel",
"Moskow, Pushkina street, Kolotushkina buildings",
"+70000000000", "Ivan Ivanovich")
boots = Goods("boots", 12, "true", "very good boots")
t_shirt = Goods("tshirt", 30, "true", "ordinary tshirt")
pos1 = Positions(boots, 2)
pos2 = Positions(t_shirt, 10)
print(nornickel)
print(boots)
arr = [pos1, pos2]
or1 = Orders(nornickel, arr, "25/10/2020")
print(or1)