# Coding: UTF. 8-
# @filename:. 2 each randomly generated actual sales inventory stock of merchandise and stores a corresponding commodity shop 2 sku.py
# @createTime: 2020/4/4 10:33
# @author: hongjingsheng
# @email: [email protected]
# @software: PyCharm
# Please start writing a script from the next line
from testcase.goodsAPI.goodsSave.createData.create_one_goods_of_have_twoSku import Create_one_goods_of_have_twoSku
from testcase.goodsStockAPI.realStockSet.createData.set_real_stock_of_have_twoSku import Set_real_stock_of_have_twosSku
from testcase.itemAPI.itemSalesStockUpdate.createData.set_sales_stock_of_have_twoSku import Set_sales_stock_of_have_twoSku
from config.config import relationshipOfShopAndWarehouses
from model.m_kd_goods import M_kd_goods
from model.m_kd_item import M_kd_item
from model.m_kd_item_sku import M_kd_item_sku
m_kd_goods = M_kd_goods()
m_kd_item = M_kd_item()
m_kd_item_sku = M_kd_item_sku()
class run:
'''
1. The tools implement the functions: generating randomly each time sales stock actual stock of goods and stores a corresponding commodity shop 2 SKU;
2. Generate a Data: orders, associated with the coupon, to fight groups / spike / Save full send activities;
'''
def __init__(self,goods_lib_id:int,whatGroupOfDataDoYouChoose:str):
'''
: Param goods_lib_id Definition: Commodity library id; data type: int
: Param whatGroupOfDataDoYouChoose Definition: warehouse stores the user to select which group relations
'''
self.goods_lib_id = goods_lib_id
self.whatGroupOfDataDoYouChoose = whatGroupOfDataDoYouChoose
self.oneRelationshipOfShopAndWarehouse = self.__oneRelationshipOfShopAndWarehouse()
self.sys_item_id = self.__get_one_sys_item_id()
self.two_sysSkuIds_skuIds = self.__get_two_sysSkuIds_skuIds()
self.sys_sku_id_of_sku_a = self.two_sysSkuIds_skuIds [ ' first sku-a commodity information of commodities A ' ] [ " sys_sku_id " ]
self.sku_id_of_sku_a = self.two_sysSkuIds_skuIds [ ' first sku-a commodity information of commodities A ' ] [ " sku_id " ]
self.sys_sku_id_of_sku_b = self.two_sysSkuIds_skuIds [ ' second product sku-b of the information of commodities A ' ] [ " sys_sku_id " ]
self.sku_id_of_sku_b = self.two_sysSkuIds_skuIds [ ' second product sku-b of the information of commodities A ' ] [ " sku_id " ]
self.out_item_id= self.realStockSet_of_DigitalStoreA()
self.realStockSet_of_OfflineStoreB()
self.realStockSet_of_OfflineStoreC()
self.set_sales_stock_of_have_twoSku()
self.log()
def __oneRelationshipOfShopAndWarehouse(self):
'''
: Return returns a set of data associated with the store warehouse; is int
'' '
IF self.whatGroupOfDataDoYouChoose == " first set of data associated with store warehouse " :
return relationshipOfShopAndWarehouses [ " first set of data associated with store warehouse " ]
elif self.whatGroupOfDataDoYouChoose == " a second group of associated store data warehouse " :
return relationshipOfShopAndWarehouses [ " The second group of associated store data warehouse " ]
elif self.whatGroupOfDataDoYouChoose == " third set of associated data warehouse stores " :
return relationshipOfShopAndWarehouses [ "The third set of linked data warehouse stores "]
The else :
The raise Exception ( " whatGroupOfDataDoYouChoose the value of the input parameter error; the user can enter only one of the three values: a first set of associated data warehouse store, the second set of associated data warehouse stores, warehouse stores a third set of associated data " )
def __get_one_sys_item_id(self):
'''
: Return of a return value sys_item_id new product; is int
'''
create_one_goods_of_have_twoSku = Create_one_goods_of_have_twoSku()
create_one_goods_of_have_twoSku.goodsLibId = self.goods_lib_id
r = create_one_goods_of_have_twoSku.sendRequest()
sys_item_id = r["result"]["sysItemId"]
return sys_item_id
def __get_two_sysSkuIds_skuIds(self):
'''
: Return to return a commodity product sku, two sku_id sys_sku_id and other information; data type dict
'''
r = m_kd_goods.mysql_getRows_new("select sys_item_id,sys_sku_id,sku_id from kd_goods_sku where sys_item_id = %s"%self.sys_item_id)
Result = {
" first sku-a commodity information of the commodity A " : { " sys_item_id " : R & lt [0] [0], " sys_sku_id " : R & lt [0] [. 1], " sku_id " : R & lt [0 ] [2 ]},
" second sku-b commodity information of the commodity a " : { " sys_item_id " : R & lt [. 1] [0], " sys_sku_id " : R & lt [. 1] [. 1], " sku_id " : R & lt [. 1] [2 ]}
}
print(result)
return result
def realStockSet_of_DigitalStoreA(self):
'''
: Out_item_id return value Returns A store merchandise in a store
1. The interface is mainly achieved: A warehouse configuration set up shop merchandise physical inventory
'''
set_real_stock_of_have_twosSku = Set_real_stock_of_have_twosSku()
set_real_stock_of_have_twosSku.goodsLibId = self.goods_lib_id
set_real_stock_of_have_twosSku.realStockA = 100
set_real_stock_of_have_twosSku.sysSkuIdA = self.sys_sku_id_of_sku_a
set_real_stock_of_have_twosSku.realStockB = 100
set_real_stock_of_have_twosSku.sysSkuIdB = self.sys_sku_id_of_sku_b
set_real_stock_of_have_twosSku.sysItemId = self.sys_item_id
set_real_stock_of_have_twosSku.warehouseId = self.oneRelationshipOfShopAndWarehouse [ " Digital store A " ] [ " binding repository ID " ]
R & lt = set_real_stock_of_have_twosSku.sendRequest ()
Print (R & lt)
# When the interface above request succeeds, stores A will generate a number of product A in kd_item table data store can obtain the value of the field out_item_id
out_item_id = m_kd_item.get_one_random_value_of_one_tableField ( " out_item_id " , [[ " sys_item_id " , self.sys_item_id], [ " digit_shop_id " , self.oneRelationshipOfShopAndWarehouse [ " digital store A " ] [ " shop ID " ]]])
return out_item_id
def realStockSet_of_OfflineStoreB(self):
'''
:return None
1. Main Interface Function: Set the actual stock of goods at a shop line process cartridge B
'''
set_real_stock_of_have_twosSku = Set_real_stock_of_have_twosSku()
set_real_stock_of_have_twosSku.goodsLibId = self.goods_lib_id
set_real_stock_of_have_twosSku.realStockA = 200
set_real_stock_of_have_twosSku.sysSkuIdA = self.sys_sku_id_of_sku_a
set_real_stock_of_have_twosSku.realStockB = 200
set_real_stock_of_have_twosSku.sysSkuIdB = self.sys_sku_id_of_sku_b
set_real_stock_of_have_twosSku.sysItemId = self.sys_item_id
set_real_stock_of_have_twosSku.warehouseId = self.oneRelationshipOfShopAndWarehouse [ " offline store B " ] [ " binding repository ID " ]
set_real_stock_of_have_twosSku.sendRequest()
def realStockSet_of_OfflineStoreC(self):
'''
:return None
1. Main Interface Function: Set the actual stock of goods at the store of a wire magazine C
'''
set_real_stock_of_have_twosSku = Set_real_stock_of_have_twosSku()
set_real_stock_of_have_twosSku.goodsLibId = self.goods_lib_id
set_real_stock_of_have_twosSku.realStockA = 300
set_real_stock_of_have_twosSku.sysSkuIdA = self.sys_sku_id_of_sku_a
set_real_stock_of_have_twosSku.realStockB = 300
set_real_stock_of_have_twosSku.sysSkuIdB = self.sys_sku_id_of_sku_b
set_real_stock_of_have_twosSku.sysItemId = self.sys_item_id
set_real_stock_of_have_twosSku.warehouseId = self.oneRelationshipOfShopAndWarehouse [ " offline store C " ] [ " binding repository ID " ]
set_real_stock_of_have_twosSku.sendRequest()
def set_sales_stock_of_have_twoSku(self):
'''
:return None
1. Interface Main Function: Set shop merchandise and two shops selling goods sku's largest inventory
'''
set_sales_stock_of_have_twoSku = Set_sales_stock_of_have_twoSku()
set_sales_stock_of_have_twoSku.goodsLibId = self.goods_lib_id
set_sales_stock_of_have_twoSku.salesStock_of_skuA = 600
set_sales_stock_of_have_twoSku.skuIdA = self.sku_id_of_sku_a
set_sales_stock_of_have_twoSku.salesStock_of_skuB = 600
set_sales_stock_of_have_twoSku.skuIdB = self.sku_id_of_sku_b
set_sales_stock_of_have_twoSku.outItemId = self.out_item_id
set_sales_stock_of_have_twoSku.salesStock_of_good = 1200
set_sales_stock_of_have_twoSku.shopId = self.oneRelationshipOfShopAndWarehouse["数字门店A"]["门店id"]
set_sales_stock_of_have_twoSku.sendRequest()
def log(self):
'''
:return None
1. The interface is mainly achieved: output-related log
'' '
Print ( " 1. Generate a commodity A sys_item_id value:% s; ---> values can be found in table kd_goods; " % self.sys_item_id)
Print ( " 2. A generated a product of two sys_sku_id sku_id information and the goods sku:% s; ---> values can be found in table kd_goods_sku; " % self.two_sysSkuIds_skuIds)
Print ( " out_item_id store to generate a digital value 3. a store a commodity a commodity a is:% s; ---> values can be found in table kd_item; " % self.out_item_id)
r1 = m_kd_item.get_one_random_value_of_one_tableField("sales_stock",[["sys_item_id",self.sys_item_id],["out_item_id",self.out_item_id],["digit_shop_id",self.oneRelationshipOfShopAndWarehouse["数字门店A"]["门店id"]],["goods_lib_id",self.goods_lib_id]])
r2 = m_kd_item_sku.get_one_random_value_of_one_tableField("sales_stock",[["out_item_id",self.out_item_id],["digit_shop_id",self.oneRelationshipOfShopAndWarehouse["数字门店A"]["门店id"]],["goods_lib_id",self.goods_lib_id],["sku_id",self.sku_id_of_sku_a]])
R3 = m_kd_item_sku.get_one_random_value_of_one_tableField ( " sales_stock " , [[ " out_item_id " , self.out_item_id], [ " digit_shop_id " , self.oneRelationshipOfShopAndWarehouse [ " Digital store A " ] [ " shop ID " ]], [ " goods_lib_id " , Self .goods_lib_id], [ " sku_id " , self.sku_id_of_sku_b]])
Print ( " 4. a generates a maximum sales shop merchandise inventory value is:% s ---> values can be found in table kd_item; "%r1)
print(" The generation of a commodity A store product sku-a shop selling stock maximum value is:% s ---> values can be found in table kd_item_sku; " % R2)
Print ( " 6. The shop generates a commodity A a shop sold product sku-b Stock maximum value is:% s ---> values can be found in the list kd_item_sku; " % R3)
Print ( " 7. the product generated in this shop and the shop a product sku-a & sku-b according to stores the digital / line store / warehouse information like:% S " % self.oneRelationshipOfShopAndWarehouse)
if __name__ == "__main__":
R & lt = RUN (100009, " the first set of data associated with store warehouse " )
