物料订单分包测试

business/partner/purchase/jx/localjx/order.go

@@ -841,23 +841,21 @@ func orderSolutionForWuLiao(order *model.GoodsOrder) (err error) {
 			}
 			jxOrder.Skus = skus
 			outOrders, _, _ := tryToSplitMatterOrder(jxOrder)
-			for _, v := range outOrders {
+			for k, v := range outOrders {
 				globals.SugarLogger.Debugf("tryToSplitMatterOrder6,[%v]", utils.Format4Output(v, false))
-				globals.SugarLogger.Debugf("tryToSplitMatterOrder9,[%v]", utils.Format4Output(order, false))
+				outJxOrder, deliveryAddress, err := generateOrder(jxcontext.AdminCtx, v, order.AddressID, order.FromStoreID)
-				outJxOrder, deliveryAddress, err := generateOrder(jxcontext.AdminCtx, v, order.AddressID, 0)
 				if err != nil {
+					globals.SugarLogger.Debugf("tryToSplitMatterOrder10,[%v]", err)
 					return err
 				}
-				globals.SugarLogger.Debugf("tryToSplitMatterOrder10")
+				outJxOrder.OrderID = utils.Str2Int64(order.VendorOrderID)*100 + int64(k+1)
-				outJxOrder.OrderID = GenOrderNo(jxcontext.AdminCtx)
-				outJxOrder.FromStoreID = order.FromStoreID
 				globals.SugarLogger.Debugf("tryToSplitMatterOrder7,[%v]", utils.Format4Output(outJxOrder, false))
 				order2, err2 := jxOrder2GoodsOrder(jxcontext.AdminCtx, outJxOrder, deliveryAddress)
 				if err = err2; err == nil {
 					order2.AddressID = order.AddressID
 					order2.Status = model.OrderStatusDelivering
 					globals.SugarLogger.Debugf("tryToSplitMatterOrder8,[%v]", utils.Format4Output(order2, false))
-					partner.CurOrderManager.SaveOrder(order2, false, db)
+					err = partner.CurOrderManager.OnOrderNew(order, model.Order2Status(order))
 					orderSolutionForWuLiao(order2)
 				}
 			}
@@ -1307,6 +1305,14 @@ func tryToSplitMatterOrder(jxOrder *JxOrderInfo) (outOrders []*JxOrderInfo, frei
 	return outOrders, freightPrice, err
 }
 
+//商品分包规则。最后一个包不超过5kg,其他包不超过3kg
+// 举例1：5.1kg，分为 2.5kg,2.6kg,确保每个包不超过3kg,最后一个包不超过5kg
+// 举例2：4kg,分为4kg
+// 举例3：10kg，分为 3kg,3kg,4kg
+// 举例4：8.1kg，分为 3kg,3kg,2.1kg ; 不能分为3kg,5.1kg
+//sum5表示5kg的计算
+//sum3表示3kg的计算
+//处理过程都是一样的，没单独拿一个函数出来了
 func loop(weightList []*JxSkuInfo2, jxOrder *JxOrderInfo, flag bool) (outOrder *JxOrderInfo) {
 	outOrder = &JxOrderInfo{}
 	outOrder.StoreID = jxOrder.StoreID
@@ -1318,7 +1324,17 @@ func loop(weightList []*JxSkuInfo2, jxOrder *JxOrderInfo, flag bool) (outOrder *
 				sum5 += weightList[i].Weight
 				weightList[i].GroupSign = true
 				outOrder.Weight += weightList[i].Weight
+				if len(outOrder.Skus) > 0 {
+					for _, v := range outOrder.Skus {
+						if v.SkuID == weightList[i].SkuID {
+							v.Count++
+						} else {
 							outOrder.Skus = append(outOrder.Skus, jxOrderChange(weightList[i]))
+						}
+					}
+				} else {
+					outOrder.Skus = append(outOrder.Skus, jxOrderChange(weightList[i]))
+				}
 			} else {
 				if sum5 >= 5000 {
 					break
@@ -1330,7 +1346,17 @@ func loop(weightList []*JxSkuInfo2, jxOrder *JxOrderInfo, flag bool) (outOrder *
 				sum3 += weightList[i].Weight
 				weightList[i].GroupSign = true
 				outOrder.Weight += weightList[i].Weight
+				if len(outOrder.Skus) > 0 {
+					for _, v := range outOrder.Skus {
+						if v.SkuID == weightList[i].SkuID {
+							v.Count++
+						} else {
 							outOrder.Skus = append(outOrder.Skus, jxOrderChange(weightList[i]))
+						}
+					}
+				} else {
+					outOrder.Skus = append(outOrder.Skus, jxOrderChange(weightList[i]))
+				}
 			} else {
 				if sum3 >= 3000 {
 					break
@@ -1344,7 +1370,7 @@ func loop(weightList []*JxSkuInfo2, jxOrder *JxOrderInfo, flag bool) (outOrder *
 
 func jxOrderChange(sku2 *JxSkuInfo2) *JxSkuInfo {
 	sku := &JxSkuInfo{}
-	sku.Count = sku2.Count
+	sku.Count = 1
 	sku.Name = sku2.Name
 	sku.Price = sku2.Price
 	sku.SalePrice = sku2.SalePrice