using HH.WCS.XiaoMi.api;
using HH.WCS.XiaoMi.models.other;
using HH.WCS.XiaoMi.util;
using System;
using System.Collections.Generic;
using System.Linq;
using System.Linq.Expressions;
using System.Reflection;
using System.Runtime.Remoting.Messaging;
using System.Text;
using System.Threading.Tasks;
using static HH.WCS.XiaoMi.api.ApiModel;

namespace HH.WCS.XiaoMi.wms {
    /// <summary>
    /// wms管到作业
    /// </summary>
    internal class WMSHelper {
        internal static string GenerateTaskNo() {
            var id = SYSHelper.GetSerialNumber("作业号", "OP");
            var date = DateTime.Now.ToString("yyMMdd");
            return $"OP{date}{id.ToString().PadLeft(4, '0')}";
        }
        internal static string GenerateSortingNo() {
            var id = SYSHelper.GetSerialNumber("分拣单", "SO");
            var date = DateTime.Now.ToString("yyMMdd");
            return $"SO{date}{id.ToString().PadLeft(4, '0')}";
        }
        internal static List<WMSTask> GetOperationListByState(string state) {
            var db = new SqlHelper<object>().GetInstance();
            return db.Queryable<WMSTask>().Where(a => a.S_B_STATE == state).ToList();
        }
        internal static List<WMSTask> GetOperationListByState(int state) {
            var db = new SqlHelper<object>().GetInstance();
            return db.Queryable<WMSTask>().Where(a => a.N_B_STATE == state).ToList();
        }
        internal static List<WMSTask> GetWaitingOperationList() {
            var db = new SqlHelper<object>().GetInstance();
            return db.Queryable<WMSTask>().Where(a => a.N_B_STATE == 0 || a.N_B_STATE == 3).ToList();
        }
        internal static PutawayOrder GetPutawayOrder(string no) {
            var db = new SqlHelper<object>().GetInstance();
            return db.Queryable<PutawayOrder>().Where(a => a.S_NO == no).First();
        }
        internal static bool CreatePutawayOrder(PutawayOrder model) {
            var db = new SqlHelper<object>().GetInstance();
            var result = db.Insertable<PutawayOrder>(model).ExecuteCommand() > 0;
            db.Insertable<PutawayDetail>(model.Details).ExecuteCommand();
            return result;
        }

        internal static PutawayDetail GetPutawayOrderDetail(string no, string item_code) {
            var db = new SqlHelper<object>().GetInstance();
            return db.Queryable<PutawayDetail>().Where(a => a.S_PUTAWAY_NO == no && a.S_ITEM_CODE == item_code).First();
        }
        internal static PutawayDetail GetPutawayOrderDetail(string item_code) {
            var db = new SqlHelper<object>().GetInstance();
            return db.Queryable<PutawayDetail>().Where(a => a.S_ITEM_CODE == item_code && a.F_QTY - a.F_ACC_B_QTY > 0).OrderByDescending(a => a.T_CREATE).First();
        }

        internal static void UpdatePutawayOrderDetailQty(PutawayDetail model) {
            var db = new SqlHelper<object>().GetInstance();
            db.Updateable(model).UpdateColumns(it => new { it.F_ACC_B_QTY }).ExecuteCommand();
        }


        internal static ShippingOrder GetShippingOrder(string no) {
            var db = new SqlHelper<object>().GetInstance();
            return db.Queryable<ShippingOrder>().Includes(a => a.Details).Where(a => a.S_NO == no).First();
        }
        internal static bool CreateShippingOrder(ShippingOrder model) {
            var db = new SqlHelper<object>().GetInstance();
            var result = db.Insertable<ShippingOrder>(model).ExecuteCommand() > 0;
            db.Insertable<ShippingDetail>(model.Details).ExecuteCommand();
            return result;
        }

        internal static bool CreateSortingOrder(List<string> list) {
            var res = false;
            //遍历获取发货单，然后判断库存，如果全都没库存，则不生成分拣单，如果有生成分拣单
            //更新波次单，即使只有一个发货单也更新波次单
            var db = new SqlHelper<object>().GetInstance();
            var sortingOrderNo = "";
            SortingOrder sortingOrder = null;
            try {
                db.BeginTran();
                list.ForEach(a => {
                    var so = db.Queryable<ShippingOrder>().Includes(s => s.Details).Where(s => s.S_NO == a).First();
                    //判断库存，只有已经入库的才可以计算，码盘的不算，入库后出库途中的也要计算，码盘后默认叫待入库，入库后叫正常
                    //生成出库任务，只有托盘位置在立库才需要创建出库任务（先写死立库）
                    //只有全部分拣完成才允许回库（一个托盘可能对应多个分拣明细）

                    //查找仓库量表和库区量表，出库单需要定位仓库和库区了，出库定位物理库区就行，入库可能物料库区还要区分逻辑库区

                    //暂时只查仓库量表（量表如何重置，查找所有查找C_ENABLE=N的，判断如果在仓库中，改成Y，然后统计）

                    //生成分拣单时候增加仓库量表分配量，生成分拣单明细时候，增加库区量表分配量
                    if (so != null && so.Details.Count > 0) {
                        var fail = true;
                        for (int i = 0; i < so.Details.Count; i++) {
                            var whi = db.Queryable<WHInventory>().Where(w => w.S_ITEM_CODE == so.Details[i].S_ITEM_CODE).First();
                            if (whi != null && whi.F_QTY - whi.F_ALLOC_QTY > 0) {
                                //有货就出
                                float qty = whi.F_QTY - whi.F_ALLOC_QTY > so.Details[i].F_QTY ? so.Details[i].F_QTY : whi.F_QTY - whi.F_ALLOC_QTY;
                                fail = false;
                                //有可用库存，生成分拣单
                                if (sortingOrderNo == "") {
                                    sortingOrderNo = GenerateSortingNo();
                                    sortingOrder = new SortingOrder
                                    {
                                        S_NO = sortingOrderNo,
                                        S_SHIPPING_NO = so.S_NO,
                                        Composes = new List<SortingCompose>()
                                    };
                                    //创建分拣单
                                    db.Insertable(sortingOrder).ExecuteCommand();
                                }
                                else {
                                    //获取最新分拣单
                                    sortingOrder = db.Queryable<SortingOrder>().Includes(s => s.Composes).Where(s => s.S_NO == sortingOrderNo).First();
                                    //更新分拣单中的发货单单号
                                    sortingOrder.S_SHIPPING_NO = sortingOrder.S_SHIPPING_NO + ";" + so.S_NO;
                                    sortingOrder.T_MODIFY = DateTime.Now;
                                    db.Updateable(sortingOrder).UpdateColumns(it => new { it.S_SHIPPING_NO, it.T_MODIFY }).ExecuteCommand();
                                }
                                //查询分拣单子表（正常情况还需要增加批次判断）
                                var soc = db.Queryable<SortingCompose>().Where(s => s.S_ITEM_CODE == so.Details[i].S_ITEM_CODE && s.S_SORTING_NO == sortingOrder.S_NO).First();
                                if (soc == null) {
                                    soc = new SortingCompose
                                    {
                                        S_ITEM_CODE = so.Details[i].S_ITEM_CODE,
                                        S_SORTING_NO = sortingOrder.S_NO,
                                        F_QTY = qty,
                                        N_ROW_NO = sortingOrder.Composes.Count() + 1,
                                        S_BATCH_NO = so.Details[i].S_BATCH_NO
                                    };

                                    //创建分拣单子表
                                    db.Insertable(soc).ExecuteCommand();
                                }
                                else {
                                    soc.F_QTY += qty;
                                    soc.T_MODIFY = DateTime.Now;
                                    //更新分拣单子表
                                    db.Updateable(soc).UpdateColumns(it => new { it.F_QTY, it.T_MODIFY }).ExecuteCommand();
                                }
                                //更新仓库量表分配量
                                whi.F_ALLOC_QTY += qty;
                                whi.T_MODIFY = DateTime.Now;
                                db.Updateable(whi).UpdateColumns(it => new { it.F_ALLOC_QTY, it.T_MODIFY }).ExecuteCommand();
                                //跟新发货单子表配货数量
                                so.Details[i].F_ACC_D_QTY += qty;
                                so.Details[i].T_MODIFY = DateTime.Now;
                                db.Updateable(so.Details[i]).UpdateColumns(it => new { it.F_ACC_D_QTY, it.T_MODIFY }).ExecuteCommand();
                            }

                        }
                        //更新发货单状态
                        so.N_B_STATE = fail ? 5 : 1;
                        if (fail) {
                            so.S_NOTE = "没有库存";
                        }
                        so.S_WAVE_CODE = sortingOrderNo;
                        so.T_MODIFY = DateTime.Now;
                        db.Updateable(so).UpdateColumns(it => new { it.N_B_STATE, it.T_MODIFY, it.S_WAVE_CODE, it.S_NOTE }).ExecuteCommand();

                    }


                    //查找库区内托盘生成托盘明细（包括分拣中）怎么判断库内？查找货位绑定？还是托盘上加标识比较好，如果是整托出的，分拣确认后去掉分拣标识。
                    //1、只有码盘入库后的才需要加标识，分拣回的不用，分拣回的标识还在，没有变。写死码盘入的完成后加标识，整托分拣的去掉标识，防止后面重新码盘脏数据
                    //2、或者关联查询库内的，只给分拣出的加标识，每次分拣回再把标识清除了（如果不清除带标识的会很多，还不如全部加标识），整托的清除。
                    //综合选择还是方案1，这样创建分拣明细，只需要托盘物料两表查询就能定位托盘（如果信息不准，可以重置），方案2需要货位、托盘、物料三表联查

                    //暂时不计库区，标识用容器表 C_ENABLE 来判断，表示能不能出库

                    //执行分拣创建任务，遍历分拣明细中的托盘，如果在仓库就出库，如果不在就不用出库


                });
                //全部分拣单生成之后将分拣单状态设置为开始配货,波次号为发货单
                sortingOrder = db.Queryable<SortingOrder>().Where(s => s.S_NO == sortingOrderNo).First();
                sortingOrder.N_B_STATE = 1;
                sortingOrder.T_MODIFY = DateTime.Now;
                db.Updateable(sortingOrder).UpdateColumns(it => new { it.N_B_STATE, it.T_MODIFY }).ExecuteCommand();
                db.CommitTran();
                res = true;
            }
            catch (Exception ex) {
                Console.WriteLine(ex.Message);
                db.RollbackTran();
            }
            return res;

        }

        internal static List<SortingDetail> GetSortingDetailByCntr(string cntr) {
            var db = new SqlHelper<object>().GetInstance();
            var result = db.Queryable<SortingDetail>().Where(a => a.S_CNTR_CODE == cntr && a.N_B_STATE != 2).ToList();
            return result;
        }

        internal static bool CreateWmsTask(WMSTask wmsTask) {
            try {
                var db = new SqlHelper<object>().GetInstance();
                return db.Insertable<WMSTask>(wmsTask).ExecuteCommand() > 0;
            }
            catch (Exception ex) {
                Console.WriteLine(ex.Message);
                throw;
            }
        }

        internal static WMSTask GetWmsTaskByCntr(string cntr, bool active = true) {
            WMSTask result = null;
            var db = new SqlHelper<object>().GetInstance();
            if (active) {
                result = db.Queryable<WMSTask>().Where(a => a.S_CNTR_CODE.Contains(cntr) && a.N_B_STATE < 2).First();
            }
            else {
                result = db.Queryable<WMSTask>().Where(a => a.S_CNTR_CODE.Contains(cntr)).First();
            }
            return result;
        }

        internal static Location GetEnd(WMSTask a) {
            throw new NotImplementedException();
        }

        internal static Location GetStart(WMSTask a) {
            throw new NotImplementedException();
        }

        internal static void UpdateTaskState(WMSTask task) {
            var db = new SqlHelper<object>().GetInstance();
            task.T_MODIFY = DateTime.Now;
            task.S_B_STATE = WMSTask.GetStateStr(task.N_B_STATE);
            db.Updateable<WMSTask>(task).UpdateColumns(a => new { a.N_B_STATE, a.S_B_STATE, a.T_MODIFY }).ExecuteCommand();
        }

        internal static bool UpdateTaskEnd(WMSTask a) {
            var db = new SqlHelper<object>().GetInstance();
            a.T_MODIFY = DateTime.Now;
            return db.Updateable<WMSTask>(a).UpdateColumns(it => new { it.S_END_LOC, it.T_MODIFY }).ExecuteCommand() > 0;
        }

        internal static WMSTask GetWmsTask(string code) {
            var db = new SqlHelper<object>().GetInstance();
            return db.Queryable<WMSTask>().Where(a => a.S_CODE == code).First();
        }

        internal static void CreateSortingOrderDetail(string so_no) {
            //分拣单配货
            var db = new SqlHelper<object>().GetInstance();
            var so = db.Queryable<SortingOrder>().Includes(a => a.Composes).Where(a => a.S_NO == so_no && (a.N_B_STATE == 1 || a.N_B_STATE == 20)).First();// 
            if (so != null && so.Composes.Count > 0) {
                db.BeginTran();
                try {
                    int rowNo = 1;
                    so.Composes.ForEach(a => {
                        //按分拣单子表去配货，查找可用托盘(先查所有符合的，后面再优化)
                        int param1 = 10;
                        int param2 = 20;

                        Expression<Func<int, bool>> exp = x => x > param1;
                        
                        var cirList = db.Queryable<CntrItemDetail>().Includes(c => c.Cntr).Where(c => c.Cntr.C_ENABLE == "Y" && c.S_ITEM_CODE == a.S_ITEM_CODE && (c.F_QTY - c.F_ALLOC_QTY) > 0).OrderBy(c => c.T_CREATE).ToList();
                        for (int i = 0; i < cirList.Count; i++) {
                            var cir = cirList[i];
                            var sd = new SortingDetail
                            {
                                N_ROW_NO = rowNo,
                                S_BATCH_NO = a.S_BATCH_NO,
                                S_ITEM_CODE = a.S_ITEM_CODE,
                                S_CNTR_CODE = cir.S_CNTR_CODE,
                                S_SORTING_NO = a.S_SORTING_NO
                            };
                            bool needBreak = false;
                            if (cir.F_QTY - cir.F_ALLOC_QTY >= (a.F_QTY - a.F_ACC_S_QTY)) {
                                //容器可用数量大于分拣单子表要求的数量，生成分拣明细，然后跳出循环
                                sd.F_QTY = a.F_QTY - a.F_ACC_S_QTY;
                                needBreak = true;
                            }
                            else {
                                //生成分拣明细，继续创建
                                sd.F_QTY = cir.F_QTY - cir.F_ALLOC_QTY;
                            }
                            db.Insertable(sd).ExecuteCommand();
                            rowNo++;
                            //更新容器货品表分配量
                            cir.F_ALLOC_QTY += sd.F_QTY;
                            cir.T_MODIFY = DateTime.Now;
                            db.Updateable(cir).UpdateColumns(it => new { it.F_ALLOC_QTY, it.T_MODIFY }).ExecuteCommand();
                            //更新分拣单子表的量
                            a.F_ACC_S_QTY += sd.F_QTY;
                            a.T_MODIFY = DateTime.Now;
                            db.Updateable(cir).UpdateColumns(it => new { it.F_ALLOC_QTY, it.T_MODIFY }).ExecuteCommand();
                            if (needBreak) {
                                break;
                            }
                        }
                    });
                    //全部分拣单子表生成分拣明细，修改分拣单状态为配货完成(反正仓库的货能配的都配完了，除非数据有异常)
                    so.N_B_STATE = 2;
                    so.T_MODIFY = DateTime.Now;
                    db.Updateable(so).UpdateColumns(it => new { it.N_B_STATE, it.T_MODIFY }).ExecuteCommand();
                    db.CommitTran();
                }
                catch (Exception ex) {
                    Console.WriteLine(ex.Message);
                    db.RollbackTran();
                }
            }
        }

        /// <summary>
        /// 获取开始配货的分拣单，一次性生成分拣明细，避免生成一半再生成，所以创建分拣明细的时候加上事务
        /// </summary>
        /// <returns></returns>
        internal static List<SortingOrder> GetWaitingSortingOrderList() {
            var db = new SqlHelper<object>().GetInstance();
            return db.Queryable<SortingOrder>().Includes(a => a.Composes).Where(a => a.N_B_STATE == 1 || a.N_B_STATE == 20).ToList();
        }
        /// <summary>
        /// 获取配货完成的分拣单，每个分拣单单独创建分拣作业
        /// </summary>
        /// <returns></returns>
        internal static List<SortingOrder> GetWaitingSortingOperationList() {
            var db = new SqlHelper<object>().GetInstance();
            return db.Queryable<SortingOrder>().Includes(a => a.Details).Where(a => a.N_B_STATE == 2 || a.N_B_STATE == 3).ToList();
        }

        /// <summary>
        ///单个分拣单的分拣明细创建作业
        /// </summary>
        internal static void CreateSortingOperation(SortingOrder so) {
            var list = so.Details.Where(a => a.N_B_STATE == 0).ToList();
            var db = new SqlHelper<object>().GetInstance();
            if (list.Count > 0) {
                try {
                    db.BeginTran();
                    list.GroupBy(g => g.S_CNTR_CODE).ToList().ForEach(g => {
                        var cntr = g.Key;
                        var sdList = g.ToList();
                        //查询托盘货位，查到了创建任务，查不到说明在别的分拣作业中，不创建任务，需要回库后重新创建
                        var lcr = db.Queryable<LocCntrRel>().Where(c => c.S_CNTR_CODE == cntr).First();
                        if (lcr != null) {
                            //判断托盘是否已经创建任务了，可能多个分拣明细是同一个托盘，如果创建任务了，其它分拣的要稍后，只出一次人工会搞不清楚是哪个分拣单的
                            var wmsTask = db.Queryable<WMSTask>().Where(op => op.S_CNTR_CODE.Contains(cntr) && op.N_B_STATE < 2).First();
                            if (wmsTask == null) {
                                wmsTask = new WMSTask
                                {
                                    S_CNTR_CODE = cntr,
                                    S_CODE = WMSHelper.GenerateTaskNo(),
                                    S_START_LOC = lcr.S_LOC_CODE,
                                    S_END_LOC = "",
                                    N_TYPE = 2,
                                    S_TYPE = WMSTask.GetTypeStr(2),
                                    S_OP_DEF_CODE = "",
                                    S_OP_DEF_NAME = "分拣出立库"
                                };
                                if (db.Insertable(wmsTask).ExecuteCommand() > 0) {
                                    LocationHelper.LockLoc(lcr.S_LOC_CODE, 2);
                                }

                                sdList.ForEach(a => {
                                    a.N_B_STATE = 1;
                                    a.T_MODIFY = DateTime.Now;
                                    db.Updateable(a).UpdateColumns(it => new { it.N_B_STATE, it.T_MODIFY }).ExecuteCommand();
                                });
                            }
                        }
                        //修改分拣单状态为开始作业（不代表作业全部创建了，因为有的托盘可能已经被占用了）
                        so.N_B_STATE = 3;
                        //如果所有的作业都已经创建了，就设置为作业已经创建
                        if (so.Details.Count(s => s.N_B_STATE == 0) == 0) {
                            so.N_B_STATE = 4;
                        }
                        so.T_MODIFY = DateTime.Now;
                        db.Updateable(so).UpdateColumns(it => new { it.N_B_STATE, it.T_MODIFY }).ExecuteCommand();

                    });
                    db.CommitTran();
                }
                catch (Exception ex) {
                    Console.WriteLine(ex.Message);
                    db.RollbackTran();
                }

            }
        }
        internal static void SortingConfrim(List<SortingResultCheck> models) {
            if (models.Count > 0) {
                var db = new SqlHelper<object>().GetInstance();
                try {
                    db.BeginTran();
                    //先查寻该分拣单所有执行中的分拣明细
                    var sdList = db.Queryable<SortingDetail>().Where(a => a.S_SORTING_NO == models[0].sortNo).ToList();
                    var soList = db.Queryable<ShippingOrder>().Includes(a => a.Details).Where(a => a.S_WAVE_CODE == models[0].sortNo).ToList();
                    //查出所有关联的发货单
                    models.ForEach(a => {
                        //根据条目修改累计分拣数量，添加分拣结果表，同时批分到发货单中
                        var sd = sdList.Where(b => b.S_ITEM_CODE == a.itemCode).First();
                        //简单一点，要求人工必须一次性分拣完，分拣数量和分拣明细中一致才创建分拣结果，不支持一条分拣明细多次分拣，多条分拣结果
                        //(sd.F_QTY - sd.F_ACC_SR_QTY) == a.qty
                        if (sd != null && sd.F_QTY == a.qty) {
                            //查询分拣结果是否已经存在，存在就累加
                            //分拣单结果
                            var sdr = new SortingResult
                            {
                                S_SORTING_NO = models[0].sortNo,
                                F_QTY = a.qty,
                                N_ROW_NO = sd.N_ROW_NO,
                                S_ITEM_CODE = sd.S_ITEM_CODE,
                                S_ITEM_NAME = "",
                                S_BATCH_NO = sd.S_BATCH_NO,
                                S_CNTR_CODE = a.cntrCode
                            };
                            db.Insertable(sdr).ExecuteCommand();
                            //sd.F_ACC_SR_QTY += a.qty;
                            sd.N_B_STATE = 2;
                            sd.T_MODIFY = DateTime.Now;
                            db.Updateable(sd).UpdateColumns(it => new { it.N_B_STATE, it.T_MODIFY }).ExecuteCommand();
                            //批分到发货单中
                            var dList = soList.SelectMany(s => s.Details).Where(d => d.S_ITEM_CODE == a.itemCode && (d.F_QTY - d.F_ACC_S_QTY) > 0).ToList();
                            var qty = a.qty;
                            for (int i = 0; i < dList.Count; i++) {
                                var d = dList[i];
                                //发货信息中间表
                              
                                if (d.F_QTY - d.F_ACC_S_QTY >= a.qty) {
                                    //发货单数量超过托盘分拣数量，批分qty
                                    d.F_ACC_S_QTY += a.qty;
                                    qty = 0;
                                }
                                else {
                                    // 发货单数量小于托盘分拣数量
                                    d.F_ACC_S_QTY = d.F_QTY;
                                    qty -= (d.F_QTY - d.F_ACC_S_QTY);
                                }
                                d.T_MODIFY = DateTime.Now;
                                db.Updateable(d).UpdateColumns(it => new { it.F_ACC_S_QTY, it.T_MODIFY }).ExecuteCommand();
                                //插入到大元出库中间表
                                if (qty == 0) {
                                    break;
                                }

                            }
                            //更新托盘明细表
                            var cir = db.Queryable<CntrItemDetail>().Where(c => c.S_CNTR_CODE == a.cntrCode && c.S_ITEM_CODE == a.itemCode).First();
                            cir.F_QTY -= a.qty;
                            cir.F_ALLOC_QTY -= a.qty;
                            cir.T_MODIFY = DateTime.Now;
                            db.Updateable(cir).UpdateColumns(it => new { it.F_QTY, it.F_ALLOC_QTY, it.T_MODIFY }).ExecuteCommand();
                            //更新仓库量表和库区量表
                            //查询仓库量表
                            var wi = db.Queryable<WHInventory>().Where(i => i.S_ITEM_CODE == a.itemCode).First();
                            if (wi != null) {
                                wi.F_QTY -= a.qty;
                                wi.F_ALLOC_QTY -= a.qty;
                                wi.T_MODIFY = DateTime.Now;
                                db.Updateable(wi).UpdateColumns(it => new { it.F_QTY, it.F_ALLOC_QTY, it.T_MODIFY }).ExecuteCommand();
                            }
                            //麻烦了，分拣明细只记托盘，不记住起点，如果要统计库区量表，必须对托盘加标记，记录托盘的来源库区，托盘清空后再清除标记

                            //逻辑库区更不需要量表了，因为从一个逻辑库区出来，可能回其它逻辑库区，那就应该直接删除逻辑库区量表，后面再加到别的逻辑库区中
                            //但是会带来新的问题，就是分拣回的托盘不属于任何逻辑库区的量，只有回库了才能计算到

                            //var aziList = db.Queryable<AZInventory>().Where(i => i.S_ITEM_CODE == a.itemCode).ToList();
                        }

                        //
                    });
                    //判断分拣单是否全部完成
                    if (sdList.Count(sd => sd.N_B_STATE != 2) == 0) {
                        var spo = db.Queryable<SortingOrder>().Where(s => s.S_NO == models[0].sortNo).First();
                        if (spo != null) {
                            spo.N_B_STATE = 10;
                            spo.T_MODIFY = DateTime.Now;
                            db.Updateable(spo).UpdateColumns(it => new { it.N_B_STATE, it.T_MODIFY }).ExecuteCommand();
                        }
                    }
                    //判断发货单配货是否分拣完成
                    soList.ForEach(s => {
                        if (s.Details.Count > 0 && s.Details.Count(sd => sd.F_ACC_D_QTY != sd.F_ACC_S_QTY) == 0) {
                            //配货单的数量等于分拣的数量，分拣完成
                            s.N_B_STATE = 3;
                            s.T_MODIFY = DateTime.Now;
                            db.Updateable(s).UpdateColumns(it => new { it.N_B_STATE, it.T_MODIFY }).ExecuteCommand();
                        }
                    });
                    db.CommitTran();
                }
                catch (Exception ex) {
                    Console.WriteLine(ex.Message);
                    db.RollbackTran();
                }
            }
        }
        internal static bool CheckSortingWholeCntr(string cntr, bool autoSort) {
            var result = false;
            //判断分拣明细是不是只有一个托盘，如果是，判断容器货品明细是不是和分拣明细完全一样
            var db = new SqlHelper<object>().GetInstance();
            var sdList = db.Queryable<SortingDetail>().Where(a => a.S_CNTR_CODE == cntr).ToList();
            if (sdList.Count > 0) {
                var groups = sdList.GroupBy(a => a.S_SORTING_NO).ToList();
                if (groups.Count == 1) {
                    var list = groups.ToList();
                    //只有一个分拣单的情况下,分配量和托盘量都相同，表示是整托
                    var cirList = db.Queryable<CntrItemDetail>().Where(a => a.S_CNTR_CODE == cntr).ToList();
                    if (list.Count == cirList.Count && cirList.Count(c => c.F_QTY != c.F_ALLOC_QTY) == 0) {
                        result = true;
                        if (autoSort) {
                            var data = sdList.Select(s => new SortingResultCheck { cntrCode = s.S_CNTR_CODE, itemCode = s.S_ITEM_CODE, qty = s.F_QTY, sortNo = s.S_SORTING_NO }).ToList();
                            SortingConfrim(data);

                        }
                    }
                }
            }
            return result;
        }
    }
}