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lj_plc/Actions/ChemicalWeighing/Mesnac.Action.ChemicalWeighing/FinishBatch/FinishBatchHelper.cs

518 lines
30 KiB
C#

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using Mesnac.Action.ChemicalWeighing.Entity.Report;
using Mesnac.Equips;
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
namespace Mesnac.Action.ChemicalWeighing.FinishBatch
{
/// <summary>
/// 存盘业务辅助类
/// </summary>
public class FinishBatchHelper
{
#region 冠合事件定义
public static object sender = null;
public static event EventHandler GHOnUpdatePlanStateFromPlc;
#endregion
#region 小料称量数据存盘
/// <summary>
/// 小料称量数据存盘
/// </summary>
public static void SaveData()
{
try
{
#region 0 存盘信号读取
//if (BasePlcHelper.Instance.ChemicalWeighing_PLC_Request_Save_ShakeHand.NowValue.ToInt() == 1 && (BasePlcHelper.Instance.ChemicalWeighing_PC_Request_Save_FeedBack.NowValue.ToInt() <= 0 || BasePlcHelper.Instance.ChemicalWeighing_PC_Request_Save_FeedBack.NowValue.ToInt() == 65535 || BasePlcHelper.Instance.ChemicalWeighing_PC_Request_Save_FeedBack.NowValue.ToInt() == -1))
if (true)
{
#region 1 变量定义
int offset = 0; //保存偏移量
string reportHeadEquipRunName = String.Empty; //报表头基本信息设备变量别名
string materialEquipRunName = String.Empty; //物料信息设备变量别名
int[] reportHeaddataValue = null; //保存报表头基本信息设备变量别名的PLC数据
int[] materialDataValue = null; //保存物料信息设备变量别名的PLC数据
System.Reflection.PropertyInfo[] pis = null; //实体类型属性信息
Entity.LR_lot lRlotData = null; //报表头数据类
List<Entity.LR_weigh> lrWeighList = new List<Entity.LR_weigh>(); //物料数据类List
#endregion
#region 1.1 读取PlcSchema.xml中相应的存盘配置节并根据配置节对应的设备变量别名读取PLC数据
List<PlcRecipeReader> readerList = PlcSchemaHelper.Instance.GetCWSSPlcReader("WeighDataInfo");
if (readerList == null || readerList.Count == 0)
{
ICSharpCode.Core.LoggingService<FinishBatchHelper>.Warn(String.Format("基础报表数据读取失败PlcSchema.xml中没有对应WeighDataInfo的配置节!"));
#region 保存异常下传save=3
if (!BasePlcHelper.Instance.PlcWriteByDataKey(BasePlcHelper.Instance.ChemicalWeighing_PC_Request_Save_FeedBack, new object[] { 3 }))
{
BasePlcHelper.Instance.PlcWriteByDataKey(BasePlcHelper.Instance.ChemicalWeighing_PC_Request_Save_FeedBack, new object[] { 3 });
}
#endregion
return;
}
reportHeadEquipRunName = readerList[0].PlcFiledName;
for (int i = 1; i < readerList.Count; i++)
{
if (reportHeadEquipRunName != readerList[i].PlcFiledName)
{
ICSharpCode.Core.LoggingService<FinishBatchHelper>.Warn(String.Format("基础报表数据读取失败PlcSchema.xml中相同配置节的equip={0}属性与第一个不相同!", readerList[i].PlcFiledName));
#region 保存异常下传save=3
if (!BasePlcHelper.Instance.PlcWriteByDataKey(BasePlcHelper.Instance.ChemicalWeighing_PC_Request_Save_FeedBack, new object[] { 3 }))
{
BasePlcHelper.Instance.PlcWriteByDataKey(BasePlcHelper.Instance.ChemicalWeighing_PC_Request_Save_FeedBack, new object[] { 3 });
}
#endregion
return;
}
}
List<PlcRecipeReader> materialReaderList = PlcSchemaHelper.Instance.GetCWSSPlcReader("MaterialDataInfo");
if (materialReaderList == null || materialReaderList.Count == 0)
{
ICSharpCode.Core.LoggingService<FinishBatchHelper>.Warn(String.Format("物料数据读取失败PlcSchema.xml中没有对应MaterialDataInfo的配置节!"));
#region 保存异常下传save=3
if (!BasePlcHelper.Instance.PlcWriteByDataKey(BasePlcHelper.Instance.ChemicalWeighing_PC_Request_Save_FeedBack, new object[] { 3 }))
{
BasePlcHelper.Instance.PlcWriteByDataKey(BasePlcHelper.Instance.ChemicalWeighing_PC_Request_Save_FeedBack, new object[] { 3 });
}
#endregion
return;
}
materialEquipRunName = materialReaderList[0].PlcFiledName;
for (int i = 1; i < materialReaderList.Count; i++)
{
if (materialEquipRunName != materialReaderList[i].PlcFiledName)
{
ICSharpCode.Core.LoggingService<FinishBatchHelper>.Warn(String.Format("物料数据读取失败PlcSchema.xml中相同配置节的equip={0}属性与第一个不相同!", readerList[i].PlcFiledName));
#region 保存异常下传save=3
if (!BasePlcHelper.Instance.PlcWriteByDataKey(BasePlcHelper.Instance.ChemicalWeighing_PC_Request_Save_FeedBack, new object[] { 3 }))
{
BasePlcHelper.Instance.PlcWriteByDataKey(BasePlcHelper.Instance.ChemicalWeighing_PC_Request_Save_FeedBack, new object[] { 3 });
}
#endregion
return;
}
}
#endregion
#region 1.2 获取PLC品牌名称处理西门子与其他PLC差异
foreach (PlcRecipeReader reader in readerList)
{
string equipBrand = Mesnac.Equips.Factory.Instance.GetEquipBrandByRunName(reader.PlcFiledName);
reader.EquipBrand = equipBrand;
foreach (PlcRecipeReaderItem readerItem in reader.ItemList)
{
readerItem.EquipBrand = equipBrand;
}
}
foreach (PlcRecipeReader materialReader in materialReaderList)
{
string equipBrand = Mesnac.Equips.Factory.Instance.GetEquipBrandByRunName(materialReader.PlcFiledName);
materialReader.EquipBrand = equipBrand;
foreach (PlcRecipeReaderItem materialReaderItem in materialReader.ItemList)
{
materialReaderItem.EquipBrand = equipBrand;
}
}
#endregion
#region 2 存盘业务处理
#region 2.1 根据配置节对应的设备变量别名读取PLC基础报表存盘数据
if (!BasePlcHelper.Instance.PlcReadByRunName(reportHeadEquipRunName, out reportHeaddataValue))
{
ICSharpCode.Core.LoggingService<FinishBatchHelper>.Warn(String.Format("基础报表数据存盘失败读取对应的PLC设备变量[{0}]数据失败!", reportHeadEquipRunName));
return;
}
else
{
ICSharpCode.Core.LoggingService<FinishBatchHelper>.Debug(String.Format("基础报表数据存盘_读取PLC设备变量[{0}]成功,长度={1}", reportHeadEquipRunName, reportHeaddataValue.Length));
}
#endregion
#region 2.2 根据配置节对应的设备变量别名读取PLC物料存盘数据
if (!BasePlcHelper.Instance.PlcReadByRunName(materialEquipRunName, out materialDataValue))
{
ICSharpCode.Core.LoggingService<FinishBatchHelper>.Warn(String.Format("物料数据存盘失败读取对应的PLC设备变量[{0}]数据失败!", materialEquipRunName));
return;
}
else
{
ICSharpCode.Core.LoggingService<FinishBatchHelper>.Debug(String.Format("物料数据存盘_读取PLC设备变量[{0}]成功,长度={1}", materialEquipRunName, materialDataValue.Length));
}
#endregion
#region 2.3 把读取的PLC报表头基本信息数据进行实体映射处理并写入数据库
lRlotData = new Entity.LR_lot();
foreach (PlcRecipeReader reader in readerList)
{
ICSharpCode.Core.LoggingService<FinishBatchHelper>.Debug(String.Format("targetTable={0}, runName={1}", reader.TargetTable, reader.PlcFiledName));
#region 3.1 数据处理
if (reader.TargetTable == "LR_lot")
{
if (reader.ThisCount != 1)
{
ICSharpCode.Core.LoggingService<FinishBatchHelper>.Warn(String.Format("上辅机称量数据存盘失败PlcSchema.xml中对应targetTable={0}的配置节count属性值不为1!", reader.TargetTable));
#region 保存异常下传save=3
if (!BasePlcHelper.Instance.PlcWriteByDataKey(BasePlcHelper.Instance.ChemicalWeighing_PC_Request_Save_FeedBack, new object[] { 3 }))
{
BasePlcHelper.Instance.PlcWriteByDataKey(BasePlcHelper.Instance.ChemicalWeighing_PC_Request_Save_FeedBack, new object[] { 3 });
}
#endregion
return;
}
#region 3.2 配置项赋值
pis = typeof(Entity.LR_lot).GetProperties();
foreach (PlcRecipeReaderItem readerItem in reader.ItemList)
{
int[] value = new int[readerItem.ValueLen];
Array.Copy(reportHeaddataValue, offset, value, 0, value.Length);
readerItem.SetValue = value;
offset += value.Length;
foreach (System.Reflection.PropertyInfo pi in pis)
{
if (pi.Name == readerItem.DataFieldName)
{
object objValue = null;
try
{
if (readerItem.DataType.Equals("Int32", StringComparison.CurrentCultureIgnoreCase))
{
if (readerItem.SetValue[0] > 32767)
{
readerItem.SetValue[0] = Math.Abs(readerItem.SetValue[0] - 65536);
}
if (readerItem.SetValue[1] > 32767)
{
readerItem.SetValue[1] = Math.Abs(readerItem.SetValue[1] - 65536);
}
}
objValue = Mesnac.Basic.DataProcessor.ChangeType(readerItem.GetValue(), pi.PropertyType);
if (readerItem.DataFieldName == "Prd_date")
{
objValue = DateTime.Now.ToString();
}
}
catch
{
objValue = readerItem.GetValue();
}
pi.SetValue(lRlotData, objValue, null);
}
}
}
#endregion
SaveHelper.LotSaveHelper.InsertLRLotData(lRlotData);
break;
}
#endregion
}
ICSharpCode.Core.LoggingService<FinishBatchHelper>.Debug("数据存盘_PLC报表基本数据进行实体映射处理完毕!");
#endregion
#region 2.4 把读取的PLC物料信息数据进行实体映射处理并写入数据库
foreach (PlcRecipeReader reader in materialReaderList)
{
ICSharpCode.Core.LoggingService<FinishBatchHelper>.Debug(String.Format("targetTable={0}, runName={1}", reader.TargetTable, reader.PlcFiledName));
if (reader.TargetTable == "LR_weigh")
{
offset = 0;
pis = typeof(Entity.LR_weigh).GetProperties();
for (int i = 0; i < reader.ThisCount; i++)
{
Entity.LR_weigh tempLRweigh = new Entity.LR_weigh();
bool isCanAddFlag = false;
foreach (PlcRecipeReaderItem readerItem in reader.ItemList)
{
int[] value = new int[readerItem.ValueLen];
Array.Copy(materialDataValue, offset, value, 0, value.Length);
readerItem.SetValue = value;
offset += value.Length;
if (readerItem.PlcFiledName == "Read_BinNo" && readerItem.ValueLen == 1 && readerItem.SetValue[0] != 0)
{
isCanAddFlag = true;
}
}
if (isCanAddFlag)
{
tempLRweigh.Dosing_id = 0;
tempLRweigh.Plan_id = lRlotData.Plan_id;
tempLRweigh.Equip_Code = lRlotData.Equip_Code;
tempLRweigh.Serial_Num = lRlotData.Serial_Num;
foreach (PlcRecipeReaderItem readerItem in reader.ItemList)
{
foreach (System.Reflection.PropertyInfo pi in pis)
{
if (pi.Name == readerItem.DataFieldName)
{
object objValue = null;
try
{
objValue = Mesnac.Basic.DataProcessor.ChangeType(readerItem.GetValue(), pi.PropertyType);
if (readerItem.DataFieldName == "Weight_Time")
{
objValue = DateTime.Now.ToString();
}
}
catch
{
objValue = readerItem.GetValue();
}
pi.SetValue(tempLRweigh, objValue, null);
}
}
}
lrWeighList.Add(tempLRweigh);
SaveHelper.LotSaveHelper.InsertLRweighData(tempLRweigh);
}
}
}
}
ICSharpCode.Core.LoggingService<FinishBatchHelper>.Debug("数据存盘_PLC物料数据写入数据库处理完毕!");
#endregion
#region 2.5 反馈信号
bool result = BasePlcHelper.Instance.PlcWriteByDataKey(BasePlcHelper.Instance.ChemicalWeighing_PC_Request_Save_FeedBack, new object[] { 1 });
if (!result)
{
ICSharpCode.Core.LoggingService<FinishBatchHelper>.Debug("数据存盘后写入反馈信号失败!");
}
#endregion
#endregion
}
else
{
return;
}
#endregion
}
catch (Exception ex)
{
ICSharpCode.Core.LoggingService<FinishBatchHelper>.Error(String.Format("数据存盘异常:{1}", ex.Message), ex);
}
}
#endregion
#region 冠合存盘数据保存
/// <summary>
/// 冠合存盘数据保存
/// </summary>
public static void SaveGHData()
{
try
{
#region 存盘信号读取
if (BasePlcHelper.Instance.GH_PC_ConfirmSDReady.NowValue.ToInt() == 1)
{
Entity.RecordSaveDataInfo recordSaveDataInfo = new Entity.RecordSaveDataInfo();
bool PlanId = BasePlcHelper.Instance.PlcRead(BasePlcHelper.Instance.GH_PC_SavePlanId, out int[] GH_PC_SavePlanId);
bool SaveCode = BasePlcHelper.Instance.PlcRead(BasePlcHelper.Instance.GH_PC_SaveCode, out int[] GH_PC_SaveCode);
bool SaveFinishedNum = BasePlcHelper.Instance.PlcRead(BasePlcHelper.Instance.GH_PC_SaveFinishedNum, out int[] GH_PC_SaveFinishedNum);
bool SaveRow = BasePlcHelper.Instance.PlcRead(BasePlcHelper.Instance.GH_PC_SaveRow, out int[] GH_PC_SaveRow);
bool SaveCol = BasePlcHelper.Instance.PlcRead(BasePlcHelper.Instance.GH_PC_SaveCol, out int[] GH_PC_SaveCol);
bool SaveVCCSet = BasePlcHelper.Instance.PlcRead(BasePlcHelper.Instance.GH_PC_SaveVCCSet, out int[] GH_PC_SaveVCCSet);
bool SaveVCCAct = BasePlcHelper.Instance.PlcRead(BasePlcHelper.Instance.GH_PC_SaveVCCAct, out int[] GH_PC_SaveVCCAct);
bool SaveGFASet = BasePlcHelper.Instance.PlcRead(BasePlcHelper.Instance.GH_PC_SaveGFASet, out int[] GH_PC_SaveGFASet);
bool SaveGFAAct = BasePlcHelper.Instance.PlcRead(BasePlcHelper.Instance.GH_PC_SaveGFAAct, out int[] GH_PC_SaveGFAAct);
bool Save3thSet = BasePlcHelper.Instance.PlcRead(BasePlcHelper.Instance.GH_PC_Save3thSet, out int[] GH_PC_Save3thSet);
bool Save3thAct = BasePlcHelper.Instance.PlcRead(BasePlcHelper.Instance.GH_PC_Save3thAct, out int[] GH_PC_Save3thAct);
bool SaveLevel = BasePlcHelper.Instance.PlcRead(BasePlcHelper.Instance.GH_PC_SaveLevel, out int[] GH_PC_SaveLevel);
bool SaveFillTime = BasePlcHelper.Instance.PlcRead(BasePlcHelper.Instance.GH_PC_SaveFillTime, out int[] GH_PC_SaveFillTime);
bool SaveSpeed1 = BasePlcHelper.Instance.PlcRead(BasePlcHelper.Instance.GH_PC_SaveSpeed1, out int[] GH_PC_SaveSpeed1);
bool SaveSpeed2 = BasePlcHelper.Instance.PlcRead(BasePlcHelper.Instance.GH_PC_SaveSpeed2, out int[] GH_PC_SaveSpeed2);
bool SaveTime = BasePlcHelper.Instance.PlcRead(BasePlcHelper.Instance.GH_PC_SaveTime, out int[] GH_PC_SaveTime);
bool SaveVCC2thSet = BasePlcHelper.Instance.PlcRead(BasePlcHelper.Instance.GH_PC_SaveVCC2thSet, out int[] GH_PC_SaveVCC2thSet);
bool SaveVCC2thAct = BasePlcHelper.Instance.PlcRead(BasePlcHelper.Instance.GH_PC_SaveVCC2thAct, out int[] GH_PC_SaveVCC2thAct);
bool SaveGFA2thSet = BasePlcHelper.Instance.PlcRead(BasePlcHelper.Instance.GH_PC_SaveGFA2thSet, out int[] GH_PC_SaveGFA2thSet);
bool SaveGFA2thAct = BasePlcHelper.Instance.PlcRead(BasePlcHelper.Instance.GH_PC_SaveGFA2thAct, out int[] GH_PC_SaveGFA2thAct);
recordSaveDataInfo.PlanId = Mesnac.Basic.DataProcessor.ToSiemensInt32(GH_PC_SavePlanId).ToString();
recordSaveDataInfo.SaveCode = GH_PC_SaveCode[0].ToString();
recordSaveDataInfo.SaveFinishedNum = GH_PC_SaveFinishedNum[0];
recordSaveDataInfo.SaveRow = GH_PC_SaveRow[0];
recordSaveDataInfo.SaveCol = GH_PC_SaveCol[0];
recordSaveDataInfo.SaveVCCSet = Mesnac.Basic.DataProcessor.ToSiemensFloat(GH_PC_SaveVCCSet);
recordSaveDataInfo.SaveVCCAct = Mesnac.Basic.DataProcessor.ToSiemensFloat(GH_PC_SaveVCCAct);
recordSaveDataInfo.SaveGFASet = Mesnac.Basic.DataProcessor.ToSiemensFloat(GH_PC_SaveGFASet);
recordSaveDataInfo.SaveGFAAct = Mesnac.Basic.DataProcessor.ToSiemensFloat(GH_PC_SaveGFAAct);
recordSaveDataInfo.Save3thSet = Mesnac.Basic.DataProcessor.ToSiemensFloat(GH_PC_Save3thSet);
recordSaveDataInfo.Save3thAct = Mesnac.Basic.DataProcessor.ToSiemensFloat(GH_PC_Save3thAct);
recordSaveDataInfo.SaveLevel = Mesnac.Basic.DataProcessor.ToSiemensFloat(GH_PC_SaveLevel);
recordSaveDataInfo.SaveFillTime = GH_PC_SaveFillTime[0];
recordSaveDataInfo.SaveSpeed1 = GH_PC_SaveSpeed1[0];
recordSaveDataInfo.SaveSpeed2 = GH_PC_SaveSpeed2[0];
recordSaveDataInfo.SaveTime = GH_PC_SaveTime[0];
recordSaveDataInfo.RecordTime = DateTime.Now;
recordSaveDataInfo.SaveVCC2thSet = Mesnac.Basic.DataProcessor.ToSiemensFloat(GH_PC_SaveVCC2thSet);
recordSaveDataInfo.SaveVCC2thAct = Mesnac.Basic.DataProcessor.ToSiemensFloat(GH_PC_SaveVCC2thAct);
recordSaveDataInfo.SaveGFA2thSet = Mesnac.Basic.DataProcessor.ToSiemensFloat(GH_PC_SaveGFA2thSet);
recordSaveDataInfo.SaveGFA2thAct = Mesnac.Basic.DataProcessor.ToSiemensFloat(GH_PC_SaveGFA2thAct);
//将实体保存至数据库
SaveHelper.LotSaveHelper.InsertGHSaveData(recordSaveDataInfo);
#region 物料称量结果
try
{
List<Technical.PmtRecipe.entity.Base_MaterialInfo> MaterInfolist = MaterialManage.MaterialHelper.getMaterialList();
Entity.LR_weigh tempLRweigh1 = new Entity.LR_weigh();
tempLRweigh1.Plan_id = Mesnac.Basic.DataProcessor.ToSiemensInt32(GH_PC_SavePlanId).ToString();
tempLRweigh1.Equip_Code = "01";
tempLRweigh1.Weight_ID = 1;
tempLRweigh1.Serial_Num = GH_PC_SaveFinishedNum[0];
tempLRweigh1.Batch_Number = GH_PC_SaveCol[0].ToString();
//获取包含所有物料对象的集合
tempLRweigh1.Material_Code = MaterInfolist[0].materialId;
tempLRweigh1.Real_Weight = Mesnac.Basic.DataProcessor.ToSiemensFloat(GH_PC_SaveVCCAct);
tempLRweigh1.Real_Error = Mesnac.Basic.DataProcessor.ToSiemensFloat(GH_PC_SaveVCCSet) - tempLRweigh1.Real_Weight;
tempLRweigh1.Waste_Time = GH_PC_SaveTime[0];
tempLRweigh1.Weight_Time = DateTime.Now.ToString();
tempLRweigh1.Recipe_code = GH_PC_SaveCode[0].ToString();
SaveHelper.LotSaveHelper.InsertLRweighData(tempLRweigh1);
Entity.LR_weigh tempLRweigh2 = new Entity.LR_weigh();
tempLRweigh2.Plan_id = Mesnac.Basic.DataProcessor.ToSiemensInt32(GH_PC_SavePlanId).ToString();
tempLRweigh2.Equip_Code = "01";
tempLRweigh1.Weight_ID = 2;
tempLRweigh2.Serial_Num = GH_PC_SaveFinishedNum[0];
tempLRweigh2.Batch_Number = GH_PC_SaveCol[0].ToString();
//获取包含所有物料对象的集合
tempLRweigh2.Material_Code = MaterInfolist[1].materialId;
tempLRweigh2.Real_Weight = Mesnac.Basic.DataProcessor.ToSiemensFloat(GH_PC_SaveGFAAct);
tempLRweigh2.Real_Error = Mesnac.Basic.DataProcessor.ToSiemensFloat(GH_PC_SaveGFASet) - tempLRweigh1.Real_Weight;
tempLRweigh2.Waste_Time = GH_PC_SaveTime[0];
tempLRweigh2.Weight_Time = DateTime.Now.ToString();
tempLRweigh2.Recipe_code = GH_PC_SaveCode[0].ToString();
SaveHelper.LotSaveHelper.InsertLRweighData(tempLRweigh2);
Entity.LR_weigh tempLRweigh3 = new Entity.LR_weigh();
tempLRweigh3.Plan_id = Mesnac.Basic.DataProcessor.ToSiemensInt32(GH_PC_SavePlanId).ToString();
tempLRweigh3.Equip_Code = "01";
tempLRweigh1.Weight_ID = 3;
tempLRweigh3.Serial_Num = GH_PC_SaveFinishedNum[0];
tempLRweigh3.Batch_Number = GH_PC_SaveCol[0].ToString();
//获取包含所有物料对象的集合
tempLRweigh3.Material_Code = MaterInfolist[2].materialId;
tempLRweigh3.Real_Weight = Mesnac.Basic.DataProcessor.ToSiemensFloat(GH_PC_Save3thAct);
tempLRweigh3.Real_Error = Mesnac.Basic.DataProcessor.ToSiemensFloat(GH_PC_Save3thSet) - tempLRweigh1.Real_Weight;
tempLRweigh3.Waste_Time = GH_PC_SaveTime[0];
tempLRweigh3.Weight_Time = DateTime.Now.ToString();
tempLRweigh3.Recipe_code = GH_PC_SaveCode[0].ToString();
SaveHelper.LotSaveHelper.InsertLRweighData(tempLRweigh3);
}
catch (Exception ex)
{
ICSharpCode.Core.LoggingService<FinishBatchHelper>.Error(String.Format("物料称量存盘异常:{1}", ex.Message), ex);
}
#endregion
//存盘数据保存完成,写入反馈信号
ICSharpCode.Core.LoggingService<FinishBatchHelper>.Debug("数据存盘_PLC物料数据写入数据库处理完毕!");
bool result = BasePlcHelper.Instance.PlcWriteByDataKey(BasePlcHelper.Instance.ChemicalWeighing_PC_RpSaved, new object[] { 1 });
if (!result)
{
ICSharpCode.Core.LoggingService<FinishBatchHelper>.Debug("数据存盘后写入反馈信号失败!");
}
//将车次与计划表中的数量比对,更新计划数量中的完成数量
if (recordSaveDataInfo.PlanId != "")
{
Product.PptPlan.entity.Base_PlanInfo planInfo = Product.PptPlan.PlanHelper.getPlanInfoByPlanId(recordSaveDataInfo.PlanId);
//不相等则更新计划中的完成数量
planInfo.real_Amount = recordSaveDataInfo.SaveFinishedNum * recordSaveDataInfo.SaveCol;
planInfo.update_Time = DateTime.Now;
if (planInfo.plan_Amount != recordSaveDataInfo.SaveFinishedNum * recordSaveDataInfo.SaveCol)
{
Product.PptPlan.PlanHelper.UpdatePlanInfo(planInfo);
}
else //本次计划完成
{
planInfo.plan_endTime = DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss");
planInfo.plan_State = 2;
Product.PptPlan.PlanHelper.UpdatePlanInfo(planInfo);
}
if (GHOnUpdatePlanStateFromPlc != null)
{
GHOnUpdatePlanStateFromPlc(sender, System.EventArgs.Empty);
}
}
}
#endregion
}
catch (Exception ex)
{
ICSharpCode.Core.LoggingService<FinishBatchHelper>.Error(String.Format("生产数据存盘异常:{1}", ex.Message), ex);
}
}
#endregion
}
}