using JinYuan.CommunicationLib.Enum; using JinYuan.CommunicationLib.Interface; using JinYuan.DataConvertLib; using JinYuan.Helper; using JinYuan.MES.Enums; using JinYuan.Models; using JinYuan.VirtualDataLibrary; using PLCCommunication; using System; using System.Collections.Generic; using System.Diagnostics; using System.Linq; using System.Threading; using System.Threading.Tasks; namespace JinYuan.ControlCenters { public partial class ControlCenter { private void UpAB(ref BGearEntity m) { for (int i = 0; i < 10; i++) { } } #region 保留2位小数 private float SaveTwoNum(float TNum) { //1.2333 0.998 int value = (int)(TNum * 1000) % 10; value = value > 4 ? 10 - value : -value; TNum += ((float)value / 1000); //保留3位小数 TNum = (float)(int)(TNum * 1000) / 1000; return TNum; } #endregion //不良类型 string NG_Type = ""; // 用于备注 string OK_NG = ""; // OK或NG #region 判断总结果 ///

/// 判断总结果 ///

//private int JudgmentResult(int A, int B, int C, int D, int E, int F, int G, int H, int I, int J, int K, int L, int M, int N) //{ // //条码，芯包重量，芯包侧厚，芯包CCD极性检测，电芯裁切粘连，电芯裁切毛刺，芯包铜焊印位置， // //芯包正面极耳撕裂H，芯包背面极耳撕裂，芯包正面极耳翻折J，芯包背面极耳翻折,测厚压力结果, // //焊前CCD检测结果,铝焊印位置判定结果 // //目前先判断条码，芯包重量，芯包侧厚，芯包CCD极性检测，芯包正面极耳撕裂，芯包正面极耳翻折 // int Result = 0; // OK_NG = "OK"; // if (A == 2 || B == 2 || C == 2 || D == 2 || H == 2 || J == 2) // { // //ed // Result = 2; // OK_NG = "NG"; // } // else if (A == 1 && B == 1 && C == 1 && D == 1 && H == 1 && J == 1) // { // Result = 1; // OK_NG = "OK"; // } // else // { // Result = 1; // OK_NG = "OK"; // } // if (A == 2) // { // NG_Type += "无条码_"; // Result = 2; // } // if (B == 2) // { // NG_Type += "芯包重量1NG_"; // //return 2; // Result = 2; // } // if (C == 2) // { // NG_Type += "芯包侧厚NG_"; // //return 2; // Result = 2; // } // if (D == 2) // { // NG_Type += "芯包CCD极性检测NG_"; // //return 2; // Result = 2; // } // //if (E == 2) // //{ // // NG_Type += "电芯裁切粘连NG_"; // // //return 2; // //} // //if (F == 2) // //{ // // NG_Type += "电芯裁切毛刺NG_"; // // //return 2; // //} // //if (G == 2) // //{ // // NG_Type += "芯包铜焊印位置判定NG_"; // // //return 2; // //} // if (H == 2) // { // NG_Type += "芯包正面极耳撕裂NG_"; // //return 2; // } // //if (I == 2) // //{ // // NG_Type += "芯包背面极耳撕裂NG_"; // // //return 2; // //} // if (J == 2) // { // NG_Type += "芯包正面极耳翻折NG_"; // //return 2; // } // //if (K == 2) // //{ // // NG_Type += "芯包背面极耳翻折NG_"; // // //return 2; // //} // if (L == 2) // { // NG_Type += "测厚压力NG_"; // //return 2; // } // if (M == 2) // { // NG_Type += "焊前CCD检测NG_"; // //return 2; // } // if (N == 2) // { // NG_Type += "铝焊印位置判定NG_"; // //return 2; // } // if (Result == 1) // { // NG_Type += "OK_"; // } // return Result; //} ///

/// 判断总结果 ///

private int JudgmentResult(int A, int B, int C, int D, int E, int F, int G, int H, int I, int J, int K, int L, int M, int N) { //条码，芯包重量，芯包侧厚，芯包CCD极性检测，电芯裁切粘连，电芯裁切毛刺，芯包铜焊印位置， //芯包正面极耳撕裂H，芯包背面极耳撕裂，芯包正面极耳翻折J，芯包背面极耳翻折,测厚压力结果, //焊前CCD检测结果,铝焊印位置判定结果 //目前先判断条码，芯包重量，芯包侧厚，芯包CCD极性检测，芯包正面极耳撕裂，芯包正面极耳翻折 int Result = 0; OK_NG = "OK"; if (A == 2 || B == 2 || C == 2 || D == 2 || H == 2 || J == 2) { //ed Result = 2; OK_NG = "NG"; } else if (A == 1 && B == 1 && C == 1 && D == 1 && H == 1 && J == 1) { Result = 1; OK_NG = "OK"; } else { Result = 1; OK_NG = "OK"; } if (A == 2) { NG_Type += "无条码_"; Result = 2; } if (B == 2) { NG_Type += "芯包重量1NG_"; //return 2; Result = 2; } if (C == 2) { NG_Type += "芯包侧厚NG_"; //return 2; Result = 2; } if (D == 2) { NG_Type += "芯包CCD极性检测NG_"; //return 2; Result = 2; } //if (E == 2) //{ // NG_Type += "电芯裁切粘连NG_"; // //return 2; //} //if (F == 2) //{ // NG_Type += "电芯裁切毛刺NG_"; // //return 2; //} //if (G == 2) //{ // NG_Type += "芯包铜焊印位置判定NG_"; // //return 2; //} if (H == 2) { NG_Type += "芯包正面极耳撕裂NG_"; //return 2; } //if (I == 2) //{ // NG_Type += "芯包背面极耳撕裂NG_"; // //return 2; //} if (J == 2) { NG_Type += "芯包正面极耳翻折NG_"; //return 2; } //if (K == 2) //{ // NG_Type += "芯包背面极耳翻折NG_"; // //return 2; //} if (L == 2) { NG_Type += "测厚压力NG_"; //return 2; } if (M == 2) { NG_Type += "焊前CCD检测NG_"; //return 2; } if (N == 2) { NG_Type += "铝焊印位置判定NG_"; //return 2; } if (Result == 1) { NG_Type += "OK_"; } return Result; } private int JudgmentCCDResult(int A, int[,] B, int C) { var ngType = new string[16] {"正面(2D/3D)结果", "反面(2D/3D)结果", "左侧面(2D/3D)结果", "右侧面(2D/3D)结果", "顶面(2D/3D)结果", "底面(2D/3D)结果", "底DE1结果", "底DE2结果", "底DE3结果", "底DE4结果", "中ME1结果", "中ME2结果", "中ME3结果", "中ME4结果", "极柱(POS/NEG)结果", "防爆阀(PRO)结果" }; int Result = 1; OK_NG = "OK"; for (int i = 0; i < 16; i++) { if (B[C,i] !=1) { //1OK，2扫码NG，3MES反馈NG，4其他NG Result = 4; OK_NG = "NG"; NG_Type += $"{ngType[i]}(NG),"; } } if (A == 2) { NG_Type += "无条码,"; Result = 2; OK_NG = "NG"; } return Result; } private int JudgmentThickNessResult(int[,] B, int C,int ccdResult =1) { var ngType = new string[3] {"厚度1结果", "厚度2结果", "厚度3结果" }; int Result = ccdResult; for (int i = 0; i < 3; i++) { if (B[C, i] != 1) { //1OK，2扫码NG，3MES反馈NG，4其他NG Result = 4; OK_NG = "NG"; NG_Type += $"{ngType[i]}(NG),"; } } return Result; } #region 上料工位(数据处理) ///

/// 上料工位 ///

int JXCount = 0; Stopwatch sw2 = new Stopwatch(); //上料解析 private void FeedingStation(JYResult bArrays, object plcModel) { Group pf = plcModel as Group; if (bArrays == null) { CommonMethods.PlcLink.WriteInt16(pf.VarList[0].VarAddress, 0);//置位0 CommonMethods.AddLog(false, $"电芯进站PLC有触发信号，但无数据!");//存系统日志 LoggerHelp.WriteLog($"电芯进站PLC有触发信号，但无数据!", "Info"); } if (bArrays.IsSuccess && bArrays.Content != null) { sw2.Restart(); //解析数据 //1257 3个条码 List list = new List();//实体 List listBarCode = GetList(6, "");//电芯条码 //List listNum = GetList(1, "");//进站磁悬浮动子编号 List listRes = GetList(6, 0);//进站电芯反馈结果 byte[] bytes = bArrays.Content.ByteReverse();//高低位转换 // 从D2200开始 #region 数据解析 //电芯条码 //从bytes读取第二位参数到第三位参数的内容 0-19 第四位参数为格式第五位为规则 //listBarCode[0] = StringLib.GetStringFromByteArrayByEncoding(bArrays.Content, 200, 40, System.Text.Encoding.ASCII).Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim(); //listBarCode[1] = StringLib.GetStringFromByteArrayByEncoding(bArrays.Content, 240, 40, System.Text.Encoding.ASCII).Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim(); //listBarCode[2] = StringLib.GetStringFromByteArrayByEncoding(bArrays.Content, 280, 40, System.Text.Encoding.ASCII).Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim(); //listBarCode[3] = StringLib.GetStringFromByteArrayByEncoding(bArrays.Content, 320, 40, System.Text.Encoding.ASCII).Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim(); listBarCode[0] = StringLib.GetStringFromByteArrayByEncoding(bytes, 0, 40, System.Text.Encoding.ASCII).Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim(); listBarCode[1] = StringLib.GetStringFromByteArrayByEncoding(bytes, 40, 40, System.Text.Encoding.ASCII).Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim(); listBarCode[2] = StringLib.GetStringFromByteArrayByEncoding(bytes, 80, 40, System.Text.Encoding.ASCII).Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim(); listBarCode[3] = StringLib.GetStringFromByteArrayByEncoding(bytes, 120, 40, System.Text.Encoding.ASCII).Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim(); listBarCode[4] = StringLib.GetStringFromByteArrayByEncoding(bytes, 160, 40, System.Text.Encoding.ASCII).Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim(); listBarCode[5] = StringLib.GetStringFromByteArrayByEncoding(bytes, 200, 40, System.Text.Encoding.ASCII).Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim(); //listBarCode[0] = "TEST"; //listBarCode[1] = "TEST"; //listBarCode[2] = "TEST"; //listBarCode[3] = "TEST"; for (int i = 0; i < 6; i++) { //有无条码标志 int CodeFlag = 1; //极限件标志 int ChallengeFlag = 0; AGearEntity m = new AGearEntity(); try { //判断条码是否为空 if (listBarCode[i] == null || listBarCode[i] == "" || listBarCode[i] == "ERROR") { CodeFlag = 0; //continue; } m.TestTime = DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss"); m.BarCode = listBarCode[i]; //判断是否极限件查询极限件数据 var EX = CommonMethods.db.QuerySqlList(CommonMethods.dBSQL.GetChallengeCode(listBarCode[i])); for (int j = 0; j < EX.Count; j++) { if (string.Compare(EX[j].ChallengeBarCode, listBarCode[i]) == 0) { m.Remark += "(极限件," + EX[j].CodeMessage + "," + EX[j].WeldingCCD + ")"; ChallengeFlag = 1; } } if (CodeFlag == 1) { List MesMessage = new List(); List mesResType = new List(); if (CommonMethods.mesConfig.isUpMes) { string url = CommonMethods.mesConfig.InPutStationMesUrl; string siteCode = CommonMethods.mesConfig.siteCode; string lineCode = CommonMethods.mesConfig.lineCode; string equipNum = CommonMethods.mesConfig.equipNum; string materialCode = CommonMethods.mesConfig.MaterialCode; string userName = CommonMethods.mesConfig.mesUserName; string MesMessage1 = ""; MesResType mesResType1 = MesResType.A; bool Res = CommonMethods.hbgMes.SingleCellInStation(url, siteCode, lineCode, equipNum, materialCode, userName, listBarCode[i], ref MesMessage1, ref mesResType1); if (MesMessage1.Contains("发生一个或多个错误")) { MesMessage1 = "上传失败"; } else { m.Flag = 1; } if (Res) { m.Result = "OK"; listRes[i] = 1; m.Remark += MesMessage1; } else { m.Result = "NG"; switch (mesResType1) { case MesResType.A:// 停线，设备报警停机 //listRes[i] = 10; listRes[i] = 3; m.Remark += "MES NG"; break; case MesResType.B: //listRes[i] = 9; listRes[i] = 3; m.Remark += "MES NG"; break; case MesResType.C: //listRes[i] = 1; listRes[i] = 3; m.Remark += "MES NG"; break; case MesResType.D: listRes[i] = 1; m.Remark += "MES OK"; break; default: listRes[i] = 3; m.Remark += "MES NG"; break; } if (CommonMethods.sysConfig.OKSwitching) { //调试发OK listRes[i] = 1; //m.Result = "OK"; } m.Remark += MesMessage1; } } else { m.Flag = 0; m.ID = i + 1; m.CNum = m.ID.ToString(); //电芯反馈结果 listRes[i] = 1; m.Result = "OK"; m.Remark += "本地存储"; m.UpState = "未上传"; // m.Remark = "本地存储"; //if (CommonMethods.sysConfig.OKSwitching) //{ // //调试发OK // listRes[j] = 1; // m.Result = "OK"; //} //list.Add(m); } } else { //无条码不上传 m.Flag = 0; m.Result = "NG"; listRes[i] = 2; m.Remark += "无条码"; } //极限件发3给PLC //需要沟通极限发多少给plc if (ChallengeFlag == 1) { if (string.Compare(EX[0].WeldingCCD, "焊前CCD") == 0) { listRes[i] = 3; } if (string.Compare(EX[0].WeldingCCD, "焊后CCD") == 0) { listRes[i] = 4; } } if (m.Flag == 1) m.UpState = "已上传"; else m.UpState = "未上传"; list.Add(m); } catch (Exception ex) { LoggerHelp.WriteLog($"外观检测进站线程数据解析：{ex}", "SysErrorLog"); } } #endregion //if (CommonMethods.sysConfig.OKSwitching) //{ // //调试发OK // listRes[0] = 1; // listRes[1] = 1; // listRes[2] = 1; // listRes[3] = 1; // //m.Result = "OK"; //} JYResult result = CommonMethods.PlcLink.WriteValue("D2100", listRes[0], Data_Type.Short);//调试结果写入PLC CommonMethods.PlcLink.WriteValue("D2101", listRes[1], Data_Type.Short);//调试结果写入PLC CommonMethods.PlcLink.WriteValue("D2102", listRes[2], Data_Type.Short);//调试结果写入PLC //CommonMethods.PlcLink.WriteValue("D2103", listRes[3], Data_Type.Short);//调试结果写入PLC //CommonMethods.PlcLink.WriteInt16("D2100", listRes[0]);//调试结果OK写入PLC if (result != null) { string strres = $"分档工位发送给PLC: D2100={listRes[0]},D2101={listRes[1]},D2102={listRes[2]},"; CommonMethods.AddDataMonitorLog(0, strres); } //写入·结果反馈 //JYResult result = CommonMethods.PlcLink.WriteValue("D2100", listRes.ToArray(), Data_Type.ArrShort);//判断结果写入PLC //JYResult result = CommonMethods.PlcLink.WriteValue("D2100", listRes.ToArray(), Data_Type.ArrShort);//调试结果OK写入PLC Task.Run(() => { SendDateMQTT.Instance.EnterandExitSendMessge(0); }); //读取结果显示 //数据存储 -异步处理 Task.Run(() => { SaveFeedingData(list); }); CommonMethods.PlcLink.WriteInt16(pf.VarList[0].VarAddress, 0);//置位0 sw2.Stop(); ////输出上料数据处理耗时： CommonMethods.AddDataMonitorLog(0, $"外观检测进站共耗时：{sw2.Elapsed.TotalMilliseconds}ms"); } } #region 保存上料数据 ///

/// 保存上料数据到数据 ///

/// private void SaveFeedingData(List list) { //数据的保存 try { if (list != null && list.Count > 0) { //数据显示 List Blist = list; int i = 0; string strRes = ""; foreach (AGearEntity m in list) { if (true) { //int b1 = CommonMethods.dbServer.Delete(it => it.containerCode == m.DiRFID); Thread.Sleep(10); //int b2 = CommonMethods.dbServer.Delete(it => it.containerCode == m.GaoRFID); //int b1 = CommonMethods.dbServer.Delete(it => it.containerCode == m.BarCode); bool b = CommonMethods.db.AddReturnBool(m); //strRes = b1 > 0 ? ",远删Yes" : ",远删No"; strRes += b; DataTurnover server = new DataTurnover { equipNum = CommonMethods.mesConfig.equipNum, containerCode = m.BarCode, identification = m.BarCode, message = m.Result, Time = DateTime.Now, }; try { //bool res = CommonMethods.dbServer.AddReturnBool(server); //strRes += res == true ? ",远存Yes" : ",远存No"; } catch (Exception ex) { JYResult result = CommonMethods.PlcLink.WriteValue("D80", 1, Data_Type.Short);//反馈PLC结果 CommonMethods.AddDataMonitorLog(1, $"服务器连接失败!解决办法：1、请检查MES网络，2、查看服务器是否正常！!"); LoggerHelp.WriteLog($"服务器连接失败：{ex}", "系统报错"); } } else { strRes = ",不存储"; } //m.Remark = m.Remark + strRes; Blist[i].Remark = m.Remark; i++; } //数据显示 CommonMethods.ShowFeedingDelegate.Invoke(Blist); } else { LoggerHelp.WriteLog($"电芯进站数据List为空", "SysErrorLog"); } } catch (Exception ex) { LoggerHelp.WriteLog($"外观检测上料保存处理异常：{ex}", "SysErrorLog"); } } #endregion #endregion //NG出站解析 private void NGStation(JYResult bArrays, object plcModel) { Group pf = plcModel as Group; if (bArrays == null) { CommonMethods.PlcLink.WriteInt16(pf.VarList[0].VarAddress, 0);//置位0 CommonMethods.AddLog(false, $"NG出站PLC有触发信号，但无数据!"); LoggerHelp.WriteLog($"NG出站PLC有触发信号，但无数据!", "SysErrorLog"); } #region 预焊机 //if (bArrays.IsSuccess && bArrays.Content != null) //{ // Random random = new Random(); // //解析数据 // sw2.Restart(); // #region 数据变量定义 // List list = new List();//实体 // int[] MyRes = new int[2];//AB反馈结果 // #endregion // //高低位转换 // byte[] bytes = bArrays.Content.ByteReverse(); // byte[] bytes1 = bArrays.Content; // //反馈结果 // #region 电芯解析 // //D3100起 // //电芯解析 // #region 上传MES // for (int i = 0; i < 2; i++) // { // try // { // int ChallengeFlag = 0; // BGearEntity m = new BGearEntity(); // AGearEntity TT = new AGearEntity(); // if (i == 0) // { // m.A_B = "A芯包"; // //A_NG芯包信息1 D2442~D2446 // for (int j = 0; j < 5; j++) // { // m.NG_Data1[i, j] = ShortLib.GetShortFromByteArray(bArrays.Content, 84 + j * 2, DataFormat.CDAB); // } // //A_NG芯包信息2 D2452~D2468 // for (int j = 0; j < 9; j++) // { // m.NG_Data2[i, j] = FloatLib.GetFloatFromByteArray(bArrays.Content, 104 + j * 4, DataFormat.CDAB); // } // } // else // { // m.A_B = "B芯包"; // //B_NG芯包信息1 D2447~D2451 // for (int j = 0; j < 5; j++) // { // m.NG_Data1[i, j] = ShortLib.GetShortFromByteArray(bArrays.Content, 94 + j * 2, DataFormat.CDAB); // } // //B_NG芯包信息2 D2470~D2486 // for (int j = 0; j < 9; j++) // { // m.NG_Data2[i, j] = FloatLib.GetFloatFromByteArray(bArrays.Content, 140 + j * 4, DataFormat.CDAB); // } // } // //芯包条码 D2400~D3239 // m.CSBYHCODEA = StringLib.GetStringFromByteArrayByEncoding(bArrays.Content, 40 * i, 40, System.Text.Encoding.ASCII).Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim(); // //m.CSBYHCODEA = "TEST"; // //判断是否极限件查询极限件数据 // var EX = CommonMethods.db.QuerySqlList(CommonMethods.dBSQL.GetChallengeCode(m.CSBYHCODEA)); // for (int j = 0; j < EX.Count; j++) // { // if (string.Compare(EX[j].ChallengeBarCode, m.CSBYHCODEA) == 0) // { // m.Remark += "(极限件," + EX[j].CodeMessage + "," + EX[j].WeldingCCD + ")"; // ChallengeFlag = 1; // } // } // //查询进站时间数据 // var w = CommonMethods.db.QuerySqlList(CommonMethods.dBSQL.GetInTime(m.CSBYHCODEA)); // //获取最新一行数据 // if (w.Count > 0) // TT = w[w.Count - 1]; // if (TT.TestTime != null) // m.ScanTime[0] = TT.TestTime; // else // m.ScanTime[0] = ""; // //芯包出站时间 // m.ScanTime[1] = DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss"); // int Code_NG = 0;//条码有无标志 1为有，2为无 // //判断有无条码 // if (m.CSBYHCODEA != null && m.CSBYHCODEA != "") // Code_NG = 1; // else // Code_NG = 2; // //m.TestTime = DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss"); // //不良代码判定 // List NGcodeList = new List(); // NGcodeList = NGCarcode(m.NG_Data1[i, 1], m.NG_Data1[i, 3], m.NG_Data1[i, 4]); // //芯包重量1判定结果 // if (m.NG_Data1[i, 1] == 1) // m.CSBYHWEIGHTRESULTA1 = "OK"; // else if (m.NG_Data1[i, 1] == 2) // m.CSBYHWEIGHTRESULTA1 = "NG"; // else // m.CSBYHWEIGHTRESULTA1 = "无"; // //芯包侧厚判定结果 // if (m.NG_Data1[i, 3] == 1) // m.CSBYHTHICKNESSTESTJUDGERESULTA = "OK"; // else if (m.NG_Data1[i, 3] == 2) // m.CSBYHTHICKNESSTESTJUDGERESULTA = "NG"; // else // m.CSBYHTHICKNESSTESTJUDGERESULTA = "无"; // //芯包CCD极性检测结果 // if (m.NG_Data1[i, 4] == 1) // m.CSBYHPOLARITYRESULTA = "OK"; // else if (m.NG_Data1[i, 4] == 2) // m.CSBYHPOLARITYRESULTA = "NG"; // else // m.CSBYHPOLARITYRESULTA = "无"; // //电芯裁切粘连判定结果 // m.CSBYHCUTADHESIONJUDGERESULTA = "无"; // //电芯裁切毛刺判定结果 // m.CSBYHCUTBURRJUDGERESULTA = "无"; // //芯包焊印位置判定结果 // m.CSBYHSOLDERJUDGERESULTA = "无"; // m.CSBYHSOLDERJUDGERESULTA2 = "无"; // m.AluminiumWeldPositionResult1 = "无"; // m.AluminiumWeldPositionResult2 = "无"; // //芯包正面极耳撕裂判定结果 // m.CSBYHFRONTEARCRACKLEJUDGERESULTA = "无"; // //芯包背面极耳撕裂判定结果 // m.CSBYHBACKEARCRACKLEJUDGERESULTA = "无"; // //芯包正面极耳翻折检测结果 // m.CSBYHFRONTEARFLODINGRESULTA = "无"; // //芯包背面极耳翻折检测结果 // m.CSBYHBACKEARFLODINGRESULTA = "无"; // m.CSBYHASCANNINGTIME = DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss"); // m.CSBYHWEIGHTNOA1 = m.NG_Data1[i, 2]; // m.CSBYHTHICKNESSTESTSTATIONNOA = m.NG_Data1[i, 4]; // m.CSBYHTOOLNOA = 0; // m.CSBYHCUWELDINGSTATIONNOA1 = 0; // m.CSBYHCUWELDINGSTATIONNOA2 = 0; // m.CSBYHCUWELDINGSTATIONNOA3 = 0; // m.CSBYHCUWELDHEADCOUNTA1 = 0; // m.CSBYHCUWELDHEADCOUNTA2 = 0; // m.CSBYHCUWELDHEADCOUNTA3 = 0; // m.CSBYHCUWELDBASECOUNTA1 = 0; // m.CSBYHCUWELDBASECOUNTA2 = 0; // m.CSBYHCUWELDBASECOUNTA3 = 0; // m.CSBYHALWELDINGSTATIONNOA1 = 0; // m.CSBYHALWELDINGSTATIONNOA2 = 0; // m.CSBYHALWELDINGSTATIONNOA3 = 0; // m.CSBYHALWELDHEADCOUNTA1 = 0; // m.CSBYHALWELDHEADCOUNTA2 = 0; // m.CSBYHALWELDHEADCOUNTA3 = 0; // m.CSBYHALWELDBASECOUNTA1 = 0; // m.CSBYHALWELDBASECOUNTA2 = 0; // m.CSBYHALWELDBASECOUNTA3 = 0; // m.CSBYHCUTABCUTTERCOUNTA = 0; // m.CSBYHALTABCUTTERCOUNTA = 0; // m.CSBYHCUTABCUTTERNOA = 0; // m.CSBYHALTABCUTTERNOA = 0; // m.CSBYHPROCESSNAME = "超声波预焊接"; // m.CSBYHSCHEDULE = CommonMethods.strClass; // m.CSBYHINSTATIONTIME = m.ScanTime[0]; // m.CSBYHOUTSTATIONTIME = m.ScanTime[1]; // //m.CSBYHABNORMALINFORMATION = m.list_Process[i, 4]; // m.CSBYHWEIGHTA1MAXSETTING = SaveTwoNum(m.NG_Data2[i, 0]); // m.CSBYHWEIGHTA1MINSETTING = SaveTwoNum(m.NG_Data2[i, 1]); // m.CSBYHWEIGHTA1 = SaveTwoNum(m.NG_Data2[i, 2]); // m.CSBYHTHICKNESSTESTPRESSUREMAXSETTINGA = SaveTwoNum(m.NG_Data2[i, 3]); // m.CSBYHTHICKNESSTESTPRESSUREMINSETTINGA = SaveTwoNum(m.NG_Data2[i, 4]); // m.CSBYHTHICKNESSTESTPRESSUREA = SaveTwoNum(m.NG_Data2[i, 5]); // m.CSBYHTHICKNESSTESTPRESSURESIZEA = SaveTwoNum(m.NG_Data2[i, 6]); // m.CSBYHTHICKNESSTESTPRESSUREMAXSIZEA = SaveTwoNum(m.NG_Data2[i, 7]); // m.CSBYHTHICKNESSTESTPRESSUREMINSIZEA = SaveTwoNum(m.NG_Data2[i, 8]); // m.CSBYHCUWELDINGPRESSUREMAXSETTING1 = 0; // m.CSBYHCUWELDINGPRESSUREMAXSETTING2 = 0; // m.CSBYHCUWELDINGPRESSUREMAXSETTING3 = 0; // m.CSBYHCUWELDINGPRESSUREMINSETTING = 0;//压力最小值 // m.CSBYHCUWELDINGPOWERMAXSETTING1 = 0; // m.CSBYHCUWELDINGPOWERMAXSETTING2 = 0; // m.CSBYHCUWELDINGPOWERMAXSETTING3 = 0; // m.CSBYHCUWELDINGPOWERMINSETTING1 = 0; // m.CSBYHCUWELDINGPOWERMINSETTING2 = 0; // m.CSBYHCUWELDINGPOWERMINSETTING3 = 0; // m.CSBYHCUWELDINGENERGYMAXSETTING1 = 0; // m.CSBYHCUWELDINGENERGYMAXSETTING2 = 0; // m.CSBYHCUWELDINGENERGYMAXSETTING3 = 0; // m.CSBYHCUWELDINGENERGYMINSETTING1 = 0; // m.CSBYHCUWELDINGENERGYMINSETTING2 = 0; // m.CSBYHCUWELDINGENERGYMINSETTING3 = 0; // m.CSBYHCUWELDINGAMPLITUDEMAXSETTING1 = 0; // m.CSBYHCUWELDINGAMPLITUDEMAXSETTING2 = 0; // m.CSBYHCUWELDINGAMPLITUDEMAXSETTING3 = 0; // m.CSBYHCUWELDINGAMPLITUDEMINSETTING1 = 0; // m.CSBYHCUWELDINGAMPLITUDEMINSETTING2 = 0; // m.CSBYHCUWELDINGAMPLITUDEMINSETTING3 = 0; // m.CSBYHCUPRESSUREA1 = 0; // m.CSBYHCUPOWERA1 = 0; // m.CSBYHCUENERGYA1 = 0; // m.CSBYHCUAMPLITUDEA1 = 0; // m.CSBYHCUTIMEA1 = 0; // m.CSBYHCUPRESSUREA2 = 0; // m.CSBYHCUPOWERA2 = 0; // m.CSBYHCUENERGYA2 = 0; // m.CSBYHCUAMPLITUDEA2 = 0; // m.CSBYHCUTIMEA2 = 0; // m.CSBYHCUPRESSUREA3 = 0; // m.CSBYHCUPOWERA3 = 0; // m.CSBYHCUENERGYA3 = 0; // m.CSBYHCUAMPLITUDEA3 = 0; // m.CSBYHCUTIMEA3 = 0; // m.CSBYHALWELDINGPRESSUREMAXSETTING1 = 0; // m.CSBYHALWELDINGPRESSUREMAXSETTING2 = 0; // m.CSBYHALWELDINGPRESSUREMAXSETTING3 = 0; // m.CSBYHALWELDINGPRESSUREMINSETTING = 0; // m.CSBYHALWELDINGPOWERMAXSETTING1 = 0; // m.CSBYHALWELDINGPOWERMAXSETTING2 = 0; // m.CSBYHALWELDINGPOWERMAXSETTING3 = 0; // m.CSBYHALWELDINGPOWERMINSETTING1 = 0; // m.CSBYHALWELDINGPOWERMINSETTING2 = 0; // m.CSBYHALWELDINGPOWERMINSETTING3 = 0; // m.CSBYHALWELDINGENERGYMAXSETTING1 = 0; // m.CSBYHALWELDINGENERGYMAXSETTING2 = 0; // m.CSBYHALWELDINGENERGYMAXSETTING3 = 0; // m.CSBYHALWELDINGENERGYMINSETTING1 = 0; // m.CSBYHALWELDINGENERGYMINSETTING2 = 0; // m.CSBYHALWELDINGENERGYMINSETTING3 = 0; // m.CSBYHALWELDINGAMPLITUDEMAXSETTING1 = 0; // m.CSBYHALWELDINGAMPLITUDEMAXSETTING2 = 0; // m.CSBYHALWELDINGAMPLITUDEMAXSETTING3 = 0; // m.CSBYHALWELDINGAMPLITUDEMINSETTING1 = 0; // m.CSBYHALWELDINGAMPLITUDEMINSETTING2 = 0; // m.CSBYHALWELDINGAMPLITUDEMINSETTING3 = 0; // m.CSBYHALPRESSUREA1 = 0; // m.CSBYHALPOWERA1 = 0; // m.CSBYHALENERGYA1 = 0; // m.CSBYHALAMPLITUDEA1 = 0; // m.CSBYHALTIMEA1 = 0; // m.CSBYHALPRESSUREA2 = 0; // m.CSBYHALPOWERA2 = 0; // m.CSBYHALENERGYA2 = 0; // m.CSBYHALAMPLITUDEA2 = 0; // m.CSBYHALTIMEA2 = 0; // m.CSBYHALPRESSUREA3 = 0; // m.CSBYHALPOWERA3 = 0; // m.CSBYHALENERGYA3 = 0; // m.CSBYHALAMPLITUDEA3 = 0; // m.CSBYHALTIMEA3 = 0; // m.CSBYHCUTABLENGTHA = 0; // m.CSBYHCUTABWIDTHA = 0; // m.CSBYHALTABLENGTHA = 0; // m.CSBYHALTABWIDTHA = 0; // m.CSBYHTOPTOSOLDERDISTANCEA = 0; // m.CSBYHTOPTOSOLDERDISTANCEA2 = 0; // m.AluminumToWeld1 = 0; // m.AluminumToWeld2 = 0; // m.CSBYHSOLDERTOEARDISTANCEA = 0; // //MyRes[i] = JudgmentResult(Code_NG, m.list_Data1[i, 1], m.list_Data1[i, 4], m.list_Data1[i, 5], m.list_Data1[i, 15], // // m.list_Data1[i, 16], m.list_Data1[i, 17], m.list_Data1[i, 18], m.list_Data1[i, 19], // // m.list_Data1[i, 20], m.list_Data1[i, 21], m.list_Data2[i, 59], m.list_Data2[i, 60], // // m.list_Data2[i, 63], m.list_Data2[i, 64]); // //初值OK // m.Result = m.listRes[i] = 1; // m.CSBYHOUTSTATIONJUDGMENTRESULT = "OK"; // //优先级：条码 MES 极性重量测厚压力测厚位移（焊前CCD 正面极耳撕裂和翻折） // //无条码则无后面检测 // if (m.NG_Data1[i, 1] == 2 || m.NG_Data1[i, 3] == 2 || m.NG_Data1[i, 4] == 2) // { // m.Result = m.listRes[i] = 2; // m.CSBYHOUTSTATIONJUDGMENTRESULT = "NG"; // } // list.Add(m); // string ur2 = CommonMethods.mesConfig.ResultProcessParamMesUrl; // string siteCode1 = CommonMethods.mesConfig.siteCode; // string lineCode1 = CommonMethods.mesConfig.lineCode; // string equipNum1 = CommonMethods.mesConfig.equipNum; // string materialCode1 = CommonMethods.mesConfig.MaterialCode; // string userName1 = CommonMethods.mesConfig.mesUserName; // MesUploadType unloadType = MesUploadType.DD; // string Mesage = ""; // //加判断无条码不上传mes // m.Remark += "NG小车1，"; // //芯包测厚（位移）判定结果 // if (m.NG_Data1[i, 3] == 2) { m.Remark += "芯包侧厚（位移）NG,"; } // //芯包测厚（压力）判定结果（） // if (false) { m.Remark += "芯包侧厚（压力）NG,"; } // //芯包重量1判定结果 // if (m.NG_Data1[i, 1] == 2) { m.Remark += "芯包重量NG,"; } // //芯包CCD极性检测结果 // if (m.NG_Data1[i, 4] == 2) { m.Remark += "芯包CCD极性检测NG,"; } // if (Code_NG == 1) // { // string MesMessage = ""; // MesResType mesResType = MesResType.C; // //m.Result = MyRes[i] = m.listRes[i] = 2; // //m.UpState = "未上传"; // //m.Remark = "出站前NG"; // if (CommonMethods.mesConfig.isUpMes) // { // string url = CommonMethods.mesConfig.OutStationMesUrl; // string siteCode = CommonMethods.mesConfig.siteCode; // string lineCode = CommonMethods.mesConfig.lineCode; // string equipNum = CommonMethods.mesConfig.equipNum; // string materialCode = CommonMethods.mesConfig.MaterialCode; // string userName = CommonMethods.mesConfig.mesUserName; // int type = 1; // //int type = 1; // //string materialLotCodeLocator = ""; // #region NG小车排料调出站 // bool Res = CommonMethods.hbgMes.OutboundInformations(url, siteCode, lineCode, equipNum, materialCode, userName, m, ref MesMessage, ref mesResType, NGcodeList); // //bool Res = CommonMethods.hbgMes.SingleCellOutStation(url, siteCode, lineCode, equipNum, materialCode, userName, m,) // if (MesMessage.Contains("发生一个或多个错误")) // { // MesMessage = "上传失败,"; // } // else // { // m.Flag = 1; // } // //m.UpState = "已上传"; // if (Res) // { // m.Remark += MesMessage; // } // else // { // m.CSBYHOUTSTATIONJUDGMENTRESULT = "NG"; // switch (mesResType) // { // case MesResType.A:// 停线，设备报警停机 // m.listRes[i] = 2; // MyRes[i] = m.listRes[i]; // break; // case MesResType.B://不停机，MEs NG品要排出，要给PLC发NG信号 // m.listRes[i] = 2; // MyRes[i] = m.listRes[i]; // break; // case MesResType.C://可忽略 // m.listRes[i] = 2; // MyRes[i] = m.listRes[i]; // break; // default: // m.listRes[i] = 2; // MyRes[i] = m.listRes[i]; // break; // } // ////芯包测厚（位移）判定结果 // //if (m.NG_Data1[i, 3] == 2) { m.Remark += "芯包侧厚（位移）NG,"; } // ////芯包测厚（压力）判定结果 // //if (false) { m.Remark += "芯包侧厚（压力）NG,"; } // ////芯包重量1判定结果 // //if (m.NG_Data1[i, 1] == 2) { m.Remark += "芯包重量NG,"; } // ////芯包CCD极性检测结果 // //if (m.NG_Data1[i, 4] == 2) { m.Remark += "芯包CCD极性检测NG,"; } // m.Remark += MesMessage; // } // #endregion // bool Res1 = CommonMethods.hbgMes.ProducResultParam(ur2, siteCode1, lineCode1, equipNum1, materialCode1, userName1, m, unloadType, ref Mesage); // if (m.Flag == 1) // m.UpState = "已上传"; // else // m.UpState = "未上传"; // } // else // { // m.CSBYHOUTSTATIONJUDGMENTRESULT = "NG"; // m.Result = MyRes[i] = m.listRes[i] = 2; // m.UpState = "未上传"; // ////芯包测厚（位移）判定结果 // //if (m.NG_Data1[i, 3] == 2) { m.Remark += "芯包侧厚（位移）NG,"; } // ////芯包测厚（压力）判定结果 // //if (false) { m.Remark += "芯包侧厚（压力）NG,"; } // ////芯包重量1判定结果 // //if (m.NG_Data1[i, 1] == 2) { m.Remark += "芯包重量NG,"; } // ////芯包CCD极性检测结果 // //if (m.NG_Data1[i, 4] == 2) { m.Remark += "芯包CCD极性检测NG,"; } // } // } // else // { // m.CSBYHOUTSTATIONJUDGMENTRESULT = "NG"; // m.Result = MyRes[i] = m.listRes[i] = 2; // m.Remark += "无条码,本地存储"; // //正常无条码，以下不会NG不会出现 // ////芯包重量1判定结果 // //if (m.NG_Data1[i, 1] == 2) { m.Remark += ",芯包重量NG"; } // ////芯包侧厚判定结果 // //if (m.NG_Data1[i, 3] == 2) { m.Remark += ",芯包侧厚NG"; } // ////芯包CCD极性检测结果 // //if (m.NG_Data1[i, 4] == 2) { m.Remark += ",芯包CCD极性检测NG"; } // m.UpState = "未上传"; // } // //极限件发3给PLC // //if (ChallengeFlag == 1) // //{ // // if (string.Compare(EX[0].WeldingCCD, "焊前CCD") == 0) // // { // // MyRes[i] = 3; // // } // // if (string.Compare(EX[0].WeldingCCD, "焊后CCD") == 0) // // { // // MyRes[i] = 4; // // } // //} // Task.Run(() => { SendDateMQTT.Instance.EnterandExitSendMessge(1); }); // } // catch (Exception ex) // { // LogHelper.Instance.WriteError($"外观检测出站线程数据解析：{ex}", "SysErrorLog"); // } // } // #endregion // JYResult result1 = null; // JYResult result2 = null; // if (pf.IsFeedbackPlc) // { // //result1 = CommonMethods.PlcLink.WriteValue(pf.VarList[2].VarAddress, MyRes[0], Data_Type.Short);//判断结果写入PLC // //result2 = CommonMethods.PlcLink.WriteValue(pf.VarList[3].VarAddress, MyRes[1], Data_Type.Short);//判断结果写入PLC // } // JYResult result3 = CommonMethods.PlcLink.WriteValue(pf.VarList[0].VarAddress, 0);//置位0 // //CommonMethods.AddDataMonitorLog(0, $"发送信息给PLC:{result1.IsSuccess},{MyRes[0]},{MyRes[1]}"); // //LogHelper.Instance.WriteLog($"发送信息给PLC:{result1.IsSuccess},{MyRes[0]},{MyRes[1]}"); // //数据存储 - 异步处理 // Task.Run(() => // { // SaveBlankingData(list); // }); // sw2.Stop(); // ////输出下料数据处理耗时： // CommonMethods.AddDataMonitorLog(0, $"NG出站共耗时：{sw2.Elapsed.TotalMilliseconds}ms"); //} #endregion } #region 下料工位(数据处理) //int OutCount = 0; #region //下料解析预焊检 //private void BlankingStation_YHJ(JYResult bArrays, object plcModel) //{ // Group pf = plcModel as Group; // if (bArrays == null) // { // CommonMethods.PlcLink.WriteInt16(pf.VarList[0].VarAddress, 0);//置位0 // CommonMethods.AddLog(false, $"电芯出站PLC有触发信号，但无数据!"); // LogHelper.Instance.WriteLog($"电芯出站PLC有触发信号，但无数据!", "SysErrorLog"); // } // if (bArrays.IsSuccess && bArrays.Content != null) // { // Random random = new Random(); // //解析数据 // sw2.Restart(); // #region 数据变量定义 // List list = new List();//实体 // //int[] MyRes = new int[2];//AB反馈结果 // int[] MyRes = new int[3];//三个外观检测反馈结果 // #endregion // //高低位转换 // byte[] bytes = bArrays.Content.ByteReverse(); // byte[] bytes1 = bArrays.Content; // List listBarCode = GetList(3, "");//电芯条码 // //List listNum = GetList(1, "");//进站磁悬浮动子编号 // List listRes = GetList(3, 0);//出站电芯反馈结果 // //反馈结果 // #region 电芯解析 // //电芯解析从3200 开始 // listBarCode[0] = StringLib.GetStringFromByteArrayByEncoding(bArrays.Content, 0, 40, System.Text.Encoding.ASCII).Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim(); // listBarCode[1] = StringLib.GetStringFromByteArrayByEncoding(bArrays.Content, 40, 40, System.Text.Encoding.ASCII).Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim(); // listBarCode[2] = StringLib.GetStringFromByteArrayByEncoding(bArrays.Content, 80, 40, System.Text.Encoding.ASCII).Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim(); // #region 上传MES // //D3100起 // for (int i = 0; i < 3; i++) // { // try // { // BGearEntity m = new BGearEntity(); // AGearEntity TT = new AGearEntity(); // //极限件标志 // int ChallengeFlag = 0; // if (i == 0) // { // //为了同时上传AB消息而增加,后续可能不需要 // UpAB(ref m); // m.A_B = "A芯包"; // //芯包信息1 D3300~D3326 // for (int j = 0; j < 27; j++) // { // m.list_Data1[i, j] = ShortLib.GetShortFromByteArray(bArrays.Content, 280 + j * 2, DataFormat.CDAB); // } // //芯包信息2 D3330~D3356 // for (int j = 0; j < 27; j++) // { // m.list_Data2[i, j] = ShortLib.GetShortFromByteArray(bArrays.Content, 280 + j * 2, DataFormat.CDAB); // } // //芯包信息3 D3360~D3386 // for (int j = 0; j < 27; j++) // { // m.list_Data3[i, j] = ShortLib.GetShortFromByteArray(bArrays.Content, 280 + j * 2, DataFormat.CDAB); // } // //A芯包信息1 D3240~D3262 // for (int j = 0; j < 28; j++) // { // m.list_Data1[i, j] = ShortLib.GetShortFromByteArray(bArrays.Content, 280 + j * 2, DataFormat.CDAB); // } // //A芯包信息2（焊机相关次数） D3300~D3326 // for (int j = 0; j < 19; j++) // { // m.list_Data2[i, j] = IntLib.GetIntFromByteArray(bArrays.Content, 400 + j * 4, DataFormat.CDAB); // } // //A芯包信息3(设定值) D3400~D3506 // for (int j = 0; j < 54; j++) // { // m.list_Data3[i, j] = FloatLib.GetFloatFromByteArray(bArrays.Content, 600 + j * 4, DataFormat.CDAB); // } // //A芯包信息4(实际值) D3550~D3634 // for (int j = 0; j < 47; j++) // { // m.list_Data4[i, j] = FloatLib.GetFloatFromByteArray(bArrays.Content, 900 + j * 4, DataFormat.CDAB); // } // for (int j = 0; j <1; j++) // { // m.list_pan[i, j] = ShortLib.GetShortFromByteArray(bArrays.Content,1088 + j * 2, DataFormat.CDAB); // } // } // else // { // m.A_B = "B芯包"; // //B芯包信息1 D3740~D3762 // for (int j = 0; j < 28; j++) // { // m.list_Data1[i, j] = ShortLib.GetShortFromByteArray(bArrays.Content, 1280 + j * 2, DataFormat.CDAB); // } // //B芯包信息2（焊机相关次数） D3800~D3826 // for (int j = 0; j < 19; j++) // { // m.list_Data2[i, j] = IntLib.GetIntFromByteArray(bArrays.Content, 1400 + j * 4, DataFormat.CDAB); // } // //B芯包信息3(设定值) D3900~D4006 // for (int j = 0; j < 54; j++) // { // m.list_Data3[i, j] = FloatLib.GetFloatFromByteArray(bArrays.Content, 1600 + j * 4, DataFormat.CDAB); // } // //B芯包信息4(实际值) D4050~D4134 // for (int j = 0; j < 47; j++) // { // m.list_Data4[i, j] = FloatLib.GetFloatFromByteArray(bArrays.Content, 1900 + j * 4, DataFormat.CDAB); // } // for (int j = 0; j < 1; j++) // { // m.list_pan[i, j] = ShortLib.GetShortFromByteArray(bArrays.Content, 1188 + j * 2, DataFormat.CDAB); // } // } // //芯包扫码时间 // //m.ScanTime[i] = DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss"); // //芯包条码 D3200~D3239 // m.CSBYHCODEA = StringLib.GetStringFromByteArrayByEncoding(bytes1, 200 + 40 * i, 40, System.Text.Encoding.ASCII).Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim(); // //m.CSBYHCODEA = "TEST"; // var EX = CommonMethods.db.QuerySqlList(CommonMethods.dBSQL.GetChallengeCode(m.CSBYHCODEA)); // for (int j = 0; j < EX.Count; j++) // { // if (string.Compare(EX[j].ChallengeBarCode, m.CSBYHCODEA) == 0) // { // m.Remark += "(极限件," + EX[j].CodeMessage + "," + EX[j].WeldingCCD + ")"; // ChallengeFlag = 1; // } // } // //查询进站时间数据 // var w = CommonMethods.db.QuerySqlList(CommonMethods.dBSQL.GetInTime(m.CSBYHCODEA)); // //获取新一行数据 // if (w.Count > 0) // TT = w[w.Count - 1]; // // // //if (w.Count > 0) // // TT = w[0]; // if (TT.TestTime != null) // m.ScanTime[0] = TT.TestTime; // else // m.ScanTime[0] = ""; // //芯包出站时间 // m.ScanTime[1] = DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss"); // //复投次数 // m.RethrowNum = 0; // if (w.Count > 0) // { // int cccc = w.Count; // m.RethrowNum = cccc - 1; // } // int Code_NG = 0;//条码有无标志 1为有，2为无 // //判断有无条码 // if (m.CSBYHCODEA != null && m.CSBYHCODEA != "" && m.CSBYHCODEA != "ERROR") // Code_NG = 1; // else // Code_NG = 2; // //m.ChannelNo = m.MyNo[i]; // //m.TestTime = DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss"); // //不良代码判定 // List NGcodeList = new List(); // NGcodeList = NGcode(m.list_Data1[i, 10], m.list_Data1[i, 11], m.list_Data1[i, 12], m.list_Data1[i, 15], m.list_Data1[i, 26], m.list_Data1[i, 16] // , m.list_Data1[i, 17], m.list_Data1[i, 18], m.list_Data1[i, 19], m.list_Data1[i, 23], m.list_Data1[i, 24], m.list_Data1[i, 25], m.list_Data1[i, 27]); // //芯包重量1判定结果 // if (m.list_Data1[i, 10] == 1) // m.CSBYHWEIGHTRESULTA1 = "OK"; // else if (m.list_Data1[i, 10] == 2) // m.CSBYHWEIGHTRESULTA1 = "NG"; // else // m.CSBYHWEIGHTRESULTA1 = "OK"; // //芯包侧厚判定结果 // if (m.list_Data1[i, 11] == 1) // m.CSBYHTHICKNESSTESTJUDGERESULTA = "OK"; // else if (m.list_Data1[i, 11] == 2) // m.CSBYHTHICKNESSTESTJUDGERESULTA = "NG"; // else // m.CSBYHTHICKNESSTESTJUDGERESULTA = "OK"; // //芯包CCD极性检测结果 // if (m.list_Data1[i, 12] == 1) // m.CSBYHPOLARITYRESULTA = "OK"; // else if (m.list_Data1[i, 12] == 2) // m.CSBYHPOLARITYRESULTA = "NG"; // else // m.CSBYHPOLARITYRESULTA = "OK"; // //电芯裁切粘连判定结果 // if (m.list_Data1[i, 13] == 1) // m.CSBYHCUTADHESIONJUDGERESULTA = "OK"; // else if (m.list_Data1[i, 13] == 2) // m.CSBYHCUTADHESIONJUDGERESULTA = "NG"; // else // m.CSBYHCUTADHESIONJUDGERESULTA = "OK"; // //电芯裁切毛刺判定结果 // if (m.list_Data1[i, 14] == 1) // m.CSBYHCUTBURRJUDGERESULTA = "OK"; // else if (m.list_Data1[i, 14] == 2) // m.CSBYHCUTBURRJUDGERESULTA = "NG"; // else // m.CSBYHCUTBURRJUDGERESULTA = "OK"; // //芯包铜焊印位置判定结果1 // if (m.list_Data1[i, 15] == 1) // { // m.CSBYHSOLDERJUDGERESULTA = "OK"; // } // else if (m.list_Data1[i, 15] == 2) // { // m.CSBYHSOLDERJUDGERESULTA = "NG"; // } // else // { // m.CSBYHSOLDERJUDGERESULTA = "OK"; // } // //芯包铜焊印位置判定结果2 // if (m.list_Data1[i, 26] == 1) // { // m.CSBYHSOLDERJUDGERESULTA2 = "OK"; // } // else if (m.list_Data1[i, 26] == 2) // { // m.CSBYHSOLDERJUDGERESULTA2 = "NG"; // } // else // { // m.CSBYHSOLDERJUDGERESULTA2 = "OK"; // } // //芯包正面极耳撕裂判定结果 // if (m.list_Data1[i, 16] == 1) // m.CSBYHFRONTEARCRACKLEJUDGERESULTA = "OK"; // else if (m.list_Data1[i, 16] == 2) // m.CSBYHFRONTEARCRACKLEJUDGERESULTA = "NG"; // else // m.CSBYHFRONTEARCRACKLEJUDGERESULTA = "OK"; // //芯包背面极耳撕裂判定结果 // if (m.list_Data1[i, 17] == 1) // m.CSBYHBACKEARCRACKLEJUDGERESULTA = "OK"; // else if (m.list_Data1[i, 17] == 2) // m.CSBYHBACKEARCRACKLEJUDGERESULTA = "NG"; // else // m.CSBYHBACKEARCRACKLEJUDGERESULTA = "OK"; // //芯包正面极耳翻折检测结果 // if (m.list_Data1[i, 18] == 1) // m.CSBYHFRONTEARFLODINGRESULTA = "OK"; // else if (m.list_Data1[i, 18] == 2) // m.CSBYHFRONTEARFLODINGRESULTA = "NG"; // else // m.CSBYHFRONTEARFLODINGRESULTA = "OK"; // //芯包背面极耳翻折检测结果 // if (m.list_Data1[i, 19] == 1) // m.CSBYHBACKEARFLODINGRESULTA = "OK"; // else if (m.list_Data1[i, 19] == 2) // m.CSBYHBACKEARFLODINGRESULTA = "NG"; // else // m.CSBYHBACKEARFLODINGRESULTA = "OK"; // //电芯测厚压力结果 // if (m.list_Data1[i, 23] == 1) // m.ThicknessPressureResult = "OK"; // else if (m.list_Data1[i, 23] == 2) // m.ThicknessPressureResult = "NG"; // else // m.ThicknessPressureResult = "OK"; // //芯包焊前CCD检测结果 // if (m.list_Data1[i, 24] == 1) // m.PreweldResult = "OK"; // else if (m.list_Data1[i, 24] == 2) // m.PreweldResult = "NG"; // else // m.PreweldResult = "OK"; // //芯包铝焊印位置判定结果1 // if (m.list_Data1[i, 25] == 1) // { // m.AluminiumWeldPositionResult1 = "OK"; // } // else if (m.list_Data1[i, 25] == 2) // { // m.AluminiumWeldPositionResult1 = "NG"; // } // else // { // m.AluminiumWeldPositionResult1 = "OK"; // } // //芯包铝焊印位置判定结果2 // if (m.list_Data1[i, 27] == 1) // { // m.AluminiumWeldPositionResult2 = "OK"; // } // else if (m.list_Data1[i, 27] == 2) // { // m.AluminiumWeldPositionResult2 = "NG"; // } // else // { // m.AluminiumWeldPositionResult2 = "OK"; // } // m.CSBYHASCANNINGTIME = DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss"); // //m.RingA = m.list_Data1[i, 0];//无环轨编号，不显示 // m.CSBYHWEIGHTNOA1 = m.list_Data1[i, 1]; // m.CSBYHTHICKNESSTESTSTATIONNOA = m.list_Data1[i, 2]; // m.CSBYHTOOLNOA = m.list_Data1[i, 3]; // m.CSBYHCUWELDINGSTATIONNOA1 = m.list_Data1[i, 4]; // m.CSBYHCUWELDINGSTATIONNOA2 = m.list_Data1[i, 5]; // m.CSBYHCUWELDINGSTATIONNOA3 = m.list_Data1[i, 6]; // m.CSBYHALWELDINGSTATIONNOA1 = m.list_Data1[i, 7]; // m.CSBYHALWELDINGSTATIONNOA2 = m.list_Data1[i, 8]; // m.CSBYHALWELDINGSTATIONNOA3 = m.list_Data1[i, 9]; // m.CSBYHCUTABCUTTERNOA = m.list_Data1[i, 21]; // m.CSBYHALTABCUTTERNOA = m.list_Data1[i, 22]; // m.CSBYHCUWELDHEADCOUNTA1 = m.list_Data2[i, 0]; // m.CSBYHCUWELDHEADCOUNTA2 = m.list_Data2[i, 2]; // m.CSBYHCUWELDHEADCOUNTA3 = m.list_Data2[i, 4]; // m.CSBYHCUWELDBASECOUNTA1 = m.list_Data2[i, 1]; // m.CSBYHCUWELDBASECOUNTA2 = m.list_Data2[i, 3]; // m.CSBYHCUWELDBASECOUNTA3 = m.list_Data2[i, 5]; // m.CSBYHALWELDHEADCOUNTA1 = m.list_Data2[i, 6]; // m.CSBYHALWELDHEADCOUNTA2 = m.list_Data2[i, 8]; // m.CSBYHALWELDHEADCOUNTA3 = m.list_Data2[i, 10]; // m.CSBYHALWELDBASECOUNTA1 = m.list_Data2[i, 7]; // m.CSBYHALWELDBASECOUNTA2 = m.list_Data2[i, 9]; // m.CSBYHALWELDBASECOUNTA3 = m.list_Data2[i, 11]; // m.CSBYHCUTABCUTTERCOUNTA = m.list_Data2[i, 12]; // m.CSBYHALTABCUTTERCOUNTA = m.list_Data2[i, 13]; // m.CopperWeldHeadLife = m.list_Data2[i, 14]; // m.CopperWeldSeatLife = m.list_Data2[i, 15]; // m.AluminiumWeldHeadLife = m.list_Data2[i, 16]; // m.AluminiumWeldSeatLife = m.list_Data2[i, 17]; // m.CuttingKnifeLife = m.list_Data2[i, 18]; // m.CSBYHPROCESSNAME = "超声波预焊接"; // m.CSBYHSCHEDULE = CommonMethods.strClass; // m.CSBYHINSTATIONTIME = m.ScanTime[0]; // m.CSBYHOUTSTATIONTIME = m.ScanTime[1]; // m.CSBYHWEIGHTA1MAXSETTING = SaveTwoNum(m.list_Data3[i, 0]); // m.CSBYHWEIGHTA1MINSETTING = SaveTwoNum(m.list_Data3[i, 1]); // m.CSBYHTHICKNESSTESTPRESSUREMAXSETTINGA = SaveTwoNum(m.list_Data3[i, 2]); // m.CSBYHTHICKNESSTESTPRESSUREMINSETTINGA = SaveTwoNum(m.list_Data3[i, 3]); // m.CSBYHTHICKNESSTESTPRESSUREMAXSIZEA = SaveTwoNum(m.list_Data3[i, 4]); // m.CSBYHTHICKNESSTESTPRESSUREMINSIZEA = SaveTwoNum(m.list_Data3[i, 5]); // m.CSBYHCUWELDINGPRESSUREMAXSETTING1 = SaveTwoNum(m.list_Data3[i, 6]);//压力最大 // m.CSBYHCUWELDINGPRESSUREMINSETTING = SaveTwoNum(m.list_Data3[i, 7]);//压力最小值 // m.CSBYHCUWELDINGPRESSUREMAXSETTING2 = SaveTwoNum(m.list_Data3[i, 14]);//压力只有一个设定值，显示该值 // m.CSBYHCUWELDINGPRESSUREMAXSETTING3 = SaveTwoNum(m.list_Data3[i, 22]);//压力只有一个设定值，显示该值 // m.CSBYHCUWELDINGPOWERMAXSETTING1 = SaveTwoNum(m.list_Data3[i, 8]); // m.CSBYHCUWELDINGPOWERMAXSETTING2 = SaveTwoNum(m.list_Data3[i, 16]); // m.CSBYHCUWELDINGPOWERMAXSETTING3 = SaveTwoNum(m.list_Data3[i, 24]); // m.CSBYHCUWELDINGPOWERMINSETTING1 = SaveTwoNum(m.list_Data3[i, 9]); // m.CSBYHCUWELDINGPOWERMINSETTING2 = SaveTwoNum(m.list_Data3[i, 17]); // m.CSBYHCUWELDINGPOWERMINSETTING3 = SaveTwoNum(m.list_Data3[i, 25]); // m.CSBYHCUWELDINGENERGYMAXSETTING1 = SaveTwoNum(m.list_Data3[i, 10]); // m.CSBYHCUWELDINGENERGYMAXSETTING2 = SaveTwoNum(m.list_Data3[i, 18]); // m.CSBYHCUWELDINGENERGYMAXSETTING3 = SaveTwoNum(m.list_Data3[i, 26]); // m.CSBYHCUWELDINGENERGYMINSETTING1 = SaveTwoNum(m.list_Data3[i, 11]); // m.CSBYHCUWELDINGENERGYMINSETTING2 = SaveTwoNum(m.list_Data3[i, 19]); // m.CSBYHCUWELDINGENERGYMINSETTING3 = SaveTwoNum(m.list_Data3[i, 27]); // m.CSBYHCUWELDINGAMPLITUDEMAXSETTING1 = SaveTwoNum(m.list_Data3[i, 12]); // m.CSBYHCUWELDINGAMPLITUDEMAXSETTING2 = SaveTwoNum(m.list_Data3[i, 20]); // m.CSBYHCUWELDINGAMPLITUDEMAXSETTING3 = SaveTwoNum(m.list_Data3[i, 28]); // m.CSBYHCUWELDINGAMPLITUDEMINSETTING1 = SaveTwoNum(m.list_Data3[i, 13]); // m.CSBYHCUWELDINGAMPLITUDEMINSETTING2 = SaveTwoNum(m.list_Data3[i, 21]); // m.CSBYHCUWELDINGAMPLITUDEMINSETTING3 = SaveTwoNum(m.list_Data3[i, 29]); // m.CSBYHALWELDINGPRESSUREMAXSETTING1 = SaveTwoNum(m.list_Data3[i, 30]);// // m.CSBYHALWELDINGPRESSUREMINSETTING = SaveTwoNum(m.list_Data3[i, 31]);// // m.CSBYHALWELDINGPRESSUREMAXSETTING2 = SaveTwoNum(m.list_Data3[i, 38]);// // m.CSBYHALWELDINGPRESSUREMAXSETTING3 = SaveTwoNum(m.list_Data3[i, 46]);// // m.CSBYHALWELDINGPOWERMAXSETTING1 = SaveTwoNum(m.list_Data3[i, 32]); // m.CSBYHALWELDINGPOWERMAXSETTING2 = SaveTwoNum(m.list_Data3[i, 40]); // m.CSBYHALWELDINGPOWERMAXSETTING3 = SaveTwoNum(m.list_Data3[i, 48]); // m.CSBYHALWELDINGPOWERMINSETTING1 = SaveTwoNum(m.list_Data3[i, 33]); // m.CSBYHALWELDINGPOWERMINSETTING2 = SaveTwoNum(m.list_Data3[i, 41]); // m.CSBYHALWELDINGPOWERMINSETTING3 = SaveTwoNum(m.list_Data3[i, 49]); // m.CSBYHALWELDINGENERGYMAXSETTING1 = SaveTwoNum(m.list_Data3[i, 34]); // m.CSBYHALWELDINGENERGYMAXSETTING2 = SaveTwoNum(m.list_Data3[i, 42]); // m.CSBYHALWELDINGENERGYMAXSETTING3 = SaveTwoNum(m.list_Data3[i, 50]); // m.CSBYHALWELDINGENERGYMINSETTING1 = SaveTwoNum(m.list_Data3[i, 35]); // m.CSBYHALWELDINGENERGYMINSETTING2 = SaveTwoNum(m.list_Data3[i, 43]); // m.CSBYHALWELDINGENERGYMINSETTING3 = SaveTwoNum(m.list_Data3[i, 51]); // m.CSBYHALWELDINGAMPLITUDEMAXSETTING1 = SaveTwoNum(m.list_Data3[i, 36]); // m.CSBYHALWELDINGAMPLITUDEMAXSETTING2 = SaveTwoNum(m.list_Data3[i, 44]); // m.CSBYHALWELDINGAMPLITUDEMAXSETTING3 = SaveTwoNum(m.list_Data3[i, 52]); // m.CSBYHALWELDINGAMPLITUDEMINSETTING1 = SaveTwoNum(m.list_Data3[i, 37]); // m.CSBYHALWELDINGAMPLITUDEMINSETTING2 = SaveTwoNum(m.list_Data3[i, 45]); // m.CSBYHALWELDINGAMPLITUDEMINSETTING3 = SaveTwoNum(m.list_Data3[i, 53]); // //m.pan = m.list_pan[i, 0]; // m.CSBYHWEIGHTA1 = SaveTwoNum(m.list_Data4[i, 0]); // m.CSBYHTHICKNESSTESTPRESSUREA = SaveTwoNum(m.list_Data4[i, 1]); // m.CSBYHTHICKNESSTESTPRESSURESIZEA = SaveTwoNum(m.list_Data4[i, 2]); // m.CSBYHCUTABLENGTHA = SaveTwoNum(m.list_Data4[i, 3]); // m.CSBYHCUTABWIDTHA = SaveTwoNum(m.list_Data4[i, 4]); // m.CSBYHALTABLENGTHA = SaveTwoNum(m.list_Data4[i, 5]); // m.CSBYHALTABWIDTHA = SaveTwoNum(m.list_Data4[i, 6]); // m.CSBYHCUTADHESIONRESULTA = SaveTwoNum(m.list_Data4[i, 7]); // m.CSBYHCUTBURRRESULTA = SaveTwoNum(m.list_Data4[i, 8]); // m.CSBYHTOPTOSOLDERDISTANCEA = SaveTwoNum(m.list_Data4[i, 9]); // m.CSBYHTOPTOSOLDERDISTANCEA2 = SaveTwoNum(m.list_Data4[i, 45]); // m.CSBYHSOLDERTOEARDISTANCEA = SaveTwoNum(m.list_Data4[i, 10]); // m.CSBYHFRONTEARCRACKLERESULTA = SaveTwoNum(m.list_Data4[i, 11]); // m.CSBYHBACKEARCRACKLERESULTA = SaveTwoNum(m.list_Data4[i, 12]); // m.AluminumToWeld1 = SaveTwoNum(m.list_Data4[i, 44]); // m.AluminumToWeld2 = SaveTwoNum(m.list_Data4[i, 46]); // m.CSBYHCUPRESSUREA1 = SaveTwoNum(m.list_Data4[i, 13]); // m.CSBYHCUPOWERA1 = SaveTwoNum(m.list_Data4[i, 14]); // m.CSBYHCUENERGYA1 = SaveTwoNum(m.list_Data4[i, 15]); // m.CSBYHCUAMPLITUDEA1 = SaveTwoNum(m.list_Data4[i, 16]); // m.CSBYHCUTIMEA1 = SaveTwoNum(m.list_Data4[i, 17]); // m.CSBYHCUPRESSUREA2 = SaveTwoNum(m.list_Data4[i, 18]); // m.CSBYHCUPOWERA2 = SaveTwoNum(m.list_Data4[i, 19]); // m.CSBYHCUENERGYA2 = SaveTwoNum(m.list_Data4[i, 20]); // m.CSBYHCUAMPLITUDEA2 = SaveTwoNum(m.list_Data4[i, 21]); // m.CSBYHCUTIMEA2 = SaveTwoNum(m.list_Data4[i, 22]); // m.CSBYHCUPRESSUREA3 = SaveTwoNum(m.list_Data4[i, 23]); // m.CSBYHCUPOWERA3 = SaveTwoNum(m.list_Data4[i, 24]); // m.CSBYHCUENERGYA3 = SaveTwoNum(m.list_Data4[i, 25]); // m.CSBYHCUAMPLITUDEA3 = SaveTwoNum(m.list_Data4[i, 26]); // m.CSBYHCUTIMEA3 = SaveTwoNum(m.list_Data4[i, 27]); // m.CSBYHALPRESSUREA1 = SaveTwoNum(m.list_Data4[i, 28]); // m.CSBYHALPOWERA1 = SaveTwoNum(m.list_Data4[i, 29]); // m.CSBYHALENERGYA1 = SaveTwoNum(m.list_Data4[i, 30]); // m.CSBYHALAMPLITUDEA1 = SaveTwoNum(m.list_Data4[i, 31]); // m.CSBYHALTIMEA1 = SaveTwoNum(m.list_Data4[i, 32]); // m.CSBYHALPRESSUREA2 = SaveTwoNum(m.list_Data4[i, 33]); // m.CSBYHALPOWERA2 = SaveTwoNum(m.list_Data4[i, 34]); // m.CSBYHALENERGYA2 = SaveTwoNum(m.list_Data4[i, 35]); // m.CSBYHALAMPLITUDEA2 = SaveTwoNum(m.list_Data4[i, 36]); // m.CSBYHALTIMEA2 = SaveTwoNum(m.list_Data4[i, 37]); // m.CSBYHALPRESSUREA3 = SaveTwoNum(m.list_Data4[i, 38]); // m.CSBYHALPOWERA3 = SaveTwoNum(m.list_Data4[i, 39]); // m.CSBYHALENERGYA3 = SaveTwoNum(m.list_Data4[i, 40]); // m.CSBYHALAMPLITUDEA3 = SaveTwoNum(m.list_Data4[i, 41]); // m.CSBYHALTIMEA3 = SaveTwoNum(m.list_Data4[i, 42]); // m.ThicknessMeasureDisplacement = m.list_Data4[i, 43]; // //条码，芯包重量，芯包侧厚，芯包CCD极性检测，电芯裁切粘连，电芯裁切毛刺，芯包焊印位置， // //芯包正面极耳撕裂，芯包背面极耳撕裂，芯包正面极耳翻折，芯包背面极耳翻折 // MyRes[i] = JudgmentResult(Code_NG, m.list_Data1[i, 10], m.list_Data1[i, 11], // m.list_Data1[i, 12], m.list_Data1[i, 13], m.list_Data1[i, 14], m.list_Data1[i, 15], // m.list_Data1[i, 16], m.list_Data1[i, 17], m.list_Data1[i, 18], m.list_Data1[i, 19], // m.list_Data1[i, 23], m.list_Data1[i, 24], m.list_Data1[i, 25]); // m.Result = MyRes[i]; // m.CSBYHOUTSTATIONJUDGMENTRESULT = m.judgment_result[i] = OK_NG; ; // m.Remark += NG_Type; // NG_Type = "";//清除上一次不良字符串 // OK_NG = ""; //清除上一次结果 // list.Add(m); // string ur2 = CommonMethods.mesConfig.ResultProcessParamMesUrl; // string siteCode1 = CommonMethods.mesConfig.siteCode; // string lineCode1 = CommonMethods.mesConfig.lineCode; // string equipNum1 = CommonMethods.mesConfig.equipNum; // string materialCode1 = CommonMethods.mesConfig.MaterialCode; // string userName1 = CommonMethods.mesConfig.mesUserName; // MesUploadType unloadType = MesUploadType.DD; // string Mesage = ""; // //加判断无条码不上传mes 1为有条码 // if (Code_NG == 1) // { // string MesMessage = ""; // MesResType mesResType = MesResType.C; // if (CommonMethods.mesConfig.isUpMes) // { // string url = CommonMethods.mesConfig.OutStationMesUrl; // string siteCode = CommonMethods.mesConfig.siteCode; // string lineCode = CommonMethods.mesConfig.lineCode; // string equipNum = CommonMethods.mesConfig.equipNum; // string materialCode = CommonMethods.mesConfig.MaterialCode; // string userName = CommonMethods.mesConfig.mesUserName; // int type = 1; // //int type = 1; // //string materialLotCodeLocator = ""; // bool Res = CommonMethods.hbgMes.OutboundInformations(url, siteCode, lineCode, equipNum, materialCode, userName, m, ref MesMessage, ref mesResType, NGcodeList); // //bool Res = CommonMethods.hbgMes.SingleCellOutStation(url, siteCode, lineCode, equipNum, materialCode, userName, m,) // if (MesMessage.Contains("发生一个或多个错误")) // { // MesMessage = "上传失败,"; // } // else // { // m.Flag = 1; // } // if (Res) // { // //MES出站判定结果 // m.Result = MyRes[i]; // //芯包重量1判定结果 // if (m.list_Data1[i, 10] == 2) { m.Remark += "芯包重量NG,"; } // //芯包侧厚判定结果 // if (m.list_Data1[i, 11] == 2) { m.Remark += "芯包侧厚NG,"; } // //芯包CCD极性检测结果 // if (m.list_Data1[i, 12] == 2) { m.Remark += "芯包CCD极性检测NG,"; } // m.Remark += MesMessage; // } // else // { // switch (mesResType) // { // case MesResType.A:// 停线，设备报警停机 // //m.listRes[i] = 10; // m.Result = MyRes[i] = 2; // //m.Remark = MesMessage[i]; // break; // case MesResType.B://不停机，MEs NG品要排出，要给PLC发NG信号 // //m.listRes[i] = 9; // m.Result = MyRes[i] = 2; // //m.Remark = MesMessage[i]; // break; // case MesResType.C://可忽略 // //m.listRes[i] = 1; // m.Result = MyRes[i] = 2; // //m.Remark = MesMessage[i]; // break; // default: // m.Result = MyRes[i] = 2; // break; // } // //芯包重量1判定结果 // if (m.list_Data1[i, 10] == 2) { m.Remark += "芯包重量NG,"; } // //芯包侧厚判定结果 // if (m.list_Data1[i, 11] == 2) { m.Remark += "芯包侧厚NG,"; } // //芯包CCD极性检测结果 // if (m.list_Data1[i, 12] == 2) { m.Remark += "芯包CCD极性检测NG,"; } // m.Remark += MesMessage; // } // bool Res1 = CommonMethods.hbgMes.ProducResultParam(ur2, siteCode1, lineCode1, equipNum1, materialCode1, userName1, m, unloadType, ref Mesage); // if (m.Flag == 1) // m.UpState = "已上传"; // else // m.UpState = "未上传"; // } // else // { // m.Result = MyRes[i]; // m.Remark += "本地存储"; // m.UpState = "未上传"; // } // if (CommonMethods.sysConfig.OKSwitching) // { // //调试发OK // m.Result = MyRes[i] = 1; // //m.Result = "OK"; // } // } // else // { // m.Result = MyRes[i] = 2; // m.Remark += "本地存储"; // //芯包重量1判定结果 // if (m.list_Data1[i, 10] == 2) { m.Remark += ",芯包重量NG"; } // //芯包侧厚判定结果 // if (m.list_Data1[i, 11] == 2) { m.Remark += ",芯包侧厚NG"; } // //芯包CCD极性检测结果 // if (m.list_Data1[i, 12] == 2) { m.Remark += ",芯包CCD极性检测NG"; } // m.UpState = "未上传"; // } // //极限件发3给PLC // if (ChallengeFlag == 1) // { // if (string.Compare(EX[0].WeldingCCD, "焊前CCD") == 0 || string.Compare(EX[0].WeldingCCD, "焊前ccd") == 0) // { // MyRes[i] = 3; // } // if (string.Compare(EX[0].WeldingCCD, "焊后CCD") == 0 || string.Compare(EX[0].WeldingCCD, "焊后ccd") == 0) // { // MyRes[i] = 4; // } // } // } // catch (Exception ex) // { // LogHelper.Instance.WriteError($"外观检测出站线程数据解析：{ex}", "SysErrorLog"); // } // } // #endregion // JYResult result1 = null; // JYResult result2 = null; // if (pf.IsFeedbackPlc) // { // //result1 = CommonMethods.PlcLink.WriteValue(pf.VarList[2].VarAddress, MyRes[0], Data_Type.Short);//判断结果写入PLC // //result2 = CommonMethods.PlcLink.WriteValue(pf.VarList[3].VarAddress, MyRes[1], Data_Type.Short);//判断结果写入PLC // //if (CommonMethods.sysConfig.OKSwitching) // { // //调试发OK // //MyRes[0] = 1; // //MyRes[1] = 1; // Thread.Sleep(500); // result1 = CommonMethods.PlcLink.WriteValue(pf.VarList[2].VarAddress, MyRes[0], Data_Type.Short);//判断结果写入PLC // result2 = CommonMethods.PlcLink.WriteValue(pf.VarList[3].VarAddress, MyRes[1], Data_Type.Short);//判断结果写入PLC // } // //else // //{ // // //将mes反馈的结果发给PLC // // Thread.Sleep(500); // // result1 = CommonMethods.PlcLink.WriteValue(pf.VarList[2].VarAddress, MyRes[0], Data_Type.Short);//判断结果写入PLC // // result2 = CommonMethods.PlcLink.WriteValue(pf.VarList[3].VarAddress, MyRes[1], Data_Type.Short);//判断结果写入PLC // //} // } // JYResult result3 = CommonMethods.PlcLink.WriteValue(pf.VarList[0].VarAddress, 0);//置位0 // CommonMethods.AddDataMonitorLog(0, $"发送信息给PLC:{result1.IsSuccess},{MyRes[0]},{MyRes[1]}"); // LogHelper.Instance.WriteLog($"发送信息给PLC:{result1.IsSuccess},{MyRes[0]},{MyRes[1]}"); // Task.Run(() => { SendDateMQTT.Instance.EnterandExitSendMessge(1); }); // //数据存储 - 异步处理 // Task.Run(() => // { // SaveBlankingData(list); // }); // sw2.Stop(); // ////输出下料数据处理耗时： // CommonMethods.AddDataMonitorLog(0, $"外观检测出站共耗时：{sw2.Elapsed.TotalMilliseconds}ms"); // } //} #endregion //下料解析外观检 private void BlankingStation(JYResult bArrays, object plcModel) { Group pf = plcModel as Group; if (bArrays == null) { CommonMethods.PlcLink.WriteInt16(pf.VarList[0].VarAddress, 0);//置位0 CommonMethods.AddLog(false, $"电芯出站PLC有触发信号，但无数据!"); LoggerHelp.WriteLog($"电芯出站PLC有触发信号，但无数据!", "SysErrorLog"); } if (bArrays.IsSuccess && bArrays.Content != null) { Random random = new Random(); //解析数据 sw2.Restart(); #region 数据变量定义 List list = new List();//实体 //int[] MyRes = new int[2];//AB反馈结果 int[] MyRes = new int[6];//6个外观检测反馈结果 #endregion //高低位转换 byte[] bytes = bArrays.Content.ByteReverse(); byte[] bytes1 = bArrays.Content; List listBarCode = GetList(6, "");//电芯条码 //List listNum = GetList(1, "");//进站磁悬浮动子编号 List listRes = GetList(6, 0);//出站电芯反馈结果 List listGradeResult = GetList(6, 0);//grading plc 数字结果 //反馈结果 #region 电芯解析 //电芯解析从3200 开始 listBarCode[0] = StringLib.GetStringFromByteArrayByEncoding(bytes, 0, 40, System.Text.Encoding.ASCII).Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim(); listBarCode[1] = StringLib.GetStringFromByteArrayByEncoding(bytes, 40, 40, System.Text.Encoding.ASCII).Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim(); listBarCode[2] = StringLib.GetStringFromByteArrayByEncoding(bytes, 80, 40, System.Text.Encoding.ASCII).Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim(); listBarCode[3] = StringLib.GetStringFromByteArrayByEncoding(bytes, 120, 40, System.Text.Encoding.ASCII).Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim(); listBarCode[4] = StringLib.GetStringFromByteArrayByEncoding(bytes, 160, 40, System.Text.Encoding.ASCII).Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim(); listBarCode[5] = StringLib.GetStringFromByteArrayByEncoding(bytes, 200, 40, System.Text.Encoding.ASCII).Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim(); #region 上传MES var lstBGearEntity = GetBlankingData(listBarCode); //D3200起 for (int i = 0; i < 6; i++) { //读取bgearentity try { BGearEntity m = new BGearEntity(); AGearEntity TT = new AGearEntity(); //极限件标志 int ChallengeFlag = 0; var bGearEntity = lstBGearEntity.OrderByDescending(x => x.CSBYHOUTSTATIONTIME).FirstOrDefault(x => x.BarCode == listBarCode[i]); if (bGearEntity != null) { m = bGearEntity; } //芯包扫码时间 //m.ScanTime[i] = DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss"); m.BarCode = listBarCode[i]; //m.CSBYHCODEA = "TEST"; #region 极限件查询 //var EX = CommonMethods.db.QuerySqlList(CommonMethods.dBSQL.GetChallengeCode(m.BarCode)); //for (int j = 0; j < EX.Count; j++) //{ // if (string.Compare(EX[j].ChallengeBarCode, m.BarCode) == 0) // { // m.Remark += "(极限件," + EX[j].CodeMessage + "," + EX[j].WeldingCCD + ")"; // ChallengeFlag = 1; // } //} #endregion //查询进站时间数据 var w = CommonMethods.db.QuerySqlList(CommonMethods.dBSQL.GetInTime(m.BarCode)); //获取新一行数据 if (w.Count > 0) TT = w[w.Count - 1]; // //if (w.Count > 0) // TT = w[0]; if (TT.TestTime != null) m.ScanTime[0] = TT.TestTime; else m.ScanTime[0] = ""; //芯包出站时间 m.ScanTime[1] = DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss"); //复投次数 m.RethrowNum = 0; if (w.Count > 0) { int cccc = w.Count; m.RethrowNum = cccc - 1; } int Code_NG = 0;//条码有无标志 1为有，2为无 //判断有无条码 if (m.BarCode != null && m.BarCode != "" && m.BarCode != "ERROR") Code_NG = 1; else Code_NG = 2; //m.ChannelNo = m.MyNo[i]; //m.TestTime = DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss"); //不良代码判定 //List NGcodeList = new List(); //NGcodeList = NGcode(m.list_Data1[i, 10], m.list_Data1[i, 11], m.list_Data1[i, 12], m.list_Data1[i, 15], m.list_Data1[i, 26], m.list_Data1[i, 16] // , m.list_Data1[i, 17], m.list_Data1[i, 18], m.list_Data1[i, 19], m.list_Data1[i, 23], m.list_Data1[i, 24], m.list_Data1[i, 25], m.list_Data1[i, 27]); // var (NGcodeList, NGmessage) = NGWGJcode(m.CCD_Data, i); //电芯CCD判定结果 m.CSBYHASCANNINGTIME = DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss"); m.CSBYHPROCESSNAME = "分档"; m.CSBYHSCHEDULE = CommonMethods.strClass; m.CSBYHINSTATIONTIME = m.ScanTime[0]; m.CSBYHOUTSTATIONTIME = m.ScanTime[1]; m.ChannelNo = i + 1; //条码，芯包重量，芯包侧厚，芯包CCD极性检测，电芯裁切粘连，电芯裁切毛刺，芯包焊印位置， //芯包正面极耳撕裂，芯包背面极耳撕裂，芯包正面极耳翻折，芯包背面极耳翻折 MyRes[i] = m.Result; m.MaterialCode = CommonMethods.mesConfig.MaterialCode; NG_Type = "";//清除上一次不良字符串 OK_NG = ""; //清除上一次结果 list.Add(m); string ur2 = CommonMethods.mesConfig.ResultProcessParamMesUrl; string siteCode1 = CommonMethods.mesConfig.siteCode; string lineCode1 = CommonMethods.mesConfig.lineCode; string equipNum1 = CommonMethods.mesConfig.equipNum; string materialCode1 = CommonMethods.mesConfig.MaterialCode; string userName1 = CommonMethods.mesConfig.mesUserName; MesUploadType unloadType = MesUploadType.DD; string Mesage = ""; //加判断无条码不上传mes 1为有条码 #region 发送结果MES ,本地存储 if (Code_NG == 1) { string MesMessage = ""; MesResType mesResType = MesResType.C; if (CommonMethods.mesConfig.isUpMes) { #region 出站分档取消出站 ////{ //// string url = CommonMethods.mesConfig.OutStationMesUrl; //// string siteCode = CommonMethods.mesConfig.siteCode; //// string lineCode = CommonMethods.mesConfig.lineCode; //// string equipNum = CommonMethods.mesConfig.equipNum; //// string materialCode = CommonMethods.mesConfig.MaterialCode; //// string userName = CommonMethods.mesConfig.mesUserName; //// int type = 1; //// //int type = 1; //// //string materialLotCodeLocator = ""; //// var (NGcodeList, NGmessage) = NGWGJcode(m.CCD_NgNo, i); //// bool Res = CommonMethods.hbgMes.OutboundInformations(url, siteCode, lineCode, equipNum, materialCode, userName, m, ref MesMessage, ref mesResType, NGcodeList, NGmessage); //// //bool Res = CommonMethods.hbgMes.SingleCellOutStation(url, siteCode, lineCode, equipNum, materialCode, userName, m,) //// if (MesMessage.Contains("发生一个或多个错误")) //// { //// MesMessage = "上传失败,"; //// } //// else //// { //// m.Flag = 1; //// } //// if (Res) //// { //// //MES出站判定结果 //// m.Result = MyRes[i]; //// ////芯包重量1判定结果 //// //if (m.list_Data1[i, 10] == 2) { m.Remark += "芯包重量NG,"; } //// ////芯包侧厚判定结果 //// //if (m.list_Data1[i, 11] == 2) { m.Remark += "芯包侧厚NG,"; } //// ////芯包CCD极性检测结果 //// //if (m.list_Data1[i, 12] == 2) { m.Remark += "芯包CCD极性检测NG,"; } //// m.Remark += MesMessage; //// } //// else //// { //// switch (mesResType) //// { //// case MesResType.A:// 停线，设备报警停机 //// //m.listRes[i] = 10; //// // m.Result = MyRes[i] = 2; //// m.Result = MyRes[i] = 3; //// m.Remark += "MES NG"; //// break; //// case MesResType.B://不停机，MEs NG品要排出，要给PLC发NG信号 //// //m.listRes[i] = 9; //// // m.Result = MyRes[i] = 2; //// m.Result = MyRes[i] = 3; //// m.Remark += "MES NG"; //// break; //// case MesResType.C://可忽略 //// //m.listRes[i] = 1; //// // m.Result = MyRes[i] = 2; //// m.Result = MyRes[i] = 1; //// m.Remark += "MES Alerm OK"; //// break; //// case MesResType.D://可忽略 //// //m.listRes[i] = 1; //// // m.Result = MyRes[i] = 2; //// m.Result = MyRes[i] = 1; //// m.Remark += "MES OK"; //// break; //// default: //// m.Remark += "MES NG"; //// m.Result = MyRes[i] = 3; //// break; //// } //// ////芯包重量1判定结果 //// //if (m.list_Data1[i, 10] == 2) { m.Remark += "芯包重量NG,"; } //// ////芯包侧厚判定结果 //// //if (m.list_Data1[i, 11] == 2) { m.Remark += "芯包侧厚NG,"; } //// ////芯包CCD极性检测结果 //// //if (m.list_Data1[i, 12] == 2) { m.Remark += "芯包CCD极性检测NG,"; } //// m.Remark += MesMessage; //// } ////} #endregion //发送产品结果参数给MES bool Res1 = CommonMethods.hbgMes.ProducResultParam(ur2, siteCode1, lineCode1, equipNum1, materialCode1, userName1, m, unloadType, ref Mesage); if (m.Flag == 1) m.UpState = "已上传"; else m.UpState = "未上传"; } else { m.Result = MyRes[i]; m.Remark += "本地存储"; m.UpState = "未上传"; } if (CommonMethods.sysConfig.OKSwitching) { //调试发OK m.Result = MyRes[i] = 1; //m.Result = "OK"; } } else { m.Result = MyRes[i] = 2; m.Remark += "本地存储"; ////芯包重量1判定结果 //if (m.list_Data1[i, 10] == 2) { m.Remark += ",芯包重量NG"; } ////芯包侧厚判定结果 //if (m.list_Data1[i, 11] == 2) { m.Remark += ",芯包侧厚NG"; } ////芯包CCD极性检测结果 //if (m.list_Data1[i, 12] == 2) { m.Remark += ",芯包CCD极性检测NG"; } m.UpState = "未上传"; } #endregion #region OK分档查询 //if (CommonMethods.sysConfig.MesModeSwitching && CommonMethods.mesConfig.isConnected) { //1 分选测厚度NG ，2 分选外观不良 21分选一档,22分选二档，23分选三档、24分选四档，25分档5 26 ==6 if (list[i].Result == 1) { if (CommonMethods.mesConfig.isUpMes) { //分档接口 //21~26 OK挡位 var (success, mesage, mesResType) = CommonMethods.hbgMes.MesGrading( CommonMethods.mesConfig.GradingMesUrl, list[i].BarCode, CommonMethods.mesConfig.siteCode, CommonMethods.mesConfig.lineCode, CommonMethods.mesConfig.mesUserName, CommonMethods.mesConfig.equipNum, CommonMethods.mesConfig.MaterialCode);//分档查询 try { //listGradeResult[i] = (short)26;//默认分档OK list[i].Remark = "外观检OK分档"; if (success && mesResType[0] != "NULL") { if (mesResType[0].Equals(CommonMethods.mesConfig.Grading1)) { listGradeResult[i] = (short)(CommonMethods.MESGradingSet[0] + 20); list[i].Remark = $"出站条码[{list[i].BarCode}]外观检OKMES反馈档位:{mesResType[0]}"; } else if (mesResType[0].Equals(CommonMethods.mesConfig.Grading2)) { listGradeResult[i] = (short)(CommonMethods.MESGradingSet[1] + 20); list[i].Remark = $"出站条码[{list[i].BarCode}]外观检OKMES反馈档位:{mesResType[0]}"; } else if (mesResType[0].Equals(CommonMethods.mesConfig.Grading3)) { listGradeResult[i] = (short)(CommonMethods.MESGradingSet[2] + 20); list[i].Remark = $"出站条码[{list[i].BarCode}]外观检OKMES反馈档位:{mesResType[0]}"; } else if (mesResType[0].Equals(CommonMethods.mesConfig.Grading4)) { listGradeResult[i] = (short)(CommonMethods.MESGradingSet[3] + 20); list[i].Remark = $"出站条码[{list[i].BarCode}]外观检OKMES反馈档位:{mesResType[0]}"; } else if (mesResType[0].Equals(CommonMethods.mesConfig.Grading5)) { listGradeResult[i] = (short)(CommonMethods.MESGradingSet[4] + 20); list[i].Remark = $"出站条码[{list[i].BarCode}]外观检OKMES反馈档位:{mesResType[0]}"; } else if (mesResType[0].Equals(CommonMethods.mesConfig.Grading6)) { listGradeResult[i] = (short)(CommonMethods.MESGradingSet[5] + 20); list[i].Remark = $"出站条码[{list[i].BarCode}]外观检OKMES反馈档位:{mesResType[0]}"; } else { throw new Exception("MES未反馈正确档位"); } } else throw new Exception("MES未反馈正确档位"); } catch (Exception ex) { listGradeResult[i] = (short)26; list[i].Remark = $"出站条码[{list[i].BarCode}]外观检OK分档NG，MES未反馈正确档位"; LoggerHelp.WriteLog("解析出站MES分档数据异常：{ex.Message}", "SysErrorLog"); } } else { list[i].Remark = $"出站条码[{list[i].BarCode}]外观检OK分档，MES断连"; listGradeResult[i] = (short)26; // list[i].Result = "MES NG"; CommonMethods.PlcLink.WriteValue("D80", 1, Data_Type.Short); //反馈MES结果 } } else { //厚度不良分档 if (!(list[i].ThicknessPLCResult1 == 1 && list[i].ThicknessPLCResult2 == 1 && list[i].ThicknessPLCResult3 == 1)) { listGradeResult[i] = 1; list[i].Remark = $"出站条码[{list[i].BarCode}]测厚度NG"; } else { //外观不良分档 listGradeResult[i] = 2; list[i].Remark = $"出站条码[{list[i].BarCode}]外观检NG不分类"; } } listRes[i] = listGradeResult[i]; list[i].Result = listGradeResult[i]; } #endregion #region//极限件发3给PLC //if (ChallengeFlag == 1) //{ // if (string.Compare(EX[0].WeldingCCD, "焊前CCD") == 0 || string.Compare(EX[0].WeldingCCD, "焊前ccd") == 0) // { // MyRes[i] = 3; // } // if (string.Compare(EX[0].WeldingCCD, "焊后CCD") == 0 || string.Compare(EX[0].WeldingCCD, "焊后ccd") == 0) // { // MyRes[i] = 4; // } //} #endregion } catch (Exception ex) { LoggerHelp.WriteLog($"外观检测出站线程数据解析：{ex}", "SysErrorLog"); } } #endregion JYResult result1 = null; JYResult result2 = null; JYResult result3 = null; if (pf.IsFeedbackPlc) { //result1 = CommonMethods.PlcLink.WriteValue(pf.VarList[2].VarAddress, MyRes[0], Data_Type.Short);//判断结果写入PLC //result2 = CommonMethods.PlcLink.WriteValue(pf.VarList[3].VarAddress, MyRes[1], Data_Type.Short);//判断结果写入PLC // if (CommonMethods.sysConfig.OKSwitching) { //调试发OK //MyRes[0] = 1; //MyRes[1] = 1; Thread.Sleep(500); result1 = CommonMethods.PlcLink.WriteValue(pf.VarList[2].VarAddress, MyRes[0], Data_Type.Short);//判断结果写入PLC result2 = CommonMethods.PlcLink.WriteValue(pf.VarList[3].VarAddress, MyRes[1], Data_Type.Short);//判断结果写入PLC result3 = CommonMethods.PlcLink.WriteValue(pf.VarList[4].VarAddress, MyRes[2], Data_Type.Short);//判断结果写入PLC } //else //{ // //将mes反馈的结果发给PLC // Thread.Sleep(500); // result1 = CommonMethods.PlcLink.WriteValue(pf.VarList[2].VarAddress, MyRes[0], Data_Type.Short);//判断结果写入PLC // result2 = CommonMethods.PlcLink.WriteValue(pf.VarList[3].VarAddress, MyRes[1], Data_Type.Short);//判断结果写入PLC //} } JYResult result4 = CommonMethods.PlcLink.WriteValue(pf.VarList[0].VarAddress, 0);//置位0 CommonMethods.AddDataMonitorLog(0, $"发送信息给PLC:{result1.IsSuccess},{MyRes[0]},{MyRes[1]},{MyRes[2]}"); LoggerHelp.WriteLog($"发送信息给PLC:{result1.IsSuccess},{MyRes[0]},{MyRes[1]},{MyRes[2]}"); Task.Run(() => { SendDateMQTT.Instance.EnterandExitSendMessge(1); }); //数据存储 - 异步处理 Task.Run(() => { SaveBlankingData(list); }); sw2.Stop(); ////输出下料数据处理耗时： CommonMethods.AddDataMonitorLog(0, $"外观检测出站共耗时：{sw2.Elapsed.TotalMilliseconds}ms"); } } ///

/// 电池结果判断 ///

/// /// /// private ushort GetResult(AGearEntity m, ref string strErr) { //strErr = ""; //bool b = m.YaLiValue <= 2 ? true : false;//压力值结果NG //if (b) //{ // strErr = "良品"; // return 1; //} //if (!b) //{ // strErr = "压力值NG"; // return 5; //} return 1; } #region 保存下料数据 ///

/// 保存下料数据到数据 ///

/// private void SaveBlankingData(List list) { //数据的保存 try { if (list != null && list.Count > 0) { //数据显示 List Blist = list; int i = 0; string strRes = ""; foreach (BGearEntity m in list) { bool b = CommonMethods.db.AddReturnBool(m); if(!b) { strRes = ",不存储"; } m.Remark = m.Remark + strRes; Blist[i].Remark = m.Remark; i++; } //数据显示 CommonMethods.ShowBlankingDelegate.Invoke(Blist); } else { LoggerHelp.WriteLog($"电芯出站数据List为空", "SysErrorLog"); } } catch (Exception ex) { LoggerHelp.WriteLog($"电芯出站数据保存异常：{ex}", "SysErrorLog"); } } #endregion #endregion #region 创建空的数组List public List GetList(int num, T data) { List list = new List(); for (int i = 0; i < num; i++) { list.Add(data); } return list; } public List GetMesType(int Num) { List mesResTypes = new List(); for (int i = 0; i < Num; i++) { mesResTypes.Add(MesResType.UnKnow); } return mesResTypes; } ///

/// PLC内批量写\0 ///

/// /// public string GetString_0(int Num) { string ff = ""; for (int i = 0; i < Num; i++) { ff = ff.Insert(ff.Length, "\0"); } return ff; } public string GetBarCodeNum(int Num) { string CodeNo = ""; int CodeLenth = Num.ToString().Length; switch (CodeLenth) { case 1: return CodeNo = $"00000{Num}"; case 2: return CodeNo = $"0000{Num}"; case 3: return CodeNo = $"000{Num}"; case 4: return CodeNo = $"00{Num}"; case 5: return CodeNo = $"0{Num}"; default: return CodeNo = $"{Num}"; } } #endregion #region 下料不良代码 public List NGcode(int a, int b, int c, int d, int e, int f, int g, int h, int i, int j, int k, int l, int m) { //芯包重量、测厚位移、极性、铜焊印位置1、铜焊印位置2、正面极耳撕裂、背面极耳撕裂、 //正面极耳翻折、背面极耳翻折、测厚压力、焊前CCD、铝焊印位置1、铝焊印位置2 List NGcodelist = new List(); if (a == 2 || b == 2) NGcodelist.Add("ETPP120"); if (j == 2) NGcodelist.Add("ETPP119"); if (c == 2) NGcodelist.Add("ETPP005"); if (d == 2 || e == 2 || l == 2 || m == 2) NGcodelist.Add("ETPP118"); if (f == 2 || g == 2) NGcodelist.Add("ETPP106"); if (h == 2 || i == 2) NGcodelist.Add("ETPP108"); if (k == 2) NGcodelist.Add("ETPA111"); return NGcodelist; } //下料不良代码外观检 public (List, List) NGWGJcode(int[,] lstResult, int index) { List NGcodelist = new List(); List NGmessagelist = new List(); for (int i = 0; i < 16; i++) { if (lstResult[index, i] != 0) { var strCode = lstResult[index, i].ToString().PadLeft(3, '0'); NGcodelist.Add($"PFVA{strCode}"); var codeEntity = CommonMethods.listNgCodeEntity.FirstOrDefault(x => strCode == x.ngCode); if (codeEntity != null) { NGmessagelist.Add(codeEntity.ngMessage); } else { NGmessagelist.Add("未知错误"); } } } return (NGcodelist, NGmessagelist); } #endregion #region NG下料不良代码 public List NGCarcode(int a, int b, int c) { //芯包重量、测厚位移、极性 List NGcodelist = new List(); if (a == 2) NGcodelist.Add("ETPP120"); if (b == 2) NGcodelist.Add("ETPP120"); if (c == 2) NGcodelist.Add("ETPP105"); return NGcodelist; } #endregion #region 读取下料数据 sql数据库 private List GetBlankingData(List listBarCode) { //数据的读取 List listData = new List(); try { if (listBarCode != null && listBarCode.Count > 0) { listData = CommonMethods.dbServer.QuerySqlList(CommonMethods.dBSQL.GetBGearEntityByBarcode(listBarCode)).ToList(); } } catch (Exception ex) { LoggerHelp.WriteLog($"GetBlankingData：{ex}", "SysErrorLog"); } return listData; } ///

/// 通过RFID读取下料数据 mysql数据库 ///

/// /// //private List GetBlankingData_ByRFID(string strRFID) //{ // //数据的读取 // List listData = new List(); // try // { // if (!string.IsNullOrEmpty(strRFID) && strRFID != "ERROR") // { // var listDataTemp = CommonMethods.dbServer.QuerySqlList(CommonMethods.dBSQL.GetBGearEntity(strRFID)); // if (listDataTemp != null && listDataTemp.Count > 0) // { // foreach (var m in listDataTemp) // { // var entity = new BGearEntity(); // foreach (var item in m.GetType().GetProperties()) // { // foreach (var eitem in entity.GetType().GetProperties()) // { // if (eitem.Name == item.Name) // eitem.SetValue(entity, item.GetValue(m)); // } // } // listData.Add(entity); // } // } // // CommonMethods.db.QueryWhereList(x=>x.FHour==14); // // listData = CommonMethods.db.QueryWhereList(x => x.RFID == "123");//.ToList();//.OrderBy(x => x.ChannelNo).ToList(); // //await CommonMethods.dbServer.GetReturnListByRFIDAsync(strRFID); // //数据显示 // // CommonMethods.ShowBlankingDelegate.Invoke(listData); // //数据保存本地 // string strData = string.Empty;//数据字符串，本地保存 // foreach (BGearEntity m in listData) // { // foreach (var item in m.GetType().GetProperties()) // { // strData += item.GetValue(m) + ","; // } // strData = strData.TrimEnd(','); // //BlankingDataSaveLocal(strData); // } // } // else // { // LoggerHelp.WriteLog($"电芯出站数据List为空", "SysErrorLog"); // } // } // catch (Exception ex) // { // LoggerHelp.WriteLog($"电芯出站数据保存异常：{ex}", "SysErrorLog"); // } // return listData; //} #endregion } } #endregion #endregion