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b56b29c315125ee26985366c1904f9704012b4a3
Inspection/JinYuan.ControlCenter/ControlCenter_Plc.cs
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lq b56b29c315 first commit
2026-09-09 19:21:21 +08:00

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using JinYuan.Helper;
using JinYuan.MES.Enums;
using JinYuan.Models;
using JinYuan.VirtualDataLibrary;
using Language;
using PLCCommunication;
using PLCCommunication.Common;
using PLCCommunication.Common.DataConvert;
using SqlSugar;
using System;
using System.Collections;
using System.Collections.Generic;
using System.Diagnostics;
using System.Diagnostics.Eventing.Reader;
using System.IO;
using System.Linq;
using System.Runtime.InteropServices.ComTypes;
using System.Runtime.Remoting.Messaging;
using System.Text;
using System.Text.RegularExpressions;
using System.Threading;
using System.Threading.Tasks;
using System.Windows.Forms;
using static System.Windows.Forms.VisualStyles.VisualStyleElement;
namespace JinYuan.ControlCenters
{
public partial class ControlCenter
{
public object FileLock = new object();//文件锁
#region 上料工位(数据处理)
/// <summary>
/// 上料工位A
/// </summary>
//int JXCount = 0;
//上料解析
private async Task FeedingStationA(JYResult<byte[]> bArrays, object plcModel)
{
PlcGroup pf = plcModel as PlcGroup;
var swTotal = new Stopwatch();
var swSegment = new Stopwatch();
if (bArrays.IsSuccess && bArrays.Content != null)
{
try
{
swTotal.Start();
LogHelper.Instance.WriteLog($"【进站A】开始处理, 时间={DateTime.Now:HH:mm:ss.fff}", "A进站性能");
#region 数据初始化
swSegment.Start();
//解析数据
List<AGearEntity> list = new List<AGearEntity>();//实体
List<short> listRes = GetList<short>(4, 2);//默认为1，良品
List<bool> listMark = GetList<bool>(4, false);//有料标志
List<string> listCode = GetList<string>(4, "");//电芯码
List<string> listRemark = GetList<string>(4, "");//备注
List<string> listFlag = GetList<string>(4, "0");//是否上传标志
List<string> listResult = GetList<string>(4, "OK");//结果
List<string> listMesage = GetList<string>(4, "");//mesMesage
List<MesResType> listMesResType = GetList<MesResType>(4, MesResType.B);//mesType
swSegment.Stop();
LogHelper.Instance.WriteLog($"【进站A】数据初始化耗时: {swSegment.ElapsedMilliseconds}ms", "A进站性能");
#endregion
// 从D2021开始
#region 数据解析
swSegment.Restart();
byte[] bytes = bArrays.Content.ByteReverse();//高低位转换
//有料标志
for (int i = 0; i < listMark.Count; i++)
{
listMark[i] = ShortLib.GetShortFromByteArray(bArrays.Content, (i * 2)) == 1 ? true : false;// 从D2021开始
if (listMark[i])
{
#region 数据读取
//条码长度
int codeLength = ShortLib.GetShortFromByteArray(bArrays.Content, (i * 2) + (20 * 2));// 从D2041开始
if (codeLength > 0)
{
//条码
listCode[i] = StringLib.GetStringFromByteArrayByEncoding(bytes, (i * 50) + (79 * 2), codeLength, System.Text.Encoding.ASCII).// 从D2100开始
Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim();
}
else
{
listCode[i] = "ERROR";
}
#endregion
#region 数据保存
AGearEntity m = new AGearEntity();
m.BarCode = listCode[i];
m.ChannelNo = (i + 1).ToString();
m.TestTime = DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss");
list.Add(m);
#endregion
}
else
{
CommonMethods.AddDataMonitorLog(0, "进站上料工位A有料标志为0".Translated() + "通道号".Translated() + $"：{i}");
}
}
swSegment.Stop();
LogHelper.Instance.WriteLog($"【进站A】数据解析耗时: {swSegment.ElapsedMilliseconds}ms, 解析条数: {list.Count}", "A进站性能");
#endregion
#region 上传MES
if (list.Count > 0 && CommonMethods.sysConfig.MesModeSwitching && CommonMethods.mesConfig.isConnected)
{
swSegment.Restart();
var allMesMessages = new List<string>();
var allMesResTypes = new List<MesResType>();
var allFlags = new List<string>();
for (int i = 0; i < list.Count; i++)
{
var swSegment1 = new Stopwatch();
swSegment1.Start();
// 每次只上传一个条码（封装为List）
var singleCodeList = new List<string> { list[i].BarCode };
var (success1, mesage1, mesResType1) = await CommonMethods.hbgMes.ManyCellInStationAsync(
CommonMethods.mesConfig.ProductInStation,
CommonMethods.mesConfig.siteCode,
CommonMethods.mesConfig.lineCode,
CommonMethods.mesConfig.equipNum,
CommonMethods.mesConfig.MaterialCode,
CommonMethods.mesConfig.mesUserName,
singleCodeList);
if (success1)
{
// 收集结果而不是覆盖
allMesMessages.AddRange(mesage1);
allMesResTypes.AddRange(mesResType1);
allFlags.Add("1");
}
else
{
// 收集失败结果
allMesMessages.AddRange(mesage1);
allMesResTypes.AddRange(mesResType1);
allFlags.Add("2");
// 记录失败状态
listRes[i] = 3;
listRemark[i] = "";
if (mesage1.Count > 0 && mesage1[0].Contains("一个或多个错误"))
{
CommonMethods.plcDevices[pf.PlcNum - 1].WriteValue("D80", 1, PLC.DataType.Short);
}
}
swSegment1.Stop();
LogHelper.Instance.WriteLog($"【进站A】单条{i}上传mes耗时: {swSegment1.ElapsedMilliseconds}ms", "A进站性能");
}
// 将收集的结果赋给主列表
listMesage = allMesMessages;
listMesResType = allMesResTypes;
listFlag = allFlags;
swSegment.Stop();
LogHelper.Instance.WriteLog($"【进站A】MES上传总耗时: {swSegment.ElapsedMilliseconds}ms, 上传条数: {list.Count}", "A进站性能");
}
else if (list.Count > 0 && (!CommonMethods.sysConfig.MesModeSwitching || !CommonMethods.mesConfig.isConnected))
{
swSegment.Restart();
listRes = GetList<short>(4, 3);
listRemark = GetList<string>(4, "MES未连接".Translated());
listFlag = GetList<string>(4, "2");
CommonMethods.plcDevices[pf.PlcNum - 1].WriteValue("D80", 1, PLC.DataType.Short);
swSegment.Stop();
LogHelper.Instance.WriteLog($"【进站A】MES未连接处理耗时: {swSegment.ElapsedMilliseconds}ms", "A进站性能");
}
#endregion
#region 数据组合
swSegment.Restart();
for (int i = 0; i < list.Count; i++)
{
if (String.IsNullOrEmpty(list[i].BarCode) || list[i].BarCode.Trim() == "ERROR" || !IsAlphaNumeric(list[i].BarCode))
{
listRes[i] = 2;
listResult[i] = "NG";
listRemark[i] = "电芯码不良".Translated();
}
else
{
int codeIndex = i;
listResult[i] = "OK,";
listRes[i] = 1;
if (CommonMethods.sysConfig.MesModeSwitching)
{
switch (listMesResType[codeIndex])
{
case MesResType.A:// 停线，设备报警停机
listResult[i] += "MES NG";
listRemark[i] += listMesage[codeIndex];
listRes[i] = 3;//10
break;
case MesResType.B:// 排出
listResult[i] += "MES NG";
listRemark[i] += listMesage[codeIndex];
listRes[i] = 3;//2
break;
case MesResType.C:// 警示
case MesResType.D:// 条码上传OK
listResult[i] += "MES OK";//MES认为是可以当成良品流下去的
listRemark[i] += listMesage[codeIndex];
listRes[i] = 1;
break;
default:
listResult[i] += "MES NG";
listRemark[i] += listMesage[codeIndex];
listRes[i] = 3;//2
break;
}
}
}
list[i].Result = listResult[i].TrimStart(',').TrimEnd(',');
list[i].Remark = listRemark[i].TrimStart(',').TrimEnd(',');
list[i].Flag = listFlag[i];
}
swSegment.Stop();
LogHelper.Instance.WriteLog($"【进站A】数据组合耗时: {swSegment.ElapsedMilliseconds}ms, 组合条数: {list.Count}", "A进站性能");
#endregion
//读取结果显示
//数据存储 -异步处理
#region 数据反馈&保存
swSegment.Restart();
_ = Task.Run(async ()=>
{
try { await SaveFeedingDataAsync(list); }
catch(Exception ex)
{
LogHelper.Instance.WriteError($"【进站A】SaveFeedingDataAsync: {ex.Message}", "SysErrorLog");
}
});
swSegment.Stop();
LogHelper.Instance.WriteLog($"【进站A】数据存储耗时: {swSegment.ElapsedMilliseconds}ms, 存储条数: {list.Count}", "A进站性能");
swSegment.Restart();
//写入结果反馈
JYResult result = CommonMethods.plcDevices[pf.PlcNum - 1].WriteValue(pf.VarList[1].VarAddress, listRes.ToArray(), PLC.DataType.ArrShort);
if (result != null)
{
string strres = "进站A工位发送给PLC".Translated() + $",[{pf.VarList[1].VarAddress}]:{string.Join(",", listRes)}";
CommonMethods.AddDataMonitorLog(0, strres);
LogHelper.Instance.WriteError($"【进站A】工位发送给PLC：{strres}", "SysErrorLog");
}
swSegment.Stop();
LogHelper.Instance.WriteLog($"【进站A】 反馈PLC，耗时{swSegment.ElapsedMilliseconds}ms, 结果:{string.Join(",", listRes)}", "A进站性能");
swSegment.Restart();
CommonMethods.plcDevices[pf.PlcNum - 1].WriteInt16(pf.VarList[0].VarAddress, 0);
swSegment.Stop();
LogHelper.Instance.WriteLog($"【进站A】PLC 清0耗时: {swSegment.ElapsedMilliseconds}ms", "A进站性能");
#endregion
}
catch (Exception ex)
{
LogHelper.Instance.WriteError($"电芯进站A线程数据处理：{ex}", "SysErrorLog");
CommonMethods.plcDevices[pf.PlcNum - 1].WriteInt16(pf.VarList[0].VarAddress, 0);
}
swTotal.Stop();
long cost = swTotal.ElapsedMilliseconds;
LogHelper.Instance.WriteLog($"【进站A】总耗时: {cost}ms", "A进站性能");
CommonMethods.AddDataMonitorLog(0, "卷芯进站A共耗时".Translated() + $"：{cost}ms");
}
else
{
LogHelper.Instance.WriteError($"【进站A】 数据无效", "SysErrorLog");
CommonMethods.plcDevices[pf.PlcNum - 1].WriteInt16(pf.VarList[0].VarAddress, 0);
}
}
/// <summary>
/// 上料工位B
/// </summary>
//上料解析
private async Task FeedingStationB(JYResult<byte[]> bArrays, object plcModel)
{
PlcGroup pf = plcModel as PlcGroup;
var swTotal = new Stopwatch();
var swSegment = new Stopwatch();
if (bArrays.IsSuccess && bArrays.Content != null)
{
try
{
swTotal.Start();
LogHelper.Instance.WriteLog($"【进站B】开始处理, 时间={DateTime.Now:HH:mm:ss.fff}", "B进站性能");
#region 数据初始化
swSegment.Start();
//解析数据
List<AGearEntity> list = new List<AGearEntity>();//实体
List<short> listRes = GetList<short>(4, 2);//默认为1，良品
List<bool> listMark = GetList<bool>(4, false);//有料标志
List<string> listCode = GetList<string>(4, "");//电芯码
List<string> listRemark = GetList<string>(4, "");//备注
List<string> listFlag = GetList<string>(4, "0");//是否上传标志
List<string> listResult = GetList<string>(4, "OK");//结果
List<string> listMesage = GetList<string>(4, "");//mesMesage
List<MesResType> listMesResType = GetList<MesResType>(4, MesResType.B);//mesType
swSegment.Stop();
LogHelper.Instance.WriteLog($"【进站B】数据初始化耗时: {swSegment.ElapsedMilliseconds}ms", "B进站性能");
#endregion
// 从D3021开始
#region 数据解析
swSegment.Restart();
byte[] bytes = bArrays.Content.ByteReverse();//高低位转换
//有料标志
for (int i = 0; i < listMark.Count; i++)
{
listMark[i] = ShortLib.GetShortFromByteArray(bArrays.Content, (i * 2)) == 1 ? true : false;// 从D3021开始
if (listMark[i])
{
#region 数据读取
//条码长度
int codeLength = ShortLib.GetShortFromByteArray(bArrays.Content, (i * 2) + (20 * 2));// 从D3041开始
if (codeLength > 0)
{
//条码
listCode[i] = StringLib.GetStringFromByteArrayByEncoding(bytes, (i * 50) + (79 * 2), codeLength, System.Text.Encoding.ASCII).// 从D3100开始
Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim();
}
else
{
listCode[i] = "ERROR";
}
#endregion
#region 数据保存
AGearEntity m = new AGearEntity();
m.BarCode = listCode[i];
m.ChannelNo = (i + 1).ToString();
m.TestTime = DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss");
list.Add(m);
#endregion
}
else
{
CommonMethods.AddDataMonitorLog(0, "进站上料工位B有料标志为0".Translated() + "通道号".Translated() + $"：{i}");
}
}
swSegment.Stop();
LogHelper.Instance.WriteLog($"【进站B】数据解析耗时: {swSegment.ElapsedMilliseconds}ms, 解析条数: {list.Count}", "B进站性能");
#endregion
#region 上传MES
if (list.Count > 0 && CommonMethods.sysConfig.MesModeSwitching && CommonMethods.mesConfig.isConnected)
{
swSegment.Restart();
// 创建临时列表收集所有结果
var allMesMessages = new List<string>();
var allMesResTypes = new List<MesResType>();
var allFlags = new List<string>();
//foreach (var item in list)
for (int i = 0; i < list.Count; i++)
{
var swSegment1 = new Stopwatch();
swSegment1.Start();
// 每次只上传一个条码（封装为List）
var singleCodeList = new List<string> { list[i].BarCode };
var (success1, mesage1, mesResType1) = await CommonMethods.hbgMes.ManyCellInStationAsync(
CommonMethods.mesConfig.ProductInStation,
CommonMethods.mesConfig.siteCode,
CommonMethods.mesConfig.lineCode,
CommonMethods.mesConfig.equipNum,
CommonMethods.mesConfig.MaterialCode,
CommonMethods.mesConfig.mesUserName,
singleCodeList); // 单条码列表
if (success1)
{
// 收集结果而不是覆盖
allMesMessages.AddRange(mesage1);
allMesResTypes.AddRange(mesResType1);
allFlags.Add("1");
}
else
{
// 收集失败结果
allMesMessages.AddRange(mesage1);
allMesResTypes.AddRange(mesResType1);
allFlags.Add("2");
// 记录失败状态
listRes[i] = 3;
listRemark[i] = "";
if (mesage1.Count > 0 && mesage1[0].Contains("一个或多个错误"))
{
CommonMethods.plcDevices[pf.PlcNum - 1].WriteValue("D80", 1, PLC.DataType.Short); // 反馈PLC结果
}
}
swSegment1.Stop();
LogHelper.Instance.WriteLog($"【进站B】MES上传{i}单条耗时: {swSegment1.ElapsedMilliseconds}ms", "B进站性能");
}
// 将收集的结果赋给主列表
listMesage = allMesMessages;
listMesResType = allMesResTypes;
listFlag = allFlags;
swSegment.Stop();
LogHelper.Instance.WriteLog($"【进站B】MES上传总耗时: {swSegment.ElapsedMilliseconds}ms, 上传条数: {list.Count}", "B进站性能");
}
else if (list.Count > 0 && (!CommonMethods.sysConfig.MesModeSwitching || !CommonMethods.mesConfig.isConnected))
{
swSegment.Restart();
listRes = GetList<short>(4, 3);
listRemark = GetList<string>(4, "MES断连".Translated());
listFlag = GetList<string>(4, "2");
CommonMethods.plcDevices[pf.PlcNum - 1].WriteValue("D80", 1, PLC.DataType.Short);
swSegment.Stop();
LogHelper.Instance.WriteLog($"【进站B】MES未连接处理耗时: {swSegment.ElapsedMilliseconds}ms", "B进站性能");
}
#endregion
#region 数据组合
swSegment.Restart();
for (int i = 0; i < list.Count; i++)
{
if (string.IsNullOrEmpty(list[i].BarCode) || list[i].BarCode.Trim() == "ERROR" || !IsAlphaNumeric(list[i].BarCode))
{
listRes[i] = 2;
listResult[i] = "NG";
listRemark[i] = "电芯码不良".Translated();
}
else
{
int codeIndex = i;
listResult[i] = "OK,";
listRes[i] = 1;
if (CommonMethods.sysConfig.MesModeSwitching)
{
switch (listMesResType[codeIndex])
{
case MesResType.A:// 停线，设备报警停机
listResult[i] += "MES NG";
listRemark[i] += listMesage[codeIndex];
listRes[i] = 3;
break;
case MesResType.B:// 排出
listResult[i] += "MES NG";
listRemark[i] += listMesage[codeIndex];
listRes[i] = 3;
break;
case MesResType.C:// 警示
case MesResType.D:// 条码上传OK
listResult[i] += "MES OK";//MES认为是可以当成良品流下去的
listRemark[i] += listMesage[codeIndex];
listRes[i] = 1;
break;
default:
listResult[i] += "MES NG";
listRemark[i] += listMesage[codeIndex];
listRes[i] = 3;
break;
}
}
}
list[i].Result = listResult[i].TrimStart(',').TrimEnd(',');
list[i].Remark = listRemark[i].TrimStart(',').TrimEnd(',');
list[i].Flag = listFlag[i];
}
swSegment.Stop();
LogHelper.Instance.WriteLog($"【进站B】数据组合耗时: {swSegment.ElapsedMilliseconds}ms, 组合条数: {list.Count}", "B进站性能");
#endregion
#region 数据反馈&保存
swSegment.Restart();
_ = Task.Run(async () =>
{
try { await SaveFeedingDataAsync(list); }
catch (Exception ex)
{
LogHelper.Instance.WriteError($"【进站B】SaveFeedingDataAsync: {ex.Message}", "SysErrorLog");
}
});
swSegment.Stop();
LogHelper.Instance.WriteLog($"【进站B】数据存储耗时: {swSegment.ElapsedMilliseconds}ms", "B进站性能");
//写入·结果反馈
JYResult result = CommonMethods.plcDevices[pf.PlcNum - 1].WriteValue(pf.VarList[1].VarAddress, listRes.ToArray(), PLC.DataType.ArrShort);//判断结果写入PLC
if (result != null)
{
string strres = "进站B工位发送给PLC".Translated() + $",[{pf.VarList[1].VarAddress}]:{string.Join(",", listRes)}";
CommonMethods.AddDataMonitorLog(0, strres);
LogHelper.Instance.WriteError($"进站B工位发送给PLC：{strres}", "SysErrorLog");
}
CommonMethods.plcDevices[pf.PlcNum - 1].WriteInt16(pf.VarList[0].VarAddress, 0);//置位0
//读取结果显示
//数据存储 -异步处理
swSegment.Stop();
LogHelper.Instance.WriteLog($"【进站B】反馈PLC+置0组合耗时: {swSegment.ElapsedMilliseconds}ms", "B进站性能");
#endregion
}
catch (Exception ex)
{
LogHelper.Instance.WriteError($"电芯进站B线程数据处理：{ex}", "SysErrorLog");
try
{
CommonMethods.plcDevices[pf.PlcNum - 1].WriteInt16(pf.VarList[0].VarAddress, 0);
}
catch { }
}
swTotal.Stop();
long cost = swTotal.ElapsedMilliseconds;
LogHelper.Instance.WriteLog($"【进站B】总耗时: {cost}ms", "B进站性能");
CommonMethods.AddDataMonitorLog(0, "卷芯进站B共耗时".Translated() + $"：{cost}ms");
}
else
{
LogHelper.Instance.WriteError($"【进站B】 数据无效", "SysErrorLog");
CommonMethods.plcDevices[pf.PlcNum - 1].WriteInt16(pf.VarList[0].VarAddress, 0);
}
}
#region 保存上料数据
/// <summary>
/// 保存上料数据到数据
/// </summary>
/// <param name="list"></param>
private async Task SaveFeedingDataAsync(List<AGearEntity> list)
{
//数据的保存
try
{
if (list != null && list.Count > 0)
{
bool b = await CommonMethods.db.AddReturnBoolAsync<AGearEntity>(list);
//数据显示
CommonMethods.ShowFeedingDelegate.Invoke(list);
}
}
catch (Exception ex)
{
LogHelper.Instance.WriteError($"卷芯上料保存处理异常：{ex}", "SysErrorLog");
}
}
#endregion
#endregion
#region 下料工位(数据处理)
/// <summary>
/// 电芯出站A
/// </summary>
/// <param name="bArrays"></param>
/// <param name="plcModel"></param>
private async Task BlankingStationA(JYResult<byte[]> bArrays, object plcModel)
{
PlcGroup pf = plcModel as PlcGroup;
var swTotal = new Stopwatch();
var swSegment = new Stopwatch();
string logName = "A出站";
LogHelper.Instance.WriteLog($"[{logName}] 开始处理", logName);
if (bArrays.IsSuccess && bArrays.Content != null)
{
try
{
swTotal.Start();
LogHelper.Instance.WriteLog($"【出站A】开始处理, 时间={DateTime.Now:HH:mm:ss.fff}", "A出站性能");
#region 初始化数据
swSegment.Restart();
List<BGearEntity> list = new List<BGearEntity>();
List<short> listRes = GetList<short>(8, 2);//默认为1，良品
List<bool> listMark = GetList<bool>(8, false);//有料标志
List<string> listCode = GetList<string>(8, "");//电芯码
List<string> listRemark = GetList<string>(8, "");//备注
List<string> listFlag = GetList<string>(8, "0");//是否上传标志
List<string> listResult = GetList<string>(8, "OK");//结果
List<string> listMesMesage = GetList<string>(8, "");//mesMesage
List<MesResType> listMesResType = GetList<MesResType>(8, MesResType.B);//mesType
List<short> listFutou = GetList<short>(8, 0);//复投
//ushort listRes = 1; // 默认为1，良品
string lst_RFIDCodes = ""; // 托杯码
string lst_BarCodes = ""; // 条码
string windSpeed = "";// 风速
string ccdFaceTestDeviceNum1;// 端面检测设备号1
string ccdFaceTestDeviceNum2;// 端面检测设备号2
string ccdFaceTestDeviceNum3;// 端面检测设备号3
string ccdFaceTestDeviceNum4;// 端面检测设备号4
string ccdCylinderTestDeviceNum1;// 柱面检测设备号1
string ccdCylinderTestDeviceNum2;// 柱面检测设备号2
string ccdCylinderTestDeviceNum3;// 柱面检测设备号3
int ccdNegativeTerminalWeldingZone2DInspectionResult = 0; //负极焊接区2D检测结果
int ccdNegativeTerminalWeldingZone2DInspectionNGReasons = 0; //负极焊接区2D检测NG原因（脏污）
int ccdNegativeTerminalWeldingZone2DInspectionNGReasons1 = 0; //负极焊接区2D检测NG原因（划伤）
int ccdNegativeTerminalWeldingZone2DInspectionNGReasons2 = 0; //负极焊接区2D检测NG原因（凹点）
int ccdCoverPlate2DInspectionResult = 0; //盖板2D检测结果
int ccdCoverPlate2DInspectionNGReasons = 0; //盖板2D检测NG原因（脏污）
int ccdCoverPlate2DInspectionNGReasons1 = 0; //盖板2D检测NG原因（划伤）
int ccdCoverPlate2DInspectionNGReasons2 = 0; //盖板2D检测NG原因（凹点）
int ccdCoverPlate2DInspectionNGReasons3 = 0; //盖板2D检测NG原因（生锈）
int ccdNegativeTerminalWeldingZone25DInspectionResult = 0; //负极焊接区2.5D检测结果
int ccdNegativeTerminalWeldingZone25DInspectionNGReasons = 0; //负极焊接区2.5D检测NG原因（脏污）
int ccdNegativeTerminalWeldingZone25DInspectionNGReasons1 = 0; //负极焊接区2.5D检测NG原因（划伤）
int ccdNegativeTerminalWeldingZone25DInspectionNGReasons2 = 0; //负极焊接区2.5D检测NG原因（凹点）
int ccdCoverPlate25DInspectionResult = 0; //盖板2.5D检测结果
int ccdCoverPlate25DInspectionNGReasons = 0; //盖板2.5D检测NG原因（脏污）
int ccdCoverPlate25DInspectionNGReasons1 = 0; //盖板2.5D检测NG原因（划伤）
int ccdCoverPlate25DInspectionNGReasons2 = 0; //盖板2.5D检测NG原因（凹点）
int ccdTerminalPost2DInspectionResult = 0; //极柱2D检测结果
int ccdTerminalPost2DInspectionNGReasons = 0; //极柱2D检测NG原因（脏污）
int ccdTerminalPost2DInspectionNGReasons1 = 0; //极柱2D检测NG原因（划伤）
int ccdTerminalPost2DInspectionNGReasons2 = 0; //极柱2D检测NG原因（凹点）
int ccdTerminalPost2DInspectionNGReasons3 = 0; //极柱2D检测NG原因（残缺）
int ccdTerminalPost3DInspectionResult = 0; //极柱3D检测结果
int ccdTerminalPost3DInspectionNGReasons = 0; //极柱3D检测NG原因（脏污）
int ccdTerminalPost3DInspectionNGReasons1 = 0; //极柱3D检测NG原因（划伤）
int ccdTerminalPost3DInspectionNGReasons2 = 0; //极柱3D检测NG原因（凹点）
int ccdTerminalPost3DInspectionNGReasons3 = 0; //极柱3D检测NG原因（残缺）
int ccdSealingNail2DInspectionResult = 0; //密封钉2D检测结果
int ccdSealingNail2DInspectionNGReasons = 0; //密封钉2D检测NG原因（铝钉焊接）
int ccdSealingNail3DInspectionResult = 0; //密封钉3D检测结果
int ccdSealingNail3DInspectionNGReasons = 0; //密封钉3D检测NG原因（铝钉焊接）
int ccdTopFillet25DInspectionResult = 0; //上部R角2.5D检测结果
int ccdTopFillet25DInspectionNGReasons = 0; //上部R角2.5D检测NG原因（凹点）
int ccdBottomFillet25DInspectionResult = 0; //底部R角2.5D检测结果
int ccdBottomFillet25DInspectionNGReasons = 0; //底部R角2.5D检测NG原因（凹点）
int ccdCylindricalSurface25DInspectionResult = 0; //柱面2.5D检测结果
int ccdCylindricalSurface25DInspectionNGReasons = 0; //柱面2.5D检测NG原因（生锈）
int ccdCylindricalSurface25DInspectionNGReasons1 = 0; //柱面2.5D检测NG原因（划伤）
int ccdCylindricalSurface25DInspectionNGReasons2 = 0; //柱面2.5D检测NG原因（凹点）
int ccdCylindricalSurface25DInspectionNGReasons3 = 0; //柱面2.5D检测NG原因（模糊）
int ccdCylindricalSurface3DInspectionResult = 0; //柱面3D检测结果
int ccdCylindricalSurface3DInspectionNGReasons = 0; //柱面3D检测NG原因（生锈）
int ccdCylindricalSurface3DInspectionNGReasons1 = 0; //柱面3D检测NG原因（划伤）
int ccdCylindricalSurface3DInspectionNGReasons2 = 0; //柱面3D检测NG原因（凹点）
int ccdCylindricalSurface3DInspectionNGReasons3 = 0; //柱面3D检测NG原因（模糊）
int ccdPositiveTerminaJYQ2DInspectionResult = 0; //正极绝缘圈2D检测结果
int ccdPositiveTerminaJYQ2DInspectionNGReasons = 0; //正极绝缘圈2D检测NG原因（变形）
int ccdNegativeTerminaJYQ2DInspectionResult = 0; //负极绝缘圈2D检测结果
int ccdNegativeTerminaJYQ2DInspectionNGReasons = 0; //负极绝缘圈2D检测NG原因（变形）
int[] ccdTestResult = new int[12];//ccd检测结果
string result = "";//总结果
string info = "";//NG详情
swSegment.Stop();
LogHelper.Instance.WriteLog($"【出站A】数据初始化耗时: {swSegment.ElapsedMilliseconds}ms", "A出站性能");
#endregion
#region 数据解析
swSegment.Restart();
byte[] bytes = bArrays.Content.ByteReverse();
//有料标志
for (int i = 0; i < listMark.Count; i++)
{
BGearEntity m2 = new BGearEntity();
listMark[i] = ShortLib.GetShortFromByteArray(bArrays.Content, (i * 2)) == 1 ? true : false;// 从D4021开始
if (listMark[i])//无料标志只提示
{
#region 数据读取
//条码长度
int codeLength = ShortLib.GetShortFromByteArray(bArrays.Content, (i * 2) + (20 * 2));// 从D4041开始
if (codeLength > 0)
{
//条码
listCode[i] = StringLib.GetStringFromByteArrayByEncoding(bytes, (i * 50) + (79 * 2), codeLength, System.Text.Encoding.ASCII).// 从D4100开始
Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim();
LogHelper.Instance.WriteLog($"电芯出站A条码：{listCode[i]}", "A出站");
}
else { listCode[i] = "ERROR"; }
windSpeed = GetValueFromByteArray(bArrays.Content, "windSpeed", i * 4); // 风速 D4600 579
ccdFaceTestDeviceNum1 = GetValueFromByteArray(bArrays.Content, "ccdFaceTestDeviceNum1", (i * 8) * 2); // 端面检测设备号1 D4616 595
ccdFaceTestDeviceNum2 = GetValueFromByteArray(bArrays.Content, "ccdFaceTestDeviceNum2", (i * 8) * 2); // 端面检测设备号2 D4618 597
ccdFaceTestDeviceNum3 = GetValueFromByteArray(bArrays.Content, "ccdFaceTestDeviceNum3", (i * 8) * 2); // 端面检测设备号3 D4620 599
ccdFaceTestDeviceNum4 = GetValueFromByteArray(bArrays.Content, "ccdFaceTestDeviceNum4", (i * 8) * 2); // 端面检测设备号4 D4622 601
ccdCylinderTestDeviceNum1 = GetValueFromByteArray(bArrays.Content, "ccdCylinderTestDeviceNum1", (i * 8) * 2); // 柱面检测设备号1 D4680 659
ccdCylinderTestDeviceNum2 = GetValueFromByteArray(bArrays.Content, "ccdCylinderTestDeviceNum2", (i * 8) * 2); // 柱面检测设备号2 D4682 661
ccdCylinderTestDeviceNum3 = GetValueFromByteArray(bArrays.Content, "ccdCylinderTestDeviceNum3", (i * 8) * 2); // 柱面检测设备号3 D4684 663
ccdNegativeTerminalWeldingZone2DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdNegativeTerminalWeldingZone2DInspectionResult", (i * 2))); // 负极焊接区2D检测结果
ccdNegativeTerminalWeldingZone2DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdNegativeTerminalWeldingZone2DInspectionNGReasons", (i * 2))); // 负极焊接区2D检测NG原因
ccdNegativeTerminalWeldingZone2DInspectionNGReasons1 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdNegativeTerminalWeldingZone2DInspectionNGReasons1", (i * 2))); // 负极焊接区2D检测NG原因
ccdNegativeTerminalWeldingZone2DInspectionNGReasons2 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdNegativeTerminalWeldingZone2DInspectionNGReasons2", (i * 2))); // 负极焊接区2D检测NG原因
ccdCoverPlate2DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCoverPlate2DInspectionResult", (i * 2))); // 盖板2D检测结果
ccdCoverPlate2DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCoverPlate2DInspectionNGReasons", (i * 2))); // 盖板2D检测NG原因
ccdCoverPlate2DInspectionNGReasons1 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCoverPlate2DInspectionNGReasons1", (i * 2))); // 盖板2D检测NG原因
ccdCoverPlate2DInspectionNGReasons2 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCoverPlate2DInspectionNGReasons2", (i * 2))); // 盖板2D检测NG原因
ccdCoverPlate2DInspectionNGReasons3 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCoverPlate2DInspectionNGReasons3", (i * 2))); // 盖板2D检测NG原因
ccdNegativeTerminalWeldingZone25DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdNegativeTerminalWeldingZone25DInspectionResult", (i * 2))); // 负极焊接区2.5D检测结果
ccdNegativeTerminalWeldingZone25DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdNegativeTerminalWeldingZone25DInspectionNGReasons", (i * 2))); // 负极焊接区2.5D检测NG原因
ccdNegativeTerminalWeldingZone25DInspectionNGReasons1 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdNegativeTerminalWeldingZone25DInspectionNGReasons1", (i * 2))); // 负极焊接区2.5D检测NG原因
ccdNegativeTerminalWeldingZone25DInspectionNGReasons2 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdNegativeTerminalWeldingZone25DInspectionNGReasons2", (i * 2))); // 负极焊接区2.5D检测NG原因
ccdCoverPlate25DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCoverPlate25DInspectionResult", (i * 2))); // 盖板2.5D检测结果
ccdCoverPlate25DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCoverPlate25DInspectionNGReasons", (i * 2))); // 盖板2.5D检测NG原因
ccdCoverPlate25DInspectionNGReasons1 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCoverPlate25DInspectionNGReasons1", (i * 2))); // 盖板2.5D检测NG原因
ccdCoverPlate25DInspectionNGReasons2 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCoverPlate25DInspectionNGReasons2", (i * 2))); // 盖板2.5D检测NG原因
ccdTerminalPost2DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTerminalPost2DInspectionResult", (i * 2))); // 极柱2D检测结果
ccdTerminalPost2DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTerminalPost2DInspectionNGReasons", (i * 2))); // 极柱2D检测NG原因
ccdTerminalPost2DInspectionNGReasons1 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTerminalPost2DInspectionNGReasons1", (i * 2))); // 极柱2D检测NG原因
ccdTerminalPost2DInspectionNGReasons2 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTerminalPost2DInspectionNGReasons2", (i * 2))); // 极柱2D检测NG原因
ccdTerminalPost2DInspectionNGReasons3 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTerminalPost2DInspectionNGReasons3", (i * 2))); // 极柱2D检测NG原因
ccdTerminalPost3DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTerminalPost3DInspectionResult", (i * 2))); // 极柱3D检测结果
ccdTerminalPost3DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTerminalPost3DInspectionNGReasons", (i * 2))); // 极柱3D检测NG原因
ccdTerminalPost3DInspectionNGReasons1 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTerminalPost3DInspectionNGReasons1", (i * 2))); // 极柱3D检测NG原因
ccdTerminalPost3DInspectionNGReasons2 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTerminalPost3DInspectionNGReasons2", (i * 2))); // 极柱3D检测NG原因
ccdTerminalPost3DInspectionNGReasons3 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTerminalPost3DInspectionNGReasons3", (i * 2))); // 极柱3D检测NG原因
ccdSealingNail2DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdSealingNail2DInspectionResult", (i * 2))); // 密封钉2D检测结果
ccdSealingNail2DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdSealingNail2DInspectionNGReasons", (i * 2))); // 密封钉2D检测NG原因
ccdSealingNail3DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdSealingNail3DInspectionResult", (i * 2))); // 密封钉3D检测结果
ccdSealingNail3DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdSealingNail3DInspectionNGReasons", (i * 2))); // 密封钉3D检测NG原因
ccdTopFillet25DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTopFillet25DInspectionResult", (i * 2))); // 上部R角2.5D检测结果
ccdTopFillet25DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTopFillet25DInspectionNGReasons", (i * 2))); // 上部R角2.5D检测NG原因
ccdBottomFillet25DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdBottomFillet25DInspectionResult", (i * 2))); // 底部R角2.5D检测结果
ccdBottomFillet25DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdBottomFillet25DInspectionNGReasons", (i * 2))); // 底部R角2.5D检测NG原因
ccdCylindricalSurface25DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCylindricalSurface25DInspectionResult", (i * 2))); // 柱面2.5D检测结果
ccdCylindricalSurface25DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCylindricalSurface25DInspectionNGReasons", (i * 2))); // 柱面2.5D检测NG原因
ccdCylindricalSurface25DInspectionNGReasons1 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCylindricalSurface25DInspectionNGReasons1", (i * 2))); // 柱面2.5D检测NG原因
ccdCylindricalSurface25DInspectionNGReasons2 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCylindricalSurface25DInspectionNGReasons2", (i * 2))); // 柱面2.5D检测NG原因
ccdCylindricalSurface25DInspectionNGReasons3 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCylindricalSurface25DInspectionNGReasons3", (i * 2))); // 柱面2.5D检测NG原因
ccdCylindricalSurface3DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCylindricalSurface3DInspectionResult", (i * 2))); // 柱面3D检测结果
ccdCylindricalSurface3DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCylindricalSurface3DInspectionNGReasons", (i * 2))); // 柱面3D检测NG原因
ccdCylindricalSurface3DInspectionNGReasons1 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCylindricalSurface3DInspectionNGReasons1", (i * 2))); // 柱面3D检测NG原因
ccdCylindricalSurface3DInspectionNGReasons2 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCylindricalSurface3DInspectionNGReasons2", (i * 2))); // 柱面3D检测NG原因
ccdCylindricalSurface3DInspectionNGReasons3 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCylindricalSurface3DInspectionNGReasons3", (i * 2))); // 柱面3D检测NG原因
ccdPositiveTerminaJYQ2DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdPositiveTerminaJYQ2DInspectionResult", (i * 2))); // 正极绝缘圈2D检测结果
ccdPositiveTerminaJYQ2DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdPositiveTerminaJYQ2DInspectionNGReasons", (i * 2))); // 正极绝缘圈2D检测NG原因（变形）
ccdNegativeTerminaJYQ2DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdNegativeTerminaJYQ2DInspectionResult", (i * 2))); // 负极绝缘圈2D检测结果
ccdNegativeTerminaJYQ2DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdNegativeTerminaJYQ2DInspectionNGReasons", (i * 2))); // 负极绝缘圈2D检测NG原因（变形）
ccdTestResult[0] = ccdNegativeTerminalWeldingZone2DInspectionResult;//D4728 // 负极焊接区2D检测结果
ccdTestResult[1] = ccdCoverPlate2DInspectionResult;//D4760 // 盖板2D检测结果
ccdTestResult[2] = ccdNegativeTerminalWeldingZone25DInspectionResult;//D4808 // 负极焊接区2.5D检测结果
ccdTestResult[3] = ccdCoverPlate25DInspectionResult;//D4840 // 盖板2.5D检测结果
ccdTestResult[4] = ccdTerminalPost2DInspectionResult;//D4872 // 极柱2D检测结果
ccdTestResult[5] = ccdTerminalPost3DInspectionResult;//D4912 // 极柱3D检测结果
ccdTestResult[6] = ccdSealingNail2DInspectionResult;//D4952 // 密封钉2D检测结果
ccdTestResult[7] = ccdSealingNail3DInspectionResult;//D4968 // 密封钉3D检测结果
ccdTestResult[8] = ccdTopFillet25DInspectionResult;//D4984 // 上部R角2.5D检测结果
ccdTestResult[9] = ccdBottomFillet25DInspectionResult;//D5000 // 底部R角2.5D检测结果
ccdTestResult[10] = ccdCylindricalSurface25DInspectionResult;//D5016 // 柱面2.5D检测结果
ccdTestResult[11] = ccdCylindricalSurface3DInspectionResult;//D5056 // 柱面3D检测结果
//string resultPLC = GetValueFromByteArray(bArrays.Content, "result", (i * 2));// 总结果 D4768 747
result = int.Parse(GetValueFromByteArray(bArrays.Content, "result", (i * 2))) == 1 ? "OK" : "NG";
//LogHelper.Instance.WriteError($"A出站总结果1：result："+ result + ", resultPLC:" + resultPLC, "电芯出站A");
string strErr = "";
short a = (short)GetResult(ccdTestResult, ref strErr);
info = strErr;
//result = a == 12 ? "OK" : "NG";
LogHelper.Instance.WriteLog($"A出站总结果：result：" + result + ", info:" + info, "A出站");
//info = GetValueFromByteArray(bArrays.Content, "info", (i * 2));// NG详情 D4776 755
lst_RFIDCodes = "";//StringLib.GetStringFromByteArrayByEncoding(bytes, 0, 39, Encoding.ASCII).Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim(); // RFID D3200-3219
lst_BarCodes = listCode[i];
listFutou[i] = 0; // todo add 20260425
#endregion
#region 数据保存
BGearEntity m = new BGearEntity
{
ChannelNo = (i + 1).ToString(),
TestTime = DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss"),
RFID = lst_RFIDCodes,
BarCode = lst_BarCodes,
WindSpeed = windSpeed,
WindDeviceNum = "A",
CCDFaceTestDeviceNum1 = "A",
CCDFaceTestDeviceNum2 = "A",
CCDFaceTestDeviceNum3 = "A",
CCDFaceTestDeviceNum4 = "A",
CCDCylinderTestDeviceNum1 = "A",
CCDCylinderTestDeviceNum2 = "A",
CCDCylinderTestDeviceNum3 = "A",
CCDNegativeTerminalWeldingZone2DInspectionResult = ccdNegativeTerminalWeldingZone2DInspectionResult == 1 ? "OK" : "NG",
CCDNegativeTerminalWeldingZone2DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdNegativeTerminalWeldingZone2DInspectionNGReasons, "UI20801"),
GetNGReasons(ccdNegativeTerminalWeldingZone2DInspectionNGReasons1, "UI21301"),
GetNGReasons(ccdNegativeTerminalWeldingZone2DInspectionNGReasons2, "UI127")),
CCDCoverPlate2DInspectionResult = ccdCoverPlate2DInspectionResult == 1 ? "OK" : "NG",
CCDCoverPlate2DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdCoverPlate2DInspectionNGReasons, "UI20801"),
GetNGReasons(ccdCoverPlate2DInspectionNGReasons1, "UI21301"),
GetNGReasons(ccdCoverPlate2DInspectionNGReasons2, "UI127"),
GetNGReasons(ccdCoverPlate2DInspectionNGReasons3, "UI298")),
CCDNegativeTerminalWeldingZone25DInspectionResult = ccdNegativeTerminalWeldingZone25DInspectionResult == 1 ? "OK" : "NG",
CCDNegativeTerminalWeldingZone25DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdNegativeTerminalWeldingZone25DInspectionNGReasons, "UI20801"),
GetNGReasons(ccdNegativeTerminalWeldingZone25DInspectionNGReasons1, "UI21301"),
GetNGReasons(ccdNegativeTerminalWeldingZone25DInspectionNGReasons2, "UI127")),
CCDCoverPlate25DInspectionResult = ccdCoverPlate25DInspectionResult == 1 ? "OK" : "NG",
CCDCoverPlate25DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdCoverPlate25DInspectionNGReasons, "UI20801"),
GetNGReasons(ccdCoverPlate25DInspectionNGReasons1, "UI21301"),
GetNGReasons(ccdCoverPlate25DInspectionNGReasons2, "UI127")),
CCDTerminalPost2DInspectionResult = ccdTerminalPost2DInspectionResult == 1 ? "OK" : "NG",
CCDTerminalPost2DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdCoverPlate25DInspectionNGReasons, "UI20801"),
GetNGReasons(ccdTerminalPost2DInspectionNGReasons1, "UI21301"),
GetNGReasons(ccdTerminalPost2DInspectionNGReasons2, "UI127"),
GetNGReasons(ccdTerminalPost2DInspectionNGReasons3, "UI125")),
CCDTerminalPost3DInspectionResult = ccdTerminalPost3DInspectionResult == 1 ? "OK" : "NG",
CCDTerminalPost3DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdTerminalPost3DInspectionNGReasons, "UI20801"),
GetNGReasons(ccdTerminalPost3DInspectionNGReasons1, "UI21301"),
GetNGReasons(ccdTerminalPost3DInspectionNGReasons2, "UI127"),
GetNGReasons(ccdTerminalPost3DInspectionNGReasons3, "UI125")),
CCDSealingNail2DInspectionResult = ccdSealingNail2DInspectionResult == 1 ? "OK" : "NG",
CCDSealingNail2DInspectionNGReasons = "",
CCDSealingNail3DInspectionResult = ccdSealingNail3DInspectionResult == 1 ? "OK" : "NG",
CCDSealingNail3DInspectionNGReasons = "",
CCDTopFillet25DInspectionResult = ccdTopFillet25DInspectionResult == 1 ? "OK" : "NG",
CCDTopFillet25DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdTopFillet25DInspectionNGReasons, "UI127")),
CCDBottomFillet25DInspectionResult = ccdBottomFillet25DInspectionResult == 1 ? "OK" : "NG",
CCDBottomFillet25DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdBottomFillet25DInspectionNGReasons, "UI127")),
CCDCylindricalSurface25DInspectionResult = ccdCylindricalSurface25DInspectionResult == 1 ? "OK" : "NG",
CCDCylindricalSurface25DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdCylindricalSurface25DInspectionNGReasons, "UI128"),
GetNGReasons(ccdCylindricalSurface25DInspectionNGReasons1, "UI21301"),
GetNGReasons(ccdCylindricalSurface25DInspectionNGReasons2, "UI127"),
GetNGReasons(ccdCylindricalSurface25DInspectionNGReasons3, "UI00404")),
CCDCylindricalSurface3DInspectionResult = ccdCylindricalSurface3DInspectionResult == 1 ? "OK" : "NG",
CCDCylindricalSurface3DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdCylindricalSurface3DInspectionNGReasons, "UI128"),
GetNGReasons(ccdCylindricalSurface3DInspectionNGReasons1, "UI21301"),
GetNGReasons(ccdCylindricalSurface3DInspectionNGReasons2, "UI127"),
GetNGReasons(ccdCylindricalSurface3DInspectionNGReasons3, "UI00404")),
CCDPositiveTerminaJYQ2DInspectionResult = ccdPositiveTerminaJYQ2DInspectionResult == 1 ? "OK" : "NG",
CCDPositiveTerminaJYQ2DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdPositiveTerminaJYQ2DInspectionNGReasons, "UI15301")),
CCDNegativeTerminaJYQ2DInspectionResult = ccdNegativeTerminaJYQ2DInspectionResult == 1 ? "OK" : "NG",
CCDNegativeTerminaJYQ2DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdNegativeTerminaJYQ2DInspectionNGReasons, "UI15302")),
Flag = "0",
Flag1 = "2",
Result = result,
Info = info,
MaterialCode = CommonMethods.mesConfig.MaterialCode,
Futou = listFutou[i],
};
m2 = m;
//list.Add(m);
#endregion
}
else
{
CommonMethods.AddDataMonitorLog(0, "出站下料工位A有料标志为0".Translated() + "通道号".Translated() + $"：{i}");
}
list.Add(m2);
}
swSegment.Stop();
LogHelper.Instance.WriteLog($"【出站A】数据解析耗时: {swSegment.ElapsedMilliseconds}ms, 解析条数: {list.Count}", "A出站性能");
#endregion
#region 数据上传MES
if (list.Count > 0 && CommonMethods.sysConfig.MesModeSwitching && CommonMethods.mesConfig.isConnected)
{
swSegment.Restart();
// 初始化结果收集列表
var tempMesMessages = new List<string>();
var tempMesResTypes = new List<MesResType>();
var tempFlags = new List<string>();
foreach (var item in list)
{
// 创建单个电池的列表
var singleBatteryList = new List<BGearEntity> { item };
// 调用MES接口（每次只传一个电池）
var (success, mesage, mesResType) = await CommonMethods.hbgMes.ManyCellOutStationAsync(
CommonMethods.mesConfig.ProductOutStation,
CommonMethods.mesConfig.siteCode,
CommonMethods.mesConfig.lineCode,
CommonMethods.mesConfig.equipNum,
CommonMethods.mesConfig.MaterialCode,
CommonMethods.mesConfig.ModelName,
CommonMethods.mesConfig.mesUserName,
singleBatteryList,
1,
CommonMethods.mesConfig.materialLotCodeLocator);
if (success)
{
// 收集成功结果
tempMesMessages.AddRange(mesage);
tempMesResTypes.AddRange(mesResType);
tempFlags.Add("1");
}
else
{
// 收集失败结果
tempMesMessages.AddRange(mesage);
tempMesResTypes.AddRange(mesResType);
tempFlags.Add("2");
// 记录失败状态
listRes = GetList<short>(8, 3);
listRemark = GetList<string>(8, "");
if (mesage.Count > 0 && mesage[0].Contains("一个或多个错误"))
{
CommonMethods.plcDevices[pf.PlcNum - 1].WriteValue("D80", 1, PLC.DataType.Short); // 反馈PLC结果
}
}
}
// 将收集的结果赋给主列表
listMesMesage = tempMesMessages;
listMesResType = tempMesResTypes;
listFlag = tempFlags;
//LogHelper.Instance.WriteError($"A出站是否上传mes参数：{listFlag}", "电芯出站A是否上传mes");
swSegment.Stop();
LogHelper.Instance.WriteLog($"【出站A】MES上传总耗时: {swSegment.ElapsedMilliseconds}ms", "A出站性能");
}
else
{
LogHelper.Instance.WriteLog($"【出站A】MES未连接或未开启, MesModeSwitching={CommonMethods.sysConfig.MesModeSwitching}, isConnected={CommonMethods.mesConfig.isConnected}, 时间={DateTime.Now:HH:mm:ss.fff}", "A出站");
listRes = GetList<short>(8, 3);
listRemark = GetList<string>(8, "MES断连".Translated() + ",");
listFlag = GetList<string>(8, "2");
CommonMethods.plcDevices[pf.PlcNum - 1].WriteValue("D80", 1, PLC.DataType.Short);//反馈MES结果
}
#endregion
#region 上传产品结果参数
if (CommonMethods.sysConfig.MesModeSwitching && CommonMethods.mesConfig.isConnected)
{
swSegment.Restart();
_ = Task.Run(async () =>
{
try { await UpProducResultParamAsync(list); }
catch (Exception ex)
{
LogHelper.Instance.WriteError($"【出站A】UpProducResultParamAsync: {ex.Message}", "SysErrorLog");
}
});
swSegment.Stop();
LogHelper.Instance.WriteLog($"【出站A】产品结果参数上传耗时: {swSegment.ElapsedMilliseconds}ms", "A出站性能");
}
#endregion
#region 数据组合
LogHelper.Instance.WriteLog($"【出站A】开始数据组合, list.Count={list.Count}, listMesResType.Count={listMesResType.Count}, 时间={DateTime.Now:HH:mm:ss.fff}", "A出站");
for (int i = 0; i < list.Count; i++)
{
if (String.IsNullOrEmpty(list[i].BarCode) || list[i].BarCode.Trim() == "ERROR" || !IsAlphaNumeric(list[i].BarCode))
{
listRes[i] = 2;
listResult[i] = "NG";
list[i].Info = "电芯码不良".Translated();
listFlag[i] = "2";
}
else
{
listResult[i] = list[i].Result;
//list[i].Info = list[i].Info;
// 本地判断OK，MES判断OK
if (listResult[i] == "OK" && listMesResType[i] == MesResType.D)
{
listResult[i] += ",MES OK";
list[i].Info = "良品".Translated();
listRes[i] = 1;
listFlag[i] = "1";
}
// 本地判断OK，MES判断NG listMesResType 默认 B
else if (listResult[i] == "OK" && listMesResType[i] != MesResType.D)
{
listRes[i] = 1;
if (CommonMethods.sysConfig.MesModeSwitching && CommonMethods.mesConfig.isConnected)
{
switch (listMesResType[i])
{
case MesResType.A: // 停线，设备报警停机
listResult[i] += ",MES NG";
listRemark[i] += $"A,{listMesMesage[i]}";
listRes[i] = 3;//10
listFlag[i] = "2";
break;
case MesResType.B: // MES不良
listResult[i] += ",MES NG";
listRemark[i] += $"B,{listMesMesage[i]}";
listRes[i] = 3;//9
listFlag[i] = "2";
break;
case MesResType.C: // 警示
listResult[i] += ",MES OK"; // MES认为是可以当成良品流下去的
listRemark[i] += $"Alarm:{listMesMesage[i]}";
listRes[i] = 1;
listFlag[i] = "1";
break;
case MesResType.D: // 条码上传OK
listResult[i] += ",MES OK";
listRemark[i] += $"D,{listMesMesage[i]}";
listRes[i] = 1;
listFlag[i] = "1";
break;
default:
listResult[i] += ",MES NG";
listRemark[i] += $"{listMesMesage[i]}";
listRes[i] = 3;//9
listFlag[i] = "2";
break;
}
}
}
// 本地判断NG，MES判断OK
else if (listResult[i] == "NG" && listMesResType[i] == MesResType.D)
{
listResult[i] += ",MES OK";
listRemark[i] += $"D,{listMesMesage[i]}";
listRes[i] = 1;
listFlag[i] = "1";
}
// 本地判断NG，MES判断NG
else if (listResult[i] == "NG" && listMesResType[i] != MesResType.D)
{
if (CommonMethods.sysConfig.MesModeSwitching && CommonMethods.mesConfig.isConnected)
{
listResult[i] += ",MES NG";
listRemark[i] += $"{listMesResType[i].ToString()},{listMesMesage[i]}";
listRes[i] = 3;//9
listFlag[i] = "2";
}
else
{
listRes[i] = 4;// CCD ng
}
}
// 其他情况
else
{
if (CommonMethods.sysConfig.MesModeSwitching && CommonMethods.mesConfig.isConnected)
{
listResult[i] += ",MES NG";
listRemark[i] += listMesMesage[i];
listRes[i] = 3;//9
listFlag[i] = "2";
}
else
{
listRes[i] = 4;// CCD ng
}
}
}
list[i].Result = listResult[i].TrimStart(',').TrimEnd(',');
list[i].Remark = listRemark[i].TrimStart(',').TrimEnd(',');
list[i].Flag = listFlag[i];
}
#endregion
var listBGearEntity = new List<BGearEntity>();
for (int i = 0; i < listMark.Count; i++)
{
if (listMark[i])
{
listBGearEntity.Add(list[i]);
}
}
#region 数据反馈
swSegment.Restart();
_ = Task.Run(async () =>
{
try { await SaveBlankingDataAsync(listBGearEntity); }
catch (Exception ex)
{
LogHelper.Instance.WriteError($"【出站A】SaveBlankingDataAsync: {ex.Message}", "SysErrorLog");
}
});
swSegment.Stop();
LogHelper.Instance.WriteLog($"【出站A】数据存储耗时: {swSegment.ElapsedMilliseconds}ms", "A出站性能");
swSegment.Restart();
if (pf.IsFeedbackPlc)
{
//写入·结果反馈
JYResult result1 = CommonMethods.plcDevices[pf.PlcNum - 1].WriteValue(pf.VarList[1].VarAddress, listRes.ToArray(), PLC.DataType.ArrShort);//判断结果写入PLC
if (result1 != null)
{
string strres = "出站A工位发送给PLC".Translated() + $",[{pf.VarList[1].VarAddress}]:{string.Join(",", listRes)}";
CommonMethods.AddDataMonitorLog(0, strres);
LogHelper.Instance.WriteLog($"出站A工位发送给PLC：{string.Join(",", listCode)}======{string.Join(",", listRes)}", "A出站");
}
}
CommonMethods.plcDevices[pf.PlcNum - 1].WriteInt16(pf.VarList[0].VarAddress, (short)0); // 置位0
swSegment.Stop();
LogHelper.Instance.WriteLog($"【出站A】PLC反馈耗时: {swSegment.ElapsedMilliseconds}ms", "A出站性能");
#endregion
}
catch (Exception ex)
{
CommonMethods.plcDevices[pf.PlcNum - 1].WriteInt16(pf.VarList[0].VarAddress, (short)0); // 置位0
LogHelper.Instance.WriteLog($"出站A工位置位0", "A出站");
LogHelper.Instance.WriteError($"电芯出站A线程数据处理：{ex}", "SysErrorLog");
}
swTotal.Stop();
CommonMethods.AddDataMonitorLog(0, "电芯出站A共耗时".Translated() + $"：{swTotal.ElapsedMilliseconds}ms");
LogHelper.Instance.WriteLog($"【出站A】总耗时: {swTotal.ElapsedMilliseconds}ms", "A出站性能");
}
}
/// <summary>
/// 电芯出站B
/// </summary>
/// <param name="bArrays"></param>
/// <param name="plcModel"></param>
private async Task BlankingStationB(JYResult<byte[]> bArrays, object plcModel)
{
PlcGroup pf = plcModel as PlcGroup;
var swTotal = new Stopwatch();
var swSegment = new Stopwatch();
if (bArrays.IsSuccess && bArrays.Content != null)
{
try
{
swTotal.Start();
LogHelper.Instance.WriteLog($"【出站B】开始处理, 时间={DateTime.Now:HH:mm:ss.fff}", "B出站性能");
#region 初始化数据
swSegment.Restart();
List<BGearEntity> list = new List<BGearEntity>();
List<short> listRes = GetList<short>(8, 2);//默认为1，良品
List<bool> listMark = GetList<bool>(8, false);//有料标志
List<string> listCode = GetList<string>(8, "");//电芯码
List<string> listRemark = GetList<string>(8, "");//备注
List<string> listFlag = GetList<string>(8, "0");//是否上传标志
List<string> listResult = GetList<string>(8, "OK");//结果
List<string> listMesMesage = GetList<string>(8, "");//mesMesage
List<MesResType> listMesResType = GetList<MesResType>(8, MesResType.B);//mesType
List<short> listFutou = GetList<short>(8, 0);//复投
string lst_RFIDCodes = ""; // 托杯码
string lst_BarCodes = ""; // 条码
string windSpeed = "";// 风速
string ccdFaceTestDeviceNum1;// 端面检测设备号1
string ccdFaceTestDeviceNum2;// 端面检测设备号2
string ccdFaceTestDeviceNum3;// 端面检测设备号3
string ccdFaceTestDeviceNum4;// 端面检测设备号4
string ccdCylinderTestDeviceNum1;// 柱面检测设备号1
string ccdCylinderTestDeviceNum2;// 柱面检测设备号2
string ccdCylinderTestDeviceNum3;// 柱面检测设备号3
int ccdNegativeTerminalWeldingZone2DInspectionResult = 0; //负极焊接区2D检测结果
int ccdNegativeTerminalWeldingZone2DInspectionNGReasons = 0; //负极焊接区2D检测NG原因（脏污）
int ccdNegativeTerminalWeldingZone2DInspectionNGReasons1 = 0; //负极焊接区2D检测NG原因（划伤）
int ccdNegativeTerminalWeldingZone2DInspectionNGReasons2 = 0; //负极焊接区2D检测NG原因（凹点）
int ccdCoverPlate2DInspectionResult = 0; //盖板2D检测结果
int ccdCoverPlate2DInspectionNGReasons = 0; //盖板2D检测NG原因（脏污）
int ccdCoverPlate2DInspectionNGReasons1 = 0; //盖板2D检测NG原因（划伤）
int ccdCoverPlate2DInspectionNGReasons2 = 0; //盖板2D检测NG原因（凹点）
int ccdCoverPlate2DInspectionNGReasons3 = 0; //盖板2D检测NG原因（生锈）
int ccdNegativeTerminalWeldingZone25DInspectionResult = 0; //负极焊接区2.5D检测结果
int ccdNegativeTerminalWeldingZone25DInspectionNGReasons = 0; //负极焊接区2.5D检测NG原因（脏污）
int ccdNegativeTerminalWeldingZone25DInspectionNGReasons1 = 0; //负极焊接区2.5D检测NG原因（划伤）
int ccdNegativeTerminalWeldingZone25DInspectionNGReasons2 = 0; //负极焊接区2.5D检测NG原因（凹点）
int ccdCoverPlate25DInspectionResult = 0; //盖板2.5D检测结果
int ccdCoverPlate25DInspectionNGReasons = 0; //盖板2.5D检测NG原因（脏污）
int ccdCoverPlate25DInspectionNGReasons1 = 0; //盖板2.5D检测NG原因（划伤）
int ccdCoverPlate25DInspectionNGReasons2 = 0; //盖板2.5D检测NG原因（凹点）
int ccdTerminalPost2DInspectionResult = 0; //极柱2D检测结果
int ccdTerminalPost2DInspectionNGReasons = 0; //极柱2D检测NG原因（脏污）
int ccdTerminalPost2DInspectionNGReasons1 = 0; //极柱2D检测NG原因（划伤）
int ccdTerminalPost2DInspectionNGReasons2 = 0; //极柱2D检测NG原因（凹点）
int ccdTerminalPost2DInspectionNGReasons3 = 0; //极柱2D检测NG原因（残缺）
int ccdTerminalPost3DInspectionResult = 0; //极柱3D检测结果
int ccdTerminalPost3DInspectionNGReasons = 0; //极柱3D检测NG原因（脏污）
int ccdTerminalPost3DInspectionNGReasons1 = 0; //极柱3D检测NG原因（划伤）
int ccdTerminalPost3DInspectionNGReasons2 = 0; //极柱3D检测NG原因（凹点）
int ccdTerminalPost3DInspectionNGReasons3 = 0; //极柱3D检测NG原因（残缺）
int ccdSealingNail2DInspectionResult = 0; //密封钉2D检测结果
int ccdSealingNail2DInspectionNGReasons = 0; //密封钉2D检测NG原因（铝钉焊接）
int ccdSealingNail3DInspectionResult = 0; //密封钉3D检测结果
int ccdSealingNail3DInspectionNGReasons = 0; //密封钉3D检测NG原因（铝钉焊接）
int ccdTopFillet25DInspectionResult = 0; //上部R角2.5D检测结果
int ccdTopFillet25DInspectionNGReasons = 0; //上部R角2.5D检测NG原因（凹点）
int ccdBottomFillet25DInspectionResult = 0; //底部R角2.5D检测结果
int ccdBottomFillet25DInspectionNGReasons = 0; //底部R角2.5D检测NG原因（凹点）
int ccdCylindricalSurface25DInspectionResult = 0; //柱面2.5D检测结果
int ccdCylindricalSurface25DInspectionNGReasons = 0; //柱面2.5D检测NG原因（生锈）
int ccdCylindricalSurface25DInspectionNGReasons1 = 0; //柱面2.5D检测NG原因（划伤）
int ccdCylindricalSurface25DInspectionNGReasons2 = 0; //柱面2.5D检测NG原因（凹点）
int ccdCylindricalSurface25DInspectionNGReasons3 = 0; //柱面2.5D检测NG原因（模糊）
int ccdCylindricalSurface3DInspectionResult = 0; //柱面3D检测结果
int ccdCylindricalSurface3DInspectionNGReasons = 0; //柱面3D检测NG原因（生锈）
int ccdCylindricalSurface3DInspectionNGReasons1 = 0; //柱面3D检测NG原因（划伤）
int ccdCylindricalSurface3DInspectionNGReasons2 = 0; //柱面3D检测NG原因（凹点）
int ccdCylindricalSurface3DInspectionNGReasons3 = 0; //柱面3D检测NG原因（模糊）
int ccdPositiveTerminaJYQ2DInspectionResult = 0; //正极绝缘圈2D检测结果
int ccdPositiveTerminaJYQ2DInspectionNGReasons = 0; //正极绝缘圈2D检测NG原因（变形）
int ccdNegativeTerminaJYQ2DInspectionResult = 0; //负极绝缘圈2D检测结果
int ccdNegativeTerminaJYQ2DInspectionNGReasons = 0; //负极绝缘圈2D检测NG原因（变形）
int[] ccdTestResult = new int[12];//ccd检测结果
string result = "";//总结果
string info = "";//NG详情
swSegment.Stop();
LogHelper.Instance.WriteLog($"【出站B】数据初始化耗时: {swSegment.ElapsedMilliseconds}ms", "B出站性能");
#endregion
#region 数据解析
swSegment.Restart();
byte[] bytes = bArrays.Content.ByteReverse();
//有料标志
for (int i = 0; i < listMark.Count; i++)
{
BGearEntity m2 = new BGearEntity();
listMark[i] = ShortLib.GetShortFromByteArray(bArrays.Content, (i * 2)) == 1 ? true : false;// 从D6021开始
if (listMark[i])
{
#region 数据读取
//条码长度
int codeLength = ShortLib.GetShortFromByteArray(bArrays.Content, (i * 2) + (20 * 2));// 从D6041开始
if (codeLength > 0)
{
//条码
listCode[i] = StringLib.GetStringFromByteArrayByEncoding(bytes, (i * 50) + (79 * 2), codeLength, System.Text.Encoding.ASCII).// 从D4100开始
Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim();
LogHelper.Instance.WriteLog($"电芯出站B条码：{listCode[i]}", "BarCode");
}
else { listCode[i] = "ERROR"; }
windSpeed = GetValueFromByteArray(bArrays.Content, "windSpeed", i == 0 ? 0 : (int)Math.Pow(2, i + 1)); // 风速 D6600 579
ccdFaceTestDeviceNum1 = GetValueFromByteArray(bArrays.Content, "ccdFaceTestDeviceNum1", (i * 8) * 2); // 端面检测设备号1 D6616 595
ccdFaceTestDeviceNum2 = GetValueFromByteArray(bArrays.Content, "ccdFaceTestDeviceNum2", (i * 8) * 2); // 端面检测设备号2 D6618 597
ccdFaceTestDeviceNum3 = GetValueFromByteArray(bArrays.Content, "ccdFaceTestDeviceNum3", (i * 8) * 2); // 端面检测设备号3 D6620 599
ccdFaceTestDeviceNum4 = GetValueFromByteArray(bArrays.Content, "ccdFaceTestDeviceNum4", (i * 8) * 2); // 端面检测设备号4 D6622 601
ccdCylinderTestDeviceNum1 = GetValueFromByteArray(bArrays.Content, "ccdCylinderTestDeviceNum1", (i * 8) * 2); // 柱面检测设备号1 D6680 659
ccdCylinderTestDeviceNum2 = GetValueFromByteArray(bArrays.Content, "ccdCylinderTestDeviceNum2", (i * 8) * 2); // 柱面检测设备号2 D6682 661
ccdCylinderTestDeviceNum3 = GetValueFromByteArray(bArrays.Content, "ccdCylinderTestDeviceNum3", (i * 8) * 2); // 柱面检测设备号3 D6684 663
//ccdPosFaceTestResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdPosFaceTestResult", (i * 2)));// 正极端面检测结果 D6728 707
//ccdNegFaceTestResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdNegFaceTestResult", (i * 2)));// 负极端面检测结果 D6736 715
//ccdBeforeCoatedCylinderTestResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdBeforeCoatedCylinderTestResult", (i * 2)));// 包膜前圆柱面检测结果 D6744 723
//ccdPosCylinderTestResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdPosCylinderTestResult", (i * 2)));// 正极柱检测结果 D6752 731
//ccdNegCylinderTestResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdNegCylinderTestResult", (i * 2)));// 负极柱检测结果 D6760 739
ccdNegativeTerminalWeldingZone2DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdNegativeTerminalWeldingZone2DInspectionResult", (i * 2))); // 负极焊接区2D检测结果
ccdNegativeTerminalWeldingZone2DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdNegativeTerminalWeldingZone2DInspectionNGReasons", (i * 2))); // 负极焊接区2D检测NG原因
ccdNegativeTerminalWeldingZone2DInspectionNGReasons1 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdNegativeTerminalWeldingZone2DInspectionNGReasons1", (i * 2))); // 负极焊接区2D检测NG原因
ccdNegativeTerminalWeldingZone2DInspectionNGReasons2 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdNegativeTerminalWeldingZone2DInspectionNGReasons2", (i * 2))); // 负极焊接区2D检测NG原因
ccdCoverPlate2DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCoverPlate2DInspectionResult", (i * 2))); // 盖板2D检测结果
ccdCoverPlate2DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCoverPlate2DInspectionNGReasons", (i * 2))); // 盖板2D检测NG原因
ccdCoverPlate2DInspectionNGReasons1 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCoverPlate2DInspectionNGReasons1", (i * 2))); // 盖板2D检测NG原因
ccdCoverPlate2DInspectionNGReasons2 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCoverPlate2DInspectionNGReasons2", (i * 2))); // 盖板2D检测NG原因
ccdCoverPlate2DInspectionNGReasons3 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCoverPlate2DInspectionNGReasons3", (i * 2))); // 盖板2D检测NG原因
ccdNegativeTerminalWeldingZone25DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdNegativeTerminalWeldingZone25DInspectionResult", (i * 2))); // 负极焊接区2.5D检测结果
ccdNegativeTerminalWeldingZone25DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdNegativeTerminalWeldingZone25DInspectionNGReasons", (i * 2))); // 负极焊接区2.5D检测NG原因
ccdNegativeTerminalWeldingZone25DInspectionNGReasons1 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdNegativeTerminalWeldingZone25DInspectionNGReasons1", (i * 2))); // 负极焊接区2.5D检测NG原因
ccdNegativeTerminalWeldingZone25DInspectionNGReasons2 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdNegativeTerminalWeldingZone25DInspectionNGReasons2", (i * 2))); // 负极焊接区2.5D检测NG原因
ccdCoverPlate25DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCoverPlate25DInspectionResult", (i * 2))); // 盖板2.5D检测结果
ccdCoverPlate25DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCoverPlate25DInspectionNGReasons", (i * 2))); // 盖板2.5D检测NG原因
ccdCoverPlate25DInspectionNGReasons1 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCoverPlate25DInspectionNGReasons1", (i * 2))); // 盖板2.5D检测NG原因
ccdCoverPlate25DInspectionNGReasons2 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCoverPlate25DInspectionNGReasons2", (i * 2))); // 盖板2.5D检测NG原因
ccdTerminalPost2DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTerminalPost2DInspectionResult", (i * 2))); // 极柱2D检测结果
ccdTerminalPost2DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTerminalPost2DInspectionNGReasons", (i * 2))); // 极柱2D检测NG原因
ccdTerminalPost2DInspectionNGReasons1 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTerminalPost2DInspectionNGReasons1", (i * 2))); // 极柱2D检测NG原因
ccdTerminalPost2DInspectionNGReasons2 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTerminalPost2DInspectionNGReasons2", (i * 2))); // 极柱2D检测NG原因
ccdTerminalPost2DInspectionNGReasons3 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTerminalPost2DInspectionNGReasons3", (i * 2))); // 极柱2D检测NG原因
ccdTerminalPost3DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTerminalPost3DInspectionResult", (i * 2))); // 极柱3D检测结果
ccdTerminalPost3DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTerminalPost3DInspectionNGReasons", (i * 2))); // 极柱3D检测NG原因
ccdTerminalPost3DInspectionNGReasons1 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTerminalPost3DInspectionNGReasons1", (i * 2))); // 极柱3D检测NG原因
ccdTerminalPost3DInspectionNGReasons2 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTerminalPost3DInspectionNGReasons2", (i * 2))); // 极柱3D检测NG原因
ccdTerminalPost3DInspectionNGReasons3 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTerminalPost3DInspectionNGReasons3", (i * 2))); // 极柱3D检测NG原因
ccdSealingNail2DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdSealingNail2DInspectionResult", (i * 2))); // 密封钉2D检测结果
ccdSealingNail2DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdSealingNail2DInspectionNGReasons", (i * 2))); // 密封钉2D检测NG原因
ccdSealingNail3DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdSealingNail3DInspectionResult", (i * 2))); // 密封钉3D检测结果
ccdSealingNail3DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdSealingNail3DInspectionNGReasons", (i * 2))); // 密封钉3D检测NG原因
ccdTopFillet25DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTopFillet25DInspectionResult", (i * 2))); // 上部R角2.5D检测结果
ccdTopFillet25DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdTopFillet25DInspectionNGReasons", (i * 2))); // 上部R角2.5D检测NG原因
ccdBottomFillet25DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdBottomFillet25DInspectionResult", (i * 2))); // 底部R角2.5D检测结果
ccdBottomFillet25DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdBottomFillet25DInspectionNGReasons", (i * 2))); // 底部R角2.5D检测NG原因
ccdCylindricalSurface25DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCylindricalSurface25DInspectionResult", (i * 2))); // 柱面2.5D检测结果
ccdCylindricalSurface25DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCylindricalSurface25DInspectionNGReasons", (i * 2))); // 柱面2.5D检测NG原因
ccdCylindricalSurface25DInspectionNGReasons1 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCylindricalSurface25DInspectionNGReasons1", (i * 2))); // 柱面2.5D检测NG原因
ccdCylindricalSurface25DInspectionNGReasons2 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCylindricalSurface25DInspectionNGReasons2", (i * 2))); // 柱面2.5D检测NG原因
ccdCylindricalSurface25DInspectionNGReasons3 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCylindricalSurface25DInspectionNGReasons3", (i * 2))); // 柱面2.5D检测NG原因
ccdCylindricalSurface3DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCylindricalSurface3DInspectionResult", (i * 2))); // 柱面3D检测结果
ccdCylindricalSurface3DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCylindricalSurface3DInspectionNGReasons", (i * 2))); // 柱面3D检测NG原因
ccdCylindricalSurface3DInspectionNGReasons1 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCylindricalSurface3DInspectionNGReasons1", (i * 2))); // 柱面3D检测NG原因
ccdCylindricalSurface3DInspectionNGReasons2 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCylindricalSurface3DInspectionNGReasons2", (i * 2))); // 柱面3D检测NG原因
ccdCylindricalSurface3DInspectionNGReasons3 = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdCylindricalSurface3DInspectionNGReasons3", (i * 2))); // 柱面3D检测NG原因
ccdPositiveTerminaJYQ2DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdPositiveTerminaJYQ2DInspectionResult", (i * 2))); // 正极绝缘圈2D检测结果
ccdPositiveTerminaJYQ2DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdPositiveTerminaJYQ2DInspectionNGReasons", (i * 2))); // 正极绝缘圈2D检测NG原因（变形）
ccdNegativeTerminaJYQ2DInspectionResult = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdNegativeTerminaJYQ2DInspectionResult", (i * 2))); // 负极绝缘圈2D检测结果
ccdNegativeTerminaJYQ2DInspectionNGReasons = int.Parse(GetValueFromByteArray(bArrays.Content, "ccdNegativeTerminaJYQ2DInspectionNGReasons", (i * 2))); // 负极绝缘圈2D检测NG原因（变形）
ccdTestResult[0] = ccdNegativeTerminalWeldingZone2DInspectionResult; // 负极焊接区2D检测结果
ccdTestResult[1] = ccdCoverPlate2DInspectionResult; // 盖板2D检测结果
ccdTestResult[2] = ccdNegativeTerminalWeldingZone25DInspectionResult;// 负极焊接区2.5D检测结果
ccdTestResult[3] = ccdCoverPlate25DInspectionResult; // 盖板2.5D检测结果
ccdTestResult[4] = ccdTerminalPost2DInspectionResult; // 极柱2D检测结果
ccdTestResult[5] = ccdTerminalPost3DInspectionResult; // 极柱3D检测结果
ccdTestResult[6] = ccdSealingNail2DInspectionResult; // 密封钉2D检测结果
ccdTestResult[7] = ccdSealingNail3DInspectionResult; // 密封钉3D检测结果
ccdTestResult[8] = ccdTopFillet25DInspectionResult; // 上部R角2.5D检测结果
ccdTestResult[9] = ccdBottomFillet25DInspectionResult; // 底部R角2.5D检测结果
ccdTestResult[10] = ccdCylindricalSurface25DInspectionResult; // 柱面2.5D检测结果
ccdTestResult[11] = ccdCylindricalSurface3DInspectionResult; // 柱面3D检测结果
//string resultPLC = GetValueFromByteArray(bArrays.Content, "result", (i * 2));// 总结果 D4768 747
result = int.Parse(GetValueFromByteArray(bArrays.Content, "result", (i * 2))) == 1 ? "OK" : "NG";
string strErr = "";
short a = (short)GetResult(ccdTestResult, ref strErr);
info = strErr;
//result = a == 12 ? "OK" : "NG";
LogHelper.Instance.WriteError($"B出站总结果：result：" + result + ", info:" + info, "电芯出站B");
lst_RFIDCodes = "";//StringLib.GetStringFromByteArrayByEncoding(bytes, 0, 39, Encoding.ASCII).Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim(); // RFID D3200-3219
lst_BarCodes = listCode[i];
listFutou[i] = 0; // todo add 20260425
#endregion
#region 数据保存
BGearEntity m = new BGearEntity
{
ChannelNo = (i + 1).ToString(),
TestTime = DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss"),
RFID = lst_RFIDCodes,
BarCode = lst_BarCodes,
WindSpeed = windSpeed,
WindDeviceNum = "B",
CCDFaceTestDeviceNum1 = "B",
CCDFaceTestDeviceNum2 = "B",
CCDFaceTestDeviceNum3 = "B",
CCDFaceTestDeviceNum4 = "B",
CCDCylinderTestDeviceNum1 = "B",
CCDCylinderTestDeviceNum2 = "B",
CCDCylinderTestDeviceNum3 = "B",
CCDNegativeTerminalWeldingZone2DInspectionResult = ccdNegativeTerminalWeldingZone2DInspectionResult == 1 ? "OK" : "NG",
CCDNegativeTerminalWeldingZone2DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdNegativeTerminalWeldingZone2DInspectionNGReasons, "UI20801"),
GetNGReasons(ccdNegativeTerminalWeldingZone2DInspectionNGReasons1, "UI21301"),
GetNGReasons(ccdNegativeTerminalWeldingZone2DInspectionNGReasons2, "UI127")),
CCDCoverPlate2DInspectionResult = ccdCoverPlate2DInspectionResult == 1 ? "OK" : "NG",
CCDCoverPlate2DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdCoverPlate2DInspectionNGReasons, "UI20801"),
GetNGReasons(ccdCoverPlate2DInspectionNGReasons1, "UI21301"),
GetNGReasons(ccdCoverPlate2DInspectionNGReasons2, "UI127"),
GetNGReasons(ccdCoverPlate2DInspectionNGReasons3, "UI298")),
CCDNegativeTerminalWeldingZone25DInspectionResult = ccdNegativeTerminalWeldingZone25DInspectionResult == 1 ? "OK" : "NG",
CCDNegativeTerminalWeldingZone25DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdNegativeTerminalWeldingZone25DInspectionNGReasons, "UI20801"),
GetNGReasons(ccdNegativeTerminalWeldingZone25DInspectionNGReasons1, "UI21301"),
GetNGReasons(ccdNegativeTerminalWeldingZone25DInspectionNGReasons2, "UI127")),
CCDCoverPlate25DInspectionResult = ccdCoverPlate25DInspectionResult == 1 ? "OK" : "NG",
CCDCoverPlate25DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdCoverPlate25DInspectionNGReasons, "UI20801"),
GetNGReasons(ccdCoverPlate25DInspectionNGReasons1, "UI21301"),
GetNGReasons(ccdCoverPlate25DInspectionNGReasons2, "UI127")),
CCDTerminalPost2DInspectionResult = ccdTerminalPost2DInspectionResult == 1 ? "OK" : "NG",
CCDTerminalPost2DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdCoverPlate25DInspectionNGReasons, "UI20801"),
GetNGReasons(ccdTerminalPost2DInspectionNGReasons1, "UI21301"),
GetNGReasons(ccdTerminalPost2DInspectionNGReasons2, "UI127"),
GetNGReasons(ccdTerminalPost2DInspectionNGReasons3, "UI125")),
CCDTerminalPost3DInspectionResult = ccdTerminalPost3DInspectionResult == 1 ? "OK" : "NG",
CCDTerminalPost3DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdTerminalPost3DInspectionNGReasons, "UI20801"),
GetNGReasons(ccdTerminalPost3DInspectionNGReasons1, "UI21301"),
GetNGReasons(ccdTerminalPost3DInspectionNGReasons2, "UI127"),
GetNGReasons(ccdTerminalPost3DInspectionNGReasons3, "UI125")),
CCDSealingNail2DInspectionResult = ccdSealingNail2DInspectionResult == 1 ? "OK" : "NG",
CCDSealingNail2DInspectionNGReasons = "",
CCDSealingNail3DInspectionResult = ccdSealingNail3DInspectionResult == 1 ? "OK" : "NG",
CCDSealingNail3DInspectionNGReasons = "",
CCDTopFillet25DInspectionResult = ccdTopFillet25DInspectionResult == 1 ? "OK" : "NG",
CCDTopFillet25DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdTopFillet25DInspectionNGReasons, "UI127")),
CCDBottomFillet25DInspectionResult = ccdBottomFillet25DInspectionResult == 1 ? "OK" : "NG",
CCDBottomFillet25DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdBottomFillet25DInspectionNGReasons, "UI127")),
CCDCylindricalSurface25DInspectionResult = ccdCylindricalSurface25DInspectionResult == 1 ? "OK" : "NG",
CCDCylindricalSurface25DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdCylindricalSurface25DInspectionNGReasons, "UI128"),
GetNGReasons(ccdCylindricalSurface25DInspectionNGReasons1, "UI21301"),
GetNGReasons(ccdCylindricalSurface25DInspectionNGReasons2, "UI127"),
GetNGReasons(ccdCylindricalSurface25DInspectionNGReasons3, "UI00404")),
CCDCylindricalSurface3DInspectionResult = ccdCylindricalSurface3DInspectionResult == 1 ? "OK" : "NG",
CCDCylindricalSurface3DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdCylindricalSurface3DInspectionNGReasons, "UI128"),
GetNGReasons(ccdCylindricalSurface3DInspectionNGReasons1, "UI21301"),
GetNGReasons(ccdCylindricalSurface3DInspectionNGReasons2, "UI127"),
GetNGReasons(ccdCylindricalSurface3DInspectionNGReasons3, "UI00404")),
CCDPositiveTerminaJYQ2DInspectionResult = ccdPositiveTerminaJYQ2DInspectionResult == 1 ? "OK" : "NG",
CCDPositiveTerminaJYQ2DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdPositiveTerminaJYQ2DInspectionNGReasons, "UI15301")),
CCDNegativeTerminaJYQ2DInspectionResult = ccdNegativeTerminaJYQ2DInspectionResult == 1 ? "OK" : "NG",
CCDNegativeTerminaJYQ2DInspectionNGReasons = CombineNGReasons
(GetNGReasons(ccdNegativeTerminaJYQ2DInspectionNGReasons, "UI15302")),
Flag = "0",
Flag1 = "2",
Result = result,
Info = info,
MaterialCode = CommonMethods.mesConfig.MaterialCode,
Futou = listFutou[i],
};
m2 = m;
#endregion
}
else
{
CommonMethods.AddDataMonitorLog(0, "出站下料工位B有料标志为0".Translated() + "通道号".Translated() + $"：{i}");
}
list.Add(m2);
}
swSegment.Stop();
LogHelper.Instance.WriteLog($"【出站B】数据解析耗时: {swSegment.ElapsedMilliseconds}ms, 解析条数: {list.Count}", "B出站性能");
#endregion
#region 数据上传MES
if (list.Count > 0 && CommonMethods.sysConfig.MesModeSwitching && CommonMethods.mesConfig.isConnected)
{
swSegment.Restart();
var tempMesMessages = new List<string>();
var tempMesResTypes = new List<MesResType>();
var tempFlags = new List<string>();
foreach (var item in list)
{
// 创建单个电池的列表
var singleBatteryList = new List<BGearEntity> { item };
// 调用MES接口（每次只传一个电池）
var (success, mesage, mesResType) = await CommonMethods.hbgMes.ManyCellOutStationAsync(
CommonMethods.mesConfig.ProductOutStation,
CommonMethods.mesConfig.siteCode,
CommonMethods.mesConfig.lineCode,
CommonMethods.mesConfig.equipNum,
CommonMethods.mesConfig.MaterialCode,
CommonMethods.mesConfig.ModelName,
CommonMethods.mesConfig.mesUserName,
singleBatteryList,
1,
CommonMethods.mesConfig.materialLotCodeLocator);
if (success)
{
// 收集成功结果
tempMesMessages.AddRange(mesage);
tempMesResTypes.AddRange(mesResType);
tempFlags.Add("1");
}
else
{
// 收集失败结果
tempMesMessages.AddRange(mesage);
tempMesResTypes.AddRange(mesResType);
tempFlags.Add("2");
// 记录失败状态
listRes = GetList<short>(8, 3);
listRemark = GetList<string>(8, "");
if (mesage.Count > 0 && mesage[0].Contains("一个或多个错误"))
{
CommonMethods.plcDevices[pf.PlcNum - 1].WriteValue("D80", 1, PLC.DataType.Short); // 反馈PLC结果
}
}
}
// 将收集的结果赋给主列表
listMesMesage = tempMesMessages;
listMesResType = tempMesResTypes;
listFlag = tempFlags;
swSegment.Stop();
LogHelper.Instance.WriteLog($"【出站B】MES上传总耗时: {swSegment.ElapsedMilliseconds}ms", "B出站性能");
}
else
{
LogHelper.Instance.WriteLog($"【出站B】MES未连接或未开启, MesModeSwitching={CommonMethods.sysConfig.MesModeSwitching}, isConnected={CommonMethods.mesConfig.isConnected}, 时间={DateTime.Now:HH:mm:ss.fff}", "B出站");
listRes = GetList<short>(8, 3);
listRemark = GetList<string>(8, "MES断连".Translated() + ",");
listFlag = GetList<string>(8, "2");
CommonMethods.plcDevices[pf.PlcNum - 1].WriteValue("D80", 1, PLC.DataType.Short);//反馈MES结果
}
#endregion
#region 上传产品结果参数
if (CommonMethods.sysConfig.MesModeSwitching && CommonMethods.mesConfig.isConnected)
{
swSegment.Restart();
_ = Task.Run(async () =>
{
try { await UpProducResultParamAsync(list); }
catch (Exception ex)
{
LogHelper.Instance.WriteError($"【出站B】UpProducResultParamAsync: {ex.Message}", "SysErrorLog");
}
});
swSegment.Stop();
LogHelper.Instance.WriteLog($"【出站B】产品结果参数上传耗时: {swSegment.ElapsedMilliseconds}ms", "B出站性能");
}
#endregion
#region 数据组合
LogHelper.Instance.WriteLog($"【出站B】开始数据组合, list.Count={list.Count}, listMesResType.Count={listMesResType.Count}, 时间={DateTime.Now:HH:mm:ss.fff}", "B出站");
for (int i = 0; i < list.Count; i++)
{
if (String.IsNullOrEmpty(list[i].BarCode) || list[i].BarCode.Trim() == "ERROR" || !IsAlphaNumeric(list[i].BarCode))
{
listRes[i] = 2;
listResult[i] = "NG";
list[i].Info = "电芯码不良".Translated();
listFlag[i] = "2";
}
else
{
//string strErr = "";
//short a = (short)GetResult(ccdTestResult, ref strErr);
//listResult[i] = a == 12 ? "OK" : "NG";
listResult[i] = list[i].Result;
//list[i].Info = strErr;
// 本地判断OK，MES判断OK
if (listResult[i] == "OK" && listMesResType[i] == MesResType.D)
{
listResult[i] += ",MES OK";
listFlag[i] = "1";
list[i].Info = "良品".Translated();
listRes[i] = 1;
}
// 本地判断OK，MES判断NG
else if (listResult[i] == "OK" && listMesResType[i] != MesResType.D)
{
listRes[i] = 1;
//listMesResType 默认值 是B
if (CommonMethods.sysConfig.MesModeSwitching && CommonMethods.mesConfig.isConnected)
{
switch (listMesResType[i])
{
case MesResType.A: // 停线，设备报警停机
listResult[i] += ",MES NG";
listRemark[i] += $"A,{listMesMesage[i]}";
listRes[i] = 3;//10
listFlag[i] = "2";
break;
case MesResType.B: // MES不良
listResult[i] += ",MES NG";
listRemark[i] += $"B,{listMesMesage[i]}";
listRes[i] = 3;//9
listFlag[i] = "2";
break;
case MesResType.C: // 警示
listResult[i] += ",MES OK"; // MES认为是可以当成良品流下去的
listRemark[i] += $"Alarm:{listMesMesage[i]}";
listRes[i] = 1;
listFlag[i] = "1";
break;
case MesResType.D: // 条码上传OK
listResult[i] += ",MES OK";
listRemark[i] += $"D,{listMesMesage[i]}";
listRes[i] = 1;
listFlag[i] = "1";
break;
default:
listResult[i] += ",MES NG";
listRemark[i] += $"{listMesMesage[i]}";
listRes[i] = 3;//9
listFlag[i] = "2";
break;
}
}
}
// 本地判断NG，MES判断OK
else if (listResult[i] == "NG" && listMesResType[i] == MesResType.D)
{
listResult[i] += ",MES OK";
listRemark[i] += $"D,{listMesMesage[i]}";
listRes[i] = 1;
listFlag[i] = "1";
}
// 本地判断NG，MES判断NG listMesResType 默认值是B
else if (listResult[i] == "NG" && listMesResType[i] != MesResType.D)
{
//if 1
//futou >=1
//开了 mes =mesng =3
// 没开么事 = ng =3
//else 需要复投
// =4 CCD NG
if (CommonMethods.sysConfig.MesModeSwitching && CommonMethods.mesConfig.isConnected)
{
listResult[i] += ",MES NG";
listRemark[i] += $"{listMesResType[i].ToString()},{listMesMesage[i]}";
listRes[i] = 3;//9
listFlag[i] = "2";
}
else
{
listRes[i] = 4;//CCD NG
}
}
// 其他情况
else
{
if (CommonMethods.sysConfig.MesModeSwitching && CommonMethods.mesConfig.isConnected)
{
listResult[i] += ",MES NG";
listRemark[i] += listMesMesage[i];
listRes[i] = 3;//9
listFlag[i] = "2";
}
else
{
listRes[i] = 4;//CCD NG
}
}
}
list[i].Result = listResult[i].TrimStart(',').TrimEnd(',');
list[i].Remark = listRemark[i].TrimStart(',').TrimEnd(',');
list[i].Flag = listFlag[i];
}
#endregion
#region 数据保存&上传
var listBGearEntity = new List<BGearEntity>();
for (int i = 0; i < listMark.Count; i++)
{
if (listMark[i])
{
listBGearEntity.Add(list[i]);
}
}
swSegment.Restart();
_ = Task.Run(async () =>
{
try { await SaveBlankingDataAsync(listBGearEntity); }
catch (Exception ex)
{
LogHelper.Instance.WriteError($"【出站B】SaveBlankingDataAsync: {ex.Message}", "SysErrorLog");
}
});
swSegment.Stop();
LogHelper.Instance.WriteLog($"【出站B】数据存储耗时: {swSegment.ElapsedMilliseconds}ms", "B出站性能");
swSegment.Restart();
if (pf.IsFeedbackPlc)
{
//写入·结果反馈
JYResult result1 = CommonMethods.plcDevices[pf.PlcNum - 1].WriteValue(pf.VarList[1].VarAddress, listRes.ToArray(), PLC.DataType.ArrShort);
if (result1 != null)
{
string strres = "出站B工位发送给PLC".Translated() + $",[{pf.VarList[1].VarAddress}]:{string.Join(",", listRes)}";
CommonMethods.AddDataMonitorLog(0, strres);
LogHelper.Instance.WriteLog($"出站B工位发送给PLC：{string.Join(",", listCode)}======{string.Join(",", listRes)}", "B出站");
}
}
CommonMethods.plcDevices[pf.PlcNum - 1].WriteInt16(pf.VarList[0].VarAddress, (short)0); // 置位0
swSegment.Stop();
LogHelper.Instance.WriteLog($"【出站B】PLC反馈耗时: {swSegment.ElapsedMilliseconds}ms", "B出站性能");
#endregion
}
catch (Exception ex)
{
CommonMethods.plcDevices[pf.PlcNum - 1].WriteInt16(pf.VarList[0].VarAddress, (short)0);
LogHelper.Instance.WriteLog($"出站B工位异常，触发地址置位0", "B出站");
LogHelper.Instance.WriteError($"电芯出站B线程数据处理：{ex}", "SysErrorLog");
}
swTotal.Stop();
// 输出上料数据处理耗时：
CommonMethods.AddDataMonitorLog(0, "电芯出站B共耗时".Translated() + $"：{swTotal.ElapsedMilliseconds}ms");
LogHelper.Instance.WriteLog($"【出站B】总耗时: {swTotal.ElapsedMilliseconds}ms", "B出站性能");
}
}
#region 保存下料数据
/// <summary>
/// 保存下料数据到数据
/// </summary>
/// <param name="list"></param>
private async Task SaveBlankingDataAsync(List<BGearEntity> list)
{
LogHelper.Instance.WriteError($"SaveBlankingData-enter", "A出站");
//数据的保存
try
{
if (list != null && list.Count > 0)
{
//数据显示
bool b = await CommonMethods.db.AddReturnBoolAsync<BGearEntity>(list);
//数据显示
CommonMethods.ShowBlankingDelegate.Invoke(list);
//数据保存本地
//string strData = string.Empty;//数据字符串，本地保存
//foreach (BGearEntity m in list)
//{
// string strData = string.Empty;
// foreach (var item in m.GetType().GetProperties())
// {
// strData += item.GetValue(m).ToString() + ",";
// }
// strData = strData.TrimEnd(',');
// BlankingDataSaveLocal(strData);
//}
var lines = list.Select(m =>
{
var values = m.GetType().GetProperties()
.Select(p => p.GetValue(m)?.ToString() ?? "");
return string.Join(",", values);
}).ToList();
// 批量写本地文件
await Task.Run(() => BlankingDataSaveLocalBatch(lines));
}
else
{
LogHelper.Instance.WriteError($"电芯出站数据List为空", "SysErrorLog");
}
}
catch (Exception ex)
{
LogHelper.Instance.WriteError($"电芯出站数据保存异常A：{ex}", "SysErrorLog");
}
LogHelper.Instance.WriteError($"SaveBlankingData-end", "A出站");
}
private async Task SaveReInData(List<ReInBGearEntity> list)
{
try
{
if (list != null && list.Count > 0)
{
bool b = await CommonMethods.db.AddReturnBoolAsync<ReInBGearEntity>(list);
}
}
catch (Exception ex)
{
LogHelper.Instance.WriteError($"电芯复投数据保存异常：{ex}", "SysErrorLog");
}
}
#endregion
/// <summary>
/// 电池结果判断
/// </summary>
/// <returns></returns>
private ushort GetResult(int[] res, ref string strErr)
{
strErr = "";
int resNum = 0;
for (int i = 0; i < res.Length; i++)
{
if (i == 0)
{
switch (res[i])
{
case 1:
strErr += "";
resNum++;
break;
case 2:
strErr += "负极焊接区2D检测结果不良".Translated() + ",";
resNum = resNum + 2;
break;
default:
strErr += "负极焊接区2D检测结果未知".Translated() + ",";
resNum = resNum + 4;
break;
}
}
else if (i == 1)
{
switch (res[i])
{
case 1:
strErr += "";
resNum++;
break;
case 2:
strErr += "盖板2D检测结果不良".Translated() + ",";
resNum = resNum + 2;
break;
default:
strErr += "盖板2D检测结果未知".Translated() + ",";
resNum = resNum + 4;
break;
}
}
else if (i == 2)
{
switch (res[i])
{
case 1:
strErr += "";
resNum++;
break;
case 2:
strErr += "负极焊接区2.5D检测结果不良".Translated() + ",";
resNum = resNum + 2;
break;
default:
strErr += "负极焊接区2.5D检测结果未知".Translated() + ",";
resNum = resNum + 4;
break;
}
}
else if (i == 3)
{
switch (res[i])
{
case 1:
strErr += "";
resNum++;
break;
case 2:
strErr += "盖板2.5D检测结果不良".Translated() + ",";
resNum = resNum + 2;
break;
default:
strErr += "盖板2.5D检测结果未知".Translated() + ",";
resNum = resNum + 4;
break;
}
}
else if (i == 4)
{
switch (res[i])
{
case 1:
strErr += "";
resNum++;
break;
case 2:
strErr += "极柱2D检测结果不良".Translated();
resNum = resNum + 2;
break;
default:
strErr += "极柱2D检测结果未知".Translated();
resNum = resNum + 4;
break;
}
}
else if (i == 5)
{
switch (res[i])
{
case 1:
strErr += "";
resNum++;
break;
case 2:
strErr += "极柱3D检测结果不良".Translated();
resNum = resNum + 2;
break;
default:
strErr += "极柱3D检测结果未知".Translated();
resNum = resNum + 4;
break;
}
}
else if (i == 6)
{
switch (res[i])
{
case 1:
strErr += "";
resNum++;
break;
case 2:
strErr += "密封钉2D检测结果不良".Translated();
resNum = resNum + 2;
break;
default:
strErr += "密封钉2D检测结果未知".Translated();
resNum = resNum + 4;
break;
}
}
else if (i == 7)
{
switch (res[i])
{
case 1:
strErr += "";
resNum++;
break;
case 2:
strErr += "密封钉3D检测结果不良".Translated();
resNum = resNum + 2;
break;
default:
strErr += "密封钉3D检测结果未知".Translated();
resNum = resNum + 4;
break;
}
}
else if (i == 8)
{
switch (res[i])
{
case 1:
strErr += "";
resNum++;
break;
case 2:
strErr += "上部R角2.5D检测结果不良".Translated();
resNum = resNum + 2;
break;
default:
strErr += "上部R角2.5D检测结果未知".Translated();
resNum = resNum + 4;
break;
}
}
else if (i == 9)
{
switch (res[i])
{
case 1:
strErr += "";
resNum++;
break;
case 2:
strErr += "底部R角2.5D检测结果不良".Translated();
resNum = resNum + 2;
break;
default:
strErr += "底部R角2.5D检测结果未知".Translated();
resNum = resNum + 4;
break;
}
}
else if (i == 10)
{
switch (res[i])
{
case 1:
strErr += "";
resNum++;
break;
case 2:
strErr += "柱面2.5D检测结果不良".Translated();
resNum = resNum + 2;
break;
default:
strErr += "柱面2.5D检测结果未知".Translated();
resNum = resNum + 4;
break;
}
}
else if (i == 11)
{
switch (res[i])
{
case 1:
strErr += "";
resNum++;
break;
case 2:
strErr += "柱面3D检测结果不良".Translated();
resNum = resNum + 2;
break;
default:
strErr += "柱面3D检测结果未知".Translated();
resNum = resNum + 4;
break;
}
}
}
strErr = strErr.TrimEnd(',');
return (ushort)resNum;
}
#endregion
#region 结果数据上传
/// <summary>
/// 结果数据上传
/// </summary>
/// <param name="list"></param>
private async Task UpProducResultParamAsync(List<BGearEntity> listBger)
{
try
{
var swTotal = Stopwatch.StartNew();
LogHelper.Instance.WriteLog($"UpProducResultParam-enter", "A出站");
if (listBger != null && listBger.Count > 0)
{
foreach (BGearEntity m in listBger)
{
if (m.BarCode != "NG" && m.BarCode != "ERROR" && m.BarCode != "")
{
var sw2 = Stopwatch.StartNew();
string dateStr = DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss");
var (success, message) = await CommonMethods.hbgMes.ProducResultParamAsync(CommonMethods.mesConfig.ProductResultParams, CommonMethods.mesConfig.siteCode, CommonMethods.mesConfig.lineCode,
CommonMethods.mesConfig.equipNum, CommonMethods.mesConfig.MaterialCode, CommonMethods.mesConfig.mesUserName, m, MesUploadType.DD, dateStr);
sw2.Stop();
LogHelper.Instance.WriteLog($"ProducResultParamAsync m.BarCode={m.BarCode} 耗时{sw2.ElapsedMilliseconds}ms");
if (!success)
{
LogHelper.Instance.WriteError($"条码: {m.BarCode}, 结果数据上传失败, {message}", "系统报错");
}
else
{
m.Flag1 = "1";
var sw = Stopwatch.StartNew();
int a = await CommonMethods.db.UpdateSingleAsync(m, it => new BGearEntity() { Flag1 = m.Flag1 }, it => it.BarCode == m.BarCode);
sw.Stop();
LogHelper.Instance.WriteLog($"UpdateSingleAsync Flag1 耗时{sw.ElapsedMilliseconds}ms");
}
}
}
}
swTotal.Stop();
LogHelper.Instance.WriteLog($"UpProducResultParamAsync 总 耗时{swTotal.ElapsedMilliseconds}ms");
}
catch (Exception ex)
{
LogHelper.Instance.WriteError($"结果数据上传失败, 原因: {ex}", "系统报错");
//throw new Exception(ex.ToString());
}
LogHelper.Instance.WriteError($"UpProducResultParam-end", "A出站");
}
#endregion
#region 判断CCD结果
private bool GetCcdResult(BGearEntity m)
{
if (m.CCDNegativeTerminalWeldingZone2DInspectionResult.Contains("NG") || m.CCDNegativeTerminalWeldingZone25DInspectionResult.Contains("NG")
|| m.CCDCoverPlate2DInspectionResult.Contains("NG") || m.CCDCoverPlate25DInspectionResult.Contains("NG") || m.CCDTerminalPost2DInspectionResult.Contains("NG")
|| m.CCDTerminalPost3DInspectionResult.Contains("NG") || m.CCDSealingNail2DInspectionResult.Contains("NG") || m.CCDSealingNail3DInspectionResult.Contains("NG")
|| m.CCDTopFillet25DInspectionResult.Contains("NG") || m.CCDBottomFillet25DInspectionResult.Contains("NG") || m.CCDCylindricalSurface25DInspectionResult.Contains("NG")
|| m.CCDCylindricalSurface3DInspectionResult.Contains("NG"))
{ return false; }
return true;
}
#endregion
#region 数据组合
private bool GetDataCombine(BGearEntity m, MesResType mesResType, string mesMesage, ref short res, ref string result, ref string remark, ref string flag)
{
#region 数据组合
if (String.IsNullOrEmpty(m.BarCode) || m.BarCode.Trim() == "ERROR" || !IsAlphaNumeric(m.BarCode))
{
res = 2;
result = "NG";
m.Info = "电芯码不良".Translated();
flag = "2";
}
else
{
// 本地判断OK，MES判断OK
if (result == "OK" && mesResType == MesResType.D)
{
result += ",MES OK";
m.Info = "良品".Translated();
res = 1;
flag = "1";
}
// 本地判断OK，MES判断NG
else if (result == "OK" && mesResType != MesResType.D)
{
switch (mesResType)
{
case MesResType.A: // 停线，设备报警停机
result += ",MES NG";
remark += $"A,{mesMesage}";
res = 3;//10
flag = "2";
break;
case MesResType.B: // MES不良
result += ",MES NG";
remark += $"B,{mesMesage}";
res = 3;//9
flag = "2";
break;
case MesResType.C: // 警示
result += ",MES OK"; // MES认为是可以当成良品流下去的
remark += $"Alarm:{mesMesage}";
res = 1;
flag = "1";
break;
case MesResType.D: // 条码上传OK
result += ",MES OK";
remark += $"D,{mesMesage}";
res = 1;
flag = "1";
break;
default:
result += ",MES NG";
remark += $"{mesMesage}";
res = 3;//9
flag = "2";
break;
}
}
// 本地判断NG，MES判断OK
else if (result == "NG" && mesResType == MesResType.D)
{
result += ",MES OK";
remark += $"D,{mesMesage}";
res = 1;
flag = "1";
}
// 本地判断NG，MES判断NG
else if (result == "NG" && mesResType != MesResType.D)
{
result += ",MES NG";
remark += $"{mesResType.ToString()},{mesMesage}";
res = 3;//9
flag = "2";
}
// 其他情况
else
{
result += ",MES NG";
remark += mesMesage;
res = 3;//9
flag = "2";
}
}
#endregion
return true;
}
#endregion
#region 结构件料盘工位(数据处理)
/// <summary>
/// 结构件料盘工位
/// </summary>
/// <param name="resByte"></param>
/// <param name="plcModel"></param>
///
private async Task MaterialStation(JYResult<byte[]> bArrays, object plcModel)
{
PlcGroup pf = plcModel as PlcGroup;
var sw = new Stopwatch();
if (bArrays.IsSuccess && bArrays.Content != null)
{
sw.Restart();
#region 初始化数据
List<DGearEntity> list = new List<DGearEntity>();//实体
List<string> listMaterialCode = GetList<string>(1, "");//料盘码
List<short> listRes = GetList<short>(1, 1);//默认为1，良品
#endregion
#region 数据解析
byte[] bytes = bArrays.Content.ByteReverse();
for (int i = 0; i < listMaterialCode.Count; i++)
{
listMaterialCode[i] = StringLib.GetStringFromByteArrayByEncoding(bytes, i * 40, 39, System.Text.Encoding.ASCII).
Replace('\0', ' ').Replace('\r', ' ').Replace(" ", "").Trim();
}
#endregion
for (int i = 0; i < listMaterialCode.Count; i++)
{
DGearEntity m = new DGearEntity();
try
{
switch (pf.GroupName)
{
case "结构件料盘B":
m.ChannelNo = 1;
break;
case "结构件料盘D":
m.ChannelNo = 2;
break;
}
m.TestTime = DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss");
m.MaterialCode = listMaterialCode[i];
m.MaterialCodes = CommonMethods.mesConfig.MaterialCode;
m.EquipNum = CommonMethods.mesConfig.equipNum;
m.Flag = 0;
if (String.IsNullOrEmpty(m.MaterialCode) || m.MaterialCode.Trim() == "ERROR" || m.MaterialCode.Trim() == "NG")
{
m.MaterialCode = "NG";
m.Result = "NG";
m.Remark = "料盘码不良";
listRes[i] = 2;
}
else
{
m.Result = "OK";
m.Remark = "良品";
#region MES对接
if (CommonMethods.sysConfig.MesModeSwitching && CommonMethods.mesConfig.isConnected)
{
var (mesRes, Mesage, mesResType) = await CommonMethods.hbgMes.RawMaterialStationAsync(CommonMethods.mesConfig.MaterialInputInfo,
CommonMethods.mesConfig.MaterialCode, CommonMethods.mesConfig.equipNum, m.MaterialCode);
if (mesRes) //调用接口成功
{
m.Flag = 1;
//本地判断OK，MES判断OK
if (m.Result == "OK" && mesResType == MesResType.D)
{
m.Result = "OK";
m.Remark = m.Remark + Mesage;
listRes[i] = 1;
}
//本地判断OK，MES判断NG
else if (m.Result == "OK" && mesResType != MesResType.D)
{
switch (mesResType)
{
case MesResType.B:
m.Result = "MES NG";
m.Remark = $"{Mesage}";
listRes[i] = 9;
break;
default:
m.Result = "MES NG";
m.Remark = $"{Mesage}";
listRes[i] = 9;
break;
}
}
//其他情况
else
{
m.Result = " MES NG";
m.Remark = Mesage;
listRes[i] = 9;
}
}
else
{
m.Result = " MES NG";
m.Remark = Mesage;
listRes[i] = 9;
if (Mesage.Contains("接口调用失败"))
{
listRes[i] = 10;
CommonMethods.AddLog(false, $"原材料上传失败，请联系IT人员检查MES网络或服务器");
LogHelper.Instance.WriteLog($"原材料上传失败，请联系IT人员检查MES网络或服务器", "SysErrorLog");
}
}
}
#endregion
}
list.Add(m);
}
catch (Exception ex)
{
LogHelper.Instance.WriteError($"结构件料盘线程数据解析：{ex}", "系统报错");
}
}
JYResult result1 = CommonMethods.plcDevices[pf.PlcNum - 1].WriteValue(pf.VarList[2].VarAddress, listRes.ToArray(), PLC.DataType.ArrShort);//判断结果写入PLC
JYResult result3 = CommonMethods.plcDevices[pf.PlcNum - 1].WriteValue(pf.VarList[0].VarAddress, 0);//置位
//数据存储 -异步处理
await SaveMaterialData(list);
sw.Stop();
////输出上料数据处理耗时：
CommonMethods.AddDataMonitorLog(0, $"结构件料盘线程共耗时：{sw.ElapsedMilliseconds}ms");
}
}
/// <summary>
/// 结构件料盘保存
/// </summary>
/// <param name="list"></param>
private Task SaveMaterialData(List<DGearEntity> list)
{
//数据的保存
try
{
if (list != null && list.Count > 0)
{
string strRes = "";
foreach (DGearEntity m in list)
{
if (m.MaterialCode != "NG")
{
//bool b1 = await CommonMethods.db.AddReturnBoolAsync<DGearEntity>(m);
//strRes = b1 ? ",本存Yes" : ",本存No";
}
else
{
strRes = ",不存储";
}
m.Remark = m.Remark + strRes;
}
//数据显示
CommonMethods.ShowMaterialDelegate.Invoke(list);
}
else
{
LogHelper.Instance.WriteError($"结构件料盘数据List为空", "SysErrorLog");
}
}
catch (Exception ex)
{
LogHelper.Instance.WriteError($"结构件料盘保存处理异常：{ex}", "SysErrorLog");
}
return Task.CompletedTask;
}
#endregion
#region 创建空的数组List
public List<T> GetList<T>(int num, T data)
{
List<T> list = new List<T>();
for (int i = 0; i < num; i++)
{
list.Add(data);
}
return list;
}
public List<MesResType> GetMesType(int Num)
{
List<MesResType> mesResTypes = new List<MesResType>();
for (int i = 0; i < Num; i++)
{
mesResTypes.Add(MesResType.UnKnow);
}
return mesResTypes;
}
/// <summary>
/// PLC内批量写\0
/// </summary>
/// <param name="Num"></param>
/// <returns></returns>
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 = $"{Num}";
}
}
#endregion
/// <summary>
/// 检测数据是否只包含字母加数字
/// </summary>
/// <param name="input"></param>
/// <returns></returns>
public bool IsAlphaNumeric(string input)
{
// 使用正则表达式检查是否只包含字母和数字
return Regex.IsMatch(input, "^[a-zA-Z0-9]+$");
}
#region 方法
/// <summary>
/// 下料数据保存本地
/// </summary>
/// <param name="strData"></param>
private void BlankingDataSaveLocal(string strData)
{
#region
string savePath = string.Format(@"{0}\{1}\{2}\{3}\", @"D:\LocalData", DateTime.Now.Year, DateTime.Now.Month, DateTime.Now.Day);
bool acquiredLock = false;
Monitor.TryEnter(FileLock, ref acquiredLock);
if (!Directory.Exists(savePath))
{
Directory.CreateDirectory(savePath);
}
try
{
if (acquiredLock)
{
string strFileName = System.DateTime.Now.ToString("yyyyMMdd") + ".csv";//yyyyMMdd.csv
if (!File.Exists(savePath + strFileName)) //如果文件不存在，创建文件，并保存到本地
{
string strProlnfoFileHead = string.Empty;
foreach (var item in CommonMethods.m_DBCtrl.HeaderTextOut)
{
strProlnfoFileHead += item + ",";
}
strProlnfoFileHead = strProlnfoFileHead.TrimEnd(',');
strProlnfoFileHead = strProlnfoFileHead.Substring(strProlnfoFileHead.IndexOf(',') + 1);
StreamWriter sw = new StreamWriter(savePath + strFileName, true, Encoding.GetEncoding("GB2312"));
sw.WriteLine(strProlnfoFileHead);
sw.WriteLine(strData);
sw.Flush();
sw.Close();
sw.Dispose();
}
else
{
StreamWriter sw = new StreamWriter(savePath + strFileName, true, Encoding.GetEncoding("GB2312"));
sw.WriteLine(strData);
sw.Flush();
sw.Close();
sw.Dispose();
}
Monitor.Exit(FileLock);
}
}
catch (Exception ex)
{
LogHelper.Instance.WriteError($"下料数据保存异常:{ex}", "SysErrorLog");
if (acquiredLock)
{ Monitor.Exit(FileLock); }
}
#endregion
}
/// <summary>
/// 批量保存本地数据
/// </summary>
private void BlankingDataSaveLocalBatch(List<string> lines)
{
if (lines == null || lines.Count == 0) return;
string savePath = string.Format(@"{0}\{1}\{2}\{3}\", @"D:\LocalData", DateTime.Now.Year, DateTime.Now.Month, DateTime.Now.Day);
string strFileName = DateTime.Now.ToString("yyyyMMdd") + ".csv";
if (!Directory.Exists(savePath))
Directory.CreateDirectory(savePath);
string fullPath = Path.Combine(savePath, strFileName);
lock (FileLock)
{
bool isNewFile = !File.Exists(fullPath);
using (var sw = new StreamWriter(fullPath, true, Encoding.GetEncoding("GB2312")))
{
if (isNewFile)
{
// 写入表头
var header = string.Join(",", CommonMethods.m_DBCtrl.HeaderTextOut);
header = header.Substring(header.IndexOf(',') + 1);
sw.WriteLine(header);
}
foreach (var line in lines)
{
sw.WriteLine(line);
}
}
}
}
#endregion
/// <summary>
/// 电池结果辅助方法
/// </summary>
/// <returns></returns>
private string GetNGReasons(int value, string reasonCode)
{
// 只有当值为2时才返回原因代码，否则返回空字符串
return value == 2 ? reasonCode : string.Empty;
}
// 组合多个NG原因字段
private string CombineNGReasons(params string[] reasons)
{
// 过滤空值并连接
var validReasons = reasons
.Where(r => !string.IsNullOrEmpty(r))
.Distinct(); // 去重
return string.Join(",", validReasons);
}
}
}
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