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XingCheng3
2026-05-29 09:34:04 +08:00
commit 78ae9dcd2e
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89
MisDataFunction/Function1052/OpcServer/Barcode.cs Normal file
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using System;
using System.Windows.Forms;
using MesServerWork;
using MisDataFunDll;
namespace MesServerFunctions
{
partial class FunctionMES
{
/// <summary>
///1.扫描配送单号，用于接收物料，扫描单号的时候，将接收的物料信息显示在“物料拉动”Tab区域
///2.扫描料箱标签/看板卡，用于追溯物料批次信息
///3.扫描零件条码，根据零件图号进行防错
///第一步，判断条码类型，根据条码类型，执行对应的存储过程
///第二步，条码类型(将扫描的条码保存到对应的表中)
///第三步，扫描完成之后给出允许工作信号
/// 处理页面扫描条码
/// </summary>
/// <param name="OpName"></param>
/// <param name="barcode"></param>
public void Barcode(object e)
{
{
try
{
DeviceDriver_BasicData.CustomeEvetnArgs msgEvent = (DeviceDriver_BasicData.CustomeEvetnArgs)e;
string OpName = Convert.ToString(msgEvent.OpName);
string barcode = Convert.ToString(msgEvent.TagValue);
string AlarmStr = "";
int IsAllowWork;
bool IsSuccess = false;
bool EngineGetOver_PLC_NextWorkStep;
//传递机型是否到位
MIS_BASE.Read_EngineGetOver_PLC(OpName, out EngineGetOver_PLC_NextWorkStep);
if (!EngineGetOver_PLC_NextWorkStep)
{
SendMessageFun.AsyncSendMessage_Notice(OpName, "PLC未传递机型");
return;
}
//物料验证
MisDataFun.PartMaterial_DM_Update(OpName, barcode, out IsSuccess);
if (!IsSuccess)
{
SendMessageFun.AsyncSendMessage_Notice(OpName, "条码无效,请确认");
return;
}
else
{
SendMessageFun.SendInfomation("MaterialList", "1", OpName);//通知界面更新零件信息
}
//获取是否允许工作
MisDataFun.MesServer_Judge_IsCanWork(OpName, out IsAllowWork);
//此处逻辑有问题 需要考虑到批次扫描 提示PLC未传递机型的情况
if (IsAllowWork == 1)
{
//BaseDataSystemMES.Material_Insert(OpName, 1);
//更新订单完工数量及物料
SendMessageFun.SendMessage("24", "11", OpName);
//通知PLC允许工作,允许工作在保存完成时清空
MIS_BASE.Write_FixAllow(OpName, true);
}
else
{
SendMessageFun.AsyncSendMessage_Notice(OpName, "请扫描物料！");
}
}
catch (Exception err)
{
////ApplicationLog.WriteLog(err, "Function02:Barcode");
}
}
}
}
}

119
MisDataFunction/Function1052/OpcServer/EngineGetOver.cs Normal file
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using System;
using System.Data;
using MesServerWork;
using MisDataFunDll;
namespace MesServerFunctions
{
partial class FunctionMES
{
/// <summary>
/// PLC传递机型处理
/// </summary>
/// <param name="OpName"></param>
/// <param name="tagValue"></param>
private void EngineTypeGetOver_PLC(object e)
{
{
try
{
DeviceDriver_BasicData.CustomeEvetnArgs msgEvent = (DeviceDriver_BasicData.CustomeEvetnArgs)e;
string OpName = Convert.ToString(msgEvent.OpName);
int tagValue = Convert.ToInt32(msgEvent.TagValue);
//判断PLC机型与MES机型是否一致
if (tagValue == 1)
{
bool MesRead = false;
int EngineTypeID;//机型代码
int PartPallet_Code;//托盘编号
string EngineType;//机型
string EngineID;//工件编号
//上线工位清MES传递机型信号
MIS_BASE.Write_EngineTypeGetOver_MES(OpName, false);
MIS_BASE.Read_QualityData_Read_CF(OpName, out MesRead);
//第一步，判断允许保存和保存完成信号是否全部被清空，若未清空，则通知复位MES&PLC
if (MesRead)
{
//未能清空信号，请求复位
string msg = "【" + OpName + "】" + "未能清空MesRead信号，请求复位！";
SendMessageFun.SendInfomation("AskReset", "1", OpName);
MisDataSaveDate.Helper.ApiLogHelper.SaveMesLog(OpName, "PLC传递机型 " + msg, MisDataSaveDate.Helper.MesLogType.ERROR);
return;
}
string OrderForm;
MIS_BASE.GetEngineTypeFromPLC(OpName, out EngineTypeID, out EngineType, out EngineID, out PartPallet_Code, out OrderForm);
// 读取MES区数据 校验MES区数据是否符合 同时判断是否此工件已工作过，若已工作过则弹出弹窗提示
if (EngineID != "" & EngineType != "" & OrderForm != "")
{
DataTable checkTable = MisDataFun.WorkOrderCheck(OpName, EngineID, OrderForm, EngineType);
int result = Convert.ToInt32(checkTable.Rows[0]["result"]);
//int result = 1;
string resultMsg = checkTable.Rows[0]["msg"].ToString();
if (result != 2)
{
if (result == 3)
{
string msg = "【" + OpName + "】" + resultMsg;
MyLog4Net.MyLogHelper.Error("EngineTypeGetOver", msg);
SendMessage.AsyncSendMessage_Notice(OpName, msg);
MisDataSaveDate.Helper.ApiLogHelper.SaveMesLog(OpName, "PLC传递机型 "+ msg, MisDataSaveDate.Helper.MesLogType.ERROR);
}
int parType = Convert.ToInt32(checkTable.Rows[0]["小机型"]);
EngineTypeID = Convert.ToInt32(checkTable.Rows[0]["型号代码"]);
MIS_BASE.Write_EngineTypeID_MES(OpName, EngineTypeID);
MIS_BASE.WritePLC(115, OpName, parType); // 托盘类型 1 静 2 动 3 拐
//写入到数据库的[北汽福田工位状态监控MOBY]表中
MisDataFun.OpName_MIS_MOBY_Insert(OpName, MisDataFun.MobyTagType.EngineTypeID, EngineTypeID.ToString());
MisDataFun.OpName_MIS_MOBY_Insert(OpName, MisDataFun.MobyTagType.EngineType, EngineType);
MisDataFun.OpName_MIS_MOBY_Insert(OpName, MisDataFun.MobyTagType.EngineID, EngineID);
MisDataFun.OpName_MIS_MOBY_Insert(OpName, MisDataFun.MobyTagType.OrderForm, OrderForm);
MisDataFun.OpName_MIS_MOBY_Insert(OpName, MisDataFun.MobyTagType.PartPallet_Code, PartPallet_Code.ToString());
MisDataFun.OpName_MIS_MOBY_Insert(OpName, MisDataFun.MobyTagType.EngineTypeID_MES, EngineTypeID.ToString());
MisDataFun.OpName_MIS_MOBY_Insert(OpName, MisDataFun.MobyTagType.EngineType_MES, EngineType);
MisDataFun.OpName_MIS_MOBY_Insert(OpName, MisDataFun.MobyTagType.EngineID_MES, EngineID);
MisDataFun.OpName_MIS_MOBY_Insert(OpName, MisDataFun.MobyTagType.OrderForm_MES, OrderForm);
EngineTypeGetOver_PLC_Work(OpName, EngineTypeID, EngineType, EngineID, PartPallet_Code, OrderForm);
SendMessage.ShowMoby(OpName);
SendMessageFun.SendMessage("5123", "1111", OpName);
}
else
{
string msg = "【" + OpName + "】" + resultMsg;
SendMessage.AsyncSendMessage_Notice(OpName, msg);
MisDataSaveDate.Helper.ApiLogHelper.SaveMesLog(OpName, "PLC传递机型 " + msg, MisDataSaveDate.Helper.MesLogType.ERROR);
}
return;
}
else
{
string msg = "【" + OpName + "】" + "读取信息存在空值！";
MisDataSaveDate.Helper.ApiLogHelper.SaveMesLog(OpName, "PLC传递机型 " + msg, MisDataSaveDate.Helper.MesLogType.ERROR);
SendMessage.AsyncSendMessage_Notice(OpName, msg);
}
}
else
{
MIS_BASE.Write_FixAllow(OpName, false);
MIS_BASE.Write_EngineTypeID_MES(OpName, 0);
}
}
catch (Exception err)
{
////ApplicationLog.WriteLog(err, "Function08:EngineTypeGetOver_PLC");
}
}
}
}
}

62
MisDataFunction/Function1052/OpcServer/MaterialsVerify.cs Normal file
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using System;
using System.Data;
using System.Threading;
using System.Xml.Linq;
using MesServerWork;
using MisDataFunDll;
namespace MesServerFunctions
{
partial class FunctionMES
{
/// <summary>
/// PLC物料扫码校验
/// </summary>
/// <param name="e"></param>
public void MaterialsVerify(object e)
{
try
{
DeviceDriver_BasicData.CustomeEvetnArgs msgEvent = (DeviceDriver_BasicData.CustomeEvetnArgs)e;
string OpName = Convert.ToString(msgEvent.OpName);
int tagValue = Convert.ToInt32(msgEvent.TagValue);
//判断PLC机型与MES机型是否一致
if (tagValue == 1)
{
int EngineTypeID;//机型代码
int PartPallet_Code;//托盘编号
string EngineType;//机型
string EngineID;//工件编号
string OrderForm;
MIS_BASE.GetEngineTypeFromPLC(OpName, out EngineTypeID, out EngineType, out EngineID, out PartPallet_Code, out OrderForm);
int MaterialsTypeCode = Convert.ToInt32(MIS_BASE.ReadPLC(201, OpName));
string MaterialsCode = MIS_BASE.ReadPLC(40, OpName).ToString();
DataTable dt = MisDataFun.XD_MaterialsVerify(OpName, EngineID, MaterialsCode, MaterialsTypeCode);
int result = Convert.ToInt32(dt.Rows[0]["result"]);
if (result == 1)
{
MIS_BASE.WritePLC(95, OpName, 1); // 物料校验成功
}
else
{
MIS_BASE.WritePLC(95, OpName, 2); // 物料校验失败
string msg = $"【{OpName}】产品:{EngineID} | 物料码:{MaterialsCode} | 物料类型:{MaterialsTypeCode.ToString()} 物料校验失败！";
MisDataSaveDate.Helper.ApiLogHelper.SaveMesLog(OpName, "MaterialsVerify " + msg, MisDataSaveDate.Helper.MesLogType.ERROR);
}
}
else
{
MIS_BASE.WritePLC(95, OpName, 0); // 物料验证结果清空
}
}
catch (Exception err)
{
////ApplicationLog.WriteLog(err, "Function08:EngineTypeGetOver_PLC");
}
}
}
}

89
MisDataFunction/Function1052/OpcServer/MesRead.cs Normal file
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using MesServerWork;
using MisDataFunDll;
using System;
using System.Collections.Generic;
using System.Threading;
//using SystemFramework;
namespace MesServerFunctions
{
partial class FunctionMES
{
/// <summary>
/// 允许保存(针对半自动和手动压装工位)
/// </summary>
/// <param name="OpName"></param>
/// <param name="tagValue"></param>
private void MesRead(object e)
{
{
try
{
int EngineTypeID;
string EngineType;
string EngineID;
int PartPallet_Code;
string OrderForm;
int EngineTypeID_MES;//机型代码
string EngineType_MES;//机型
string EngineID_MES;//工件编号
string OrderForm_MES;
{
DeviceDriver_BasicData.CustomeEvetnArgs msgEvent = (DeviceDriver_BasicData.CustomeEvetnArgs)e;
string OpName = Convert.ToString(msgEvent.OpName);
int tagValue = Convert.ToInt32(msgEvent.TagValue);
if (tagValue == 1)
{
int qualityMask;
MIS_BASE.GetEngineTypeFromPLC(OpName, out EngineTypeID, out EngineType, out EngineID, out PartPallet_Code, out OrderForm);
//MIS_BASE.GetEngineTypeFromPLC_MES(OpName, out EngineTypeID_MES, out EngineType_MES, out EngineID_MES, out OrderForm_MES);
//保存数据到线首表 先保存到 北汽福田变速器序列号总线上线 用于之前判断是否重号
// 保存质量数据
qualityMask = MisDataSaveDateMesRead.Funtion.MesRead(OpName, tagValue.ToString(), msgEvent.TagID.ToString());
// 保存物料数据
MisDataFun.Material_Insert(OpName, qualityMask);
// 测量数据发动机在线状态
MisDataFun.WorkStartInsert(OpName, qualityMask);
// 存追溯表数据
MisDataFun.WorkOrderOpWorkOver(OpName, EngineID, OrderForm);
// 推送质量数据到MES的页面
SendMessageFun.SendInfomation("ShowTimelyQuality", "1&" + qualityMask.ToString(), OpName);
//对应手动工位的
//MIS_BASE.Write_ConfirmOkGo(OpName, true);
//通知设备，MES的质量数据（和物料数据）保存完成
MIS_BASE.Write_MesReadOver(OpName, true);
//MIS_BASE.Write_MaterialVerifyOver(OpName, true);
//统计在线产量，在线节拍
SendMessage.SendActuallyCount(OpName, tagValue);
//调用工厂MES接口报工
WebApi.CALL_Inerface_DataHandle.CALL_Inerface_JobFinished(OpName, EngineID, OrderForm);
}
else
{
MIS_BASE.Write_MesReadOver(OpName, false);
MIS_BASE.Write_MaterialVerifyOver(OpName, false);
}
}
}
catch (Exception err)
{
////ApplicationLog.WriteLog(err, "Function08:MesReadOver");
}
}
}
}
}

72
MisDataFunction/Function1052/OpcServer/ReqEarlyFeeding.cs Normal file
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using System;
using System.Collections.Generic;
using System.Data;
using System.Threading;
using MesServerWork;
using MisDataFunDll;
namespace MesServerFunctions
{
partial class FunctionMES
{
/// <summary>
/// 申请提前上料
/// </summary>
/// <param name="OpName"></param>
/// <param name="tagValue"></param>
private void ReqEarlyFeeding(object e)
{
try
{
DeviceDriver_BasicData.CustomeEvetnArgs msgEvent = (DeviceDriver_BasicData.CustomeEvetnArgs)e;
string OpName = Convert.ToString(msgEvent.OpName);
int tagValue = Convert.ToInt32(msgEvent.TagValue);
if (tagValue == 1)
{
var dt = MisDataFun.Get_ReqEarlyFeedingData(OpName);
int result = Convert.ToInt32(dt.Rows[0]["result"]);
string msg = dt.Rows[0]["msg"].ToString();
int EngineTypeID = Convert.ToInt32(dt.Rows[0]["产品型号代码"]);
if (result == 1)
{
MIS_BASE.WritePLC(96, OpName, EngineTypeID); // 产品型号
MIS_BASE.Write_EngineID_MES(OpName, dt.Rows[0]["工件编号"].ToString());
int ReadEngineID = Convert.ToInt32(MIS_BASE.ReadPLC(96, OpName));
if (EngineTypeID != ReadEngineID)
{
MisDataSaveDate.Helper.ApiLogHelper.SaveMesLog(OpName, "ReqEarlyFeeding " + $"写入提前上料机型{EngineTypeID.ToString()} 与 读取到的{ReadEngineID.ToString()}不一致", MisDataSaveDate.Helper.MesLogType.ERROR);
return;
}
if (EngineTypeID == 0 || ReadEngineID == 0)
{
MisDataSaveDate.Helper.ApiLogHelper.SaveMesLog(OpName, "ReqEarlyFeeding " + $"写入提前上料机型{EngineTypeID.ToString()} 与 读取到的{ReadEngineID.ToString()} 其中存在空值", MisDataSaveDate.Helper.MesLogType.ERROR);
return;
}
MIS_BASE.WritePLC(33, OpName, true); // 允许提前上料
}
else if (result == 2)
{
MIS_BASE.WritePLC(33, OpName, false);
string msg2 = "【" + OpName + "】" + msg;
SendMessage.AsyncSendMessage_Notice(OpName, msg);
MisDataSaveDate.Helper.ApiLogHelper.SaveMesLog(OpName, "ReqEarlyFeeding " + msg2, MisDataSaveDate.Helper.MesLogType.ERROR);
return;
}
}
else
{
MIS_BASE.WritePLC(96, OpName, 0); // 提前上料位置
MIS_BASE.WritePLC(33, OpName, false); // 允许提前上料
MIS_BASE.Write_EngineID_MES(OpName, "");
}
}
catch (Exception err)
{
////ApplicationLog.WriteLog(err, "Function08:MesReadOver");
}
}
}
}

238
MisDataFunction/Function1052/OpcServer/ReqTestResistor.cs Normal file
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using System;
using System.Collections.Generic;
using System.Configuration;
using System.Data;
using System.Linq;
using System.Net.Http;
using System.Net.Sockets;
using System.Text;
using System.Threading;
using MesServerWork;
using System.Threading.Tasks;
namespace MesServerFunctions
{
partial class FunctionMES
{
private readonly object _lockObject = new object();
private volatile bool _isTestOk = false;
private string _opName;
private const int DEFAULT_TIMEOUT = 7000; // 默认超时时间（毫秒）
private const int MAX_RETRY_COUNT = 10; // 最大重试次数
private const int RESULT_LENGTH = 113; // 预期结果长度
/// <summary>
/// 电阻测试
/// </summary>
private void ReqTestResistor(object e)
{
try
{
DeviceDriver_BasicData.CustomeEvetnArgs msgEvent = (DeviceDriver_BasicData.CustomeEvetnArgs)e;
_opName = Convert.ToString(msgEvent.OpName);
int tagValue = Convert.ToInt32(msgEvent.TagValue);
if (tagValue == 1)
{
TestResistor().GetAwaiter().GetResult();
}
else
{
ResetPLCValues();
}
}
catch (Exception err)
{
MyLog4Net.MyLogHelper.Error("电阻测试", $"测试过程发生错误: {err.Message}");
ErrPLCValues();
}
}
/// <summary>
/// 执行电阻测试
/// </summary>
private async Task TestResistor()
{
TcpClient tcpClient = null;
try
{
string IP = ConfigurationManager.AppSettings["ResistorDeviceIP_" + _opName];
string Port = ConfigurationManager.AppSettings["ResistorDevicePort"];
using (tcpClient = new TcpClient())
{
var connectTask = tcpClient.ConnectAsync(IP, Convert.ToInt32(Port));
if (await Task.WhenAny(connectTask, Task.Delay(DEFAULT_TIMEOUT)) != connectTask)
{
throw new TimeoutException("连接电阻仪超时");
}
if (tcpClient.Connected)
{
MyLog4Net.MyLogHelper.Info("电阻测试", "电阻仪链接成功！");
await SendCommand(tcpClient, "01 09 64 00 05 00 00 00 00 00 73");
await Task.Delay(DEFAULT_TIMEOUT);
var readTask = Task.Run(() => Read(tcpClient));
int count = 0;
while (!_isTestOk && count < MAX_RETRY_COUNT)
{
await Task.Delay(1000);
await SendCommand(tcpClient, "03 01 04");
count++;
}
if (count >= MAX_RETRY_COUNT && !_isTestOk)
{
MyLog4Net.MyLogHelper.Error("电阻测试", "测试超时，未收到有效结果");
ErrPLCValues();
}
}
}
}
catch (Exception ex)
{
MyLog4Net.MyLogHelper.Error("电阻测试", $"测试过程发生错误: {ex.Message}");
ErrPLCValues();
}
finally
{
if (tcpClient != null)
{
tcpClient.Close();
MyLog4Net.MyLogHelper.Info("电阻测试", "电阻仪链接关闭");
}
}
}
private void ResetPLCValues()
{
lock (_lockObject)
{
MIS_BASE.WritePLC(202, _opName, 0);
MIS_BASE.WritePLC(203, _opName, 0);
MIS_BASE.WritePLC(204, _opName, 0);
MIS_BASE.WritePLC(34, _opName, false);
}
}
private void ErrPLCValues()
{
lock (_lockObject)
{
MIS_BASE.WritePLC(202, _opName, 0);
MIS_BASE.WritePLC(203, _opName, 0);
MIS_BASE.WritePLC(204, _opName, 0);
MIS_BASE.WritePLC(34, _opName, true);
}
}
/// <summary>
/// 发送命令到电阻仪
/// </summary>
private async Task SendCommand(TcpClient tcpClient, string command)
{
try
{
// 将空格分隔的HEX字符串转换为字节数组
string[] hexValues = command.Split(' ');
byte[] commandbyte = new byte[hexValues.Length];
for (int i = 0; i < hexValues.Length; i++)
{
commandbyte[i] = Convert.ToByte(hexValues[i], 16);
}
// 发送HEX格式的数据
await tcpClient.Client.SendAsync(new ArraySegment<byte>(commandbyte), SocketFlags.None);
// 记录发送的命令
MyLog4Net.MyLogHelper.Info("电阻测试Send", $"发送命令: {command}");
}
catch (Exception err)
{
MyLog4Net.MyLogHelper.Error("电阻测试Send", $"发送命令失败: {err.Message}");
throw;
}
}
private void Read(TcpClient tcpClient)
{
try
{
while (!_isTestOk)
{
if (tcpClient != null && tcpClient.Connected)
{
byte[] byteCommand = new byte[1024];
int icommand = tcpClient.Client.Receive(byteCommand);
string hexString = BitConverter.ToString(byteCommand, 0, icommand).Replace("-", " ");
if (hexString.Length == RESULT_LENGTH)
{
DataAnalysis(hexString);
}
}
}
}
catch (Exception err)
{
MyLog4Net.MyLogHelper.Error("电阻测试Read", err.Message);
}
}
private void DataAnalysis(string hexString)
{
try
{
var byteArray = HexStringToByteArray(hexString.Replace(" ", ""));
var start = 2;
var 状态 = BitConverter.ToInt32(byteArray.Skip(start + 0).Take(4).ToArray(), 0);
if (状态 != 2) return;
var 电压V = BitConverter.ToDouble(byteArray.Skip(start + 4).Take(8).ToArray(), 0);
var 电流A = BitConverter.ToDouble(byteArray.Skip(start + 12).Take(8).ToArray(), 0);
var 电阻uΩ = BitConverter.ToDouble(byteArray.Skip(start + 20).Take(8).ToArray(), 0) * 1000000;
var yyyy = BitConverter.ToUInt16(byteArray.Skip(start + 28).Take(2).ToArray(), 0);
var MM = byteArray[start + 30];
var dd = byteArray[start + 31];
var HH = byteArray[start + 32];
var mm = byteArray[start + 33];
var ss = byteArray[start + 34];
var datetime = $"{yyyy}-{MM}-{dd} {HH}:{mm}:{ss}";
lock (_lockObject)
{
MIS_BASE.WritePLC(202, _opName, 电压V);
MIS_BASE.WritePLC(203, _opName, 电流A);
MIS_BASE.WritePLC(204, _opName, 电阻uΩ);
MIS_BASE.WritePLC(34, _opName, true);
_isTestOk = true;
}
MyLog4Net.MyLogHelper.Info("电阻测试", $"电阻结果写入完毕 【电压】{电压V}【电流】{电流A}【电阻】{电阻uΩ}");
}
catch (Exception ex)
{
MyLog4Net.MyLogHelper.Error("电阻测试DataAnalysis", $"数据分析错误: {ex.Message}");
}
}
public static byte[] HexStringToByteArray(string hex)
{
if (hex.Length % 2 != 0)
{
throw new ArgumentException("十六进制字符串长度必须是偶数");
}
byte[] bytes = new byte[hex.Length / 2];
for (int i = 0; i < hex.Length; i += 2)
{
bytes[i / 2] = Convert.ToByte(hex.Substring(i, 2), 16);
}
return bytes;
}
}
}

352
MisDataFunction/Function1052/OpcServer/WebSubmit.cs Normal file
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using System;
using MesServerWork;
using MisDataSaveDate;
using System.Collections;
using MisDataFunDll;
namespace MesServerFunctions
{
partial class FunctionMES
{
/// <summary>
/// 处理WEB页面发送过来的请求（m_Command + "|" + m_Value;）
/// </summary>
/// <param name="OpName"></param>
/// <param name="Content"></param>
private void WebSubmit(object e)
{
try
{
DeviceDriver_BasicData.CustomeEvetnArgs msgEvent = (DeviceDriver_BasicData.CustomeEvetnArgs)e;
string OpName=Convert.ToString(msgEvent.OpName);
string Content = Convert.ToString(msgEvent.TagValue);
string[] dataArray = Content.Split('|');
if (dataArray.Length != 2)
return;
//消息类型
string m_Command = dataArray[0].ToString();
//消息参数
string m_Value = dataArray[1].ToString();
//消息参数数量
string[] m_Value_array = m_Value.Split('&');
//消息参数长度
int m_Value_length = m_Value_array.Length;
//工件信息
string engineID = "";
if (MIS_BASE.hashtable_EngineGetOver_EngineTypeID == null)
{
MIS_BASE.InitHashtable_MesServerCode();
}
if (MIS_BASE.hashtable_EngineGetOver_EngineTypeID == null)
{
return;
}
if (MIS_BASE.hashtable_EngineGetOver_EngineID.ContainsKey(OpName))
{
engineID = MIS_BASE.hashtable_EngineGetOver_EngineID[OpName].ToString();
}
DeviceDriver_BasicData.CustomeEvetnArgs _e = new DeviceDriver_BasicData.CustomeEvetnArgs();
_e.OpName = OpName;
_e.TagValue = m_Value;
string msg;
bool bolVal;
//根据请求的命令处理逻辑
switch (m_Command)
{
case "Barcode":
if (m_Value_length > 1) return;
fun_Barcode(_e);
break;
case "OnLineState"://在线0、离线1、屏蔽2
try
{
if (m_Value_length > 1) return;
int a = Convert.ToInt32(m_Value);
if (a <= 2)
{
//MisDataFun.IsOnLine_Update(OpName, m_Value.ToString());
MIS_BASE.Write_OnLineState(OpName, Convert.ToInt32(m_Value));
if (a == 2) SendMessage.AsyncSendMessage_Notice(OpName, "屏蔽MES！");
if (a == 0) SendMessage.AsyncSendMessage_Notice(OpName, "启用MES！");
}
}
catch
{
}
break;
case "Reset"://复位，将MES所有的信息都复位了
SetMoby(OpName);//将MES所有信号清空
break;
case "FixAllow"://重新拧紧
MIS_BASE.Write_FixAllow(OpName, false);
MIS_BASE.Write_FixAllow(OpName, true);
break;
case "IsAutoGetEngineID"://自动手动申请编号（线首）
if (m_Value_length > 1) return;
MIS_BASE.Write_IsAutoGetEngineID(OpName, Convert.ToInt32(m_Value));
break;
case "PartPalletGoOver"://空托盘放行
int Is_PartPalletGoOver;
MIS_BASE.Read_PartPalletGoOver(OpName, out Is_PartPalletGoOver);
if (Is_PartPalletGoOver == 1)
{
MIS_BASE.Write_PartPalletGoOver(OpName, 1);
}
else
{
MIS_BASE.Write_PartPalletGoOver(OpName,0);
}
break;
case "SetMoby"://清空托盘（线首）
SetMoby(OpName);//将MES所有信号清空
//MIS_BASE.Write_PartPalletCode_PLC(OpName, 1);
break;
case "RepairUplineMES"://返修上线
MIS_BASE.Write_RepairUpline_MES(OpName, true);
break;
case "CancelRepair"://将返修件置为正常件
break;
case "PartPalletCode"://申请写入托盘号
//MIS_BASE.Write_PartPalletCode_PLC(OpName, 1);
break;
case "WritePartPalletCode"://写入托盘号
if (m_Value_length > 1) return;
MIS_BASE.Write_PalletCode(OpName, Convert.ToInt32(m_Value));
break;
case "Normal"://启用正常拧紧工位
MIS_BASE.Write_Normal(OpName, 1);
MIS_BASE.Write_UnNormal(OpName, 0);
break;
case "UnNormal"://启用备用拧紧工位
MIS_BASE.Write_Normal(OpName, 0);
MIS_BASE.Write_UnNormal(OpName, 1);
break;
case "ResetDevice"://复位设备
MIS_BASE.Write_ResetDevice(OpName, true);
System.Threading.Thread.Sleep(1000);
MIS_BASE.Write_ResetDevice(OpName, false);
break;
case "IsNeedRepaire"://返修上线(返修上线点)
if (Convert.ToInt32(m_Value) == 1)
{
//修改托盘状态
MIS_BASE.Write_PalletInfo(OpName, 3);
//通知修改成功
MIS_BASE.Write_UpdatePalletOK(OpName, true);
IsNeedRepaire_OK(OpName);
}
else if (Convert.ToInt32(m_Value) == 0)
{
//通知修改成功
MIS_BASE.Write_UpdatePalletOK(OpName, true);
//直接给出工作完成
MIS_BASE.Write_MaterialVerifyOver(OpName, true);
}
else
{ }
break;
case "ContinueMatch":
//BaseDataSystemMES.QualityVerifyStatus_Hash_Write(OpName, true);
break;
//初始化网页信号
case "IniSingalToWeb":
InitializeSingalToWeb(OpName);
break;
case "Reset_Engine"://返修上线(返修上线点)
SetMoby(OpName);//将MES所有信号清空
//fun_EngineTypeGetOverPLC(OpName, 0);
//fun_EngineTypeGetOverPLC(OpName, 1);
break;
case "twoWorkSkip"://重新工作工件跳过工作(重新工作工件)
//工作完成
EngineTypeGetOver_PLC_Work_Skip(OpName);
break;
case "twoWork"://重新工作工件重新工作(重新工作工件)
//允许工作
EngineTypeGetOver_PLC_Work_two(OpName);
break;
// 检查项 检查完成
case "checkWorkOver":
MIS_BASE.WritePLC(30, OpName, 1);
string message = "MES|checkWorkOverIsShow|" + OpName + "|" + 0;
SendMessage.AsyncSendMessage(message);
break;
// 跳过交互
case "skipWork":
// 判断是否有工件到位
MIS_BASE.Read_WorkStart(OpName, out bolVal);
if (bolVal)
{
MIS_BASE.Write_EngineTypeGetOver_MES(OpName, true); // 传递机型
MIS_BASE.Write_FixAllow(OpName, true); // 允许工作
MIS_BASE.WritePLC(30, OpName, 1); // 检查完成
MIS_BASE.Write_MesReadOver(OpName, true); // 保存完成
MIS_BASE.Write_MaterialVerifyOver(OpName, true); // 工作完成
msg = "【" + OpName + "】" + "跳过交互完成！";
SendMessage.AsyncSendMessage_Notice(OpName, msg);
}
else
{
msg = "【" + OpName + "】" + "当前无工件到位信号，请确认是否存在工件！";
SendMessage.AsyncSendMessage_Notice(OpName, msg);
}
break;
default: break;
}
}
catch(Exception err)
{
////ApplicationLog.WriteLog(err, "Function02:WebSubmit");
}
}
private void SetMoby(string OpName)
{
try
{
//清空Moby时，需要将MES信号清空
MIS_BASE.Write_ClearMesMoby(OpName);
MisDataFun.MesServer_Process_EngineTypeOver(OpName);
SendMessageFun.SendMessage("5123", "1111", OpName);
MIS_BASE.Write_ResetDevice(OpName, true);
System.Threading.Thread.Sleep(1000);
MIS_BASE.Write_ResetDevice(OpName, false);
}
catch
{
}
}
private void sendmessage(string OpName, int tagValue, string Command)
{
string SendMessage;
SendMessage = "MES|" + Command + "|" + OpName + "|" + tagValue;
SendMessageFun.AsyncSendMessage(SendMessage);
}
/// 网页重现登录，恢复关闭前的页面状态
/// </summary>
/// <param name="Opname">工位号</param>
private void InitializeSingalToWeb(string Opname)
{
InitOpPosion(Opname);
//3显示操作指导图片 PicShow_String_FirstOpName
SendMessage.PicShow_FirstOpName(Opname);
//1（直接在界面通过选择机型确认工序内容）
SendMessage.ProcessList_FirstOpName(Opname);
// MOBY数据
SendMessageFun.SendMessage("5", "1", Opname);
// 物料信息 物料信息
SendMessage.MaterialList(Opname);
// 新增查询PLC直通状态 网页显示
//MIS_BASE.Read_TagTypeID(63, Opname, out S_plcStatus);
InitAlarm(Opname);
}
private void InitAlarm(string Opname)
{
FuntionMesRead.Alarm_InitAlarm_Send(Opname, out Hashtable ht);
foreach (DictionaryEntry kv in ht)
{
var TagID = kv.Key.ToString();
var TagValue = kv.Value.ToString();
FuntionMesRead.Send_AlarmMsg(TagID, TagValue);
}
}
private void InitOpPosion(string Opname)
{
int S_WorkCheckOver = Convert.ToInt32(MIS_BASE.ReadPLC(30, Opname));
string S_WorkCheckOver_Msg = "MES|checkWorkOverIsShow|" + Opname + "|" + S_WorkCheckOver;
SendMessage.AsyncSendMessage(S_WorkCheckOver_Msg);
bool S_WorkStart;//工件到位 DBX0.1
MIS_BASE.Read_WorkStart(Opname, out S_WorkStart);
if (S_WorkStart == true)
{
SendMessageFun.SendInfomation("WorkStart", Convert.ToString(Convert.ToInt32(S_WorkStart)), Opname);
}
//----------------------------------------------------
bool S_PartLoad;//申请上线
MIS_BASE.Read_PartLoad(Opname, out S_PartLoad);
if (S_PartLoad == true)
{
SendMessageFun.SendInfomation("PartLoad", Convert.ToString(Convert.ToInt32(S_PartLoad)), Opname);
}
//----------------------------------------------------
bool S_EngineGetOver;//传递机型 DBX0.4
MIS_BASE.Read_EngineGetOver_PLC(Opname, out S_EngineGetOver);
if (S_EngineGetOver == true)
{
SendMessageFun.SendInfomation("EngineTypeGetOverPLC", Convert.ToString(Convert.ToInt32(S_EngineGetOver)), Opname);
//5 显示订单、机型信息 线首工位用
SendMessage.ShowMoby_FirstOpName(Opname);
//界面显示物料信息
SendMessage.MaterialList_FirstOpName(Opname);
}
//----------------------------------------------------
bool S_FixAllow;//允许工作 DBX3.1
MIS_BASE.Read_FixAllow(Opname, out S_FixAllow);
if (S_FixAllow == true)
{
SendMessageFun.SendInfomation("FixAllow", Convert.ToString(Convert.ToInt32(S_FixAllow)), Opname);
}
//----------------------------------------------------
bool S_MesRead;//允许保存 DBX3.1
MIS_BASE.Read_QualityData_Read_CF(Opname, out S_MesRead);
if (S_MesRead == true)
{
SendMessageFun.SendInfomation("MesRead", Convert.ToString(Convert.ToInt32(S_MesRead)), Opname);
}
//----------------------------------------------------
bool S_ReadOver;//保存完成
MIS_BASE.Read_MesReadOver(Opname, out S_ReadOver);
if (S_ReadOver == true)
{
SendMessageFun.SendInfomation("MesReadOver", Convert.ToString(Convert.ToInt32(S_ReadOver)), Opname);
}
//----------------------------------------------------
bool S_MaterialVerifyOver;//工作完成 DBX2.3
MIS_BASE.Read_MaterialVerifyOver(Opname, out S_MaterialVerifyOver);
if (S_MaterialVerifyOver == true)
{
SendMessageFun.SendInfomation("MaterialVerifyOver", Convert.ToString(Convert.ToInt32(S_MaterialVerifyOver)), Opname);
}
//----------------------------------------------------
int S_QualityMask;//合格标志 DBX588
MIS_BASE.Read_QualityMask(Opname, out S_QualityMask);
if (S_QualityMask == 1)
{
SendMessageFun.SendInfomation("QualityMask", Convert.ToString(Convert.ToInt32(S_QualityMask)), Opname);
}
//----------------------------------------------------
string S_plcStatus = "false";//DBX501.5 PLC直通，1 强制放行 0 正常循环
if (S_plcStatus.ToLower() == "false")
{
SendMessageFun.SendInfomation("PlcStatus", "0", Opname);
}
else
{
SendMessageFun.SendInfomation("PlcStatus", "1", Opname);
}
}
}
}

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MisDataFunction/Function1052/OpcServer/WorkIsOk.cs Normal file
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using MesServerWork;
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;
namespace MesServerFunctions
{
partial class FunctionMES
{
/// <summary>
/// 工位合格标志
/// </summary>
/// <param name="OpName"></param>
/// <param name="tagValue"></param>
private void IsOk(object e)
{
try
{
DeviceDriver_BasicData.CustomeEvetnArgs msgEvent = (DeviceDriver_BasicData.CustomeEvetnArgs)e;
string OpName = Convert.ToString(msgEvent.OpName);
int tagValue = Convert.ToInt32(msgEvent.TagValue);
int qualityMask;
MIS_BASE.Read_QualityMask(OpName, out qualityMask);
//判断是否合格
if (qualityMask == 1)
{
qualityMask = 1;
} else {
qualityMask = 0;
}
//通知WEB修改状态
string message = "MES|QualityMask|" + OpName + "|" + qualityMask.ToString();
SendMessage.AsyncSendMessage(message);
}
catch (Exception err)
{
////ApplicationLog.WriteLog(err, "Function02:FalseGO");
}
}
}
}

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MisDataFunction/Function1052/OpcServer/WorkStart.cs Normal file
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using MesServerWork;
using MisDataFunDll;
using System;
using System.Threading;
//using SystemFramework;
namespace MesServerFunctions
{
partial class FunctionMES
{
/// <summary>
/// 工件到位与离开时，清空MES自身信号
/// </summary>
/// <param name="OpName"></param>
/// <param name="tagValue"></param>
private void WorkStart(object e)
{
try
{
DeviceDriver_BasicData.CustomeEvetnArgs msgEvent = (DeviceDriver_BasicData.CustomeEvetnArgs)e;
string OpName = Convert.ToString(msgEvent.OpName);
int tagValue = Convert.ToInt32(msgEvent.TagValue);
if (tagValue > 0)
{
MisDataFun.OpName_MIS_MOBY_Insert(OpName, MisDataFun.MobyTagType.WorkStartIn, DateTime.Now.ToString());
MisDataFun.OpName_MIS_MOBY_Insert(OpName, MisDataFun.MobyTagType.WorkStart, tagValue.ToString());
}
else
{
MIS_BASE.Write_EngineTypeID_MES(OpName, 0);
MIS_BASE.Write_EngineType_MES(OpName, "");
MIS_BASE.Write_EngineID_MES(OpName, "");
MIS_BASE.Write_OrderForm_MES(OpName, "");
MisDataFun.OpName_MIS_MOBY_Insert(OpName, MisDataFun.MobyTagType.WorkStartOut, DateTime.Now.ToString());
MIS_BASE.Write_MesReadOver(OpName, false);
MIS_BASE.Write_ConfirmOkGo(OpName, false);
MIS_BASE.Write_FixAllow(OpName, false);
MIS_BASE.Write_ConfirmOkGo(OpName, false);
MIS_BASE.Write_EngineTypeGetOver_MES(OpName, false);
//工作完成
MIS_BASE.Write_MaterialVerifyOver(OpName, false);
// 检查项完成
MIS_BASE.Write_TagTypeID(30, OpName, 0);
string message = "MES|checkWorkOverIsShow|" + OpName + "|" + 0;
SendMessage.AsyncSendMessage(message);
}
}
catch (Exception err)
{
////ApplicationLog.WriteLog(err, "Function02:WorkStart");
}
}
}
}

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MisDataFunction/Function1052/OpcServer/vssver2.scc Normal file
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