SIMDP_FEM/SIMDP/SIMDP.Project/MXComponent_XYK_PM.cs

using System;
using System.Collections.Generic;
using System.Text;
using System.Threading;
using System.Threading.Tasks;
using ProjectBase.Data.BaseDAL;
using ProjectBase.Data.Logs;
using SIMDP.BLL;
using SIMDP.Device;
using SIMDP.Model;
using SIMDP.Util;
using ACTMULTILib;
namespace SIMDP.Project
{
    class MXComponent_XYK_PM : MXComponent_XYK
    {
        #region 重写父类函数

        public override void actionOpen()
        { }

        public override void actionStart()
        { }

        public override void actionStop()
        { }

        bool pcHeartBeat = false;
        public override void actionTimer()
        {
            try
            {
                // 心跳信号
                pcHeartBeat = !pcHeartBeat;
                bool res1 = Write("PC心跳信号", pcHeartBeat);
                // 轮询监控节点
                foreach (var p in monitorPoints)
                {
                    short value;
                    if (!Read(p, out value)) continue;
                    if (value != Convert.ToInt16(p.value))
                    {
                        p.value = value;
                        if (p.proc != null)
                            p.proc.Invoke(this, new object[] { value });
                    }
                }
                redis.Publish<string>(SysEnvironment.OpcDataChannel, "");
            }
            catch (Exception ex)
            {
                LogHelper.log.Error("读取PLC信号发生异常:" + ex.Message);
                actEasyIF.Close();
                SetRedisPlcDisConnect();
            }
        }
        #endregion

        #region 生产过程_小压溃
      
        public void 小压溃主压机压装完成(object value)
        {
            bool signal = Convert.ToBoolean(value);
            LogHelper.log.Debug("小压溃主压机压装完成: signal = " + signal.ToString());
            if (!signal)
            {
                Write("主读取完成", false);
                主压机结果 = false;
                主压机关联流水号 = 0;
                主压机加工步骤号 = 0;
                return;
            }
            if (signal)
            {
                Read("主压机结果", out 主压机结果);//true
                Read("主压机关联流水号", out 主压机关联流水号);//工件流水号
                Read("主压机加工步骤号", out 主压机加工步骤号);//3
            }

            //队列里无数据，报警并反馈完成
            if (process_XYK[小压溃工序.主压机].Count == 0)
            {
                Tool.LogAndNotice("生产过程报警", 3, "小压溃工序.主压机： 生产序列无数据");
                Write("主读取完成", true);
                return;
            }
            //队列里有数据，进行处理
            ProductionData_XYK data = process_XYK[小压溃工序.主压机][0];
            data.dict["主压机结果"] = 主压机结果 ? "OK" : "NG";
            LogHelper.log.Debug("更新主压机结果: " + 主压机结果.ToString());
            BLLFactory<BlProductData>.Instance.Update(data.toModel(), data.model.DataId);
            //更新最终压装结果
            data.dict["最终压装结果"] = data.dict["辅助压机结果一"] == "OK"
                && data.dict["辅助压机结果二"] == "OK"
                && data.dict["主压机结果"] == "OK" ? "OK" : "NG";
            LogHelper.log.Debug("更新最终压装结果: " + data.dict["最终压装结果"]);
            BLLFactory<BlProductData>.Instance.Update(data.toModel(), data.model.DataId);

            process_XYK[小压溃工序.主压机].RemoveAt(0);
            process_XYK[小压溃工序.打标].Add(data);
            Write("主读取完成", true);
        }

        #endregion
     
    }
}