BPASmartClient/BPASmartClient.Academy/50L/PlcControl.cs

using BPA.Communication.Interfaces;
using System;
using System.Collections.Generic;
using System.Linq;
using System.Reflection;
using System.Text;
using System.Threading.Tasks;
using System.Collections.Concurrent;
using System.Diagnostics;
using BPA.Helper;
using System.Collections.Specialized;
using System.Configuration;
using BPASmartClient.CustomResource.UserControls.MessageShow;

namespace BPASmartClient.Academy._50L
{
    public class PlcControl : AddData
    {
        private volatile static PlcControl _Instance;
        public static PlcControl GetInstance => _Instance ?? (_Instance = new PlcControl());
        private PlcControl() { }
        public bool IsConnect => comm != null && comm.IsConnected();
        public DeviceStatus DeviceStatus { get; set; } = new DeviceStatus();
        public ConcurrentDictionary<string, string> AlarmInfo { get; private set; } = new ConcurrentDictionary<string, string>();
        private ICommSiemens comm = CommHelper.Siemens;
        public string id { get; set; } = "";
        public DateTime ProductStartTime { get; set; }
        public void Init()
        {
            AlarmInfoGet();
            Task.Factory.StartNew(() => 
            {
                CommHelper.CreateSiemens(CpuType.S7200Smart, Json<DevicePar>.Data.IpAddress).OnSuccess(s =>
                {
                    comm = s.Content;
                    WriteHeartBeat();
                    Read();
                });
            });

        }


        private volatile bool _isReadSuccess;

        public void AlarmInfoGet()
        {
            var x = (NameValueCollection)ConfigurationManager.GetSection("Reactor_50L_Alarm/Alarm");
            if (x != null)
            {
                x.AllKeys.ToList().ForEach(o =>
                {
                    if (!AlarmInfo.ContainsKey(o))
                    {
                        AlarmInfo.TryAdd(o, x.Get(o));
                    }
                });
            }
        }
        public void AlarmRead()
        {
            if (this.IsConnect)
            {
                AlarmInfo.Keys.ToList().ForEach(o =>
                {
                    comm.Read<bool>(o).OnSuccess(p =>
                    {
                        if (RTrig.GetInstance($"{o}").Start(p.Content))
                        {
                            App.Current.Dispatcher.Invoke(() =>
                            {
                                NoticeDemoViewModel.OpenMsg(EnumPromptType.Error, App.MainWindow, "报警", this.AlarmInfo[o]);
                                MessageNotify.GetInstance.ShowAlarmLog(this.AlarmInfo[o]);
                            });

                        }
                    });
                });

            }
            //Thread.Sleep(2000);
        }
        private void Read()
        {
            TaskManage.GetInstance.StartLong(() =>
            {
                comm.Read<bool[]>("DB1.DBX1000.0", 32).OnSuccess(s =>
                {
                    #region V1000
                    DeviceStatus.IsSetReactTurnMotor = s.Content[0];
                    DeviceStatus.IsSetFans = s.Content[1];
                    DeviceStatus.IsSetBrinePumpState = s.Content[2];
                    DeviceStatus.IsSetReactHomeBit = s.Content[3];
                    DeviceStatus.IsSetReactOut = s.Content[4];
                    DeviceStatus.IsSetReactTurnMotorJogging = s.Content[5];
                    DeviceStatus.IsSetReactHeat = s.Content[6];
                    DeviceStatus.IsSetReactCool = s.Content[7];
                    #endregion

                    #region V1001
                    DeviceStatus.IsSetCWTCool = s.Content[8];
                    DeviceStatus.IsSetReactPressureReliefValve = s.Content[9];
                    DeviceStatus.IsSetReactOutHotGasValve = s.Content[10];
                    DeviceStatus.IsSetHotGasEmptyValve = s.Content[11];
                    DeviceStatus.IsSetColdWaterTankInAirValve = s.Content[12];
                    DeviceStatus.IsSetReactDrainValve = s.Content[13];
                    DeviceStatus.IsSetReactInCleanWaterValve = s.Content[14];
                    DeviceStatus.IsSetReactPressureAirInValve = s.Content[15];
                    #endregion

                    #region V1002
                    DeviceStatus.IsSetReactInBrineWaterValve = s.Content[16];
                    DeviceStatus.IsSetColdWaterTankVacuumValve = s.Content[17];
                    DeviceStatus.IsSetCompressorRunning = s.Content[18];
                    DeviceStatus.IsSetReactEnter = s.Content[19];
                    DeviceStatus.IsSetReactReverse = s.Content[20];
                    DeviceStatus.IsSetStartEnterBrine = s.Content[21];
                    DeviceStatus.IsSetStartEmptyWater = s.Content[22];
                    DeviceStatus.IsSetReactOutColdValve = s.Content[23];
                    #endregion

                    #region V1003
                    DeviceStatus.IsSetColdWaterTankInWaterValve = s.Content[24];
                    DeviceStatus.IsSetStartClean = s.Content[25];
                    DeviceStatus.IsSetVacuumDistill = s.Content[26];
                    DeviceStatus.IsSetGoAddPosition = s.Content[27];
                    DeviceStatus.IsSetColdWaterTankZero = s.Content[28];
                    DeviceStatus.IsSetBrineTankZero = s.Content[29];
                    DeviceStatus.IsSetSystemStart = s.Content[30];
                    DeviceStatus.IsSetHeartBeat = s.Content[31];
                    #endregion
                });
                comm.Read<bool[]>("DB1.DBX2000.0", 31).OnSuccess(s =>
                {
                    //Data[FeedbackData.旋转电机启停反馈] = s.Content[0];
                    //Data[FeedbackData.负压风机启动反馈] = s.Content[1];
                    //Data[FeedbackData.压缩空气进气阀反馈] = s.Content[2];
                    //Data[FeedbackData.排热空气阀反馈] = s.Content[3];
                    //Data[FeedbackData.泄压阀反馈] = s.Content[4];
                    //Data[FeedbackData.进冷却水阀反馈] = s.Content[5];
                    //Data[FeedbackData.出冷却水阀反馈] = s.Content[6];
                    //Data[FeedbackData.蒸汽梳水阀反馈] = s.Content[7];
                    //Data[FeedbackData.冷凝水罐进水阀反馈] = s.Content[8];
                    //Data[FeedbackData.称重水罐负压阀反馈] = s.Content[9];
                    //Data[FeedbackData.反应釜原点位置反馈] = s.Content[10];
                    #region V2000
                    DeviceStatus.ReactTurnMotor = s.Content[0];
                    DeviceStatus.Fans = s.Content[1];
                    DeviceStatus.BrinePumpState = s.Content[2];
                    DeviceStatus.ReactInSteamValue = s.Content[3];
                    DeviceStatus.ReactInColdValve = s.Content[4];
                    DeviceStatus.ReactOutColdValve = s.Content[5];
                    DeviceStatus.ReactDrainValve = s.Content[6];
                    DeviceStatus.ReactInCleanWaterValve = s.Content[7];
                    #endregion

                    #region V2001
                    DeviceStatus.ReactPressureAirInValve = s.Content[8];
                    DeviceStatus.ReactInBrineWaterValve = s.Content[9];
                    DeviceStatus.ReactOutHotGasValve = s.Content[10];
                    DeviceStatus.HotGasEmptyValve = s.Content[11];
                    DeviceStatus.ColdWaterTankInAirValve = s.Content[12];
                    DeviceStatus.ColdWaterTankInWaterValve = s.Content[13];
                    DeviceStatus.ReactHomeBit = s.Content[14];
                    DeviceStatus.ReactPressureReliefValve = s.Content[15];
                    #endregion

                    #region V2002
                    DeviceStatus.ColdWaterTankVacuumValve = s.Content[16];
                    DeviceStatus.CompressorRunning = s.Content[17];
                    #endregion
                });

                comm.Read<float[]>("DB1.DBD2006", 11).OnSuccess(s =>
                {
                    //Data[FeedbackData.反应釜温度] = s.Content[0];
                    //Data[FeedbackData.反应釜蒸汽压力] = s.Content[1];
                    //Data[FeedbackData.反应釜蒸汽流量] = s.Content[2];
                    //Data[FeedbackData.冷凝水罐温度] = s.Content[3];
                    //Data[FeedbackData.冷凝水罐湿度] = s.Content[4];
                    //Data[FeedbackData.负压流量] = s.Content[5];
                    //Data[FeedbackData.称重水罐重量] = s.Content[6];
                    //Data[FeedbackData.反应釜编码器值] = s.Content[7];
                    //Data[FeedbackData.蒸汽比例阀实际开度] = s.Content[8];
                    DeviceStatus.ReactTemp = s.Content[0];
                    DeviceStatus.ReactSteamPressure = s.Content[1];
                    DeviceStatus.ReactSteamFlow = s.Content[2];
                    DeviceStatus.ColdWaterTankTemp = s.Content[3];
                    DeviceStatus.ColdWaterTankHumidity = s.Content[4];
                    DeviceStatus.VacuumFlow = s.Content[5];
                    DeviceStatus.WaterTankWeight = s.Content[6];
                    DeviceStatus.ReactEncoderValue = s.Content[7];
                    DeviceStatus.SteamProportValveRealOpening = s.Content[8];
                    DeviceStatus.BrineTankWeight = s.Content[9];
                    DeviceStatus.ReactPressure = s.Content[10];

                    if (Delay.GetInstance("趋势数据").Start(_isReadSuccess, 2))
                    {
                        _isReadSuccess = false;
                    }
                    else if (!_isReadSuccess)
                    {
                        if (!string.IsNullOrWhiteSpace(id))
                        {
                            SamplingData sampling = new SamplingData()
                            {
                                Temperature = s.Content[0],
                                SteamPressure = s.Content[1],
                                SteamFlowRate = s.Content[2],
                                CondensateWaterTemperature = s.Content[3],
                                CondensateWaterHumidity = s.Content[4],
                                NegativePressureFlowRate = s.Content[5],
                                WeighingWaterTankWeight = s.Content[6],
                                ReactEncoderValue = s.Content[7],
                                ProportionalValveOpening = s.Content[8],
                                BrineTankWeight = s.Content[9],
                                ReactPressure = s.Content[10]
                            };
                            sampling.ProductNumberId = id;
                            SqliteOperate.GetInstance.RealtimeChart(sampling, ProductStartTime);
                            SqliteOperate.GetInstance.Add(sampling);
                        }
                        _isReadSuccess = true;
                    }
                });
                comm.Read<bool>("DB1.DBX1003.7", 1).OnSuccess(s => DeviceStatus.HeartBeat = s.Content );

                //comm.Read<bool[]>("DB1.DBX2004.0", 16).OnSuccess(s =>
                //{
                //    AlarmHelper.GetInstance.Get<AlarmData>("50L反应釜").EStop = s.Content[0];
                //    AlarmHelper.GetInstance.Get<AlarmData>("50L反应釜").RotatingMachinesError = s.Content[1];
                //    AlarmHelper.GetInstance.Get<AlarmData>("50L反应釜").AbnormalNegativePressureFan = s.Content[2];
                //    AlarmHelper.GetInstance.Get<AlarmData>("50L反应釜").BrinePumpError = s.Content[3];
                //    AlarmHelper.GetInstance.Get<AlarmData>("50L反应釜").CompressorError = s.Content[4];
                //    AlarmHelper.GetInstance.Get<AlarmData>("50L反应釜").ReactorPressureLimit = s.Content[5];
                //});
                AlarmRead();

                Thread.Sleep(100);
            }, "数据获取", true);
        }

        private void WriteHeartBeat()
        {
            Task.Factory.StartNew( async() =>
            {
                while (true)
                {
                    if (this.IsConnect)
                    {
                        //var tokenSource = new CancellationTokenSource();
                        //tokenSource.CancelAfter(2000);
                        //await WriteAsync(BoolAddEnum.心跳, true,tokenSource.Token);
                        Write(BoolAddEnum.心跳, true);
                    }
                    //IsConnectChanged?.Invoke(this.IsConnect);
                    await Task.Delay(2500);

                }
            },TaskCreationOptions.LongRunning);
           
        }
        public OperateResult Write(BoolAddEnum add, bool value)
        {
            if (boolAdds.ContainsKey(add))
            {
                return comm.Write(boolAdds[add], value);
            }
            else
            {
                return OperateResult.Failed($"未查找到该地址{add.ToString()}");
            }
        }

        public OperateResult Write(FloatAddEnum add, float value)
        {
            if (floatAdds.ContainsKey(add))
            {
                return comm.Write(floatAdds[add], value);
            }
            else
            {
                return OperateResult.Failed($"未查找到该地址{add.ToString()}");
            }
        }

        public async Task<OperateResult> WriteAsync(BoolAddEnum add, bool value,CancellationToken cancellationToken=default)
        {
            if (boolAdds.ContainsKey(add))
            {
                try
                {
                    var result = await Task.Run(() =>
                    {
                        return comm.Write(boolAdds[add], value);
                    }, cancellationToken);
                    return result;

                }
                catch (OperationCanceledException)
                {
                    return OperateResult.Failed($"操作被取消");
                }
            }
            else
            {
                return OperateResult.Failed($"未查找到该地址{add.ToString()}");
            }
        }

    }
}