laatzen/Common/Hardware/WaterMeter/eRegister/Common.Hardware.WaterMeter.eRegister/EregisterCheckFinalizationTask.cs

namespace Common.Hardware.WaterMeter.eRegister
{
    using Common.Hardware.Ports;
    using Common.Hardware.SIRT;
    using Common.Hardware.WaterMeter.eRegister.Attributes;
    using Common.Hardware.WaterMeter.eRegister.Features;
    using Common.Hardware.WaterMeter.eRegister.Models;

    using System;
    using System.Linq;
    using System.Reflection;
    using System.Windows.Forms;

    public class EregisterCheckFinalizationTask : EregisterTask
    {
        private readonly EregisterProgrammingParameters requestParameters;

        private SIRTTaskState pendingState;

        public EregisterCheckFinalizationTask(EregisterProgrammingParameters requestParameters, int frequency) : base(frequency)
        {
            this.requestParameters = requestParameters;
            this.pendingState = SIRTTaskState.Completed;
            this.Name = "Final Check";
            this.Data = new RequestDebugTelegram()
                .Append(new ProvidePin
                {
                    AuthLevel = AuthLevel.III
                });
        }

        protected override void EndProcessResponse(SIRTMessage response)
        {
            this.timeoutTimer.Stop();

            if (this.State == this.pendingState)
            {
                this.State = SIRTTaskState.Running;
                this.Name = "Final Check - ✓";

                var errors = string.Empty;

                if (this.DEBUG != null && this.SEMI != null)
                {
                    var responseParameters = this.GetProgrammingParameters();
                    var comparebleProperties = typeof(EregisterProgrammingParameters)
                        .GetProperties(BindingFlags.Public | BindingFlags.Instance)
                        .Where(x => x.GetCustomAttribute<ComparePropertyAttribute>() != null);

                    foreach (var property in comparebleProperties)
                    {
                        var requestValue = $"{property.GetValue(this.requestParameters)}"
                            .ToString()
                            .Trim('\0')
                            .Trim();
                        var responseValue = $"{property.GetValue(responseParameters)}"
                            .ToString()
                            .Trim('\0')
                            .Trim();

                        if (requestValue != responseValue)
                        {
                            errors += $"- {property.Name}: request value {requestValue} != response value {responseValue}{Environment.NewLine}";
                        }
                    }

                    var volumeDifference = Math.Abs((int)this.requestParameters.DisplayVolume - (int)responseParameters.DisplayVolume);

                    if (volumeDifference > 10)
                    {
                        errors += $"- {nameof(this.requestParameters.DisplayVolume)}: request value {this.requestParameters.DisplayVolume} != response value {responseParameters.DisplayVolume}{Environment.NewLine}";
                    }
                }

                if (errors.Length > 0)
                {
                    errors += $"{Environment.NewLine}{Environment.NewLine}{Environment.NewLine}Möchten Sie mit der Prüfungsabschluss fortfahren (Ja), oder Abbrechen (Nein)?{Environment.NewLine}";
                    errors = $"Am Einbauplatz: {this.SlotNr}, "
                           + $"eingebaute E-Register mit Funkadressen: {this.RequestAddress} | {this.ResponseAddress}, "
                           + $"sind folgenden Fehler aufgetreten:{Environment.NewLine}{Environment.NewLine}{Environment.NewLine}{errors}";


                    var result = MessageBox.Show(errors, $"Fehler bei der Prüfungsabschluss", MessageBoxButtons.YesNo);

                    if (result == DialogResult.No)
                    {
                        this.pendingState = SIRTTaskState.Cancelled;
                        this.Label = nameof(SIRTTaskState.Cancelled);
                        this.Name = "Final Check ✘";
                    }
                }
            }

            this.State = this.pendingState;

            this.timeoutTimer.Start();
            base.EndProcessResponse(response);
        }

        private EregisterProgrammingParameters GetProgrammingParameters()
        {
            var alarms = new AlarmsMask(this.SEMI.AlarmActiveInformation);
            var dataLogContent = new ChangeDataLoggerSettings();
            dataLogContent.SetLogContent(this.SEMI.LogContent);
            var fdrLogContent = new ChangeDataLoggerSettings();
            fdrLogContent.SetLogContent(this.SEMI.FixedDateReadingContent);

            var parameters = new EregisterProgrammingParameters
            {
                VolumePerLedPulse = this.DEBUG.VolumePerLedPulse,
                VolumePerPulse = this.DEBUG.VolumePerPulse,
                OffsetFactor = (byte)this.DEBUG.OffsetFactor,
                OffsetTime = this.DEBUG.OffsetTime,
                FactoryCalibration = (byte)(this.DEBUG.FactoryCalibration * 10),
                UnitsOfMessureSEMI = (byte)this.SEMI.Units,
                MeterSize = this.SEMI.MeterSize,
                Alarm_Backflow = alarms.Backflow,
                Alarm_Broken_Pipe = alarms.BrokenPipe,
                Alarm_Leakage = alarms.Leak,
                Alarm_Low_Battery = alarms.LowBattery,
                Alarm_Magnetic_Tamper = alarms.MagneticTamper,
                Alarm_Medium_Absent = alarms.MediumAbsent,
                Alarm_Metrology_Unavailable = alarms.MetrologyUnavailable,
                Alarm_Specific_Error = alarms.SpecificError,
                MeterId = this.SEMI.MeterID,
                Data_Logging_Period = this.SEMI.LoggingInterval,
                Data_Logging_Alarm_State = dataLogContent.AlarmState,
                Data_Logging_Backward_Volume = dataLogContent.BackwardVolume,
                Data_Logging_Broken_Pipe_Flow = dataLogContent.BrokenPipeFlow,
                Data_Logging_Counter = dataLogContent.Counter,
                Data_Logging_Current_Flow = dataLogContent.CurrentFlow,
                Data_Logging_Forward_Counter = dataLogContent.ForwardCounter,
                Data_Logging_Maximum_Flow = dataLogContent.MaximumFlow,
                Data_Logging_Minimum_Flow = dataLogContent.MinimumFlow,
                Data_Logging_Peak_Flow = dataLogContent.PeakFlow,
                Data_Logging_Time_Of_Broken_Pipe = dataLogContent.TimeOfBrokenPipe,
                Data_Logging_Time_Of_Maximum_Flow = dataLogContent.TimeOfMaximumFlow,
                Data_Logging_Time_Of_Minimum_Flow = dataLogContent.TimeOfMinimumFlow,
                Data_Logging_Time_Of_Peak_Flow = dataLogContent.TimeOfPeakFlow,
                History_Error_Limits_Days = this.SEMI.HistoricalErrorLimit,
                CustomerSpecificText = this.SEMI.CustomerSpecificText,
                DisplayVolume = this.SEMI.DisplayVolume,
                LeakagePeriod = this.SEMI.LeakageDetectionParameters.GetBitsLE().GetByteLE(0, 3),
                // TODO: LeakageThreshold
                BrokenPipePeriod = this.SEMI.BrokenPipeDetectionParameters.GetBitsLE().GetByteLE(0, 3),
                // TODO: BrokenPipeThreshold
                FDR_Day_Of_Data_Reading = this.SEMI.DayOfMonth,
                FDR_Alarm_State = fdrLogContent.AlarmState,
                FDR_Backward_Volume = fdrLogContent.BackwardVolume,
                FDR_Broken_Pipe_Flow = fdrLogContent.BrokenPipeFlow,
                FDR_Counter = fdrLogContent.Counter,
                FDR_Current_Flow = fdrLogContent.CurrentFlow,
                FDR_Forward_Counter = fdrLogContent.ForwardCounter,
                FDR_Maximum_Flow = fdrLogContent.MaximumFlow,
                FDR_Minimum_Flow = fdrLogContent.MinimumFlow,
                FDR_Peak_Flow = fdrLogContent.PeakFlow,
                FDR_Time_Of_Broken_Pipe = fdrLogContent.TimeOfBrokenPipe,
                FDR_Time_Of_Maximum_Flow = fdrLogContent.TimeOfMaximumFlow,
                FDR_Time_Of_Minimum_Flow = fdrLogContent.TimeOfMinimumFlow,
                FDR_Time_Of_Peak_Flow = fdrLogContent.TimeOfPeakFlow,
                TransmissionIntervalFinal = (byte)this.SEMI.TransmissionInterval,
                LATWindowsFinal = this.SEMI.LATInterval,
                MBusStatus = this.SEMI.MBusStatus,
                Adresse = this.SEMI.Address,
            };

            return parameters;
        }
    }
}