namespace CommonConsole
{
    using Common.Hardware.SIRT;
    using Common.Hardware.SIRT.Tasks;
    using Common.Hardware.WaterMeter.eRegister;
    using Common.Hardware.WaterMeter.eRegister.Features;

    using System;

    public static class Program
    {
        public static void Main()
        {
            SIRTLogger.State += Console.WriteLine;

            var sirtHub = new SIRTHub();

            if (sirtHub.TryOpen("COM6", out var sirtId, out var frequency))
            {
                SIRTLogger.State -= Console.WriteLine;
                SIRTLogger.Message += Console.WriteLine;
                Console.WriteLine($"Listening on: COM6 - {frequency} - {sirtId}");
                
                var task = new LEDTask(frequency, 319017453)
                {
                    //WakeUpCmd = true,
                    //WakeUpModul = true,
                    //DelPamSemi = true,
                    Data = new byte[] { 0x1F, 0x01, 0x08, 0x43, 0x03, 0x63, 0x93, 0x73, 0x22 },
                    EncryptionKey = "E6C88800DEB868C0D6A84880CE982840".GetBytes(),
                    IsEncrypted = true,
                };

                sirtHub.Start(task);
                task.Wait();

                Console.ReadKey();
                sirtHub.Close("COM6");
            }
        }

        public class LEDTask : EregisterTask
        {
            public LEDTask(int frequency, uint address) : base(frequency)
            {
                this.RequestAddress = address;
            }

            public byte P811
            {
                get => this.p811;
                set => this.p811 = value;
            }
        }

        //internal enum AlarmMask
        //{
        //    ALARM_REBOOT = 1 << 0, // immer An
        //    ALARM_LOW_BATTERY = 1 << 1,
        //    ALARM_VERY_LOW_BATTERY = 1 << 2,  /* For consistency with st_alarm_bit_t only */
        //    ALARM_CONFIG_ERROR = 1 << 3,
        //    ALARM_EMPTY_PIPE = 1 << 4,
        //    ALARM_MAGNETIC_TAMPER = 1 << 5,  /* For consistency with st_alarm_bit_t only */
        //    ALARM_REVERSE_FLOW = 1 << 6,
        //    ALARM_SUSPECT_LEAK = 1 << 7,
        //    ALARM_BROKEN_PIPE = 1 << 8,
        //    ALARM_LOW_PRESSURE = 1 << 9,
        //    ALARM_HIGH_PRESSURE = 1 << 10,
        //    ALARM_LOW_TEMPERATURE = 1 << 11,
        //    ALARM_HIGH_TEMPERATURE = 1 << 12,
        //    ALARM_RADIO_ERROR = 1 << 13,
        //    ALARM_METROLOGY_PARAMS = 1 << 14,
        //    ALARM_METROLOGY_MEASURE = 1 << 15,
        //    ALARM_MAX = 1 << 16
        //};

        //internal enum FDRMask
        //{
        //    LOG_BILLING_COUNTER = 0x00000002,    //!< BillingCounter
        //    LOG_FORWARD_COUNTER = 0x00001000,    //!< ForwardCounter
        //    LOG_REVERSE_COUNTER = 0x00000004,    //!< Backward or ReverseCounter
        //    LOG_MIN_FLOW_TIME = 0x00000800,    //!< Date/Time of FlowMin
        //    LOG_MIN_FLOW_VAL = 0x00000400,    //!< Value of FlowMin
        //    LOG_BROKEN_PIPE_FLOW_TIME = 0x00000200,    //!< Date/Time of BrokenPipe
        //    LOG_BROKEN_PIPE_FLOW_VAL = 0x00000100,    //!< Value of BrokenPipe
        //    LOG_CUR_FLOW_VAL = 0x00000080,                          //!< Current Flow Value (Average of Period)
        //    LOG_PEAK_FLOW_TIME = 0x00000040,    //!< Date/Time of PeakFlow
        //    LOG_PEAK_FLOW_VAL = 0x00000020,    //!< Value of PeakFlow
        //    LOG_MAX_FLOW_TIME = 0x00000010,    //!< Date/Time of MaxFlow
        //    LOG_MAX_FLOW_VAL = 0x00000008,    //!< Value of MaxFlow
        //    LOG_CUR_TEMP_VAL = 0x02000000,    //!< Temperature Current Value
        //    LOG_MAX_TEMP_TIME = 0x00800000,    //!< Temperature Maximum 
        //    LOG_MAX_TEMP_VAL = 0x00400000,    //!< Temperature Maximum 
        //    LOG_MIN_TEMP_TIME = 0x00200000,    //!< Temperature Minimum 
        //    LOG_MIN_TEMP_VAL = 0x00100000,    //!< Temperature Minimum 
        //    LOG_CUR_PRESS_VAL = 0x01000000,    //!< Pressure Current Value
        //    LOG_MAX_PRESS_TIME = 0x00080000,    //!< Pressure Maximum Time 
        //    LOG_MAX_PRESS_VAL = 0x00040000,    //!< Pressure Maximum 
        //    LOG_MIN_PRESS_TIME = 0x00020000,    //!< Pressure Minimum Time 
        //    LOG_MIN_PRESS_VAL = 0x00010000,    //!< Pressure Minimum
        //    LOG_ALARM_STATE = 0x00000001,    //!< AlarmState (16 bits)
        //    LOG_EXT_ALARM_STATE = 0x04000000,    //<! Extended Alarm Status
        //};

        //var alarm
        //    = FDRMask.LOG_BILLING_COUNTER
        //    | FDRMask.LOG_REVERSE_COUNTER
        //    | FDRMask.LOG_BROKEN_PIPE_FLOW_TIME
        //    | FDRMask.LOG_BROKEN_PIPE_FLOW_VAL
        //    | FDRMask.LOG_PEAK_FLOW_TIME
        //    | FDRMask.LOG_PEAK_FLOW_VAL
        //    | FDRMask.LOG_MAX_FLOW_TIME
        //    | FDRMask.LOG_MAX_FLOW_VAL
        //    | FDRMask.LOG_MAX_TEMP_TIME
        //    | FDRMask.LOG_MAX_TEMP_VAL
        //    | FDRMask.LOG_ALARM_STATE
        //    | FDRMask.LOG_EXT_ALARM_STATE;

        //public static void Main()
        //{
        //    var alarm = AlarmMask.ALARM_REBOOT
        //              | AlarmMask.ALARM_EMPTY_PIPE
        //              | AlarmMask.ALARM_SUSPECT_LEAK
        //              | AlarmMask.ALARM_BROKEN_PIPE
        //              | AlarmMask.ALARM_LOW_BATTERY
        //              | AlarmMask.ALARM_REVERSE_FLOW
        //              | AlarmMask.ALARM_HIGH_TEMPERATURE;

        //    Console.WriteLine($"Alarm: {alarm}");
        //    Console.WriteLine(BitConverter.ToString(BitConverter.GetBytes((int)alarm)));
        //    Console.WriteLine();

        //    var fdr = FDRMask.LOG_BILLING_COUNTER
        //            | FDRMask.LOG_REVERSE_COUNTER
        //            | FDRMask.LOG_BROKEN_PIPE_FLOW_TIME
        //            | FDRMask.LOG_BROKEN_PIPE_FLOW_VAL
        //            | FDRMask.LOG_PEAK_FLOW_TIME
        //            | FDRMask.LOG_PEAK_FLOW_VAL
        //            | FDRMask.LOG_MAX_FLOW_TIME
        //            | FDRMask.LOG_MAX_FLOW_VAL
        //            | FDRMask.LOG_MAX_TEMP_TIME
        //            | FDRMask.LOG_MAX_TEMP_VAL
        //            | FDRMask.LOG_ALARM_STATE
        //            | FDRMask.LOG_EXT_ALARM_STATE;

        //    Console.WriteLine($"FDR: {fdr}");
        //    Console.WriteLine(BitConverter.ToString(BitConverter.GetBytes((int)fdr)));
        //    Console.WriteLine();

        //    Console.WriteLine($"HErrL: {BitConverter.ToString(BitConverter.GetBytes((short)90))}");
        //    Console.WriteLine();

        //    Console.WriteLine("LeakageThreshold");
        //    Console.WriteLine($"DN  40  100 l/h = 100 * 256 = {BitConverter.ToString(BitConverter.GetBytes(100 * 256))}");
        //    Console.WriteLine($"DN  50  100 l/h = 100 * 256 = {BitConverter.ToString(BitConverter.GetBytes(100 * 256))}");
        //    Console.WriteLine($"DN  65  125 l/h = 125 * 256 = {BitConverter.ToString(BitConverter.GetBytes(125 * 256))}");
        //    Console.WriteLine($"DN  80  125 l/h = 125 * 256 = {BitConverter.ToString(BitConverter.GetBytes(125 * 256))}");
        //    Console.WriteLine($"DN 100  125 l/h = 125 * 256 = {BitConverter.ToString(BitConverter.GetBytes(125 * 256))}");
        //    Console.WriteLine($"DN 125  500 l/h = 500 * 256 = {BitConverter.ToString(BitConverter.GetBytes(500 * 256))}");
        //    Console.WriteLine($"DN 150  375 l/h = 375 * 256 = {BitConverter.ToString(BitConverter.GetBytes(375 * 256))}");
        //    Console.WriteLine();


        //    Console.WriteLine("BrokenPipeThreshold");
        //    Console.WriteLine($"DN  40  50 m³/h =   50 * 256 * 1000 = {BitConverter.ToString(BitConverter.GetBytes( 50 * 256 * 1000))}");
        //    Console.WriteLine($"DN  80 125 m³/h =  125 * 256 * 1000 = {BitConverter.ToString(BitConverter.GetBytes(125 * 256 * 1000))}");
        //    Console.WriteLine($"DN 150 250 m³/h =  250 * 256 * 1000 = {BitConverter.ToString(BitConverter.GetBytes(250 * 256 * 1000))}");
        //    Console.WriteLine();
        //}
    }
}