CyberX8/CyberX8_Simulator/Devices/PowerSupplierSocketSimulator.cs

using Aitex.Core.RT.DataCenter;
using CyberX8_Core;
using MECF.Framework.Common.CommonData;
using MECF.Framework.Common.CommonData.PowerSupplier;
using MECF.Framework.Common.Net;
using MECF.Framework.Common.Utilities;
using MECF.Framework.Simulator.Core.Driver;
using System;
using System.Collections.Generic;
using System.Linq;
using System.Security.Cryptography.X509Certificates;
using System.Text;
using System.Threading;
using System.Threading.Tasks;
using System.Timers;

namespace CyberX8_Simulator.Devices
{
    public class PowerSupplierSocketSimulator : SocketDeviceSimulator
    {

        private const short POWER_CONTROL_ADDRESS = 0x0113;
        private const short STEP_PERIOD_ADDRESS = 0x1400;
        private const short STEP_PERIOD_START_ADDRESS = 0x1640;
        private const short GOLD_CURRENT_SETTING_ADDRESS = 0x6102;
        private const short GOLD_STEP_PERIOD_ADDRESS = 0x77D0;

        /// <summary>
        /// 电源状态(00-cv输出,01-cc输出)
        /// </summary>
        private const short POWER_STATUS_ADDRESS = 0x0200;
        Dictionary<int, PowerSupplierData> _powerSupplierDic = new Dictionary<int, PowerSupplierData>();

        private IByteTransform byteTransform = new BigEndianByteTransformBase();

        private List<PowerSupplierStepPeriodData> _powerSupplierDatas = new List<PowerSupplierStepPeriodData>();
        private byte _startStep = 1;
        private byte _endStep = 255;
        private byte _cycle = 1;
        private byte _currentStep = 0;
        private int _currentLength = 0;
        private DateTime _currentTime = DateTime.Now;

        private System.Timers.Timer _timer;
        private byte[] _powerSupplierSetPoint = new byte[4];//记录每次设置的电流值

        public PowerSupplierSocketSimulator(int port):base(port)
        {
            PowerSupplierData powerSupplierData1 = new PowerSupplierData();
            powerSupplierData1.Current = 0;
            powerSupplierData1.Voltage = 56000;
            _powerSupplierDic[1] = powerSupplierData1;

            PowerSupplierData powerSupplierData2 = new PowerSupplierData();
            powerSupplierData2.Current = 0;
            powerSupplierData2.Voltage = 2000;
            _powerSupplierDic[2] = powerSupplierData2;

            PowerSupplierData powerSupplierData3 = new PowerSupplierData();
            powerSupplierData3.Current = 0;
            powerSupplierData3.Voltage = 3000;
            _powerSupplierDic[3] = powerSupplierData3;

            PowerSupplierData powerSupplierData4 = new PowerSupplierData();
            powerSupplierData4.Current = 0;
            powerSupplierData4.Voltage = 4000;
            _powerSupplierDic[4] = powerSupplierData4;
            _timer = new System.Timers.Timer();
            _timer.Interval = 1000;
            _timer.Elapsed += Timer_Elapsed;
        }

        private void Timer_Elapsed(object sender, ElapsedEventArgs e)
        {
            if(_currentStep>=_cycle*_endStep)
            {
                _timer.Stop();
            }

            if(DateTime.Now.Subtract(_currentTime).TotalSeconds>=_currentLength)
            {
                _currentStep++;
                if (_currentStep >= _cycle * _endStep)
                {
                    _powerSupplierDic[1].Current = 0;
                    _timer.Stop();
                    return;
                }
                _currentTime = DateTime.Now;
                _currentLength = (int)(_powerSupplierDatas[_currentStep].Hour * 3600 + _powerSupplierDatas[_currentStep].Minute * 60 +
                    _powerSupplierDatas[_currentStep].Second);
                _powerSupplierDic[1].Current = (int)(_powerSupplierDatas[_currentStep].Current*10);
            }
        }

        protected override void ProcessUnsplitMessage(byte[] data)
        {
            short flag = byteTransform.TransInt16(data, 0);
            byte channel = data[6];
            byte command = data[7];
            if(!_powerSupplierDic.ContainsKey(channel))
            {
                OnWriteMessage(CreateError(flag,channel, command, 0x02));
                return;
            }
            if (command == 0x03)//读取
            {
                short startAddress = byteTransform.TransInt16(data, 8);
                short registerCount = byteTransform.TransInt16(data, 10);
                if (startAddress == 0x201)
                {
                    byte[] bytes = new byte[2*registerCount];
                    Array.Copy(byteTransform.GetBytes(_powerSupplierDic[channel].Voltage), 0, bytes, 0, 4);
                    Array.Copy(byteTransform.GetBytes(_powerSupplierDic[channel].Current), 0, bytes, 4, 4);
                    OnWriteMessage(CreateReadResponse(flag, channel, command, registerCount, bytes));
                    return;
                }
                else if (startAddress == 0x0110)
                {
                    byte[] bytes = new byte[2];
                    bytes[0] = 0;
                    bytes[1] = _powerSupplierDic[channel].Enabled?(byte)1:(byte)0;
                    OnWriteMessage(CreateReadResponse(flag, channel, command, registerCount, bytes));
                    return;
                }
                else if (startAddress == POWER_STATUS_ADDRESS)
                {
                    byte[] bytes = new byte[2];
                    bytes[0] = 0;
                    bytes[1] = (byte)_powerSupplierDic[channel].PowerStatus;
                    OnWriteMessage(CreateReadResponse(flag, channel, command, registerCount, bytes));
                    return;
                }
                else if (startAddress == 0x0101)
                {
                    byte[] bytes = new byte[2];
                    Array.Copy(byteTransform.GetBytes(_powerSupplierDic[channel].CurrentSetting), 0, bytes, 0, bytes.Length);
                    OnWriteMessage(CreateReadResponse(flag, channel, command, registerCount, bytes));
                    return;
                }
                else if(startAddress == GOLD_CURRENT_SETTING_ADDRESS)
                {
                    OnWriteMessage(CreateReadResponse(flag, channel, command, registerCount, _powerSupplierSetPoint));
                    return;
                }
                else if (startAddress == 0X80)
                {
                    byte[] bytes = new byte[2];
                    bytes[0] = 0;
                    bytes[1] = _powerSupplierDic[channel].OutputSwitchControl;
                    OnWriteMessage(CreateReadResponse(flag, channel, command, registerCount, bytes));
                    return;
                }
                else if (startAddress == 0x0111)
                {
                    byte[] bytes = new byte[2];
                    bytes[0] = 0;
                    bytes[1] = (byte)_powerSupplierDic[channel].RunModel;
                    OnWriteMessage(CreateReadResponse(flag, channel, command, registerCount, bytes));
                    return;
                }
                else if (startAddress == POWER_CONTROL_ADDRESS)
                {
                    byte[] bytes = new byte[2];
                    bytes[0] = 0;
                    bytes[1] = (byte)_powerSupplierDic[channel].PowerControl;
                    OnWriteMessage(CreateReadResponse(flag, channel, command, registerCount, bytes));
                    return;
                }
                else
                {
                    OnWriteMessage(CreateError(flag, channel, command, 03));
                }
            }
            else if (command == 0x06)//设置
            {
                short startAddress = byteTransform.TransInt16(data, 8);
                short value = byteTransform.TransInt16(data, 10);
                if(startAddress==0x0110)
                {
                    UpdateChannelEnable(flag, channel, command, startAddress, data[11]);
                    if (_powerSupplierDic[channel].Enabled)
                    {
                        if (_powerSupplierDic[channel].RunModel == 1)
                        {
                            _powerSupplierDic[channel].Current = _powerSupplierDic[channel].CurrentSetting * 10;
                        }
                    }
                    else
                    {
                        _powerSupplierDic[channel].Current = 0;
                    }
                }
                else if (startAddress == 0x0101)
                {
                    UpdateChannelCurrent(flag,channel, command, startAddress, value);
                }
                else if (startAddress == POWER_CONTROL_ADDRESS)
                {
                    UpdateChannelPowerControl(flag, channel, command, startAddress, data[11]);
                }
                else if(startAddress== 0x0111)
                {
                    UpdateChannelRunModel(flag, channel, command, startAddress, data[11]);
                }
                else
                {
                    byte[] errorByt = CreateError(flag, channel, command, 03);
                    OnWriteMessage(errorByt);
                    return;
                }

            }
            else if(command==0x10)
            {
                short startAddress = byteTransform.TransInt16(data, 8);
                short length = byteTransform.TransInt16(data, 10);
                if (startAddress == STEP_PERIOD_ADDRESS)
                {
                    _powerSupplierDatas.Clear();
                    int listCount = length / 6;
                    for(int i=0;i<listCount;i++)
                    {
                        PowerSupplierStepPeriodData powerSupplierData = new PowerSupplierStepPeriodData();
                        powerSupplierData.Voltage = byteTransform.TransInt16(data, 13 + i * 12);

                        powerSupplierData.Current = byteTransform.TransInt16(data, 15 + i * 12);
                        powerSupplierData.Hour = byteTransform.TransUInt16(data, 17 + i * 12);
                        powerSupplierData.Minute = byteTransform.TransUInt16(data, 19 + i * 12);
                        powerSupplierData.Second = byteTransform.TransUInt16(data, 21 + i * 12);
                        powerSupplierData.Microsecond = byteTransform.TransUInt16(data, 23 + i * 12);
                        _powerSupplierDatas.Add(powerSupplierData);
                    }
                    OnWriteMessage(CreateWriteResponse(flag, channel, command, startAddress, length));
                }
                else if(startAddress==STEP_PERIOD_START_ADDRESS)
                {
                    _startStep = (byte)byteTransform.TransInt16(data,13);
                    _endStep = (byte)byteTransform.TransInt16(data, 15);
                    _cycle = (byte)byteTransform.TransInt16(data, 17);
                    _currentLength = (_powerSupplierDatas[0].Hour * 3600 + _powerSupplierDatas[0].Minute * 60 +
                        _powerSupplierDatas[0].Second);
                    _powerSupplierDic[1].Current = (int)(_powerSupplierDatas[0].Current*10);
                    _currentTime = DateTime.Now;
                    _currentStep = 0;
                    _timer.Start();
                    OnWriteMessage(CreateWriteResponse(flag, channel, command, startAddress, length));
                }
                else if(startAddress == GOLD_CURRENT_SETTING_ADDRESS)
                {
                    byte[] vauleData = new byte[4];   //0,1是高位，2,3是低位
                    Array.Copy(data, 13, vauleData, 0, 4);
                    _powerSupplierSetPoint = vauleData;
                    int count = byteTransform.TransInt32(vauleData, 0);
                    UpdateChannelGoldCurrent(flag, channel, command, (short)count);
                }
            }
            else
            {
                OnWriteMessage(CreateError(flag, channel, command, 0x01));
            }
        }



        private byte[] CreateReadResponse(short flag,byte channel,byte command,short registerCount, byte[] values)
        {
            byte[] bytes = new byte[3 + values.Length + 6];
            Array.Copy(byteTransform.GetBytes(flag), 0, bytes, 0, 2);
            bytes[2] = 0x00;
            bytes[3] = 0x00;
            short dataLength=(short)(3+ values.Length);
            Array.Copy(byteTransform.GetBytes(dataLength), 0, bytes, 4, 2);
            bytes[6] = channel;
            bytes[7] = command;
            bytes[8] = (byte)(2 * registerCount);
            Array.Copy(values,0,bytes, 9, values.Length);
            return bytes;
        }
        private void UpdateChannelCurrent(short flag,byte channel, byte command, short startAddress, short value)
        {
            _powerSupplierDic[channel].CurrentSetting = value;
            OnWriteMessage(CreateWriteResponse(flag, channel, command, startAddress, value));
        }
        private void UpdateChannelGoldCurrent(short flag, byte channel, byte command, short count)
        {
            _powerSupplierDic[channel].CurrentSetting = count;
            OnWriteMessage(CreateMultiWriteResponse(flag, channel, command, 2));
        }
        private void UpdateChannelEnabled(short flag,byte channel, byte command, short startAddress, short value)
        {
            _powerSupplierDic[channel].OutputSwitchControl = (byte)value;
            OnWriteMessage(CreateWriteResponse(flag,channel, command, startAddress, value));
        }
        private void UpdateChannelPowerControl(short flag, byte channel, byte command, short startAddress, short value)
        {
            _powerSupplierDic[channel].PowerControl = (byte)value;
            OnWriteMessage(CreateWriteResponse(flag, channel, command, startAddress, value));
        }

        private void UpdateChannelRunModel(short flag, byte channel, byte command, short startAddress, short value)
        {
            _powerSupplierDic[channel].RunModel = (byte)value;
            OnWriteMessage(CreateWriteResponse(flag, channel, command, startAddress, value));
        }
        private void UpdateChannelEnable(short flag, byte channel, byte command, short startAddress, short value)
        {
            _powerSupplierDic[channel].Enabled = value == 1;
            OnWriteMessage(CreateWriteResponse(flag, channel, command, startAddress, value));
        }


        private byte[] CreateWriteResponse(short flag,byte channel,byte command, short startAddress,short value)
        {
            byte[] byt = new byte[12];
            Array.Copy(byteTransform.GetBytes(flag), 0, byt, 0, 2); 
            byt[2] = 0x00;
            byt[3] = 0x00;
            byt[4] = 0x00;
            byt[5] = 0x06;
            byt[6] = channel;
            byt[7] = command;
            byte[] addressByt= byteTransform.GetBytes(startAddress);
            Array.Copy(addressByt, 0, byt, 8, 2);
            byte[] valueByt=byteTransform.GetBytes(value);
            Array.Copy(valueByt, 0, byt, 10, 2);
            return byt;
        }

        private byte[] CreateMultiWriteResponse(short flag, byte channel, byte command,byte registerCount)
        {
            byte[] byt = new byte[12];
            Array.Copy(byteTransform.GetBytes(flag), 0, byt, 0, 2);
            byt[2] = 0x00;
            byt[3] = 0x00;
            byt[4] = 0x00;
            byt[5] = 0x06;
            byt[6] = channel;
            byt[7] = command;
            byt[8] = 0x00;
            byt[9] = registerCount;
            //byte[] addressByt = byteTransform.GetBytes(startAddress);
            //Array.Copy(addressByt, 0, byt, 8, 2);
            //byte[] valueByt = byteTransform.GetBytes(count);
            //Array.Copy(valueByt, 0, byt, 10, 2);
            return byt;
        }

        private byte[] CreateError(short flag,byte channel,byte command,byte error)
        {
            byte[] byt = new byte[9];
            Array.Copy(byteTransform.GetBytes(flag), 0, byt, 0, 2);
            byt[2] = 0x00;
            byt[3] = 0x00;
            byt[4] = 0x00;
            byt[5] = 0x03;
            byt[6]=channel;
            byt[7]=(byte)(command|0x80);
            byt[8] = error;
            return byt;
        }
    }

    internal class PowerSupplierData
    {
        private short _voltageSetting;
        private short _currentSetting;
        private byte _outputSwitchControl;
        private int _voltage;
        private int _current;
        private short _powerStatus = (int)PowerStatusEnum.CC;
        private short _powerControl=(int)PowerControlEnum.Remote;
        private short _runModel = (int)PowerRunModelEnum.Normal;
        /// <summary>
        /// 可用性
        /// </summary>
        private bool _enabled;
        public short VoltageSetting { get { return _voltageSetting; } set { _voltageSetting = value; } }

        public short CurrentSetting { get { return _currentSetting; } set { _currentSetting = value;  } }

        public byte OutputSwitchControl { get { return _outputSwitchControl; } set { _outputSwitchControl = value; } }


        public int Voltage { get { return _voltage; } set { _voltage = value;  } }

        public int Current { get { return _current; } set { _current = value;  } }

        public short PowerStatus { get { return _powerStatus; } set { _powerStatus = value; } }

        public short PowerControl { get { return _powerControl; } set { _powerControl = value; } }

        public short RunModel { get { return _runModel; } set { _runModel = value; } }

        public bool Enabled { get { return _enabled; } set { _enabled = value; } }
    }

    public class PowerSupplierStepPeriodData 
    {
        #region 内部变量
        private double _voltage;
        private double _current;
        private ushort _hour;
        private ushort _minute;
        private ushort _second;
        private ushort _microsecond;
        #endregion

        #region 属性
        public double Voltage { get { return _voltage; } set { _voltage = value;  } }

        public double Current { get { return _current; } set { _current = value; } }

        public ushort Hour { get { return _hour; } set { _hour = value; } }

        public ushort Minute { get { return _minute; } set { _minute = value; } }

        public ushort Second { get { return _second; } set { _second = value; } }

        public ushort Microsecond { get { return _microsecond; } set { _microsecond = value; } }
        #endregion
    }
}