using Aitex.Core.Common;
using Aitex.Core.RT.Device;
using Aitex.Core.Util;
using Aitex.Sorter.Common;
using athosRT.Devices.EFEM.ABS;
using MECF.Framework.Common.Equipment;
using MECF.Framework.Common.SubstrateTrackings;
using MECF.Framework.RT.EquipmentLibrary.HardwareUnits.LoadPorts;
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;
using EV = athosRT.tool.EV;

namespace athosRT.Devices.EFEM.Task
{
    public class CheckImp
    {
        protected ErrorCheckList1 flag1 = 0;
        protected ErrorCheckList2 flag2 = 0;
        protected ErrorCheckList3 flag3 = 0;
        protected int LoadPortQuantity = Singleton<DeviceDefineManager>.Instance.GetValue<int>(nameof(LoadPortQuantity)).GetValueOrDefault();
        protected int LoadLockQuantity = Singleton<DeviceDefineManager>.Instance.GetValue<int>(nameof(LoadLockQuantity)).GetValueOrDefault();
        protected bool AlignerInstalled = Singleton<DeviceDefineManager>.Instance.GetValue<bool>(nameof(AlignerInstalled)).GetValueOrDefault();
        protected bool CoolingBufferInstalled = Singleton<DeviceDefineManager>.Instance.GetValue<bool>(nameof(CoolingBufferInstalled)).GetValueOrDefault();
        protected bool RobotIsSingleArm = Singleton<DeviceDefineManager>.Instance.GetValue<bool>(nameof(RobotIsSingleArm)).GetValueOrDefault();
        protected bool MultiWaferSize = Singleton<DeviceDefineManager>.Instance.GetValue<bool>(nameof(MultiWaferSize)).GetValueOrDefault();
        public const string PARAM_NG = "PARAM_NG";
        protected int _token;

        public bool HasInfoMessage { get; set; }

        public CheckImp() => HasInfoMessage = true;

        public bool CheckError(string device, out string reason)
        {
            //44个policy 额滴神啊
            //44个policy 只有3个包含真正的判断的check 其他都是空的 3个分别是EMSPolicy、VacPolicy、AirPolicy
            //剩余一些信号可能要加 所以要将IO信号、task等搞清楚 方便修改、添加条件
            //if (   flag1.HasFlag(ErrorCheckList1.VAC) && !Check<VacPolicy>(device, out reason)
            //    || flag1.HasFlag(ErrorCheckList1.AIR) && !Check<AirPolicy>(device, out reason) 
            //    || flag1.HasFlag(ErrorCheckList1.STALL) && !Check<StallPolicy>(device, out reason) 
            //    || flag1.HasFlag(ErrorCheckList1.LIMIT) && !Check<LIMITPolicy>(device, out reason) 
            //    || flag1.HasFlag(ErrorCheckList1.SENSOR) && !Check<SENSORPolicy>(device, out reason) 
            //    || flag1.HasFlag(ErrorCheckList1.POSITION) && !Check<POSITIONPolicy>(device, out reason) 
            //    || flag1.HasFlag(ErrorCheckList1.EMS) && !Check<EMSPolicy>(device, out reason) 
            //    || flag1.HasFlag(ErrorCheckList1.COMM) && !Check<COMMPolicy>(device, out reason) 
            //    || flag1.HasFlag(ErrorCheckList1.COMM2) && !Check<COMM2Policy>(device, out reason) 
            //    || flag1.HasFlag(ErrorCheckList1.VACON) && !Check<VACONPolicy>(device, out reason) 
            //    || flag1.HasFlag(ErrorCheckList1.VACOFF) && !Check<VACOFPolicy>(device, out reason) 
            //    || flag1.HasFlag(ErrorCheckList1.CLAMPON) && !Check<CLAMPONPolicy>(device, out reason) 
            //    || flag1.HasFlag(ErrorCheckList1.CLAMPOF) && !Check<CLAMPOFPolicy>(device, out reason) 
            //    || flag2.HasFlag(ErrorCheckList2.RRTWAF) && !Check<PRTWAFPolicy>(device, out reason) 
            //    || flag2.HasFlag(ErrorCheckList2.CRSWAF) && !Check<CRSWAFPolicy>(device, out reason) 
            //    || flag2.HasFlag(ErrorCheckList2.THICKWAF) && !Check<THICKWAFPolicy>(device, out reason) 
            //    || flag2.HasFlag(ErrorCheckList2.THINWAF) && !Check<THINWAFPolicy>(device, out reason) 
            //    || flag2.HasFlag(ErrorCheckList2.DBLWAF) && !Check<DBLWAFPolicy>(device, out reason) 
            //    || flag2.HasFlag(ErrorCheckList2.BAOWAF) && !Check<BOWWAFPolicy>(device, out reason) 
            //    || flag2.HasFlag(ErrorCheckList2.COMMAND) && !Check<COMMANDPolicy>(device, out reason) 
            //    || flag2.HasFlag(ErrorCheckList2.PODNG) && !Check<PODNGPolicy>(device, out reason) 
            //    || flag2.HasFlag(ErrorCheckList2.PODMISMATCH) && !Check<PODMISMATCHPolicy>(device, out reason) 
            //    || flag2.HasFlag(ErrorCheckList2.VAC_S) && !Check<VAC_SPolicy>(device, out reason) 
            //    || flag2.HasFlag(ErrorCheckList2.CLAMP_S) && !Check<CLAMP_SPolicy>(device, out reason) 
            //    || flag2.HasFlag(ErrorCheckList2.SAFTY) && !Check<SAFTYPolicy>(device, out reason) 
            //    || flag2.HasFlag(ErrorCheckList2.LOCKNG) && !Check<LOCKNGPolicy>(device, out reason) 
            //    || flag2.HasFlag(ErrorCheckList2.UNLOCKNG) && !Check<UNLOCKNGPolicy>(device, out reason) 
            //    || flag2.HasFlag(ErrorCheckList2.L_KEY_LK) && !Check<L_KEY_LKPolicy>(device, out reason) 
            //    || flag2.HasFlag(ErrorCheckList2.L_KEY_UL) && !Check<L_KEY_ULPolicy>(device, out reason) 
            //    || flag3.HasFlag(ErrorCheckList3.MAP_S) && !Check<MAP_SPolicy>(device, out reason) 
            //    || flag3.HasFlag(ErrorCheckList3.MAP_S1) && !Check<MAP_S1Policy>(device, out reason) 
            //    || flag3.HasFlag(ErrorCheckList3.MAP_S2) && !Check<MAP_S2Policy>(device, out reason) 
            //    || flag3.HasFlag(ErrorCheckList3.WAFLOST) && !Check<WAFLOSTPolicy>(device, out reason) 
            //    || flag3.HasFlag(ErrorCheckList3.ALIGNNG) && !Check<ALIGNNGPolicy>(device, out reason) 
            //    || flag3.HasFlag(ErrorCheckList3.PODNG) && !Check<PODNGPolicy>(device, out reason) 
            //    || flag3.HasFlag(ErrorCheckList3.PODMISMATCH) && !Check<PODMISMATCHPolicy>(device, out reason) 
            //    || flag3.HasFlag(ErrorCheckList3.VAC_S) && !Check<VAC_SPolicy>(device, out reason) 
            //    || flag3.HasFlag(ErrorCheckList3.CLAMP_S) && !Check<CLAMP_SPolicy>(device, out reason) 
            //    || flag3.HasFlag(ErrorCheckList3.DRIVER) && !Check<DRIVERPolicy>(device, out reason) 
            //    || flag3.HasFlag(ErrorCheckList3.DRPOWERDOWN) && !Check<DRPOWERDOWNPolicy>(device, out reason) 
            //    || flag3.HasFlag(ErrorCheckList3.HARDWARE) && !Check<HARDWAREPolicy>(device, out reason) 
            //    || flag3.HasFlag(ErrorCheckList3.INTERNAL) && !Check<INTERNALPolicy>(device, out reason) 
            //    || flag3.HasFlag(ErrorCheckList3.E84_TIMEOUTx) && !Check<E84_TIMEOUTxPolicy>(device, out reason) 
            //    || flag3.HasFlag(ErrorCheckList3.E84_CS_VALID) && !Check<E84_CS_VALIDPolicy>(device, out reason) 
            //    || flag3.HasFlag(ErrorCheckList3.READFAIL) && !Check<READFAILPolicy>(device, out reason))


            if (flag1.HasFlag(ErrorCheckList1.VAC) && !Check<VacPolicy>(device, out reason)
                || flag1.HasFlag(ErrorCheckList1.AIR) && !Check<AirPolicy>(device, out reason)
                || flag1.HasFlag(ErrorCheckList1.EMS) && !Check<EMSPolicy>(device, out reason)
                )
                return false;
            reason = "UNDEFINITION";
            return true;
        }

        public bool Check<T>(string device, out string reason) where T : class, IPolicy, new()
        {
            reason = string.Empty;
            return Singleton<T>.Instance.Check(device, out reason);
        }

        //用来判断传入的字符串 符合开头/结尾/包含中间参数的情况
        protected string Args2Unit(string args)
        {
            string str = string.Empty;
            if (string.IsNullOrEmpty(args) || args.StartsWith("ALL") || args.StartsWith("SYSTEM"))
                str = "System";
            else if (args.StartsWith("ROB"))
                str = "Robot";
            else if (args.StartsWith("ALIGN"))
            {
                if (AlignerInstalled)
                    str = "Aligner";
                else if (CoolingBufferInstalled)
                {
                    if (args.EndsWith("ALIGN1") || args.EndsWith("ALIGN"))
                        str = "CoolingBuffer1";
                    else if (args.EndsWith("ALIGN2"))
                        str = "CoolingBuffer2";
                    else if (args.EndsWith("ALIGN3"))
                        str = "Aligner1";
                    else if (args.EndsWith("ALIGN4"))
                        str = "Aligner2";
                }
            }
            else if (args.Equals("P1") && LoadPortQuantity > 0)
                str = "LP1";
            else if (args.Equals("P2") && LoadPortQuantity > 1)
                str = "LP2";
            else if (args.Equals("P3") && LoadPortQuantity > 2)
                str = "LP3";
            else if (args.Equals("P4") && LoadPortQuantity > 3)
                str = "LP4";
            else if (args.Equals("P5") && LoadPortQuantity > 4)
                str = "LP5";
            else if (args.Equals("P6") && LoadPortQuantity > 5)
                str = "LP6";
            else if (args.Equals("P7") && LoadPortQuantity > 6)
                str = "LP7";
            else if (args.Equals("P8") && LoadPortQuantity > 7)
                str = "LP8";
            else if (args.Equals("P9") && LoadPortQuantity > 8)
                str = "LP9";
            else if (args.Equals("P10") && LoadPortQuantity > 9)
                str = "LP10";
            else if ((args.Equals("LLA") || args.StartsWith("LLLA")) && LoadLockQuantity > 0)
                str = "LoadlockA";
            else if ((args.Equals("LLB") || args.StartsWith("LLLB")) && LoadLockQuantity > 1)
                str = "LoadlockB";
            else if (args.Equals("LLC") && LoadLockQuantity > 2)
                str = "LoadlockC";
            else if (args.Equals("LLD") && LoadLockQuantity > 3)
                str = "LoadlockD";
            else if (args.Equals("STOWER"))
                str = "SignalTower";
            return str;
        }

        //与上差不多 但会将modulename通过外部变量target传回去
        protected bool ParseMoveTarget(string args, out ModuleName target, out int slot)
        {
            target = ModuleName.System;
            slot = 1;
            if (args.StartsWith("ALIGN"))
            {
                if (AlignerInstalled)
                {
                    target = ModuleName.Aligner;
                    slot = 1;
                }
                else if (CoolingBufferInstalled)
                {
                    if (args.EndsWith("ALIGN1") || args.EndsWith("ALIGN"))
                    {
                        target = ModuleName.CoolingBuffer1;
                        slot = 1;
                    }
                    else if (args.EndsWith("ALIGN2"))
                    {
                        target = ModuleName.CoolingBuffer2;
                        slot = 1;
                    }
                    else if (args.EndsWith("ALIGN3"))
                    {
                        target = ModuleName.Aligner1;
                        slot = 1;
                    }
                    else if (args.EndsWith("ALIGN4"))
                    {
                        target = ModuleName.Aligner2;
                        slot = 1;
                    }
                }
                return true;
            }
            if (args.StartsWith("P1") && LoadPortQuantity > 0)
            {
                target = ModuleName.LP1;
                if (int.TryParse(args.Replace("P1", ""), out slot))
                    return true;
            }
            else if (args.StartsWith("P2") && LoadPortQuantity > 1)
            {
                target = ModuleName.LP2;
                if (int.TryParse(args.Replace("P2", ""), out slot))
                    return true;
            }
            else if (args.StartsWith("P3") && LoadPortQuantity > 2)
            {
                target = ModuleName.LP3;
                if (int.TryParse(args.Replace("P3", ""), out slot))
                    return true;
            }
            else if (args.StartsWith("P4") && LoadPortQuantity > 3)
            {
                target = ModuleName.LP4;
                if (int.TryParse(args.Replace("P4", ""), out slot))
                    return true;
            }
            if (args.StartsWith("BUFFER"))
            {
                target = ModuleName.Buffer;
                if (int.TryParse(args.Replace("BUFFER", ""), out slot))
                    return true;
            }
            else if (args.StartsWith("LLLA") || args.StartsWith("LLA"))
            {
                target = ModuleName.LL1;
                string s = args.Replace("LLLA", "").Replace("LLA", "");
                if (string.IsNullOrEmpty(s))
                {
                    slot = 1;
                    return true;
                }
                if (int.TryParse(s, out slot))
                    return true;
            }
            else if (args.StartsWith("LLLB") || args.StartsWith("LLB"))
            {
                target = ModuleName.LL2;
                string s = args.Replace("LLLB", "").Replace("LLB", "");
                if (string.IsNullOrEmpty(s))
                {
                    slot = 1;
                    return true;
                }
                if (int.TryParse(s, out slot))
                    return true;
            }
            return false;
        }

        //与上是差不多 但目标是输出Robot的arm
        protected bool ParseMoveArm(string args, out Hand arm)
        {
            arm = Hand.Blade2;
            string str = args;
            if (!(str == "ARM1"))
            {
                if (!(str == "ARM2"))
                {
                    if (!(str == "ARM3"))
                        return false;
                    arm = Hand.Both;
                }
                else
                    arm = Hand.Blade1;
            }
            else
                arm = Hand.Blade2;
            return !RobotIsSingleArm || arm == 0;
        }

        protected bool CheckWaferSize(string waferSize, ModuleName target, int slot)
        {
            WaferSize result;
            if (!Enum.TryParse<WaferSize>(waferSize, out result))
            {
                EV.PostWarningLog("EFEM", waferSize + " is not a valid size type");
                return false;
            }
            if (ModuleHelper.IsLoadPort(target))
            {
                OpenStageWithWaferSizeLoadPort device = DEVICE.GetDevice<OpenStageWithWaferSizeLoadPort>(target.ToString());
                if (device.CassetteState == LoadportCassetteState.Normal && device.WaferSize != result)
                {
                    EV.PostWarningLog("EFEM", string.Format("{0} is not match target {1}", (object)device.WaferSize, (object)result));
                    return false;
                }
            }
            else if (Singleton<WaferManager>.Instance.CheckHasWafer(target, slot) && Singleton<WaferManager>.Instance.GetWaferSize(target, slot) != result)
            {
                EV.PostWarningLog("EFEM", string.Format("{0} is not match target {1}", (object)Singleton<WaferManager>.Instance.GetWaferSize(target, slot), (object)result));
                return false;
            }
            return true;
        }

        protected bool CheckIsPort(string device) => device == "LP1" || device == "LP2" || device == "LP3" || device == "LP4";

        protected bool CheckIsTower(string device) => device == "SignalTower";

        //获取实例化的Entity
        protected IServerModule GetEntity(string name)
        {
            IServerModule entity = Singleton<EntityFactory>.Instance.GetEntity(name);
            return entity.Name == "Aligner" && !AlignerInstalled ? null : entity;
        }
    }
}