using Aitex.Core.RT.Device;
using Aitex.Core.Util;
using MECF.Framework.Common.Equipment;
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Text.RegularExpressions;
using System.Threading.Tasks;

namespace athosRT.Devices.EFEM
{
    public class EntityFactory
    {
        private SystemServerModule _system = (SystemServerModule)null;
        private AlignerServerModule _aligner = (AlignerServerModule)null;
        private RobotServerModule _robot = (RobotServerModule)null;
        private LoadPortServerModule _loadportA = (LoadPortServerModule)null;
        private LoadPortServerModule _loadportB = (LoadPortServerModule)null;
        private LoadPortServerModule _loadportC = (LoadPortServerModule)null;
        private LoadPortServerModule _loadportD = (LoadPortServerModule)null;
        private LoadPortServerModule _loadportE = (LoadPortServerModule)null;
        private LoadPortServerModule _loadportF = (LoadPortServerModule)null;
        private LoadPortServerModule _loadportG = (LoadPortServerModule)null;
        private LoadPortServerModule _loadportH = (LoadPortServerModule)null;
        private LoadPortServerModule _loadportI = (LoadPortServerModule)null;
        private LoadPortServerModule _loadportJ = (LoadPortServerModule)null;
        private BufferServerModule _buffer1 = (BufferServerModule)null;
        private BufferServerModule _buffer2 = (BufferServerModule)null;
        private BufferServerModule _aligner1 = (BufferServerModule)null;
        private BufferServerModule _aligner2 = (BufferServerModule)null;

        public EntityFactory()
        {
            this._system = new SystemServerModule("System");
            this._aligner = new AlignerServerModule("Aligner");
            this._robot = new RobotServerModule("Robot");
            this._loadportA = new LoadPortServerModule("LP1");
            this._loadportB = new LoadPortServerModule("LP2");
            this._loadportC = new LoadPortServerModule("LP3");
            this._loadportD = new LoadPortServerModule("LP4");
            this._loadportE = new LoadPortServerModule("LP5");
            this._loadportF = new LoadPortServerModule("LP6");
            this._loadportG = new LoadPortServerModule("LP7");
            this._loadportH = new LoadPortServerModule("LP8");
            this._loadportI = new LoadPortServerModule("LP9");
            this._loadportJ = new LoadPortServerModule("LP10");
            this._aligner1 = new BufferServerModule("Aligner1");
            this._aligner2 = new BufferServerModule("Aligner2");
            this._buffer1 = new BufferServerModule("CoolingBuffer1");
            this._buffer2 = new BufferServerModule("CoolingBuffer2");
        }

        public IServerModule GetEntity(string name)
        {
            if (string.IsNullOrEmpty(name))
                return (IServerModule)null;
            if (ModuleHelper.IsLoadPort((ModuleName)Enum.Parse(typeof(ModuleName), name)))
            {
                int num = int.Parse(new Regex("[1-9]\\d*").Match(name).ToString());
                int? nullable = Singleton<DeviceDefineManager>.Instance.GetValue<int>("LoadPortQuantity");
                int valueOrDefault = nullable.GetValueOrDefault();
                if (num > valueOrDefault & nullable.HasValue)
                    return (IServerModule)null;
            }
            switch (name)
            {
                case "Aligner":
                    return _aligner;
                case "Aligner1":
                    return _aligner1;
                case "Aligner2":
                    return _aligner2;
                case "Aligner3":
                    return _aligner1;
                case "Aligner4":
                    return _aligner2;
                case "CoolingBuffer1":
                    return _buffer1;
                case "CoolingBuffer2":
                    return _buffer2;
                case "LP1":
                    return _loadportA;
                case "LP10":
                    return _loadportJ;
                case "LP2":
                    return _loadportB;
                case "LP3":
                    return _loadportC;
                case "LP4":
                    return _loadportD;
                case "LP5":
                    return _loadportE;
                case "LP6":
                    return _loadportF;
                case "LP7":
                    return _loadportG;
                case "LP8":
                    return _loadportH;
                case "LP9":
                    return _loadportI;
                case "Robot":
                    return _robot;
                case "System":
                    return _system;
                default:
                    return (IServerModule)null;
            }
        }
    }
}