using System;
using System.Collections.Generic;
using System.Threading;
using TeamDev.SDK.MVVM;
using static Thermo.Active.Model.Constants;

namespace Thermo.Active.Core
{
    public static class ThreadsHandler
    {
        private static List<Action> ThreadsFunctionsList = new List<Action>
            {
                ThreadsFunctions.ManageWatchdog,
                ThreadsFunctions.ManageStatusCommand,
                ThreadsFunctions.ManageConfRequest,
                ThreadsFunctions.ReadAlarms,
                ThreadsFunctions.ReadPowerOnData,
                ThreadsFunctions.StatThread,
                //ThreadsFunctions.ReadProcessesPPStatus,
                ThreadsFunctions.ReadEnabledFunctionality,
                ThreadsFunctions.ReadExpiredMaintenances,
                ThreadsFunctions.ReadUserSoftKeysData,
                //ThreadsFunctions.ReadHeadsData,
                //ThreadsFunctions.ReadActiveProgramData,
                //ThreadsFunctions.ReadPartProgramQueueData,
                // ThreadsFunctions.ReadNcSoftKeysData,
                ThreadsFunctions.ReadGaugeData,
                ThreadsFunctions.ReadProdInfoData,
                ThreadsFunctions.ReadProdPanelData,
                ThreadsFunctions.ReadProdCycleData,
                ThreadsFunctions.ReadRecipeData,
                ThreadsFunctions.ReadWarmersData,
                ThreadsFunctions.ReadAreaData,
                ThreadsFunctions.ReadModulesData,
                ThreadsFunctions.ReadScadaData,
                ThreadsFunctions.ReadMComandsData,
                ThreadsFunctions.ReadAxisInfoData,
                ThreadsFunctions.ReadM154Data // levare?

            };

        private volatile static List<Thread> RunningThreadsList = new List<Thread>();
        public static Thread StartClient;

        internal volatile static Dictionary<string, string> RunningThreadStatus = new Dictionary<string, string>();

        public static void Start()
        {
            ThreadsFunctions.RestoreConnection();
        }

        public static void StartWorkers()
        {
            lock (RunningThreadStatus)
                RunningThreadStatus.Clear();

            // For each function run in the list a thread
            ThreadsFunctionsList.ForEach(threadFunction =>
            {
                // Run new Thread in the list
                Thread t = new Thread(() =>
                    threadFunction()
                );
                t.Start();
                // aggiungo pausa x evitare sovrapposizioni chiamate
                Thread.Sleep(50);
                // Add thread to running threads list
                lock (RunningThreadsList)
                    RunningThreadsList.Add(t);

                RunningThreadStatus.Add(threadFunction.Method.Name, "---");
            });

            MessageServices.Current.Publish(SEND_THREADS_STATUS, null, RunningThreadStatus);
        }

        public static void Stop()
        {
            // Stop each thread
            lock (RunningThreadsList)
                RunningThreadsList.ForEach(thread =>
              {
                  thread.Abort();
              });

            // Remove threads from running status
            lock (RunningThreadsList)
                RunningThreadsList.Clear();

            lock (RunningThreadStatus)
            {
                RunningThreadStatus.Clear();
                RunningThreadStatus.Add("TryNcConnection", "---");
            }

            MessageServices.Current.Publish(SEND_THREADS_STATUS, null, RunningThreadStatus);
        }

        public static void Close()
        {
            //Abort Nc Read Threads
            RunningThreadsList.ForEach(thread =>
            {
                thread.Abort();
            });

            if (ThreadsHandler.StartClient != null)
                ThreadsHandler.StartClient.Abort();

            //Abort Connect Thread
            ThreadsFunctions.AbortNcConnection();
        }

        public static void StartClientFromUI()
        {
            ThreadsFunctions.StartCMSClient();
        }
    }
}