#ifndef DISTRIBUTION_SERVICE_MAIN_THREAD_H
#define DISTRIBUTION_SERVICE_MAIN_THREAD_H

#include "CCThreadPool.h"
#include "../Configuration/Config.h"
#include "Configuration/BS_Log.h"
#include "PortService/Routing.h"
#include "ConnectionService.h"
#include "Task/TaskInfo.h"
#include "TaskModel/TaskExecutor.h"


class ThreadMain {
    CTL::ThreadPool m_threadPool;
public:
    int MaxPool = 1024;
    int CorePool = 60;
    int KeepAliveTime = 1000 * 10;
private:
    ThreadMain() {
        m_threadPool.InitStart(CorePool, MaxPool, KeepAliveTime);
    }
    ~ThreadMain() {
        BS_Log::Flush();
        BS_Log::Stop();
        TaskExecutor::ReleasePool();
        TaskInfo::thread_pool.Stop();
    }
    void orderRun() {
        const auto Setting = Config::getConfig();
        CTL::InetAddress address(Setting->IP);
        {
            std::unique_lock<std::shared_mutex> lock(Config::m_mutex_udp);
            Setting->m_socket_udp = new CTL::DatagramSocket(Setting->OrderPort,address);
        }
        BS_Log::Log("OrderRun Start");
        while (!Setting->m_socket_udp->isClosed()) {
            if (Setting->m_socket_udp->available()) {
                CTL::DatagramPacket packet;
                Setting->m_socket_udp->receive(packet);
                CCHostInfo hostInfo{};
                hostInfo.IPAddress = packet.getAddress().getHostAddress();
                hostInfo.Port = packet.getPort();
                DataPacket packet_t(packet.getData(), packet.getLength(),&hostInfo);
                m_threadPool.AddTask(Routing::RoutingFunction, packet_t);
            }
            else {
                CTL::Thread::SleepMS(1);
            }
        }
        {
            std::unique_lock<std::shared_mutex> lock(Config::m_mutex_udp);
            delete Setting->m_socket_udp;
            Setting->m_socket_udp = nullptr;
        }
        BS_Log::Warning("orderRun End");
    }
    void ConfigTool() {
        const auto Setting = Config::getConfig();
#ifdef _WIN32
        const CTL::InetAddress address(Setting->ServerIP);
#else
        const CTL::InetAddress address = CTL::InetAddress::getAnyAddress();
#endif
        {
            std::unique_lock<std::shared_mutex> lock(Config::m_mutex_udp_tool);
            Setting->m_socket_udp_tool = new CTL::DatagramSocket(Setting->ConfigPort,address);
        }
        BS_Log::Log("ConfigTool Start");
        bool F = Setting->m_socket_udp_tool->setSockOpt(BROADCAST);
        while (!Setting->m_socket_udp_tool->isClosed() && F) {
            if (Setting->m_socket_udp_tool->available()) {
                CTL::DatagramPacket packet;
                Setting->m_socket_udp_tool->receive(packet);
                CCHostInfo hostInfo{};
                hostInfo.IPAddress = packet.getAddress().getHostAddress();
                hostInfo.Port = packet.getPort();
                DataPacket packet_t(packet.getData(), packet.getLength(),&hostInfo);
                m_threadPool.AddTask(Routing::RoutingFunction, packet_t);
            }
            else {
                CTL::Thread::SleepMS(1);
            }
        }
        {
            std::unique_lock<std::shared_mutex> lock(Config::m_mutex_udp_tool);
            delete Setting->m_socket_udp_tool;
            Setting->m_socket_udp_tool = nullptr;
        }
        BS_Log::Warning("ConfigTool End");
    }
    static void ConnectService() {
        CTL::Thread::SleepMS(3000);
        const auto Setting = Config::getConfig();
        const auto sock = ConnectionService::getSocket();
        bool IsConn = true;
        while (Setting->Flag) {
            if (sock) {
                const auto wsUrl = CTL::String::format("ws://{}:{}/Order",
                    Setting->ServerIP.c_str(),Setting->ServerPort);
                Setting->isConnect = sock->Connect(wsUrl);
                if (Setting->isConnect) {
                    BS_Log::Log("ConnectService OK");
                    sock->Running();
                    IsConn = true;
                }
                else {
                    if (IsConn) {
                        BS_Log::Log("ConnectService Failure");
                        IsConn = false;
                    }
                }
            }
            CTL::Thread::SleepMS(3 * 1000);
        }
    }
    static bool CloseFun() {
        CTL::Application::StopDaemon();
        CTL::Application::ReleaseLock();
        std::terminate();
        return true;
    }
public:
    static ThreadMain* getInstance() {
        static ThreadMain instance;
        return &instance;
    }
    void init() {
        const auto Setting = Config::getConfig();
        Setting->Flag = true;
        BS_Log::Init();
        Config::Init();
        TaskExecutor::InitPool();
        TaskInfo::thread_pool.InitStart(40, 255, 1000);
        try
        {
            ConnectionService::init();
            CC::SetCloseFun(CloseFun);
            m_threadPool.AddTask(&ThreadMain::orderRun,this);
            m_threadPool.AddTask(&ThreadMain::ConfigTool,this);
            m_threadPool.AddTask(ThreadMain::ConnectService);
            m_threadPool.AddTask(TaskInfo::InitSocket);
        }
        catch (CCException& e)
        {
            BS_Log::Error("ThreadMain init: {}",e.what());
        }
    }
};

#endif