JSBTDieBondH/Output/inc/Module/CManageDB.h

#pragma once
#include "CppSQLite3.h"
#include "dt.h"

#include "CProduct.h"
#include "CMachineSetup.h"
#include "CHardware.h"
#include "CModuleConfig.h"
#include "CMachineCalibration.h"
#include "CSecurity.h"
#include "CStatisticCounters.h"
#include "CCalibrationConfig.h"

#include <string>
#include <windows.h>
#include <mutex>

using namespace std;

namespace ns_db
{
    const static std::map<std::string, std::string> g_mapDatabaseList = {
        {MODULECONFIG_DATABASE_NAME ,  BONDHEAD_CONFIG_TABLE_NAME},
        {MODULECONFIG_DATABASE_NAME ,  WAFERHEAD_CONFIG_TABLE_NAME},
        {MODULECONFIG_DATABASE_NAME ,  WAFFLEHEAD_CONFIG_TABLE_NAME},
        {MODULECONFIG_DATABASE_NAME ,  EJECTOR_CONFIG_TABLE_NAME},
        {MODULECONFIG_DATABASE_NAME ,  WAFERTABLE_CONFIG_TABLE_NAME},
        {MODULECONFIG_DATABASE_NAME ,  WAFER_CALIB_TABLE_CONFIG_TABLE_NAME},
        {MODULECONFIG_DATABASE_NAME ,  WAFFLE_CALIB_TABLE_CONFIG_TABLE_NAME	},
        {MODULECONFIG_DATABASE_NAME ,  BOND_TABLE_CONFIG_TABLE_NAME},
        {MODULECONFIG_DATABASE_NAME ,  NOZZLE_TABLE_CONFIG_TABLE_NAME},
        {MODULECONFIG_DATABASE_NAME ,  HARDWARE_SWICH_TABLE_NAME},
        {MODULECONFIG_DATABASE_NAME ,  ULTRAHEAD_TABLE_NAME	},
        {MODULECONFIG_DATABASE_NAME ,  ULTRAHEAD_DIAGNOSIS_TABLE_NAME},

        {CALIBCONFIG_DATABASE_NAME , CALIB_CTD_TABLE_NAME},
        {CALIBCONFIG_DATABASE_NAME , CALIB_XY_TABLE_NAME},
        {CALIBCONFIG_DATABASE_NAME , CALIB_R_TABLE_NAME	},
        {CALIBCONFIG_DATABASE_NAME , CALIB_STEP_R_RESULT_TABLE_NAME},
        {CALIBCONFIG_DATABASE_NAME , FORCE_CONTROL_TABLE_NAME },
        {CALIBCONFIG_DATABASE_NAME , HORIZONTAL_MEASURE_TABLE_NAME },
        {CALIBCONFIG_DATABASE_NAME , VERTICAL_MEASURE_TABLE_NAME},
        {CALIBCONFIG_DATABASE_NAME , CALIB_TIP_RESULT}

    };

    class __declspec(dllexport) CManageDB
    {
    public:
        static CManageDB* GetInstance();

        vector<CDataBaseOperate*> GetAllDataBase();
        LONG LoadAllDataBase();
        LONG SaveAllDataBase();

        string GetCurrentProductPath() { return m_strCurrentProgramPath; };
        CHardware* GetCHardware() { return m_pCHardware; };
        CModuleConfig* GetCModuleConfig() { return m_pCModuleConfig; };
        CStatisticCounters* GetCStatisticCounters() { return m_pCStatisticCounters; };
        CProduct* GetCProduct() { return m_pCProduct; };
        CMachineSetup* GetCMachineSetup() { return m_pCMachineSetup; };
        CMachineCalibration* GetCMachineCalibration() { return m_pCMachineCalibration; };
        CSecurity* GetCSecurity() { return m_pCSecurity; };
        CCalibrationConfig* GetCCalibrationConfig() { return m_pCCalibrationConfig; };
        std::string GetDbNameByTableName(std::string strTableName);
    private:
        static vector<CDataBaseOperate*> m_vecDataBase;
        CHardware* m_pCHardware = nullptr;
        CSecurity* m_pCSecurity = nullptr;
        CStatisticCounters* m_pCStatisticCounters = nullptr;
        CProduct* m_pCProduct = nullptr;
        CMachineSetup* m_pCMachineSetup = nullptr;
        CModuleConfig* m_pCModuleConfig = nullptr;
        CMachineCalibration* m_pCMachineCalibration = nullptr;
        CCalibrationConfig* m_pCCalibrationConfig = nullptr;

        string m_strCurrentProgramPath;

        static CManageDB* m_pInstance;
        static std::mutex m_Mutex;

    };


}