#ifndef OVENSTATICS_H
  #define OVENSTATICS_H
  
  #include <QObject>
  #include <time.h>

  #include <qmap.h>

  #include "../../app-prime-modbus/include/all_share.h"

  #include "udphandler.h"
  #include "oven.h"

  #include "servicedata.h"

  #define SYS_STATE_MAX 4

  #define SYS_ERR_MAX     10

  #define SYS_ERR_MASK_ERR_CLEAR_COOKING          0x00ff
  #define SYS_ERR_MASK_ERR_CLEAR_NONCOOKING  0x00ff
  #define SYS_ERR_MASK_COOKING             0x00ff
  #define SYS_ERR_MASK_NONCOOKING     (SYS_ERR_OVNE_TEMP_ALARM)
  
  
  #define COMM_ERR_MAX    5

  #define STATE_ERR_MAX      5

  
  
  #define COMM_ERR_MASK_ERR_CLEAR_COOKING              0x0000
  #define COMM_ERR_MASK_ERR_CLEAR_NONCOOKING      0x0000
  
  #define COMM_ERR_MASK_COOKING         0x0000
  #define COMM_ERR_MASK_NONCOOKING 0x0000
  
  
  #define SENSOR_ERR_MAX      10
  
  
  #define SENSOR_ERR_MASK_ERR_CLEAR       0x0000
  #define SENSOR_ERR_MASK_COOKING          0x0000
  #define SENSOR_ERR_MASK_NONCOOKING  0x0000
  
  #define MAKE_MASK(MASK)             (1<<MASK)
  
  #define LOAD_STATE1_UPPER_BUNNER             0x0001
  #define LOAD_STATE1_LOWER_BUNNER           0x0002
  #define LOAD_STATE1_STEAM_BUNNER            0x0004
  #define LOAD_STATE1_UPPER_FAN                     0x0008
  #define LOAD_STATE1_LOWER_FAN                   0x0010
  #define LOAD_STATE1_STEAM_FAN                    0x0020
  #define LOAD_STATE1_CONVEC_FAN1                            0x0040
  #define LOAD_STATE1_CONVEC_FAN2                            0x0080

  /*#define LOAD_STATE2_DV                                  0x0001

  #define LOAD_STATE2_CFAN                              0x0002
  #define LOAD_STATE2_WSV                               0x0004
  #define LOAD_STATE2_QNV                               0x0008
  #define LOAD_STATE2_SSV                                 0x0010
  #define LOAD_STATE2_SNV                                 0x0020
  #define LOAD_STATE2_ERRLED                           0x0040
  #define LOAD_STATE2_ATVLED                           0x0080
  #define LOAD_STATE2_HL                                    0x0100
  #define LOAD_STATE2_DP                                   0x0200
  #define LOAD_STATE2_SSP                                  0x0400
  #define LOAD_STATE2_UNP                                 0x0800
  #define LOAD_STATE2_HT1                                  0x1000
  #define LOAD_STATE2_HT2                                  0x2000
  #define LOAD_STATE2_HDM                                0x4000

  #define LOAD_STATE2_ST1                                   0x8000*/
  
  
  
  #define LOAD_STATE2_DV                                  0x0001
  #define LOAD_STATE2_CFAN                              0x0002
  #define LOAD_STATE2_WSV                               0x0004
  #define LOAD_STATE2_QNV                               0x0008
  #define LOAD_STATE2_SSV                                 0x0010
  #define LOAD_STATE2_SNV                                 0x0020
  #define LOAD_STATE2_HL                                    0x0040
  #define LOAD_STATE2_DP                                   0x0080
  #define LOAD_STATE2_SSP                                  0x0100
  #define LOAD_STATE2_UNP                                 0x0200
  #define LOAD_STATE2_HDM                                0x0400
  #define LOAD_STATE2_SGNV                               0x0800

  
  enum sys_state_type{
      SYS_OFF_COOK_OFF=0,
      SYS_ON_COOK_OFF=1,
      SYS_ON_COOK_ON=2,
      SYS_OFF_COOK_ON=3 //unnormal state
  };
  
  enum sys_error_id{
      SYS_ERR_FIRE_TRIGGER1               =0,
      SYS_ERR_FIRE_TRIGGER2               ,
      SYS_ERR_FIRE_TRIGGER3               ,
      SYS_ERR_OVNE_TEMP_ALARM     ,
      SYS_ERR_QUN_TEMP_ALARM       ,
      SYS_ERR_CENTER_TEMP_ALARM  ,
      SYS_ERR_WALL_TEMP_ALARM      ,
      SYS_ERR_STAM_TEMP_ALARM      ,
      SYS_ERR_WATER_LEVEL_FAIL         ,
      SYS_ERR_WATER_SPLY_FAIL
  };
  
  enum comm_err_id{
      COMM_ERR_BUNNER1                    =0,
      COMM_ERR_BUNNER2                    ,
      COMM_ERR_BUNNER3                    ,
      COMM_ERR_UPPERFAN                   ,

      COMM_ERR_LOWERFAN

  };

  enum state_err_id{
      STATE_ERR_BUNNER1                    =0,
      STATE_ERR_BUNNER2                    ,
      STATE_ERR_BUNNER3                    ,
      STATE_ERR_UPPERFAN                   ,
      STATE_ERR_LOWERFAN
  };

  enum sensor_err_id{
      SENSOR_ERR_SENSOR_1                     =0,
      SENSOR_ERR_SENSOR_2                     ,
      SENSOR_ERR_SENSOR_3                     ,
      SENSOR_ERR_SENSOR_4                     ,
      SENSOR_ERR_SENSOR_5                     ,
      SENSOR_ERR_SENSOR_6                     ,
      SENSOR_ERR_SENSOR_7                     ,
      SENSOR_ERR_SENSOR_8                     ,
      SENSOR_ERR_SENSOR_9                     ,
      SENSOR_ERR_SENSOR_10
  };
  
  enum error_exe_type{
      error_type_allnone=0,
      error_type_onlypop,
      error_type_onlyeng,
      error_type_onlychk,
      error_type_popnonclr,
      error_type_engnonclr,
      error_type_clrsplit,
      error_type_chkclr,
      error_type_popclr,
      error_type_engclr,
  };
  
  
  enum wash_mode_type{
      wash_mode_nocleanser=1,
      wash_mode_simple,
      wash_mode_standard,
      wash_mode_strong,
      wash_mode_highspeed
  };

  enum water_level_state{
      water_level_normal = 0,
      water_level_low,
      water_level_high
  };

  
  typedef union
  {
    uint32_t d32;
    struct
    {
      uint32_t reserved         : 9;
      uint32_t door_open          : 1;

      uint32_t wsv_open     : 1;

      uint32_t dv_open           : 1;
      uint32_t sgnv_open         : 1;
      uint32_t water_level    : 16;
      uint32_t snv_open    : 1;
      uint32_t qnv_open         : 1;
      uint32_t ssv_open       : 1;
    }b;
  }realtime_data;

  typedef struct _popup_list_item{
      QString strTitle;
      QString strDesc;
      bool bNeedClear;
  }popup_list_item;

  class OvenStatistics : public QObject

  {
      Q_OBJECT
  public:

      ServiceData* srvdata;

      static OvenStatistics* getInstance(QObject* parent = 0);

      static void destroy();

      bool getNeedErrorClear();
      void clearNeedErrorClear();

      realtime_data getPartsRealtimeData(void);
      uint8_t getSensorTypeByIdx(uint16_t idx);
      type_temp getCurSensorValueByIdx(uint16_t idx);

  
  private:

      const error_exe_type sys_err_type_def[SYS_STATE_MAX][SYS_ERR_MAX]={ //30047

                                                          {error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr,
                                                          error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr}, // SYS_OFF_COOK_OFF state
                                                          {error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr,
                                                          error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr}, // SYS_ON_COOK_OFF state
                                                          {error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr,
                                                          error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr}, // SYS_ON_COOK_ON state
                                                          {error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr,
                                                          error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr}, // SYS_OFF_COOK_ON state
                                                          };

      const error_exe_type comm_err_type_def[SYS_STATE_MAX][COMM_ERR_MAX] ={  //30048

                                                         {error_type_popnonclr,error_type_popnonclr,error_type_popnonclr,error_type_engnonclr,error_type_engnonclr}, //SYS_OFF_COO_OFF

                                                         {error_type_popclr,error_type_popclr,error_type_popclr,error_type_engnonclr,error_type_engnonclr}, //SYS_ON_COO_OFF
                                                         {error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr}, //SYS_ON_COO_ON

                                                         {error_type_popnonclr,error_type_popnonclr,error_type_popnonclr,error_type_engnonclr,error_type_engnonclr}, //SYS_OFF_COO_ON
      };

      const error_exe_type state_err_type_def[SYS_STATE_MAX][STATE_ERR_MAX] ={ //30057
                                                         {error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr}, //SYS_OFF_COO_OFF
                                                         {error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr}, //SYS_ON_COO_OFF
                                                         {error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr}, //SYS_ON_COO_ON
                                                         {error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr}, //SYS_OFF_COO_ON

      };

      const error_exe_type sensor_err_type_def[SYS_STATE_MAX][SENSOR_ERR_MAX]={ //30049

                                                          {error_type_engnonclr,error_type_popnonclr,error_type_allnone,error_type_popnonclr,error_type_onlychk,
                                                          error_type_popnonclr,error_type_allnone,error_type_allnone,error_type_allnone,error_type_popnonclr}, // SYS_OFF_COOK_OFF state

                                                          {error_type_engnonclr,error_type_popclr,error_type_allnone,error_type_popclr,error_type_onlychk,
                                                          error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr}, // SYS_ON_COOK_OFF state
                                                          {error_type_onlychk,error_type_onlychk,error_type_allnone,error_type_popclr,error_type_popclr,
                                                          error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr,error_type_popclr}, // SYS_ON_COOK_ON state

                                                          {error_type_engnonclr,error_type_popnonclr,error_type_allnone,error_type_popnonclr,error_type_onlychk,
                                                          error_type_popnonclr,error_type_allnone,error_type_allnone,error_type_allnone,error_type_popnonclr}, // SYS_OFF_COOK_ON state same with SYS_OFF_COOK_OFF
      };

      const uint8_t sensorTypeInfo[MAX_LOG_SENSOR] = {
          0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
          1, 1, 2, 0, 1, 1
      }; //Type 2 is /10 value;

      type_temp curSensorValue[MAX_LOG_SENSOR];

      static OvenStatistics* p_singletonInstance;

      UdpHandler *udp;
      Oven* oven;
      oven_control_t control;
      oven_state_t state;

      error_item* m_pLastErrItem;

      QMap<uint32_t, popup_list_item> m_mapPopupList;
      uint32_t m_nLastPopupidx;
      bool m_bPopupShow;

  
  
      bool curdoorstate;
      uint16_t curSysErrorState;

      uint16_t curCommErrorState;
      uint16_t curSensorErrorState;

      uint16_t curControlErrorState;

      bool bNeedErrorClear;
      bool bDataRefreshed;

      realtime_data realdata;

      explicit OvenStatistics(QObject* parent);
      ~OvenStatistics();

      void processSystemError(uint16_t errflag,time_t ltime);

      void processCommError(uint16_t errflag,time_t ltime);
      void processSensorError(uint16_t errflag, time_t ltime);

      void processStateError(uint16_t errflat, time_t ltime);

      void processErrorItems(error_item *item, error_exe_type errtype, const QString &MsgDesc,const QString &MsgTitle,  time_t ltime);

  public slots:
      void onDataChanged();

      void oneSecTimerFired(void);

      void onErrorPopupClosed(QWidget* parent);

  };
  
  #endif // OVENSTATICS_H