#ifndef _H_ZONE_DEF_H_
#define _H_ZONE_DEF_H_

#ifdef WIN32
#pragma warning(disable : 4996)
#endif

#include <sstream>
#include <string>

using namespace std;
#define ROLLBACK 1 /*Allow the strip to retreat*/

const int COIL_LEN_MAX = 21; /* coil id max length  */
// const int COIL_LEN_MIN = 100;        /* min coil length m */
const int ZONE_ROW_MAX = 20000; /* zone memery max rows */
const int ZONE_DATA_SIZE = 64;  /* zone memery float or bool data size */
const int TRK_COIL_MAX = 8;     /* track coil max */
const int TRK_CUT_MAX = 20;     /* track coil cut max */
const int COIL_CUT_MAX = 30;    /* track coil cut max */
const int TRK_PASS_MAX = 20;    /* track coil pass max */
const int PASS_LIST_MAX = 100;  /* pass list cached max */
// const int COLLECT_LEN_MIN = 1;       /* collect length min */
const int CANCEL_WELD_MIN = 50000; /* cancel weld min length mm */
const int TEL_CACHE_SIZE = 10;     /* the size of tel cached*/
// const int FDA_SIZE=8192;               /* the size of fda*/
const int FDA_SIZE = 5000; /* the size of fda*/
// const int PLC_SIZE=10240;              /* the size of fda*/
// const int TI_CYC_COUNT = 999;        /* the size of fda*/

const int TRK_ALARM_MAX = 10000; /* track coil alarms max */
const int ALARM_LIST_MAX = 20;   /* alarm list cached max */

const int TAG_NAME_MAX = 100;
const string CS_ENTIDBOOK = "ENTIDBOOK"; /* the size of fda*/
// const string UNIT_NO="708";

namespace baosight {
typedef float FDA_DATA[FDA_SIZE];
typedef int IDA_DATA[FDA_SIZE];
typedef char PLC_DATA[FDA_SIZE * 4];
struct GLB_CONST {
  float BrDia[10];        // 辊径
  float BrGr[10];         // 传动比例
  int pulseMax;           /*脉冲最大值*/
  int pulseChange;        /*电机转动一圈的脉冲值变化*/
  int coilLenMin;         /*min coil length m*/
  float collectLen;       /*collect length min m*/
  int cycleTi;            /*cycle ti max*/
  int weld_adjust_range;  /*wpd adjust range */
  int ecut_zone;          /*entry shear cut zone pos*/
  int dcut_zone;          /*exit  shear cut zone pos*/
  int event_start_znode;  /* eventno start znode */
  int event_end_znode;    /* eventno end znode */
  int event_start_L1tele; /* eventno start L1tele */
  int event_end_L1tele;   /* eventno end L1tele */
  int pdo_length_L2mode;  /* pdo length is use l2 length mode*/
  char UnitNo[10];        /*机组号*/
  char PreVar[10];        /*0-8 store wpd pos */
  char cspare[10][10];
  int nspare[68]; /* 0-5 storce BR分辨率*/
  char printTel[10];
  float loop_min;                          /*loop min % */
  int multi_pass;                          /*Multipass unit*/
  int tsdb_post;                           /*上传数据到TSDB*/
  char tsdb_etl_pdi[10];                   /*TSDB数据抽取PDI事件*/
  char tsdb_etl_pdo[10];                   /*TSDB数据抽取PDO事件*/
  int event_eis_start;                     /* eventno start eis */
  int event_eis_end;                       /* eventno end eis */
  char eis_tagname_main_speed[20];         /*main speed tag name*/
  char ent_main_speed[20];                 /*酸洗入口主线速度*/
  char acd_main_speed[20];                 /*酸洗中央主线速度*/
  char axt_main_speed[20];                 /*酸洗出口主线速度*/
  char tcm_main_speed[20];                 /*轧机段主线速度*/
  char ent_run_state[20];                  /*酸洗入口运行*/
  char acd_run_state[20];                  /*酸洗中央运行*/
  char axt_run_state[20];                  /*酸洗出口运行*/
  char tcm_run_state[20];                  /*轧机段运行*/
  int eis_qihd_interval_time;              /* ihd最大查询时间 */
  int AlarmIntervalHours;                  /*报警间隔时间*/
  bool is_print_eqpalg_mon_threading_info; /*eqpalg-mon日志打印标记*/
  char auto_entId[20];
  char printRuleid[50]; /*需要打印Debugcheck日志的ruleid*/
};
struct GLB_TRK {
  int ti;         /* current new index TI  */
  int prechannel; /* before welder channel  */
  int extchannel; /* exit  channel  */
  long trlength;  /* tr coil length mm  */
  int zoneSize;   /* track zone size */
  int spare[126]; /*0-8 store wpd pos */
  char cspare[10][10];
};
struct GLB_VAR {
  GLB_TRK gbtrk;
  GLB_CONST gbconst;
};

class CS_TRK {
public:
  static const int CURRENT = 0;  // current track data
  static const int PREVIOUS = 1; // before cycle track data
  static const int BEFORE = 2;   // before coil track data
};

class CS_CUT {
public:
  static const int ENTHEAD = 0;   // head of shear
  static const int ENTDIVIDE = 1; // entry divide
  static const int ENTTAIL = 2;   // tail shear

  static const int EXTDIVIDE = 3;  // exit divide
  static const int EXTHSCRAP = 4;  // exit head scrap
  static const int EXTCSCRAP = 5;  // exit centet scrap
  static const int EXTTSCRAP = 6;  // exit tail scrap
  static const int EXTHSAMPLE = 7; // exit head sampling
  static const int EXTCSAMPLE = 8; // exit center sampling
  static const int EXTTSAMPLE = 9; // exit tail sampling
};

struct ZONE_ROW {
  int index; /* index  */
  // char       time[16];                     /* time  */
  float offset; /* offset length  */
  int ti;       /* coil index TI  */
  //		char       entId[COIL_LEN_MAX];          /* entry coil id  */
  //		char       extId[COIL_LEN_MAX];          /* exit coil id  */
  short count;                /* float datas count */
  short bcount;               /* bool datas count */
  float data[ZONE_DATA_SIZE]; /* zone collect datas  */
  char bdata[ZONE_DATA_SIZE]; /*0:ture ,1:false*/
};

typedef ZONE_ROW ZONE[ZONE_ROW_MAX];

struct CUT_UNIT {
  int ti;   /* coil index TI  */
  int mode; /* 0:head of shear, 1:entry divide 2:tail shear 3:exit scrap 4: exit
               sampling 5:exit divide*/
  long length;              /* length [mm] */
  int start;                /* The start position in the parent coil[mm]  */
  int end;                  /* The end position in the parent coil [mm] */
  char entId[COIL_LEN_MAX]; /* entry coil id  */
  char extId[COIL_LEN_MAX]; /* exit coil id  */
};

typedef CUT_UNIT COIL_CUT[COIL_CUT_MAX];

typedef COIL_CUT TRK_CUTS[TRK_CUT_MAX];

struct WPD_UNIT {
  char entId[COIL_LEN_MAX];   /*entry coil */
  char prentId[COIL_LEN_MAX]; /* before entry coil*/
  char wpdname[COIL_LEN_MAX];
  int wpdnum;   /*the position of wpd*/
  int distance; /*the distance of wpd*/
  long pwplen;
  int L1wplen;
};

struct TRK_UNIT {
  int ti;                   /* coil index TI  */
  char entId[COIL_LEN_MAX]; /* entry coil id  */
  char extId[COIL_LEN_MAX]; /* exit coil id  */
  int start;                /* start point for zone */
  int end;                  /* end point for zone */
  long wplen;               /* wpdx to weld pos len [mm] */
  float distance;           /* zone distance   [mm] */
  float distanceLoopFix;    /* zone loop 0% fixed distance   [mm] */
  float distanceLoopVar;    /* zone loop 0% ~ 100% variable distance  [mm] */
  short groupno;            /* same speed range   */
  short loopno;             /* looping number   */
  int step;                 /* One cycle step   [mm]*/
  int shift;                /* coil shift flag*/
  int shiftlength;          /* coil shift length*/
  int eventno;              /* coil eventno */
  int plczone;              /* plc track zone */
  float elgfactor;
  char time[16]; /* entry zone begin time  */
};

typedef TRK_UNIT TRK_ZONE[TRK_COIL_MAX];

struct PASS_UNIT {
  int start;   /* start point for zone */
  int end;     /* end point for zone */
  long length; /* the pass length [mm] */
};

struct PASS_COIL {
  int ti;                   /* coil index TI  */
  char entId[COIL_LEN_MAX]; /* entry coil id  */
  int passno;               /* pass num  ,index from 0 */
  PASS_UNIT pass[TRK_PASS_MAX];
};

typedef PASS_COIL PASS_COILS[PASS_LIST_MAX];

// struct TAG_CAL
//{
//	char tagName[TAG_NAME_MAX];
//	double avg;
//	time_t start;
//	time_t end;
//};

struct ALARM_UNIT {
  char item[50];
  float up;
  float down;
  int start; /* start wplen mm */
  int end;   /* end wplen mm */
};

struct ALARM_COIL {
  int ti;                   /* coil index TI  */
  int num;                  /* alarm num  ,index from 0 */
  char entId[COIL_LEN_MAX]; /* entry coil id  */
  ALARM_UNIT alarm[TRK_ALARM_MAX];
};

typedef ALARM_COIL ALARM_COILS[ALARM_LIST_MAX];

}; // namespace baosight
#endif