0904_APP/App/masterslave.h

#ifndef _DN_485_H_
#define _DN_485_H_

#include "../Hardware/boardinit.h"
#include "public.h"
#include "xspDataOpt.h"
/*-------------------------------------系统指令 --------------------*/
#define SYSTEM_1001_LEN 13
#define SYSTEM_2030_LEN 24
#define SYSTEM_1030_LEN 16
typedef struct _system_0x1021_{ // 系统类指令 重启
    uint8_t  object; // 重启对象
    uint8_t  info[2]; // 用于存储crc 校验码
}__attribute__((packed))system0x1021;
typedef struct _system_0x1015_{ // 系统类指令  时间同步
    uint32_t timer;   // 时间戳
    uint32_t reserve; // 预留
}__attribute__((packed))system0x1015;

typedef struct _sys_cmd_1026_{
    uint8_t priceInuseCout; // 对于单价屏是否探针板接线
    uint8_t confFileNum[8]; //配置文件编号
    uint16_t appointDevModel; // 配置文件适配设备类型
    uint8_t portStatus;    // 端口是否启用
    uint8_t portNum[4];    // 每个端口连接针脚的个数
    uint8_t comGroup;      // com端的级数
    uint8_t param[4][4];   //  一共4组，每组4个参数
}__attribute__((packed))sysCmd1026;

typedef struct _system_0x1026_{ // 系统类指令 com端文件配置
    uint32_t reserve;      // 预留 不需要存储EPPROM -4
    uint16_t expireTime;   // 过期时间  不需要存储EPPROM -2
    uint8_t priceInuseCout; // 对于单价屏是否探针板接线
    uint8_t confFileNum[8]; //配置文件编号
    uint16_t appointDevModel; // 配置文件适配设备类型
    uint8_t portStatus;    // 端口是否启用
    uint8_t portNum[4];    // 每个端口连接针脚的个数
    uint8_t comGroup;      // com端的级数
    uint8_t param[4][4];   //  一共4组，每组4个参数
}__attribute__((packed))system0x1026;

typedef struct _sys_cmd_1027_{
    uint8_t confFileNum[8]; //配置文件编号
    uint16_t appointDevModel; // 配置文件适配设备类型
    uint8_t groupNum;         // 组数
    uint8_t table[300][2];    // 表的说明
}__attribute__((packed))sysCmd1027;
extern sysCmd1027 g_table1027;
extern sysCmd1027 g_temtable1027; // ???±±í

typedef struct _sys_0x1027_{
    uint32_t reserve;      // 预留
    uint16_t expireTime;   // 过期时间
    uint8_t  framNo;       // 帧号
    sysCmd1027 da1027;
}__attribute__((packed))system0x1027;



typedef struct _sys_0x1028_{
    uint32_t time;         // 开启时常
}__attribute__((packed))system0x1028;

typedef struct _sys_0x1029_{
    uint8_t status;        // 保存状态 1：保存 2：放弃
}__attribute__((packed))system0x1029;
typedef struct _sys_0x1030_{
    uint32_t reserve;
    uint8_t info[2];//用于校验位
}__attribute__((packed))system0x1030;

typedef struct _sys_0x2030_{
    uint8_t configfileNo[8];        //配置文件编号
    uint32_t reserve;               //预留
}__attribute__((packed))system0x2030;

typedef union _system_cmd_table_{
    system0x1021 s0x1021;
    system0x1015 s0x1015;
    system0x1026 s0x1026; // com端配置文件
    system0x1027 s0x1027; // 探针脚配置文件
    system0x1028 s0x1028; // 开启8段码上报
    system0x1029 s0x1029; // 关闭8段码上报
    system0x1030 s0x1030; // 读取8段数据
    system0x2030 s0x2030;  // 上报8段码数据
}__attribute__((packed))systemCmdTable;

typedef struct _system_cmd_{
    uint16_t devTypeM;
    uint32_t devSnM;
    uint16_t devTypeS;
    uint32_t devSnS;
    systemCmdTable sDa;
}__attribute__((packed))systemCmd;


/*-------------------------------------状态指令 --------------------*/
enum {
    SELF_STATUS = 0x02,
    SLAVE_OFFLINE = 0x03,
};

typedef struct _status_0x2002_{
    uint16_t devTypeM;      //主设备类型
    uint32_t devSnM;        //主设备SN
    uint16_t devTypeS;      //从设备类型
    uint32_t devSnS;        //从设备SN
    uint8_t  cfgFileNo[8];  //配置文件编号
    uint8_t identity;       //主从身份 1：从 2：主
    uint8_t  bHave4G;       //是否有4G模块 0：无 1：有
    uint8_t status;         //在线状态 0：离线 1：在线
    uint8_t lastResetType;  // 最后一次复位类型
    uint32_t resetNum;      // 复位次数
    uint32_t runTime;       // 运行时常
    uint32_t voltage;       // 电压
    uint32_t temperature;   // 温度
    uint16_t rssi4G;        // 4G强度
    uint16_t snr4G;         // 4G信噪比
    uint32_t tempStamp;     // 时间戳
    uint32_t reserve;
}__attribute__((packed))status0x2002;

typedef struct _status_0x2001_{
    uint16_t devTypeM;  // 主设备类型
    uint32_t devSnM;    // 主设备SN
    uint16_t devTypeS;  // 从设备类型
    uint32_t devSnS;    // 从设备SN
    uint8_t upCode;     // 升级状态码
    uint32_t bootVer;   // bootloader版本
    uint32_t ptVer;     // pt版本
    uint32_t appVer;    // app版本
    uint8_t uuid[12];   // UUID
    uint8_t imei[15];   // imei
    uint8_t iccid[20];  // iccid
    uint32_t reserve;   // 预留
}__attribute__((packed))status0x2001;

#define STATUS_COMM_LEN 12
typedef struct _status_comm_msg_{
    uint16_t devTypeM;
    uint32_t devSnM;
    uint16_t devTypeS;
    uint32_t devSnS;
    uint8_t info[2];
}__attribute__((packed))statCom;

/*-------------------------------------数据指令 --------------------*/
#define DATA_1061_LEN 20
typedef struct _data_0x1061_{
    uint16_t devTypeM;
    uint32_t devSnM;
    uint16_t devTypeS;
    uint32_t devSnS;
    uint32_t recordId;
    uint32_t reserve;
    uint8_t info[2];
}__attribute__((packed))data0x1061;

#define DATA_2061_LEN 18
typedef struct _data_0x2061_{
    uint16_t devTypeM;
    uint32_t devSnM;
    uint16_t devTypeS;
    uint32_t devSnS;
    uint32_t reserve;
    uint8_t bnewflag; // 新交易标识
    uint8_t palen;    // 参数长度
    uint8_t info[160];
}__attribute__((packed))data0x2061;

#define LOG_2062_LEN 17
typedef struct _log_0x2062_{
    uint16_t devTypeM;
    uint32_t devSnM;
    uint16_t devTypeS;
    uint32_t devSnS;
    uint32_t reserve;
    uint8_t palen;    // 参数长度
    uint8_t info[160];
}__attribute__((packed))log0x2062;

#define LOG_1062_LEN 21
typedef struct _log_0x1062_{
    uint16_t devTypeM;
    uint32_t devSnM;
    uint16_t devTypeS;
    uint32_t devSnS;
    uint8_t  logType;      // 日志类型
    uint32_t time;         // 开启日志的时间
    uint32_t reserve;      // 预留
}__attribute__((packed))log0x1062;

#define LOG_2063_LEN 18
typedef struct _log_0x2063_{
    uint16_t devTypeM;
    uint32_t devSnM;
    uint16_t devTypeS;
    uint32_t devSnS;
    uint8_t logtype; // 1:错误七段码上 2：log 日志 3：信号错误率
    uint32_t reserve;
    uint8_t palen;    // 参数长度
    uint8_t info[256];
}__attribute__((packed))log0x2063;

#define LOG_1063_LEN 22
typedef struct _log_0x1063_{
    uint16_t devTypeM;
    uint32_t devSnM;
    uint16_t devTypeS;
    uint32_t devSnS;
    uint8_t  logType;      // 日志类型 1: 去重七段码上报 2：lg日志 3： 信号采集率调试
    uint32_t time;         // 开启日志的时间（秒） 0： 关闭 非0：开始时长
    uint8_t interval;     // 间隔上报 秒
    uint32_t reserve;      // 预留
}__attribute__((packed))log0x1063;


/*----------------------------------升级指令-------------------------*/
typedef struct _update_0x1001_{
    uint16_t devType;
    uint32_t devSn;
    uint16_t taskId; // 任务号
    uint32_t reserve; // 预留
}__attribute__((packed))update0x1001;

typedef struct _update_0x2001_{
    uint16_t devType;
    uint32_t devSn;
    uint32_t appVer;
    uint16_t taskId;
    uint32_t reserve;
}__attribute__((packed))update0x2001;

typedef union _update_info_{
    update0x1001 up0x1001;
    update0x2001 up0x2001;
}__attribute__((packed))updateCmd;

/*------------------------------------------------------------------*/
typedef union _comm_info_{
    //system0x1021 sys1021;
    systemCmd sysMsg;
    statCom statusMsg;
    updateCmd upMsg;
    data0x1061 da1061;
    data0x2061 da2061;
    log0x1062  lg1062;
    log0x2062  lg2062;
    log0x1063  lg1063;
    log0x2063  lg2063;
    uint8_t info[256];
}__attribute__((packed))commInfo_t;

#define COMM_HEAD_LEN 12
typedef struct _HEAD_DATA_{
    uint16_t start;
    uint8_t proVer;
    uint32_t msgId;
    uint8_t msgType1;
    uint16_t msgType2;
    uint16_t palen;
    commInfo_t comInfo;
}__attribute__((packed))MasterSlave;


extern void slave_send_data_to_uart(uint8_t type1, uint16_t type2,uint8_t *data,uint8_t len);

extern void slave_send_log_0x2063(uint16_t devType, uint32_t devSn,uint8_t logtype,uint8_t *data, uint8_t len);

extern void slave_send_data_0x2030(uint16_t devType, uint32_t devSn,uint8_t *data,uint8_t *cfigNo, uint8_t len);

extern void analysis_cmd_system(uint16_t cmd, uint8_t *data,uint8_t len);
extern void analysis_cmd_status(uint16_t cmd, uint8_t *data,uint8_t len);
extern void analysis_cmd_data(uint16_t cmd,uint8_t *data,uint8_t len);
extern void analysis_cmd_update(uint16_t cmd,uint8_t *data,uint8_t len);
extern void analysis_cmd_log(uint16_t cmd,uint8_t *data,uint8_t len);
#endif