TSI_Config/data_config.h

#ifndef DATA_CONFIG_H
#define DATA_CONFIG_H
#include <QString>
#include <QPushButton>
#include <QLabel>
#include <QList>

typedef unsigned char      uint8_t;
typedef unsigned short     uint16_t;

extern QString g_strServerIp;             // 服务端IP

#define SLOT_NUM  15
#define CHANNEL_COUNT 4
#define RELAY_COUNT 8

typedef enum {
    kCardNone = 0,
    kCardCpu = 1,

    kCardVibSingle = 10,
    kCardVibTMRPrimary = 11,
    kCardVibTMRBackup = 12,
    kCardVibDoublePrimary = 13,
    kCardVibDoubleBackup = 14,

    kCardSpeedSingle = 20,
    kCardSpeedTMRPrimary = 21,
    kCardSpeedTMRBackup = 22,

    kCardKeyphaseSingle = 30,
    kCardKeyphaseDouble = 31,
    kCardRelaySingle = 32,
    kCardRelayTMRPrimary = 33,
    kCardRelayTMRBackup = 34,
    kCardRelaySingleNOK = 35,

} CardType;

// 振动板通道类型
typedef enum {
    kVibRadial = 0, // 径向位移
    kVibAcc = 1, // 加速度
    kVibVelocity = 2 // 速度
} VibChannelType;

typedef struct SlotConfig_{
    int slot;
    QString slot_type;
    QPushButton *slot_btn;
    QLabel *slot_label;
    SlotConfig_(){
        slot_type = "";
    }
} SlotConfig;

enum CMTCommand {
    kEigenvalueCmd = 1,
    kExceptionInfo = 2,
    kUpgradeCard = 3,
    kGetVersionInfo = 4,
    kRelaySetting = 5,
    kRelayStatus = 6,
    kUpgradeProgress = 7,
    kCalibrationMode = 8,
    kGetDcValue = 9,
    kSetCalibrationCoe = 10,
    kGetCalibrationCoe = 11,
    kClearCalibrationCoe = 12,
    kGetWaveData = 13,
    kUploadConfigFile = 14,
    kDownloadConfigFile = 15,
    kConfigSubCard = 16, // 请求无包体，响应有包体
    kRS485BaudrateSet = 17, // RS485波特率配置
    kRS485BaudrateGet = 18, // RS485波特率获取
    kConfigIPv4 = 19, // 配置IP地址
    kConfigMac = 20, // 配置Mac地址
    kRebootCard = 21, // 重启板卡
    kGetCardDcValue = 22, // 获取子板平均值
    kGetRelayStatus = 23, // 获取继电器状态
};
enum RS485Baudrate {
    kBaudrate2400 = 0,
    kBaudrate4800 = 1,
    kBaudrate9600 = 2, // 默认值
    kBaudrate19200 = 3,
    kBaudrate38400 = 4,
    kBaudrate57600 = 5,
    kBaudrate115200 = 6
};
// 振动板采样率
typedef enum {
    kVibSR16K = 0, // 16k
    kVibSR32K = 1, // 32k
    kVibSR64k = 2, // 64k
    kVibSR128K = 3, // 128k
} VibSamplingRate;

// 振动板机架类型
typedef enum {
    kVibRackSingle = 0, // 单一
    kVibRackTMR = 1 // 三冗余
} VibRackType;

typedef struct {
    int id;
    QString point_name;
    QString chan_id;
    bool standby;
    bool active;
    int rack_type; // VibRackType
//    char tmr_group[32];
    int channel_type; // VibChannelType
    int transducer_id;
    float scale_factor;
    int sampling_rate; // VibSamplingRate
    float normal_voltage_low;
    float normal_voltage_high;
    bool power;
} SeismicMonitor;

typedef enum {
    kFilterTypeLowPass = 0,
    kFilterTypeHighPass = 1,
    kFilterTypeBandPass = 2,
} FilterType;

typedef struct {
    int low;
    int high;
    bool checked;
} Filter;

//typedef struct {
//    Filter filter[3]; // 0: kFilterTypeLowPass, 1: kFilterTypeHighPass, 2: kFilterTypeBandPass
//} AllFilter;

typedef struct {
    QString type;
    int full_sacle_range;
    int bias_voltage;
    float clamp_value;
    int phase_lag;
    bool checked;
    float custom;
} Variables;

typedef struct {
    int full_scale_range;
    float clamp_value;
    float custom;
} DirectImpl;

typedef struct {
    bool checked;
    int full_scale_range;
    float clamp_value;
    float custom;
    int phase_lag;
} XImpl;

typedef struct {
    bool checked;
    int full_scale_range;
    float clamp_value;
    float custom;
} RadialImpl;

typedef struct {
    int alert;
    float danger;
    bool active_100ms;
} Delay;

typedef struct {
    bool rms_active;
    bool integrate_active;
    bool alert_latching;
    bool danger_latching;
    bool timed_ok;
    int  recorder_output;
    bool two_ma_clamp;
    float trip_multiply;
    QString comparision;
    int comparision_percentage;
} Alert_Variables;

typedef struct {
    int  recorder_output;
    bool two_ma_clamp;
    float trip_multiply;
    int comparision;
    int percentage;
} RecorderOut;

typedef struct {
    int id;
    bool active;
    float normal_voltage_low;
    float normal_voltage_high;
    int speed_peek;
    int default_speed;
    bool automatic_threshold;
    float threshold;
    float hysteresis;
    int events_per_revolution;
    int record_output;
    bool two_ma_clamp;
    bool alert_latching;
    bool overspeed_latching;
    bool normal_latching;
} TachometerVariables;

typedef struct {
    bool active;
    float normal_voltage_low;
    float normal_voltage_high;
    bool automatic_threshold;
    float threshold;
    float hysteresis;
    int events_per_revolution;
} KeyphaseVariables;

typedef struct {
    QString transducer_name;
    double scale_factor;
} Transducer;

typedef struct VibAlertDanger_{
    float direct_upper;
    bool direct_enable;
    float x1_ampl_upper;
    float x1_ampl_lower;
    bool x1_ampl_enable;
    float x2_ampl_upper;
    float x2_ampl_lower;
    bool x2_ampl_enable;
    int danger_param;   //0： 直接值，1： 1倍频幅值，2： 2倍频幅值
    float danger_upper;
    bool danger_enable;
    VibAlertDanger_(){
        direct_upper = 0.0;
        direct_enable = false;
        x1_ampl_upper = 0.0;
        x1_ampl_lower = 0.0;
        x1_ampl_enable = false;
        x2_ampl_upper = 0.0;
        x2_ampl_lower = 0.0;
        x2_ampl_enable = false;
        danger_upper = 0.0;
        danger_enable = false;
    }
} VibAlertDanger;

typedef struct SpeedAlert_{
    float speed_upper;
    float speed_lower;
    bool speed_upper_enable;
    bool speed_lower_enable;
    float danger_speed_upper;
    SpeedAlert_(){
        speed_upper = 0;
        speed_lower = 0;
        danger_speed_upper = 0;
    }
} SpeedAlert;

typedef struct SingleRelayNOK_{
    QString logic_expression;
    SingleRelayNOK_(){
        logic_expression = "";
    }
} SingleRelayNOK;

typedef struct TMRRelay_{
    QString logic_expression;
    TMRRelay_(){
        logic_expression = "";
    }
} TMRRelay;

#pragma pack(1)
typedef struct {
    uint8_t head[3];  // 固定值：0xAA55AA
    uint8_t cmd;      // 命令
    int     len;          // 数据长度
    uint8_t crc;      // 数据 CRC 校验和
    char data[0];     // 文件内容
} PackageHead;

typedef struct {
    uint8_t card_id; // 0xff是本机，其它子卡是1～15
    char data[0];
} UpgradeCardReq;

typedef struct {
    uint8_t code; // 0: 上传成功
} UpgradeRsp;

typedef struct {
    uint8_t card_id; // 0xff是本机，其它子卡是1～15
} GetVersionReq;

typedef struct {
    uint8_t fpga; // fpga版本号
    uint8_t sw;   // 软件版本号
    char fpga_data[9]; // fpga版本日期
} VersionRsp;

typedef struct {
    uint8_t card_id; // 0xff是本机，其它子卡是1～15
    uint8_t led_id;  // ok 灯 0xff,rx/tx 灯 0xf1,板卡测试模式 0xee,板卡状态 0xe1,其他 1 ~ 16
    uint8_t led_operate; // 0 OFF,1 ON,2 红色,3 绿色,4 红色1Hz闪烁,5 红色2Hz闪烁,6 绿色闪烁,7 测试状态,8 手动状态,9 工作状态
} RelaySettingReq;

typedef struct {
    uint8_t code;
} RelaySettingRsp;

typedef struct {
    uint8_t card_id; // 0xff是本机，其它子卡是1～15
} RelayStatusReq;

typedef struct {
    uint8_t status; // 7 测试状态,8 手动状态,9 工作状态
} RelayStatusRsp;

typedef struct {
    char data[0];
} UploadConfigReq, DownloadConfigRsp;

typedef struct {
    uint8_t code;
} UploadConfigRsp, DownloadConfigReq;

typedef struct {
    uint8_t card_id;
} ConfigSubCardReq;

typedef struct {
    uint8_t code; // 0: success 1: 无配置文件 2：失败
} ConfigSubCardRsp;

typedef struct {
    uint8_t baudrate; // kRS485BaudrateSet, kRS485BaudrateGet
} BaudrateSetReq, BaudrateGetRsp;

typedef struct {
    uint8_t code; // 0: success
} BaudrateSetRsp;
// cmd: kConfigIPv4
typedef struct {
    uint8_t ethn; // 0: eth0, 1: eth1
    char ip[16];
    char netmask[16];
    char gw[16];
} ConfigIPv4Req;

// 配置IP的响应结构为CommonRsp

// cmd: kConfigMac
typedef struct {
    uint8_t ethn; // 0: eth0, 1: eth1
    char mac[18];
} ConfigMacReq;

// 配置MAC的响应结构为CommonRsp

// cmd: kRebootCard
typedef struct {
    uint8_t card_id; // 0: cpu板卡， 1～15对应相应槽位
} RebootCardReq;

// 此命令无响应，可观察各板卡灯的变化情况

// cmd: kGetCardDcValue
typedef struct {
    uint8_t card_id; // 1 ~ 15
} GetCardDcValueReq;

typedef struct {
    float dc_value[4];
} GetCardDcValueRsp;

// cmd: kGetRelayStatus
typedef struct {
    uint8_t card_id;
} GetRelayStatusReq;

typedef struct {
    uint8_t card_id;
    uint16_t status; // 0: 正常 1：开出, 从低位到高位分别为继电器的通道1 ～ 16
} GetRelayStatusRsp;
#pragma pack()

#endif // DATA_CONFIG_H