resistancemonitor/inc/AlarmDefine.h

#pragma once

//| 枚举值 | 说明 | 颜色|
//|:---- - | : ---- - | ----|
//|0 | 默认(未安装) | 白色|
//|1 | 正常 | 绿色|
//|2 | 离线 | 灰色|
//|3 | 预警 | 橙色|
//|4 | 报警 | 红色 |

#define INVLID_VAL 100000


//采集信息类型码
enum class AcqTypeCode : uint16_t
{
	eAcqTypeCode_0x101 = 0x101, //定位测力值
	eAcqTypeCode_0x102 = 0x102, //反位测力值
	eAcqTypeCode_0x103 = 0x103, //转换阻力测力值
	eAcqTypeCode_0x104 = 0x104, //温度
	eAcqTypeCode_0x105 = 0x105, //湿度
};

//曲线类型码
enum class CurveTypeCode : uint16_t
{
	eCurveTypeCode_0x1010 = 0x1010, //定位测力曲线
	eCurveTypeCode_0x1020 = 0x1020, //反位测力曲线
	eCurveTypeCode_0x1030 = 0x1030, //转换阻力曲线
	eCurveTypeCode_0x1040 = 0x1040, //温度
	eCurveTypeCode_0x1050 = 0x1050, //湿度
};

enum class eZL_MP_STAT : uint8_t
{
	MP_STAT_UNINSTALL_WHITE = 0x00,
	MP_STAT_NORMAL_GREEN = 0x01,
	MP_STAT_OFFLINE_GRAY = 0x02,
	MP_STAT_WARN_ORANGE = 0x03,
	MP_STAT_ALARM_RED = 0x04,

	MP_STAT_UNKNOW = 0xff,
};
enum class eZL_ALARMTYPE : uint8_t
{
	MAX_OVER_LIMIT = 0x01,	//最大值超限
	FRICTION_OVER_LIMIT = 0x02, //摩擦力超限
	SUOBI_LOCK_LIMIT = 0x04,   //锁闭力超限
	CONVERT_LIMIT = 0x05,		//转换阻力超限
	RETENSION_FORCE = 0x06,     //保持力异常告警

	//设备类报警
	EQUIP_OFFLINE = 0x20,	//设备离线
	SENSOR_ABNORMAL = 0x21, //传感器异常
};

enum class eRecord_Module : int
{
	RM_INVALID = 0x00,   //无效
	RM_REAL	   = 0x01,   //实时数据
	RM_HIST    = 0x02,   //历史数据
	RM_HIST_TEMP = 0x03, //历史温湿度曲线
	RM_CURVE = 0x04,  //曲线分析
	RM_TABLE = 0x05,  //报表分析
	RM_ALARM = 0x06,  //报警数据
	RM_REFER = 0x07, //参考曲线
};

enum class eRocord_Opt : int
{
	RO_INVALID = 0x00,   //无效
	RO_RECORD = 0x01,   //浏览
	RO_CONFIG = 0x02,  //配置
	RO_OPT = 0x03,    //操作
	RO_LOGININ = 0x04,   //登陆
	RO_LOGINOUT = 0x05,  //退出
};

//锁闭力预报警位置, 与前端约定
enum class eSuoBiPosi : uint8_t
{
	SB_ZERO = 0,
	SB_FIX = 100,
	SB_INVERT = 101,
	SB_UNKNOWN = 255,
};

enum class eLowHigh : uint8_t
{
	LH_UNKNOWN = 0x00,
	LH_LOW = 0x01,
	LH_HIGH = 0x02,
};

#define UINT8_WARN 1
#define UINT8_ALARM 2

enum class eDaoChaPosi : uint8_t
{
	DCP_UNKNOWN = 0,
	DCP_FIX,
	DCP_INVERT,
	DCP_FIX2INVERT,
	DCP_INVERT2FIX,
};
//力的类型
enum class ePowerName : uint8_t
{
	PN_UNKNOWN = 0,//未知
	PN_LOCK,//锁闭力
	PN_RETENTION,//保持力
	PN_MOVE,//转换力
	PN_FRICTION,//摩擦力  ->稳态值
};

enum class eUpOrDownInfo : uint8_t
{
	UOD_UNKNOWN = 0x00,
	UOD_UP = 0x01,
	UOD_DOWN = 0x02,
};

typedef struct tagSecondStatInfo
{
	time_t max_time = 0;
	int  max_val = INT_MIN;
	time_t min_time = 0;
	int min_val = INT_MAX;
	uint32_t dif_val = 0;  //最大值和最小值的差值
	int first_val = INT_MIN;  //每秒起始值
	int end_val = INT_MIN;   //每秒末尾值
	int64_t sum_val = 0;
	int cout = 0;
}SECOND_STAT_INFO;

//#define INVALID_RESIST SHORT_MIN