HM-SPMS/platform/src/service/data_process/DigStructDefine.h

/**
 @file   DigStructDefine.h
 @brief  数字量结构体定义,CDigProcess 类使用
 @author 周正龙
*/

#pragma once

#include    <string>
#include    <vector>
#include    <map>
#include    "DataType.h"
#include    "DataProcessDefine.h"

namespace iot_service
{
struct SDigPointAll
{
    char tag_name[64] ;
    char description[128] ;
    char device[64] ;
    int seq_no ;
    int location_id ;
    int sub_system ;
    char rtu_tag[64] ;
    int is_control ;
    char state_text_name[64] ;
    int value_num ;
    double gray ;
    double contrast ;
    int qcolor ;
    int value ;
    int status ;
    int64 last_update_time ;
    int value1 ;
    int status1 ;
    int64 last_change_time1 ;
    int value2 ;
    int status2 ;
    int64 last_change_time2 ;
    int value3 ;
    int status3 ;
    int64 last_change_time3 ;
    int value4 ;
    int status4 ;
    int64 last_change_time4 ;
    int value5 ;
    int status5 ;
    int64 last_change_time5 ;
    int is_obj_alm_manner ;  //对象告警方式
    int alarm_priority ;     //YX变为告警优先级
    int alarm_priority_soe ; //SOE 告警优先级
    char pic_name[64] ;
    char sound_name1[32] ;
    char sound_name2[32] ;
    char sound_name3[32] ;
    int alarm_delay_time ;
    int input_delay_time ;
    int is_water_alm ;
    int is_ack_on_rtn ;
    int del_act_on_ack ;
    int is_never_alm_on_rtn ;
    int region_id ;
    char opt_handover_group[64] ;
    int is_summary ;
    int summary_value ;
    int summary_status ;
    int point_type ;
    int point_class ;
    int point_property ;
    int point_sort ;
    int dev_type ;
    char point_tp_name[64] ;
    int is_sample ;
    int is_statistics ;
    int sample_period ;
    int is_alarm_freq ;
    int alarm_freq ;
    char alarm_freq_desc[64] ;
    int is_alarm_time ;
    int alarm_time ;
    char alarm_time_desc[64] ;
    int alarm_freq_range ;
    char infer_name[64] ;
    char camera_tag[64] ;
    char camera_preset[64] ;
    SDigPointAll()
    {
        memset(tag_name, 0, 64);
        memset(description, 0, 128);
        memset(device, 0, 64);
        memset(rtu_tag, 0, 64);
        memset(state_text_name, 0, 64);
        memset(sound_name1, 0, 32);
        memset(sound_name2, 0, 32);
        memset(sound_name3, 0, 32);
        memset(pic_name, 0, 64);
        memset(opt_handover_group, 0, 64);
        memset(point_tp_name, 0, 64);
        memset(alarm_freq_desc, 0, 64);
        memset(infer_name, 0, 64);
        memset(camera_tag, 0, 64);
        memset(camera_preset, 0, 64);
    }
};

struct SDigMapToFes
{
    char key_id_tag[128] ;
    int location_id ;
    int sub_system ;
    int dev_type ;
    char point_tp_name[64] ;
    char rtu_tag[64] ;
    int value_num ;
    char dot_no1[48] ;
    char dot_no2[48] ;
    char dot_no3[48] ;
    char dot_no4[48] ;
    char dot_no5[48] ;
    int is_filter_err ;
    int is_filter_disturb ;
    int disturb_time ;
    int polarity ;
    char description[128] ;
};
struct SDigValueStatus
{
    int value;
    int status;
    SDigValueStatus()
    {
        value=0;
        status=0;
    }
};

struct SFesGroupDevSelect
{
    char tag_name[64];
	int domain_id;
    SFesGroupDevSelect()
    {
        memset(tag_name, 0, 64);
        domain_id = 0;
    }
};

struct SDiBitChange
{
    unsigned char   use_flag;
    int     value;
    int     status;
    int64   times;
    int     special_flag;

    SDiBitChange()
    {
        use_flag = SHARE_BUF_NO_USE;
        value = 0;
        status = 0;
        times = 0;
        special_flag = 0;
    }
};

struct SDiChange
{
    int64   first_chg_time;
    char    key_id_tag[128];
    int     location_id;
    int     region_id;
    char    state_text_name[40];
    int     input_delay_time;
    int     value_num;
    SDiBitChange di_bit_chg_array[MAX_DI_BIT_NUM];
    SDiChange()
    {
        memset(key_id_tag, 0, 128);
        memset(state_text_name, 0, 40);
    }
};

struct SDiAlarm
{
    char    tag_name[64];   /* 标签名 */
    char    key_id_tag[128];/* KEY= appName.TagName */
    int     domain_id;      /* 所属域 */
    int     location_id;    /* 车站 */
    int     region_id;      /*责任区 */
    char    opt_handover_group[64];/*权限组 */
    char    display_value[40];
    int     value_num;
    int     value;
    int     status;
    int     dev_type;       /* 设备类型 */
    char    dev[64];
    char    dev_group[64];  /* 设备分组 */
    char    infer_name[64]; /* 报警推理名 */
    int     is_exist_rtn;
    int     order_no;
    int     alarm_priority;
    int     sec;
    short   msec;
    int     soe_sec;
    short   soe_msec;
    int     desc_flag;
    int     alarm_manner;  /*  报警方式*/
    int64   occur_time;
    bool    is_alm_not_ack;
    int     alarm_status;
    int     alarm_delay_time;   /* 报警延时时间 */
    int     is_alarm_freq;      /* 是否报警计次 */
    int     alarm_freq;         /* 报警设定计次 */
    int     alarm_freq_range;   /* 计次报警时间范围（秒） */
    char    alarm_freq_desc[64];/* 计次报警描述 */
    int     is_alarm_time;      /* 是否报警计时 */
    int64   alarm_time;         /* 设定报警计时（M秒） */
    char    alarm_time_desc[64];/* 计时报警描述 */
    int     is_water_alm;       /* 是否告警流水账 */
    int     is_ack_on_rtn;      /* 是否返回时自动确认报警 */
    int     del_act_on_ack;     /* 确认报警后删除动作 */
    int     is_never_alm_on_rtn;
    char    pic_name[64];       /*报警关联画面名称*/
    SDiAlarm()
    {
        memset(tag_name, 0, 64);
        memset(key_id_tag, 0, 128);
        memset(dev, 0, 64);
        memset(dev_group, 0, 64);
        memset(pic_name, 0, 64);
        status = 0;
    }
};

struct SAlarmFreq
{
    int now_alarm_freq;
    SDiAlarm   alarm_stru;
};

struct  SUpdateDiInfo
{
    char    table_name[32];
    char    tag_name[64];
    char    column_name[16];
    int     value;
    int     status;
	SUpdateDiInfo()
	{
		memset(table_name, 0, 32);
		memset(tag_name, 0, 64);
		memset(column_name, 0, 16);
		value = 0;
		status = 0;
	}
};

struct  SChangeDiInfo
{
    char    table_name[32];
    char    tag_name[64];
    char    column_name[16];
    int     nValue;
    int     nStatus;
    int64   lTimes;
	SChangeDiInfo()
	{
		memset(table_name,0,32);
		memset(tag_name,0,64);
		memset(column_name,0,16);
		nValue = 0;
		nStatus = 0;
        lTimes = 0;
	}
};

//digital defalult alarm status setting;
struct  SAlarmStatusDigSet
{
    int point_class;
    int point_type;
    int alm_status_change;
    int alm_status_soe;
    SAlarmStatusDigSet()
    {
        point_class=0;
        point_type=0;
        alm_status_change=0;
        alm_status_soe=0;
    }
};

}