iec104/include/HTMemCacheData.h

/****************************************************************************
** File name    :  HTMemCacheData.h
** Description  :  define memory data struct
** Create date  :  2018.09.01
** Auther by    :  Liuyx
** Version info :  V1.0.01
** Copyright (C) 2002-2018 xi'an huatek, Inc Co., Ltd
** Update record:  
** DATE         AUTHER   DESC 
** -------------------------------------------------------------------------               
** 2018.09.01   Liuyx    first build
****************************************************************************/
#ifndef __HT_MEM_CACHE_DATA_H
#define __HT_MEM_CACHE_DATA_H
#pragma pack (push ,1)


// 变压器三种工作状态下的阈值,运行工况阈值的字典
typedef struct 
{
    double value;     // 阈值
    char   field[64]; // 阈值字段名称，对应阈值表中的字段名称
}ST_STAT_FIELD;

#define MAX_RUN_STATUS_COUNT  15  // 一个主变的最大运行工况阈值数量
typedef struct {
    int fnum;         // 阈值个数
    ST_STAT_FIELD stField[MAX_RUN_STATUS_COUNT];
}ST_STAT_THRESHOLD;

// 变压器运行工况阈值缓存信息体
typedef struct{
    unsigned char site_id[DEF_EQM_CODE_SIZE];      // 站点ID
    unsigned char eqm_code[DEF_EQM_CODE_SIZE];     // 主设备ID,对应表busi_site_tree.id,map.key
    unsigned char system_code[DEF_EQM_CODE_SIZE];  // 系统设备编码,strkey
    unsigned char dev_name[DEF_EQM_CODE_SIZE * 2]; // 设备名称
    unsigned char wstate;     // 当前设备工作状态 1-发电状态 2：抽水状态 3：空闲状态
    ST_STAT_THRESHOLD stThreashod[3];              // 0-发电状态 1：抽水状态 2：空闲状态
}ST_BYQ_RUN_STATE_THRESHOLD;

// 主变与其他主设备关联关系
typedef struct{
    unsigned char site_id[DEF_EQM_CODE_SIZE];     // 站点ID
    unsigned char m_eqm_code[DEF_EQM_CODE_SIZE];     // 主设备ID,对应表busi_site_tree.id.
    unsigned char s_eqm_code[DEF_EQM_CODE_SIZE];     // 主设备ID,对应表busi_site_tree.id，map.key
    unsigned char s_sys_code[DEF_EQM_CODE_SIZE];     // 从设备ID,对应表busi_site_tree.id，map.key
    unsigned char s_eqm_type; // 设备类型 1:主变 2:GIS 3:测温 4:避雷器
    unsigned char wstate;     // 主变+GIS,工作状态 1-发电状态 2：抽水状态 3：空闲状态
    unsigned char bClose;     // GIS的开合状态0:分 1:合
    unsigned char bfault;     // 主变事故状态：0-正常  1-事故状态
}ST_DEV_RELATION;

// 主变id工作状态列表
typedef struct{
    unsigned char site_id[DEF_EQM_CODE_SIZE];     // 站点ID
    unsigned char eqm_code[DEF_EQM_CODE_SIZE];    // 主设备ID,对应表busi_site_tree.id.
    unsigned char eqm_name[DEF_BUFFER_128];       // 设备名称
    unsigned char wstate;     // 主变+GIS,工作状态 1-发电状态 2：抽水状态 3：空闲状态
    unsigned char bfault;     // 主变事故状态：0-正常  1-事故状态
}ST_BYQWORK_STATUS;

// 是否有报警
//bool isWarnning(unsigned char *site_id, unsigned char *sys_code, int state, unsigned int saddr, double val);
bool isWarnning(ST_IECPOINT_TABLE &stPointt, double val);

// 获取系统设定的阈值
double getThresholdValuse(const char *eqm_code, const char *pFiledName, int jobState);

// 根据s_eqm_code获取对应的主变设备编码
bool bGetMasterEqmCodeBySubEqmCode(unsigned char *site_id, unsigned char *s_eqm_code, unsigned char *m_eqm_code);


// 刷新主变设备/GIS/避雷器运行状态
void flushDevWorkState(unsigned char *site_id, unsigned char *m_eqm_code, unsigned char state);

//刷新主变设备机组事故状态 state=false:正常  true:事故
bool flushFaultState(unsigned char *site_id, unsigned char *m_eqm_code, unsigned char state);

// 刷新GIS开关状态
bool flushDevCloseState(unsigned char *site_id, unsigned char *s_eqm_code, unsigned char state);

// 获取GIS的开关状态
unsigned char getGisOpenCloseState(unsigned char *site_id, unsigned char *s_eqm_code);

//从隶属关系map中，获取设备工作状态
//返回0：无效状态-没有找到该设备/设备无关联关系存在
unsigned char cGetCurrentWorkState(/*unsigned char *pszSite_id,*/ unsigned char *pszEqm_code);




/*************************************************************************/
// 设置主变工作状态
void vSetByqDeviceState(unsigned char *pszEqm_code, unsigned char state);

// 获取工作状态
unsigned char cGetByqDeviceState(unsigned char *pszEqm_code);

// 设置主变事故状态
void vSetByqDeviceFaultState(unsigned char *pszEqm_code, unsigned char state);

// 获取事故状态
unsigned char cGetByqDeviceFaultState(unsigned char *pszEqm_code);

void SethDevTimeStat(unsigned char *sys_code, unsigned char ws);
time_t GetDevTimeStat(unsigned char *sys_code, unsigned char *ws);

void ResetAllCachedDeviceData();
void ResetCachedDeviceData(CACHED_DEV_DATA& cachedDev);
std::string BuildSqlForDeviceData(CACHED_DEV_DATA& cachedDev);

bool AssignValueToDeviceData(CACHED_DEV_DATA& cachedDev, const IEC_OBJVAL_NEW& val);

#pragma pack (pop)
#endif // end