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/****************************************************************************
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** File name : HTDataStruct.h
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** Description : define data struct
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** Create date : 2018.09.01
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** Auther by : Liuyx
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** Version info : V1.0.01
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** Copyright (C) 2002-2018 xi'an huatek, Inc Co., Ltd
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** Update record:
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** DATE AUTHER DESC
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** -------------------------------------------------------------------------
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** 2018.09.01 Liuyx first build
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****************************************************************************/
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#ifndef __HT_DATA_STRUCT_H
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#define __HT_DATA_STRUCT_H
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#pragma pack (push ,1)
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#define DEF_EQM_CODE_SIZE (32+1) // 设备编码eqm_code最大长度
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//#define _SITE_ID_TYPE_INT // 站点ID数据类型定义
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#ifdef _SITE_ID_TYPE_INT
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typedef unsigned int htype;
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#else
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typedef unsigned char* htype;
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#endif
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typedef struct {
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unsigned char status; // 链接状态 0:非正常 1:正常
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int udp_fd; // 与MEC的上行通道套接字fd
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tint64 online_time; // 登陆时间
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tint64 last_time; // 离线/退出时间
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struct sockaddr_in staddr; // 对方地址
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}ST_UDP_CONN;
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// 链路管理数据结构
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typedef struct {
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bool isConnect; // true: connected false: not connected
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int listenid; // listen handle
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int sockid; // socket connect handle
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#ifndef _WIN32
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int pipeFds[2]; // When new connection arrived, wake socket up with the pipe
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#endif
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time_t last_time; // last send/recv time
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bool is_yk_ack ; // 是否收到遥控信号
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bool b_Signal; // 遥信量变化 false: 无变化 true:有变化,则需记录一条记录
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time_t stime; // 遥信信号变化时间，否则为0
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time_t etime; // 结束时间
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time_t lastTime; // 最近一次入库时间
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time_t last_yx_time;
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time_t last_yc_time;
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time_t last_origin_time;
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unsigned long m_gis_fault_count; // gis故障次数
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//unsigned long m_gis_count; // gis开合次数
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bool m_gis_change; // 断路器断开时，记录入库
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char m_iec_warn_time[24]; // IEC子站异常时间
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unsigned short usSendNo; // 发送序号
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unsigned short usRecvNo; // 接收序号
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int TxCounter;
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int RxCounter;
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int LastAckTx;
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int LastAckRx;
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int t0; // time-out of connection establishment (reconnection) TCP连接建立的超时时间
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int t1; // time-out of send or test APDUs (wait ack). RTU（服务器）端启动U格式测试过程后等待U格式测试应答的超时时间
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int t2; // time-out for ack in case of no data messages (T2 < T1). S格式的超时时间
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int t3; // time-out for sending TESFR in case of long idle state. 没有实际的数据交换时，任何一端启动U格式测试过程的最大间隔时间
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int k; // maximum difference N(R) and N(S)
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int w; // lastest ack after receiving W I-Format message.
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unsigned short usISUType; // 0,2=I ; 1=S ; 3=U
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//int timer_Connect;
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int timer_t0; // T0 param
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int timer_Confirm; // associated of T1 param
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int timer_t1; // T1 param
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int timer_S_Ack; // associated of T2 param
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time_t timer_t2; // T2 param
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bool timer_S_Ackflag;
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time_t timer_t3; // T3 param
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bool timer_U_Testflag;
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time_t time_action; // 总召间隔请求时间
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}ST_IEC104_CTRL;
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typedef struct {
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unsigned char start; // 起始字节
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unsigned char len; // 帧长度
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unsigned char cntl1; // 控制域1-4
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unsigned char cntl2;
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unsigned char cntl3;
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unsigned char cntl4;
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}ST_APCI;
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typedef struct { // 数据单元标识
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unsigned char type; // 类型标识
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unsigned char qual; // 可变结构限定词
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unsigned char tx_cause1; // 传送原因（2字节）根据主站配置
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unsigned char tx_cause2;
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unsigned char commom_asdu1; // 公共地址(2字节)根据主站配置
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unsigned char commom_asdu2;
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}ST_ASDU_HEADER;
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typedef struct {
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ST_ASDU_HEADER header; // 数据单元标识
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unsigned char data[243]; // 信息体
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}ST_ASDU;
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typedef struct {
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ST_APCI apci;
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ST_ASDU asdu;
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}ST_IEC_APDU;
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typedef struct
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{
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int iLength ; // 接收长度
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unsigned short usISUType; // 0,2=I ; 1=S ; 3=U
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unsigned short usSendNo; // 发送序号
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unsigned short usRecvNo; // 接收序号
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unsigned char *pszBuff; // 接收数据
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}ST_RECVPKG ;
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/*
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typedef struct {
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unsigned short usISUType ; // 0,2=I ; 1=S ; 3=U
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unsigned short usLen ; // data length
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unsigned short usSendNo; // 发送序号
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unsigned short usRecvNo; // 接收序号
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unsigned int LastAckSendNo; // last send number
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unsigned int LastAckRecvNo; // last recv number
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ST_ASDU_HEADER stAsduHead; // ASDU Header
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unsigned int uiInfoAddr; // info body addr,3(byte)
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unsigned int uiLastAckTx; // last respone send number
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}ST_IEC104_INFO;
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*/
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// single point information w/quality
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struct SIQ104{
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unsigned char spi : 1, // off=0 / on=1
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rs1 : 1, // reserve
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rs2 : 1, // reserve
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rs3 : 1, // reserve
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bl : 1, // not blocked=0 / blocked=1
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sb : 1, // not substituted=0 / substituted=1
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nt : 1, // topical=0 / not topical=1
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iv : 1; // valid=0 / not valid=1
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};
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// quality descriptor
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struct QDS104{
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unsigned char ov : 1, // no overflow=0 / overflow=1
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rs1 : 1, // reserve
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rs2 : 1, // reserve
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rs3 : 1, // reserve
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bl : 1, // not blocked=0 / blocked=1
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sb : 1, // not substituted=0 / substituted=1
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nt : 1, // topical=0 / not topical=1
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iv : 1; // valid=0 / not valid=1
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};
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// single point value
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struct SP104{
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unsigned char addr0;
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unsigned char addr1;
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unsigned char addr2;
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struct SIQ104 siq;
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};
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// single point value w/time tag CP56Time2a
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struct SP104_T{
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unsigned char addr0;
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unsigned char addr1;
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unsigned char addr2;
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struct SIQ104 siq;
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unsigned char time[7];
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};
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// short floating point value
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struct SFP104{
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unsigned char addr0;
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unsigned char addr1;
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unsigned char addr2;
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//float value;
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unsigned char val[4];
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struct QDS104 qds;
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};
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// short floating point value
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struct SFP104V{
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unsigned char val[4];
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struct QDS104 qds;
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};
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// short point value
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struct SH104{
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unsigned char addr0;
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unsigned char addr1;
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unsigned char addr2;
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unsigned char val[2];
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struct QDS104 qds;
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};
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// short point value
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struct SHP104{
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unsigned char val[2];
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struct QDS104 qds;
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};
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// short floating point value w/time tag CP56Time2a
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struct SFP104_T{
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unsigned char addr0;
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unsigned char addr1;
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unsigned char addr2;
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unsigned char val[4];
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struct QDS104 qds;
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unsigned char time[7];
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};
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// GIS负荷计算表结构定义iec_break_param
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typedef struct {
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unsigned char site_id[DEF_EQM_CODE_SIZE]; // 站点ID
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unsigned char eqm_code[DEF_EQM_CODE_SIZE]; // 设备编码
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unsigned char system_code[DEF_EQM_CODE_SIZE]; // 设备编码
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unsigned char wstate; // 工作状态 1:发电 2:抽水 3:空闲
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unsigned char is_close; // 断开状态 0:分 1:合
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unsigned char is_fault; // 是否故障 1:故障 0:正常
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float faild_rate; // 发生故障率%
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time_t d_time; // 发生时间
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double abort_current; // 断开电流(A)
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double abort_voltage; // 断开电压（V）
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}ST_IEC_GISBREAK_TABLE;
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// 变压器负荷计算表结构定义iec_bydwork_param
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typedef struct {
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unsigned char site_id[DEF_EQM_CODE_SIZE]; // 站点ID
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unsigned char eqm_code[DEF_EQM_CODE_SIZE]; // 设备编码
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unsigned char system_code[DEF_EQM_CODE_SIZE]; // 设备编码
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unsigned char state; // 状态类型: 1-发电状态 2：抽水状态 3：空闲状态
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unsigned char is_fault; // 主变是否故障 1:故障 0:正常
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time_t start_time; // 发电/抽水开始时间
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time_t stop_time; // 发电/抽水结束时间
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time_t real_time; // 发生时间
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double voltage; // 高/低压出口电压(kV)
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double current; // 高/低压出口电流(A)
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}ST_IEC_BYQWORK_TABLE;
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// 变压器运行工况表结构定义transformer_read_table
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typedef struct {
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unsigned char site_id[DEF_EQM_CODE_SIZE]; // 站点ID
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unsigned char eqm_code[DEF_EQM_CODE_SIZE]; // 设备编码
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unsigned char system_code[DEF_EQM_CODE_SIZE]; // 设备编码
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unsigned char wstate; // 工作状态：1-发电状态 2：抽水状态 3：空闲状态
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time_t chkTime; // 监测时间
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#if 0
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double dcurJkyl; // 冷却水进口压力值
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double dcurCkyl; // 冷却水出口压力值
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double dCoolWaterTempEntry; // 冷却水进口温度
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double dCoolWaterTempOuter; // 冷却水出口温度
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//2020-05-23 add
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double dOilPressEntry; // 变压器油进口油压力(MPa)
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double dOilPressOuter; // 变压器油出口油压力(MPa)
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double dOilTempEntry; // 变压器油进口温度
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double dOilTempOuter; // 变压器油出口温度
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double dOilTemperature; //主变本体油温点位
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double dOilPosition; //主变本体油位点位
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double dOilTopTemp; //主变顶层油温点位
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double dOilPillowLevel; //主变油枕油位点位
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double dWindingTemp; //主变绕组温度点位
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#else
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char dcurJkyl[16]; // 冷却水进口压力值
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char dcurCkyl[16]; // 冷却水出口压力值
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char dCoolWaterTempEntry[16]; // 冷却水进口温度
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char dCoolWaterTempOuter[16]; // 冷却水出口温度
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char dOilPressEntry[16]; // 变压器油进口油压力(MPa)
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char dOilPressOuter[16]; // 变压器油出口油压力(MPa)
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char dOilTempEntry[16]; // 变压器油进口温度
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char dOilTempOuter[16]; // 变压器油出口温度
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char dOilTemperature[16]; //主变本体油温点位
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char dOilPosition[16]; //主变本体油位点位
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char dOilTopTemp[16]; //主变顶层油温点位
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char dOilPillowLevel[16]; //主变油枕油位点位
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char dWindingTemp[16]; //主变绕组温度点位
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#endif
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}ST_IEC_BYQREAD_TABLE;
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// 入库队列
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typedef struct
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{
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unsigned char ctype; // 类型:1-运行工况 2:断路器数据 3:变压器数据
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unsigned int iLength; // 数据长度
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unsigned char *pData; // 数据ST_MASRTE_PARAM |ST_BREAKER_PARAM|ST_WORK_PARAM
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}ST_DB_DATA;
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// 变压器工作数据,通过104获取。
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typedef struct {
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unsigned char stype; // 状态类型: 1-发电状态 2：抽水状态 3：空闲状态
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time_t start_time; // 发电/抽水开始时间
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time_t stop_time; // 发电/抽水结束时间
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double voltage; // 高/低压出口电压(v)
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double current; // 高/低压出口电流(A)
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double dcurYWei; // 最近油位值
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double dcurYWen; // 最近油温值
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double dcurJkyl; // 最近冷却水进口压力值
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double dcurCkyl; // 最近冷却水出口压力值
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}ST_IEC104_BYQ_DATA;
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// 变压器设备对应关系、阈值缓存记录
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//typedef struct {
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//#ifdef _SITE_ID_TYPE_INT
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// unsigned int SiteID; // 站点ID
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//#else
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// unsigned char SiteID[DEF_EQM_CODE_SIZE]; // 站点ID
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//#endif
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// unsigned char szSiteCode[DEF_EQM_CODE_SIZE]; // 物理站点唯一编码
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// unsigned char szEqmCode[DEF_EQM_CODE_SIZE]; // 系统设备唯一编码
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// unsigned char szSersorID[20]; // sersorid唯一编码
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// double dYWei; // 油位阈值
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// double dYWen; // 油温阈值
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// double dJkyl; // 冷却水进口压力阈值
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// double dCkyl; // 冷却水出口压力阈值
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// ST_IEC104_BYQ_DATA stLastData; // 变压器最近一次104上传的数据
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//}ST_BYQ_CACHE;
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// 断路器104数据结构
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//typedef struct {
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// unsigned char is_fault; // 是否故障 1：否 2：是
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// time_t record_date; // 发生时间
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// double voltage; // 断开电压(V)
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// double current; // 断开电流(A)
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// double failed_rate; // %电流故障百分比%
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//}ST_IEC104_GIS_DATA;
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// GIS设备对应关系、阈值缓存记录
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//typedef struct {
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//#ifdef _SITE_ID_TYPE_INT
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// unsigned int SiteID; // 站点ID
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//#else
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// unsigned char SiteID[DEF_EQM_CODE_SIZE]; // 站点ID
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//#endif
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// unsigned char szEqmCode[DEF_EQM_CODE_SIZE]; // 设备唯一编码
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// ST_IEC104_GIS_DATA stLastData; // 断路器最近一次104上传的数据
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//}ST_GIS_IEC104_DATA;
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// GIS设备外挂对应关系、阈值缓存记录
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//typedef struct {
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//#ifdef _SITE_ID_TYPE_INT
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// unsigned int SiteID; // 站点ID
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//#else
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// unsigned char SiteID[DEF_EQM_CODE_SIZE]; // 站点ID
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//#endif
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// unsigned char szSersorID[20]; // sersorid唯一编码
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// unsigned char szEqmCodeID[18]; // 设备唯一编码
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// unsigned char name_des[128]; // 设备名称,描述
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// double dNum ; // GIS放电电流(mA)
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//}ST_GIS_CACHE;
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// BLQ设备对应关系、阈值缓存记录
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//typedef struct {
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//#ifdef _SITE_ID_TYPE_INT
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// unsigned int SiteID; // 站点ID
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//#else
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// unsigned char SiteID[DEF_EQM_CODE_SIZE]; // 站点ID
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//#endif
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// unsigned char szSersorID[20]; // sersorid唯一编码
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// unsigned char szEqmCodeID[18]; // 设备唯一编码
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// unsigned char name_des[128]; // 设备名称,描述
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// double dMaxDL; // 避雷器放电电流图片识别阈值
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//}ST_BLQ_CACHE;
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#pragma pack (pop)
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#endif // end
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