#ifndef RD_CONST_H_FILE #define RD_CONST_H_FILE #include "data_types.h" #ifdef AIX #include #endif//AIX #ifndef _HDHANDLE typedef void* HDHANDLE; #define _HDHANDLE #endif #ifndef WIN32 #ifndef SOCKET #define SOCKET int #endif #else #ifndef SOCKET //#include //#include #if defined(_WIN64) typedef __int64 INT_PTR, *PINT_PTR; typedef unsigned __int64 UINT_PTR, *PUINT_PTR; #else typedef _W64 int INT_PTR, *PINT_PTR; typedef _W64 unsigned int UINT_PTR, *PUINT_PTR; #endif typedef UINT_PTR SOCKET; #endif #endif #define HD_INVALID_HANDLE (HDHANDLE)0 // 页大小 #define RD_PAGE_SIZE 4096 #define HD_EPSILON 0.00001 #define DATA_QUALITY_VALUE_HALT -1 /*停机记录，正常的数据质量不能用这个值*/ #define DATA_QUALITY_VALUE_IO_TIMEOUT 65534 // 无法连接设备 // 采集器状态点质量 #define DATA_QUALITY_VALUE_CT_MAX 65533 #define DATA_QUALITY_VALUE_CT_BOOTTING 65533 #define DATA_QUALITY_VALUE_CT_ACTIVE 65532 #define DATA_QUALITY_VALUE_CT_SHUTDOWN 65531 #define DATA_QUALITY_VALUE_CT_TIMEOUT 65530 #define DATA_QUALITY_VALUE_CT_MIN 65530 // 设备状态点质量 #define DATA_QUALITY_VALUE_DEVICE_MAX 65529 #define DATA_QUALITY_VALUE_DEVICE_CONN 65529 #define DATA_QUALITY_VALUE_DEVICE_DISCONN 65528 #define DATA_QUALITY_VALUE_DEVICE_MIN 65528 // 表达式过滤 #define DATA_QUALITY_VALUE_EXPR_FILTER 65527 #define DATA_QUALITY_VALUE_HALT_SHOW "No Data" #define DATA_QUALITY_VALUE_IO_TIMEOUT_SHOW "I/O Timeout" #define DATA_QUALITY_GOOD 0xC0 //一个典型的Good值, 192 #define DATA_QUALITY_BAD 0xFF3F //质量为Bad #define DATA_QUALITY_BAD_STATS_NO_GOOD_REC 0xFF3E //统计记录用这个值来表示统计区域没有一条Good的原始记录，质量为bad // license status #define LICENSE_INVALID 0 //许可证无效，一般是2小时试用版过期 #define LICENSE_VALID 1 //有效许可证 #define LICENSE_VALID_TEMP 2 //临时许可证，2小时试用版 //tag点类型定义 #define TAG_TYPE_MIN 0 #define TAG_TYPE_INT8 0 #define TAG_TYPE_INT16 1 #define TAG_TYPE_INT32 2 #define TAG_TYPE_FLOAT32 3 #define TAG_TYPE_FLOAT64 4 #define TAG_TYPE_DIGITAL 5 #define TAG_TYPE_STRING 6 #define TAG_TYPE_BLOB 7 #define TAG_TYPE_MAX 7 //变更类型 #define CHANGE_TYPE_ADD 0 #define CHANGE_TYPE_MODIFY 1 #define CHANGE_TYPE_DELETE 2 #define CHANGE_TYPE_MAX 2 //变更的模块类型 #define CHANGE_MODULE_TYPE_COLLECTOR 0 #define CHANGE_MODULE_TYPE_CALC 1 // 通知对象类型 #define HD_NOTIFY_OBJ_TYPE_NORMAL_TAG 0 #define HD_NOTIFY_OBJ_TYPE_ALARM_TAG 1 #define HD_NOTIFY_OBJ_TYPE_STAT_TAG 2 #define HD_NOTIFY_OBJ_TYPE_EXPCALC_TAG 3 #define HD_NOTIFY_OBJ_TYPE_COLLECTOR 4 #define HD_NOTIFY_OBJ_TYPE_SCAN_GROUP 5 #define HD_NOTIFY_OBJ_TYPE_DEVICE 6 #define HD_NOTIFY_OBJ_TYPE_ALARM_GROUP 7 #define HD_NOTIFY_OBJ_TYPE_DIGITAL_SET 8 #define HD_NOTIFY_OBJ_TYPE_MAX 8 /*配置变更通知对象的掩码*/ #define HD_NOTIFY_OBJ_MASK_ALL 0XFFFFFFFFFFFFFFFFLL #define HD_NOTIFY_OBJ_MASK_NORMAL_TAG (1 << HD_NOTIFY_OBJ_TYPE_NORMAL_TAG) #define HD_NOTIFY_OBJ_MASK_ALARM_TAG (1 << HD_NOTIFY_OBJ_TYPE_ALARM_TAG) #define HD_NOTIFY_OBJ_MASK_STAT_TAG (1 << HD_NOTIFY_OBJ_TYPE_STAT_TAG) #define HD_NOTIFY_OBJ_MASK_EXPCALC_TAG (1 << HD_NOTIFY_OBJ_TYPE_EXPCALC_TAG) #define HD_NOTIFY_OBJ_MASK_COLLECTOR (1 << HD_NOTIFY_OBJ_TYPE_COLLECTOR) #define HD_NOTIFY_OBJ_MASK_SCAN_GROUP (1 << HD_NOTIFY_OBJ_TYPE_SCAN_GROUP) #define HD_NOTIFY_OBJ_MASK_DEVICE (1 << HD_NOTIFY_OBJ_TYPE_DEVICE) #define HD_NOTIFY_OBJ_MASK_ALARM_GROUP (1 << HD_NOTIFY_OBJ_TYPE_ALARM_GROUP) #define HD_NOTIFY_OBJ_MASK_DIGITAL_SET (1 << HD_NOTIFY_OBJ_TYPE_DIGITAL_SET) //采集器相关变更实体的类别 #define CHANGE_ENTRY_COLLECTOR 0 #define CHANGE_ENTRY_DEVICE 1 #define CHANGE_ENTRY_SCAN_GROUP 2 #define CHANGE_ENTRY_TAG 3 //报警变更类型 #define CHANGE_NEW_ALARM 0 #define CHANGE_ACK_ALARM 1 #define CHANGE_RESTORE_ALARM 2 #define CHANGE_COMMENT_ALARM 3 //扫描组类型 #define HD_CT_SCAN_TYPE_POLL 0 //轮询模式 #define HD_CT_SCAN_TYPE_ADVISE 1 //通知模式 //压缩类型定义 #define COMP_TYPE_MIN 0 #define COMP_TYPE_NO 0 #define COMP_TYPE_SDT 1 #define COMP_TYPE_MAX 1 //报警自动确认定义 #define ALARM_AUTO_ACK_MIN 0 #define ALARM_AUTO_ACK_NO 0 #define ALARM_AUTO_ACK_YES 1 #define ALARM_AUTO_ACK_MAX 1 //监视点的类型 #define MONITOR_TAG_TYPE_MIN 0 #define MONITOR_TAG_TYPE_ALARM 1 #define MONITOR_TAG_TYPE_MAX 1 //数据类型长度定义 #define DATA_LENGTH_INT8 1 #define DATA_LENGTH_INT16 2 #define DATA_LENGTH_INT32 4 #define DATA_LENGTH_FLOAT32 4 #define DATA_LENGTH_FLOAT64 8 #define DATA_LENGTH_DIGITAL 1 //数据块内部结构长度定义 #define LENGTH_TIME_STAMP 6 #define LENGTH_DATA_QUALITY 2 /*string blob类型相关长度定义*/ #define LENGTH_VAR_TYPE_VALUE 1000 #define LENGTH_VAR_TYPE_RECORD (LENGTH_TIME_STAMP + LENGTH_DATA_QUALITY + sizeof(uint16) + LENGTH_VAR_TYPE_VALUE) //各数据类型记录长度定义 #define REC_LENGTH_MIN REC_LENGTH_INT8 #define REC_LENGTH_INT8 (DATA_LENGTH_INT8 + LENGTH_TIME_STAMP + LENGTH_DATA_QUALITY) #define REC_LENGTH_INT16 (DATA_LENGTH_INT16 + LENGTH_TIME_STAMP + LENGTH_DATA_QUALITY) #define REC_LENGTH_INT32 (DATA_LENGTH_INT32 + LENGTH_TIME_STAMP + LENGTH_DATA_QUALITY) #define REC_LENGTH_FLOAT32 (DATA_LENGTH_FLOAT32 + LENGTH_TIME_STAMP + LENGTH_DATA_QUALITY) #define REC_LENGTH_FLOAT64 (DATA_LENGTH_FLOAT64 + LENGTH_TIME_STAMP + LENGTH_DATA_QUALITY) #define REC_LENGTH_DIGITAL (DATA_LENGTH_DIGITAL + LENGTH_TIME_STAMP + LENGTH_DATA_QUALITY) #define REC_LENGTH_MAX (LENGTH_VAR_TYPE_RECORD) #define HD_MAX_LEN_TAG_PROP 1024 #define HD_LEN_TAG_NAME 128 /* including '\0' */ #define HD_LEN_TAG_TYPE 16 /* including '\0' */ #define HD_LEN_TAG_DESC 1024 /* including '\0' */ #define HD_LEN_USER_NAME 32 /* including '\0' */ #define HD_LEN_ENG_UNITS 32 /* including '\0' */ #define HD_LEN_INSTURMENT_POINT_VERSION_0 64 /* including '\0' */ //API版本为0时的设备点长度，版本1修改为256 #define HD_LEN_INSTURMENT_POINT 256 /* including '\0' */ //modify by yangqi; 长度从64修改为256 #define HD_LEN_INTERFACE_NAME 64 /* including '\0' */ #define HD_LEN_IP_ADDR 16 #define HD_LEN_IPHOST_ADDR 256 #define HD_LEN_DIGITAL_SET_NAME 32 /* including '\0' */ #define HD_LEN_DIGITAL_SET_STATE_NAME 32 /* including '\0' */ #define HD_LEN_ALARM_TEST 128 //报警点Test属性长度，包括szTest1,szTest2,szTest3,szTest4 #define HD_LEN_ALARM_ACTION 128 //报警点ACTION属性长度，包括szAction1，szAction2，szAction3，szAction4 #define HD_LEN_ALARM_GROUP_NAME 128 //报警点组名长度 #define HD_LEN_ALARM_GROUP_DESC 128 //报警点组描述长度 #define HD_LEN_ALARM_COMMENT 256 #define LENGTH_QUERY_ITEM_VALUE 32 #define HD_LEN_QUERY_ALARM_REC_ITEM_VALUE 32 //报警记录查询的记录项的长度 #define HD_LEN_COLLECTOR_NAME 64 #define HD_LEN_COLLECTOR_DESCRIPTION 128 #define HD_LEN_COLLECTOR_EXT_PARAM 512 #define HD_LEN_DEVICE_NAME 64 #define HD_LEN_DEVICE_ADDRESS 32 #define HD_LEN_DEVICE_DESCRIPTION 128 #define HD_LEN_DEVICE_EXT_PARAM 512 #define HD_LEN_SCANGROUP_NAME 64 #define HD_LEN_SCANGROUP_DESCRIPTION 128 #define HD_LEN_SCANGROUP_EXT_PARAM 512 #define HD_LEN_FILTER_EXPR 128//过滤表达式长度 #define HD_LEN_CALC_EXPR 256//计算表达式的长度 #define HD_LEN_HD_SRV_NAME 64//iHyperDB数据源名称长度 #define MAC_ADDRESS_LEN 32 /* 权限管理约束 */ #define HD_LEN_SEC_PASSWORD 64 #define HD_LEN_SEC_GROUP_NAME 32 #define HD_LEN_SEC_TRUST_NAME 64 #define HD_LEN_SEC_USER_DESC 64 #define HD_LEN_SEC_GROUP_DESC 64 #define HD_LEN_SEC_IP_ADDRESS 16 #define HD_LEN_SEC_AUTH_ITEM_NAME 32 #define HD_LEN_SEC_AUTH_ITEM_DESC 64 #define HD_SEC_AUTH_TYPE_DEFAUT_VALUE 1 /*普通点，报警点，统计点, 计算点，SPC报警点类型*/ #define HD_TAG_CLASS_BASIC 0 #define HD_TAG_CLASS_ALARM 1 #define HD_TAG_CLASS_STATS 2 #define HD_TAG_CLASS_CALC 3 #define HD_TAG_CLASS_SPC 4 #define HD_TAG_CLASS_SYS 5 //Tag类别掩码 #define HD_TAG_CLASS_MASK_NORMAL_TAG 1 #define HD_TAG_CLASS_MASK_ALARM_TAG ((int64)1 << 1) #define HD_TAG_CLASS_MASK_STATS_TAG ((int64)1 << 2) #define HD_TAG_CLASS_MASK_CALC_TAG ((int64)1 << 3) #define HD_TAG_CLASS_MASK_SPC_TAG ((int64)1 << 4) #define HD_TAG_CLASS_MASK_ALL 0XFFFFFFFFFFFFFFFFLL #define TAG_COL_TAGID 0 #define TAG_COL_REC_OWNER 1 #define TAG_COL_REC_GROUP 2 #define TAG_COL_TAG_NAME 3 #define TAG_COL_ARCHIVING 4 #define TAG_COL_COMP_DEV 5 #define TAG_COL_COMP_MAX 6 #define TAG_COL_COMP_TYPE 7 #define TAG_COL_REC_ACCESS 8 #define TAG_COL_SCAN 9 #define TAG_COL_SPAN 10 #define TAG_COL_MIN_VALUE 11 #define TAG_COL_TAG_TYPE 12 #define TAG_COL_TAG_CLASS 13 #define TAG_COL_DELETE 14 #define TAG_COL_VERSION 15 #define TAG_COL_MAX 15 //报警点特有的属性列 #define TAG_COL_TEST1 16 #define TAG_COL_TEST2 17 #define TAG_COL_TEST3 18 #define TAG_COL_TEST4 19 #define TAG_COL_ACTION1 20 #define TAG_COL_ACTION2 21 #define TAG_COL_ACTION3 22 #define TAG_COL_ACTION4 23 #define TAG_COL_SOURCE_TAG 24 #define TAG_COL_ALARM_GROUP_ID 25 #define TAG_COL_AUTOACK 26 #define TAG_COL_TIME_DEADBAND 27 #define TAG_COL_VALUE_DEADBAND 28 #define ALARM_TAG_COL_MAX 28 //统计点特有的属性列 #define TAG_COL_STATS_SOURCE_TAG_NAME 16 #define TAG_COL_STATS_TYPE 17 #define TAG_COL_STATS_SAMPLE_START_DATE 18 #define TAG_COL_STATS_SAMPLE_MODE 19 #define TAG_COL_STATS_SAMPLE_INTERVAL 20 #define TAG_COL_STATS_SAMPLE_BEGIN_OFFSET 21 #define TAG_COL_STATS_SAMPLE_END_OFFSET 22 #define TAG_COL_STATS_SAMPLE_MONTH_BEGIN_DAY 23 #define TAG_COL_STATS_SAMPLE_MONTH_END_DAY 24 #define TAG_COL_STATS_BEGIN_TIME_STAMP 25 #define TAG_COL_STATS_TIME_STAMP_OFFSET 26 #define TAG_COL_STATS_PERIOD 27 #define TAG_COL_STATS_PCT_GOOD 28 #define TAG_COL_STATS_FILTER_EXPR 29 #define TAG_COL_STATS_DROP_BAD_MODE 30 #define TAG_COL_STATS_COUNT_PARAM1 31 #define TAG_COL_STATS_COUNT_PARAM2 32 //V2 #define TAG_COL_STATS_SAMPLE_TYPE 33 #define TAG_COL_STATS_INTERP_OFFSET 34 #define TAG_COL_STATS_INTERP_PERIOD 35 #define TAG_COL_STATS_CONVER_TYPE 36 #define TAG_COL_STATS_CONVERSION 37 #define TAG_COL_STATS_FILTER_FAIL_MODE 38 #define TAG_COL_STATS_CALC_PERIOD 39 #define TAG_COL_STATS_RESET 40 #define TAG_COL_STATS_USE_BAD_VALUE 41 #define STATS_TAG_COL_MAX 41 /*计算点特有的属性列*/ #define TAG_COL_CALC_MODE 16 #define TAG_COL_CALC_PERIOD 17 #define TAG_COL_CALC_EXPR 18 #define TAG_COL_CALC_CALCHISTORY 19 #define TAG_COL_CALC_STARTDATE 20 #define TAG_COL_CALC_HAVRENDDATE 21 #define TAG_COL_CALC_ENDDATE 22 #define TAG_COL_CALC_SOURCETAGNAME 23 #define CALC_TAG_COL_MAX 23 /*SPC报警点特有的属性列*/ #define TAG_COL_SPC_SOURCE_TAG_NAME 16 #define TAG_COL_SPC_ALARM_GROUP_ID 17 #define TAG_COL_SPC_CTRL_CHART_TYPE 18 #define TAG_COL_SPC_TRIGGLE_MODE 19 #define TAG_COL_SPC_SAMPLE_SIZE 20 #define TAG_COL_SPC_SAMPLE_INTERVAL 21 #define TAG_COL_SPC_AUTO_ACK 22 #define TAG_COL_SPC_RULE 23 #define SPC_TAG_COL_MAX 23 #define TAG_PROP_ITEM_COUNT 24 //外部可见的TagProp item个数 #define TAG_PROP_ALL 0XFFFFFFFFFFFFFFFFLL //tag点属性的取值，表示Tag点的所有属性 //基本的Tag属性 #define TAG_PROP_TAG_NAME 1 #define TAG_PROP_ARCHIVING ((int64)1 << TAG_COL_ARCHIVING) #define TAG_PROP_COMP_DEV ((int64)1 << TAG_COL_COMP_DEV) #define TAG_PROP_COMP_MAX ((int64)1 << TAG_COL_COMP_MAX) #define TAG_PROP_COMP_TYPE ((int64)1 << TAG_COL_COMP_TYPE) #define TAG_PROP_MIN_VALUE ((int64)1 << TAG_COL_MIN_VALUE) #define TAG_PROP_REC_ACCESS ((int64)1 << TAG_COL_REC_ACCESS) #define TAG_PROP_REC_GROUP ((int64)1 << TAG_COL_REC_GROUP) #define TAG_PROP_REC_OWNER ((int64)1 << TAG_COL_REC_OWNER) #define TAG_PROP_SCAN ((int64)1 << TAG_COL_SCAN) #define TAG_PROP_SPAN ((int64)1 << TAG_COL_SPAN) #define TAG_PROP_TAGID ((int64)1 << TAG_COL_TAGID) #define TAG_PROP_TAG_TYPE ((int64)1 << TAG_COL_TAG_TYPE) #define TAG_PROP_TAG_CLASS ((int64)1 << TAG_COL_TAG_CLASS) #define TAG_PROP_DELETE ((int64)1 << TAG_COL_DELETE) //报警点特有的属性 #define TAG_PROP_TEST1 ((int64)1 << TAG_COL_TEST1) #define TAG_PROP_TEST2 ((int64)1 << TAG_COL_TEST2) #define TAG_PROP_TEST3 ((int64)1 << TAG_COL_TEST3) #define TAG_PROP_TEST4 ((int64)1 << TAG_COL_TEST4) #define TAG_PROP_ACTION1 ((int64)1 << TAG_COL_ACTION1) #define TAG_PROP_ACTION2 ((int64)1 << TAG_COL_ACTION2) #define TAG_PROP_ACTION3 ((int64)1 << TAG_COL_ACTION3) #define TAG_PROP_ACTION4 ((int64)1 << TAG_COL_ACTION4) #define TAG_PROP_SOURCE_TAG ((int64)1 << TAG_COL_SOURCE_TAG) #define TAG_PROP_ALARM_GROUP_ID ((int64)1 << TAG_COL_ALARM_GROUP_ID) #define TAG_PROP_AUTOACK ((int64)1 << TAG_COL_AUTOACK) #define TAG_PROP_TIME_DEADBAND ((int64)1 << TAG_COL_TIME_DEADBAND) #define TAG_PROP_VALUE_DEADBAND ((int64)1 << TAG_COL_VALUE_DEADBAND) //统计点特有属性 #define TAG_PROP_STATS_SOURCE_TAG_NAME ((int64)1 << TAG_COL_STATS_SOURCE_TAG_NAME) #define TAG_PROP_STATS_TYPE ((int64)1 << TAG_COL_STATS_TYPE) #define TAG_PROP_STATS_SAMPLE_START_DATE ((int64)1 << TAG_COL_STATS_SAMPLE_START_DATE) #define TAG_PROP_STATS_SAMPLE_MODE ((int64)1 << TAG_COL_STATS_SAMPLE_MODE) #define TAG_PROP_STATS_SAMPLE_INTERVAL ((int64)1 << TAG_COL_STATS_SAMPLE_INTERVAL) #define TAG_PROP_STATS_SAMPLE_BEGIN_OFFSET ((int64)1 << TAG_COL_STATS_SAMPLE_BEGIN_OFFSET) #define TAG_PROP_STATS_SAMPLE_END_OFFSET ((int64)1 << TAG_COL_STATS_SAMPLE_END_OFFSET) #define TAG_PROP_STATS_SAMPLE_MONTH_BEGIN_DAY ((int64)1 << TAG_COL_STATS_SAMPLE_MONTH_BEGIN_DAY) #define TAG_PROP_STATS_SAMPLE_MONTH_END_DAY ((int64)1 << TAG_COL_STATS_SAMPLE_MONTH_END_DAY) #define TAG_PROP_STATS_BEGIN_TIME_STAMP ((int64)1 << TAG_COL_STATS_BEGIN_TIME_STAMP) #define TAG_PROP_STATS_TIME_STAMP_OFFSET ((int64)1 << TAG_COL_STATS_TIME_STAMP_OFFSET) #define TAG_PROP_STATS_SCAN_PERIOD ((int64)1 << TAG_COL_STATS_PERIOD) #define TAG_PROP_STATS_PCT_GOOD ((int64)1 << TAG_COL_STATS_PCT_GOOD) #define TAG_PROP_STATS_FILTER_EXPR ((int64)1 << TAG_COL_STATS_FILTER_EXPR) #define TAG_PROP_STATS_DROP_BAD_MODE ((int64)1 << TAG_COL_STATS_DROP_BAD_MODE) #define TAG_PROP_STATS_COUNT_PARAM1 ((int64)1 << TAG_COL_STATS_COUNT_PARAM1) #define TAG_PROP_STATS_COUNT_PARAM2 ((int64)1 << TAG_COL_STATS_COUNT_PARAM2) #define TAG_PROP_STATS_SAMPLE_TYPE ((int64)1 << TAG_COL_STATS_SAMPLE_TYPE) #define TAG_PROP_STATS_INTERP_OFFSET ((int64)1 << TAG_COL_STATS_INTERP_OFFSET) #define TAG_PROP_STATS_INTERP_PERIOD ((int64)1 << TAG_COL_STATS_INTERP_PERIOD) #define TAG_PROP_STATS_CONVER_TYPE ((int64)1 << TAG_COL_STATS_CONVER_TYPE) #define TAG_PROP_STATS_CONVERSION ((int64)1 << TAG_COL_STATS_CONVERSION) #define TAG_PROP_STATS_FILTER_FAIL_MODE ((int64)1 << TAG_COL_STATS_FILTER_FAIL_MODE) #define TAG_PROP_STATS_CALC_PERIOD ((int64)1 << TAG_COL_STATS_CALC_PERIOD) #define TAG_PROP_STATS_RESET ((int64)1 << TAG_COL_STATS_RESET) #define TAG_PROP_STATS_USE_BAD_VALUE ((int64)1 << TAG_COL_STATS_USE_BAD_VALUE) /*计算点特有的属性*/ #define TAG_PROP_CALC_MODE ((int64)1 << TAG_COL_CALC_MODE) #define TAG_PROP_CALC_PERIOD ((int64)1 << TAG_COL_CALC_PERIOD) #define TAG_PROP_CALC_EXPR ((int64)1 << TAG_COL_CALC_EXPR) #define TAG_PROP_CALC_STARTDATE ((int64)1 << TAG_COL_CALC_STARTDATE) #define TAG_PROP_CALC_ENDDATE ((int64)1 << TAG_COL_CALC_ENDDATE) #define TAG_PROP_CALC_CALCHISTORY ((int64)1 << TAG_COL_CALC_CALCHISTORY) #define TAG_PROP_CALC_HAVEENDTIME ((int64)1 << TAG_COL_CALC_HAVRENDDATE) #define TAG_PROP_CALC_SOURCE_TAG_NAME ((int64)1 << TAG_COL_CALC_SOURCETAGNAME) /*SPC点特有的属性*/ #define TAG_PROP_SPC_SOURCE_TAG_NAME ((int64)1 << TAG_COL_SPC_SOURCE_TAG_NAME) #define TAG_PROP_SPC_ALARM_GROUP_ID ((int64)1 << TAG_COL_SPC_ALARM_GROUP_ID) #define TAG_PROP_SPC_CTRL_CHART_TYPE ((int64)1 << TAG_COL_SPC_CTRL_CHART_TYPE) #define TAG_PROP_SPC_TRIGGLE_MODE ((int64)1 << TAG_COL_SPC_TRIGGLE_MODE) #define TAG_PROP_SPC_SAMPLE_SIZE ((int64)1 << TAG_COL_SPC_SAMPLE_SIZE) #define TAG_PROP_SPC_SAMPLE_INTERVAL ((int64)1 << TAG_COL_SPC_SAMPLE_INTERVAL) #define TAG_PROP_SPC_AUTO_ACK ((int64)1 << TAG_COL_SPC_AUTO_ACK) #define TAG_PROP_SPC_RULE ((int64)1 << TAG_COL_SPC_RULE) #define SPC_RULE(NUM)\ uint32 nUCLTagID;\ uint32 nCLTagID;\ uint32 nLCLTagID;\ uint32 nUSLTagID;\ uint32 nLSLTagID;\ uint32 nResetTagID;\ float64 dUCLDefaultValue;\ float64 dCLDefaultVaule;\ float64 dLCLDefaultValue;\ bool bRule1;\ bool bRule2;\ bool bRule3;\ bool bRule4;\ bool bRule5;\ bool bRule6;\ bool bRule7;\ bool bRule8;\ uint32 nRule1M;\ uint32 nRule2M;\ uint32 nRule3M;\ uint32 nRule4M;\ uint32 nRule5M;\ uint32 nRule6M;\ uint32 nRule7M;\ uint32 nRule8M;\ uint32 nRule5N;\ uint32 nRule6N;\ bool bJudgeContinuous //删除分布式版本不需要的属性 #define TAG_BASE_PROP(NUM) \ char szTagName[HD_LEN_TAG_NAME * NUM]; \ bool bArchiving; \ float fCompDev; \ int32 nCompMaxTime; \ uint8 nCompType; \ uint8 nRecAccess; \ uint32 nRecNormalGroupID; \ uint32 nRecOwnerGroupID; \ uint32 nTagID; \ uint8 nTagType; \ bool bScan; \ float fSpan; \ float fMinValue; \ uint8 nTagClass; \ bool bDelete #define TAG_EXT_PROP(NUM) \ char szInstrumentPoint[HD_LEN_INSTURMENT_POINT * NUM]; \ uint8 nInstrumentPointType; \ char szCollectorName[HD_LEN_COLLECTOR_NAME * NUM]; \ int32 nCollectorID; \ char szDeviceName[HD_LEN_DEVICE_NAME * NUM]; \ int32 nDeviceID; \ char szScanGroupName[HD_LEN_SCANGROUP_NAME * NUM]; \ int32 nScanGroupID; \ uint8 nParam1; \ uint8 nParam2; \ uint8 nParam3; \ uint8 nParam4; \ uint8 nParam5 #define ALARM_TAG_EXT_PROP(NUM) \ char szTest1[HD_LEN_ALARM_TEST * NUM]; \ char szTest2[HD_LEN_ALARM_TEST * NUM]; \ char szTest3[HD_LEN_ALARM_TEST * NUM]; \ char szTest4[HD_LEN_ALARM_TEST * NUM]; \ char szAction1[HD_LEN_ALARM_ACTION * NUM]; \ char szAction2[HD_LEN_ALARM_ACTION * NUM]; \ char szAction3[HD_LEN_ALARM_ACTION * NUM]; \ char szAction4[HD_LEN_ALARM_ACTION * NUM]; \ uint32 nSourceTagID; \ uint32 nAlarmGroupID; \ uint8 nAutoAck ; \ int32 nTimeDeadBand; \ float fValueDeadBand #define STATS_TAG_EXT_PROP(NUM) \ char szSourceTagName[HD_LEN_TAG_NAME * NUM]; \ uint8 nStatsType; \ int32 nSampleStartDate; \ uint8 nSampleMode; \ int32 nSampleInerval; \ int32 nSampleBeginOffset; \ int32 nSampleEndOffset; \ uint8 nSampleMonthBeginDay; \ uint8 nSampleMonthEndDay; \ bool bBeginTimeStamp; \ int32 nTimeStampOffset; \ int32 nScanPeriod; \ float fPctGood; \ char szFilterExpr[HD_LEN_FILTER_EXPR * NUM]; \ uint8 nDropBadMode; \ double dCountParam1; \ double dCountParam2 #define STATS_TAG_EXT_PROP_V2(NUM) \ uint8 nSampleType; \ int32 nInterpOffset; \ int32 nInterpPeriod; \ uint8 nConverType; \ double dConversion; \ uint8 nFilterFailMode; \ int32 nCalcPeriod; \ bool bReset; \ bool bUseBadValue #define Calc_TAG_EXT_PROP(NUM) \ uint8 nCalcMode; \ int32 nCalcPeriod; \ char szCalcExpr[HD_LEN_CALC_EXPR * NUM]; \ bool bCalcHistory; \ int32 nCalcStartDate; \ int32 nCalcEndDate; \ bool bHaveEndTime; \ char szSourceTagName[HD_LEN_TAG_NAME * NUM] #define SPC_TAG_EXT_PROP(NUM) \ uint32 nSourceTagID; \ uint32 nAlarmGroupID; \ uint8 nCtrlChartType; \ uint8 nTriggleMode; \ int32 nSampleSize; \ int32 nSampleInerval; \ bool bAutoAck; \ SPC_RULE(NUM) /*点属性结构 */ typedef struct _TagBaseProp { TAG_BASE_PROP(1); }TagBaseProp; typedef struct _TagProp { TAG_BASE_PROP(1); }TagProp; typedef struct _AlarmTagProp { TAG_BASE_PROP(1); ALARM_TAG_EXT_PROP(1); }AlarmTagProp; typedef struct _SPCAlarmTagProp { TAG_BASE_PROP(1); SPC_TAG_EXT_PROP(1); }SPCAlarmTagProp; typedef struct _StatsTagProp { TAG_BASE_PROP(1); STATS_TAG_EXT_PROP(1); }StatsTagProp; typedef struct _StatsTagPropV2 { TAG_BASE_PROP(1); STATS_TAG_EXT_PROP(1); STATS_TAG_EXT_PROP_V2(1); }StatsTagPropV2; typedef struct _CalcTagProp { TAG_BASE_PROP(1); Calc_TAG_EXT_PROP(1); }CalcTagProp; typedef struct _QueryTagPropItem { uint8 nPropItemID; uint8 nRelation; char szValue[LENGTH_QUERY_ITEM_VALUE]; }QueryTagPropItem; //条件查询报警记录时的查询项ID #define ALARM_REC_QUERY_ITEM_MIN 0 #define ALARM_REC_QUERY_ITEM_PRIORITY 0 //优先级 #define ALARM_REC_QUERY_ITEM_ACK 1 //确认状态 #define ALARM_REC_QUERY_ITEM_ALARM_TYPE 2 //报警类型 #define ALARM_REC_QUERY_ITEM_NORMAL 3 //是否查询正常的报警记录 #define ALARM_REC_QUERY_ITEM_MAX 3 typedef struct _QueryAlarmRecItem { uint8 nItemID; uint8 nRelation; char szValue[HD_LEN_QUERY_ALARM_REC_ITEM_VALUE]; }QueryAlarmRecItem; /*用于历史报警记录查询，表明选中所有的可选项*/ #define MASK_ALARM_ALL 0XFF /*报警记录的确认状态*/ #define ALARM_STATE_UNACK 0 #define ALARM_STATE_ACK 1 /*报警确认状态掩码，用于历史报警查询接口*/ #define MASK_ALARM_STATE_ACK (1 << ALARM_STATE_ACK) #define MASK_ALARM_STATE_UNACK (1 << ALARM_STATE_UNACK) /*恢复状态*/ #define ALARM_STATE_UNRESTORE 0 #define ALARM_STATE_RESTORE 1 /*掩码*/ #define MASK_ALARM_STATE_RESTORE (1 << ALARM_STATE_RESTORE) #define MASK_ALARM_STATE_UNRESTORE (1 << ALARM_STATE_UNRESTORE) /*注释状态*/ #define ALARM_STATE_UNCOMMENT 0 #define ALARM_STATE_COMMENT 1 /*掩码*/ #define MASK_ALARM_STATE_COMMENT (1 << ALARM_STATE_COMMENT) #define MASK_ALARM_STATE_UNCOMMENT (1 << ALARM_STATE_UNCOMMENT) /*报警记录的优先级,0为最低*/ #define ALARM_PRI_FIRST 1 #define ALARM_PRI_SECOND 2 #define ALARM_PRI_THIRD 3 #define ALARM_PRI_FORTH 4 #define ALARM_PRI_COUNT 4 /*报警优先级掩码，用于历史报警查询接口*/ #define MASK_ALARM_PRIORITY_LOW (1 << ALARM_PRI_FIRST) #define MASK_ALARM_PRIORITY_MID (1 << ALARM_PRI_SECOND) #define MASK_ALARM_PRIORITY_HIGH (1 << ALARM_PRI_THIRD) #define MASK_ALARM_PRIORITY_EMER (1 << ALARM_PRI_FORTH) /*报警记录的报警类型*/ #define ALARM_TYPE_LOLO 1 #define ALARM_TYPE_LOW 2 #define ALARM_TYPE_HIHI 3 #define ALARM_TYPE_HIGH 4 #define ALARM_TYPE_CHANGE 5 #define ALARM_TYPE_COUNT 5 /*报警类型的掩码，用于历史报警查询接口*/ #define MASK_ALARM_TYPE_LOLO (1 << ALARM_TYPE_LOLO) #define MASK_ALARM_TYPE_LOW (1 << ALARM_TYPE_LOW) #define MASK_ALARM_TYPE_HIHI (1 << ALARM_TYPE_HIHI) #define MASK_ALARM_TYPE_HIGH (1 << ALARM_TYPE_HIGH) #define MASK_ALARM_TYPE_CHANGE (1 << ALARM_TYPE_CHANGE) //报警记录属性掩码 #define ALARM_REC_PROP_ALARM_TAG_ID 1 #define ALARM_REC_PROP_START_TIME ((int64)1 << 1) #define ALARM_REC_PROP_END_TIME ((int64)1 << 2) #define ALARM_REC_PROP_ACK_TIME ((int64)1 << 3) #define ALARM_REC_PROP_COMMENT_TIME ((int64)1 << 4) #define ALARM_REC_PROP_ACKED ((int64)1 << 5) #define ALARM_REC_PROP_RESTORED ((int64)1 << 6) #define ALARM_REC_PROP_PRIORITY ((int64)1 << 7) #define ALARM_REC_PROP_ACK_TYPE ((int64)1 << 8) #define ALARM_REC_PROP_ALARM_TYPE ((int64)1 << 9) #define ALARM_REC_PROP_SRC_VALUE ((int64)1 << 10) #define ALARM_REC_PROP_TEST ((int64)1 << 11) #define ALARM_REC_PROP_COMMENT ((int64)1 << 12) #define ALARM_REC_PROP_ACKER ((int64)1 << 13) #define ALARM_REC_PROP_COMMENTOR ((int64)1 << 14) #define ALARM_REC_PROP_COMMENTED ((int64)1 << 15) #define ALARM_REC_PROP_ALL 0xFFFF #define ALARM_ACK_TYPE_MANUAL 1 #define ALARM_ACK_TYPE_AUTO 2 #define ALARM_ACK_TYPE_COUNT 2 #define ALARM_TAG_PROP_NUM_EXCEL_MAX 24 //条件查询记录时的查询项ID #define REC_QUERY_ITEM_MIN 0 #define REC_QUERY_ITEM_QUALITY 0 //质量 #define REC_QUERY_ITEM_VALUE 1 //值 #define REC_QUERY_ITEM_MAX 1 typedef struct _QueryRecItem { uint8 nItemID; uint8 nRelation; uint8 nItemValueLen; char* pItemValue; }QueryRecItem; #define RELATION_MIN 0 #define RELATION_EQUAL 0 #define RELATION_NON_EQUAL 1 #define RELATION_GREAT 2 #define RELATION_LESS 3 #define RELATION_GREAT_AND_EQUAL 4 #define RELATION_LESS_AND_EQUAL 5 #define RELATION_LIKE 6 #define RELATION_MAX 6 /** 时间从1970年1月0日00:00:01到2038年1月19日3:14:06 */ typedef struct _HDTimeStamp{ int32 month; /**< 1-12 */ int32 year; /**< four digit */ int32 day; /**< 1-31 */ int32 hour; /**< 0-23 */ int32 minute; /**< 0-59 */ int32 second; /**< 0-59*/ int32 mSecond; /**< 0-999*/ int32 timezone; /**< -12~12*/ }HDTimeStamp; typedef struct { int32 nSec; int16 nMsec; }HDTime; typedef struct _HDTimeRegion { HDTime left; //左区间 HDTime right; //右区间 bool bLeftClosed; //左区间开或是闭 bool bRightClosed; //右区间开或是闭 }HDTimeRegion; #define API_CLIENT_MAX_SOCKET_NUM 100 typedef struct _HDClientConnInfo { uint32 nClientIp; char szMac[32]; int32 nSocketNum; SOCKET nSocket[API_CLIENT_MAX_SOCKET_NUM]; }HDClientConnInfo; typedef struct _HDSocketNetInfo { SOCKET nSocket; int32 nConnectTime; int32 nPackageRecvNum; int32 nPackageRecvTime; char szUserName[HD_LEN_USER_NAME*2]; }HDSocketNetInfo; #define HD_LEN_HD_VERSION 128 // 节点配置信息 typedef struct _HDServerCfg{ int32 nPort; //网络端口号 int32 nArchFileSizeMB; //单个归档文件的大小 int32 nArchFileNum; //归档文件个数 int32 nSeqFileSizeMB; //单个序列缓存文件的大小 int32 nSeqCacheFlushPeriodSec; // 序列缓存刷新频率 bool bAutoDisconn; //是否自动断开无数据交互的连接 int32 nAutoDisconnPeriodSec; //自动无数据交互连接的超时时间 bool bSysInfoCollect; //是否采集系统信息 int32 nSysInfoCollectPeriodSec; //系统信息采集间隔 bool bDiscardFutureData; //是否丢弃超过服务器时间戳的未来数据 int32 nDiscardFutureDataTimeDelterSec; //超过服务器时间戳的时间偏差 int64 nMachineTimeMs; //服务端的相对时间(毫秒) int32 nEnableExportBigData; int32 nEnableRyBigData; char szHDVersion[HD_LEN_HD_VERSION]; }HDServerCfg; // rest配置信息 //paramBody.put("name", dsName); // paramBody.put("hostip", hostip); // paramBody.put("port", port); // paramBody.put("user", user); // paramBody.put("password", pwd); // paramBody.put("hostname", "/"); // paramBody.put("exchange", "v6-direct-exchange"); // paramBody.put("routingrtalms", "CR_AL_00"); // paramBody.put("routingclearalm", "CR_AL_01"); // paramBody.put("routingrtrec", "CR_RT_00"); // paramBody.put("routingcrs", "CR_RS_00"); // */ #define HD_LEN_REST_CONFIG_COMMON 64 typedef struct _HDRestCfg{ char szDsName[HD_LEN_REST_CONFIG_COMMON]; char szHostIP[HD_LEN_REST_CONFIG_COMMON]; char szPort[HD_LEN_REST_CONFIG_COMMON]; char szPassword[HD_LEN_REST_CONFIG_COMMON]; char szMaxTotal[HD_LEN_REST_CONFIG_COMMON]; char szMaxWait[HD_LEN_REST_CONFIG_COMMON]; char szMasterName[HD_LEN_REST_CONFIG_COMMON]; char szRoutingrtalms[HD_LEN_REST_CONFIG_COMMON]; char szRoutingclearalm[HD_LEN_REST_CONFIG_COMMON]; char szRoutingrtrec[HD_LEN_REST_CONFIG_COMMON]; char szRoutingcrs[HD_LEN_REST_CONFIG_COMMON]; char szUser[HD_LEN_REST_CONFIG_COMMON]; char szHostName[HD_LEN_REST_CONFIG_COMMON]; char szExChange[HD_LEN_REST_CONFIG_COMMON]; char szExtend1[HD_LEN_REST_CONFIG_COMMON]; char szExtend2[HD_LEN_REST_CONFIG_COMMON]; char szExtend3[HD_LEN_REST_CONFIG_COMMON]; char szExtend4[HD_LEN_REST_CONFIG_COMMON]; }HDRestCfg; /** iHyperDB 注册信息ID+域 */ typedef struct _HDRegInfo { uint32 nTagID; /**< TAG点ID*/ uint32 nFieldID; /**< 域ID*/ } HDRegInfo; typedef struct { int32 nSec; int16 nMsec; uint16 nQuality; uint8 nTagType; struct { int8 nInt8; int16 nInt16; int32 nInt32; float32 fFloat32; float64 fFloat64; int8 nDigital; struct { char* pBuf; uint16 nLenBuf; }strBlob; }value; }HDRecord; // Driver types #define DRIVER_TYPE_OPC 1 #define DRIVER_TYPE_TCPMODBUS 2 //统计类型 #define HD_STATS_TYPE_MAX 0 //最大值 #define HD_STATS_TYPE_MIN 1 //最小值 #define HD_STATS_TYPE_SUM 2 //求和 #define HD_STATS_TYPE_LAST 3 //最新值 #define HD_STATS_TYPE_PCT_GOOD 4 //可信度 #define HD_STATS_TYPE_ARITH_MEAN 5 //算术平均值 #define HD_STATS_TYPE_TIME_WEIGHTED_MEAN 6 //时间加权平均值 #define HD_STATS_TYPE_INTEGRAL 7 //积分 #define HD_STATS_TYPE_COUNT_CHG_VALUE 8 //值变化 #define HD_STATS_TYPE_COUNT_CHG_FROM_LESS_TO_GREAT 9 //区间变化,从<=到>= #define HD_STATS_TYPE_COUNT_CHG_FROM_GREAT_TO_LESS 10 //区间变化，从>=到<= #define HD_STATS_TYPE_DIFF 11 //差值统计 #define HD_STATS_TYPE_COUNT_IN_RANGE 12 //值在区间 #define HD_STATS_TYPE_COUNT_NOT_IN_RANGE 13 //值不在区间 #define HD_STATS_TYPE_RANGE 14 //极差 #define HD_STATS_TYPE_STANDARD_DEVIATION 15 //标准差 #define HD_STATS_TYPE_TIME_GT 16 //大于某个值的时间 #define HD_STATS_TYPE_TIME_GE 17 //大于等于某个值的时间 #define HD_STATS_TYPE_TIME_EQ 18 //等于某个值的时间 #define HD_STATS_TYPE_TIME_NE 19 //不等于某个值的时间 #define HD_STATS_TYPE_TIME_LT 20 //小于某个值的时间 #define HD_STATS_TYPE_TIME_LE 21 //小于等于某个值的时间 #define HD_STATS_TYPE_TIME_IN_RANGE 22 //在某个值区间的时间 #define HD_STATS_TYPE_TIME_NOT_IN_RANGE 23 //不在某个值区间的时间 #define HD_STATS_TYPE_LIMIT_MAX 23 //统计类型值的最大值, 做校验用 //统计点采样模式 #define HD_STATS_SAMPLE_MODE_INTERVAL 0 //统计等间隔采样 #define HD_STATS_SAMPLE_MODE_EVERY_DAY 1 //统计每天同时段采样 #define HD_STATS_SAMPLE_MODE_EVERY_MONTH 2 //统计每月同时段采样 #define HD_STATS_SAMPLE_MODE_TIME_MOVING 3 //时间移动采样 #define HD_STATS_SAMPLE_MODE_FOREVER 4 //时间移动采样 #define HD_STATS_SAMPLE_MODE_MAX 5 //统计转换类型 #define HD_STATS_CONVERSION_TYPE_AMPLIFICATION 0 //统计值放大 #define HD_STATS_CONVERSION_TYPE_MINIFICATION 1 //统计值缩小 #define HD_STATS_CONVERSION_TYPE_MAX 1//最大值，做校验 //统计点采样类型 #define HD_STATS_SAMPLE_TYPE_RAW 0 //采样点都是原始值 #define HD_STATS_SAMPLE_TYPE_LINER_INTERP 1 //采样点都是线性插值 #define HD_STATS_SAMPLE_TYPE_PREV_INTERP 2 //采样点都是前向插值 #define HD_STATS_SAMPLE_TYPE_MAX 2 //最大采样类型值 //统计点弃坏点模式 #define HD_STATS_DROP_BAD_MODE_REC 0 //弃坏点模式——弃bad记录 #define HD_STATS_DROP_BAD_MODE_AREA 1 //弃坏点模式——弃bad记录相邻的区域 #define HD_STATS_DROP_BAD_MODE_MAX 1 // 求均值模式 #define HD_STATS_TIMED_WEIGHT_MODE 1 //以时间为权值 #define HD_STATS_RECORD_WEIGHT_MODE 2 // 无权值 // count计算模式，值变化模式和区间变化模式 #define HD_STATS_COUNT_MODE_CHANGE_VALUE 1 #define HD_STATS_COUNT_MODE_GREATER_CHANGE_TO_LESS 2 #define HD_STATS_COUNT_MODE_LESS_CHANGE_TO_GREATER 3 #define HD_STATS_COUNT_MODE_IN_RANGE 4 #define HD_STATS_COUNT_MODE_NOT_IN_RANGE 5 // 过滤表达式计算失败是否需过滤 #define HD_STATS_FILTER_FAIL_MODE_FIL 0 #define HD_STATS_FILTER_FAIL_MODE_NO_FIL 1 #define HD_STATS_FILTER_FAIL_MODE_LIMIT_MAX 1 /*计算点模式*/ #define HD_CALC_MODE_POLL 0 //计算模式——轮询 #define HD_CALC_MODE_NOTIFY 1 //计算模式——通知 #define HD_CALC_MODE_MAX 1 //计算模式的最大值，用来校验 //tag分组下载 #define RES_TAG_NAME_SERVER_IP "服务器IP" #define RES_TAG_NAME_SERVER_PORT "端口号" #define RES_TAG_NAME_TAGID "TagID" #define RES_TAG_NAME_TAGNAME "Tag名称" #define RES_TAG_NAME_TAGTYPE "Tag类别" #define RES_TAG_NAME_TAG_DISC "Tag描述" #define RES_TAG_NAME_NODENAME "节点名称" #define RES_TAG_NAME_NODEID "节点ID" #define RES_TAG_NAME_GROUPPATH "分组路径" //采集器类型 enum { COLLECTOR_TYPE_INVALID = -1, COLLECTOR_TYPE_OPC, COLLECTOR_TYPE_MODBUS, COLLECTOR_TYPE_RDB, COLLECTOR_TYPE_IHD, COLLECTOR_TYPE_MAX }; //记录的插值查询模式 #define HD_REC_INTERP_QUERY_MODE_LINEAR 0 //线性插值 #define HD_REC_INTERP_QUERY_MODE_PREV 1 //前向插值 #define HD_REC_INTERP_QUERY_MODE_MAX 1 //最大值，用来校验 // 数据量状态集 #define HD_DIGITAL_SET_MAX_STATE_NUM 256 #define HD_DIGITAL_SET_MAX_STATE_VAL 127 #define HD_DIGITAL_SET_MIN_STATE_VAL -128 // 采集器状态点类型 #define HD_CT_STATUS_TAG_TYPE_COLLECTOR 1 #define HD_CT_STATUS_TAG_TYPE_DEVICE 2 //SPC报警控制图类型对应于SPCBasicDef.h中的枚举类型 SPCChartType #define HD_SPC_CTRL_CHART_TYPE_MIN 13 //控制图类型的最小值，用来做参数校验 #define HD_SPC_CTRL_CHART_TYPE_XBAR 13 //XBar类型 #define HD_SPC_CTRL_CHART_TYPE_R 14 //R图 #define HD_SPC_CTRL_CHART_TYPE_S 15 //S图 #define HD_SPC_CTRL_CHART_TYPE_MAX 15 //控制图类型的最大值，用来做参数校验 //SPC报警触发模式 #define HD_SPC_TRIGGLE_MODE_TRIGGLE 0 #define HD_SPC_TRIGGLE_MODE_MAX 0 //SPC报警记录属性掩码 #define SPC_ALARM_REC_PROP_SPC_TAG_ID 1 #define SPC_ALARM_REC_PROP_START_TIME ((int64)1 << 1) #define SPC_ALARM_REC_PROP_END_TIME ((int64)1 << 2) #define SPC_ALARM_REC_PROP_ACK_TIME ((int64)1 << 3) #define SPC_ALARM_REC_PROP_COMMENT_TIME ((int64)1 << 4) #define SPC_ALARM_REC_PROP_ACKED ((int64)1 << 5) #define SPC_ALARM_REC_PROP_ACK_TYPE ((int64)1 << 6) #define SPC_ALARM_REC_PROP_RESTORED ((int64)1 << 7) #define SPC_ALARM_REC_PROP_COMMENTED ((int64)1 << 8) #define SPC_ALARM_REC_PROP_ALARM_VALUE ((int64)1 << 9) #define SPC_ALARM_REC_PROP_RULE ((int64)1 << 10) #define SPC_ALARM_REC_PROP_SRC_VALUE ((int64)1 << 11) #define SPC_ALARM_REC_PROP_COMMENT ((int64)1 << 12) #define SPC_ALARM_REC_PROP_ACKER ((int64)1 << 13) #define SPC_ALARM_REC_PROP_COMMENTOR ((int64)1 << 14) #define SPC_ALARM_REC_PROP_ALL 0xFFFF //SPC报警规则M，N值的最大值和最小值 #define SPC_ALARM_RULE_M_N_VALUE_MIN 1 #define SPC_ALARM_RULE_M_N_VALUE_MAX 99 //SPC报警值掩码 #define SPC_ALARM_VALUE_MASK_RULE1 1 #define SPC_ALARM_VALUE_MASK_RULE2 ((int8)1 << 1) #define SPC_ALARM_VALUE_MASK_RULE3 ((int8)1 << 2) #define SPC_ALARM_VALUE_MASK_RULE4 ((int8)1 << 3) #define SPC_ALARM_VALUE_MASK_RULE5 ((int8)1 << 4) #define SPC_ALARM_VALUE_MASK_RULE6 ((int8)1 << 5) #define SPC_ALARM_VALUE_MASK_RULE7 ((int8)1 << 6) #define SPC_ALARM_VALUE_MASK_RULE8 ((int8)1 << 7) // 系统点前缀 #define HD_SYS_TAG_PREFIX "hdsys" //OPC发布状态 #define HD_TAG_OPC_STATE_UNRELEASE 0 #define HD_TAG_OPC_STATE_RELEASE 1 #define LICENSE_OEM_VCODE_MAXLEN 4 // API版本 #define HD_API_VER_0 0 #define HD_API_VER_1 1 //授权项的权限类型 #define HD_SEC_AUTH_READ_DISABLE 0 #define HD_SEC_AUTH_READ_ENABLE 1 #define HD_SEC_AUTH_MAX 1//用来校验 #define HD_INS_POINT_TYPE_BASE 1 //modbus data point type #define HD_INS_POINT_TYPE_INT8 (HD_INS_POINT_TYPE_BASE + 0) #define HD_INS_POINT_TYPE_UINT8 (HD_INS_POINT_TYPE_BASE + 1) #define HD_INS_POINT_TYPE_INT16 (HD_INS_POINT_TYPE_BASE + 2) #define HD_INS_POINT_TYPE_UINT16 (HD_INS_POINT_TYPE_BASE + 3) #define HD_INS_POINT_TYPE_INT32 (HD_INS_POINT_TYPE_BASE + 4) #define HD_INS_POINT_TYPE_UINT32 (HD_INS_POINT_TYPE_BASE + 5) #define HD_INS_POINT_TYPE_FLOAT (HD_INS_POINT_TYPE_BASE + 6) #define HD_INS_POINT_TYPE_DOUBLE (HD_INS_POINT_TYPE_BASE + 7) #define HD_INS_POINT_TYPE_STRING (HD_INS_POINT_TYPE_BASE + 8) #define HD_INS_POINT_TYPE_BLOB (HD_INS_POINT_TYPE_BASE + 9) #define HD_INS_POINT_TYPE_DIGITAL (HD_INS_POINT_TYPE_BASE + 10) #define HD_INS_POINT_TYPE_MAX (HD_INS_POINT_TYPE_BASE + 11) #define HD_MODBUS_DATA_ORDER_BASE 1 #define HD_MODBUS_DATA_NO_ORDER (HD_MODBUS_DATA_ORDER_BASE - 1) #define HD_MODBUS_DATA_ORDER_12 (HD_MODBUS_DATA_ORDER_BASE + 0) #define HD_MODBUS_DATA_ORDER_21 (HD_MODBUS_DATA_ORDER_BASE + 1) #define HD_MODBUS_DATA_ORDER_1234 (HD_MODBUS_DATA_ORDER_BASE + 2) #define HD_MODBUS_DATA_ORDER_2143 (HD_MODBUS_DATA_ORDER_BASE + 3) #define HD_MODBUS_DATA_ORDER_3412 (HD_MODBUS_DATA_ORDER_BASE + 4) #define HD_MODBUS_DATA_ORDER_4321 (HD_MODBUS_DATA_ORDER_BASE + 5) #define HD_MODBUS_DATA_ORDER_12345678 (HD_MODBUS_DATA_ORDER_BASE + 6) #define HD_MODBUS_DATA_ORDER_21436587 (HD_MODBUS_DATA_ORDER_BASE + 7) #define HD_MODBUS_DATA_ORDER_34127856 (HD_MODBUS_DATA_ORDER_BASE + 8) #define HD_MODBUS_DATA_ORDER_43218765 (HD_MODBUS_DATA_ORDER_BASE + 9) #define HD_MODBUS_DATA_ORDER_56781234 (HD_MODBUS_DATA_ORDER_BASE + 10) #define HD_MODBUS_DATA_ORDER_65872143 (HD_MODBUS_DATA_ORDER_BASE + 11) #define HD_MODBUS_DATA_ORDER_78563412 (HD_MODBUS_DATA_ORDER_BASE + 12) #define HD_MODBUS_DATA_ORDER_87654321 (HD_MODBUS_DATA_ORDER_BASE + 13) #define HD_MODBUS_CONNECT_TYPE_TCP 0 #define HD_MODBUS_CONNECT_TYPE_RTU 1 #define HD_MODBUS_CONNECT_TYPE_SERIAL 2 #define HD_MODBUS_SERIAL_CHECKPARITY_NONE 0 //不校验 #define HD_MODBUS_SERIAL_CHECKPARITY_ODD 1 //奇校验 #define HD_MODBUS_SERIAL_CHECKPARITY_EVEN 2 //偶校验 //REST注册点的域值 VTQ #define HD_REST_REG_TAG_FIELD_VALUE 0 #define HD_REST_REG_TAG_FIELD_TIMESTAMP 1 #define HD_REST_REG_TAG_FIELD_QUALITY 2 #endif //#ifndef RD_CONST_H_FILE