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db: 调整字段，增加基础数据

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main
huangfeng 6 months ago
parent 78c70b5234
commit b9e1bb701b
1 changed files with 96 additions and 71 deletions
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167
ncac/package/cacdb.sql
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@ -1792,9 +1792,10 @@ CREATE TABLE `i2sync_field` (
`table_name` varchar(64) CHARACTER SET utf8mb4 NOT NULL DEFAULT '',
`field_name` varchar(64) CHARACTER SET utf8mb4 NOT NULL DEFAULT '',
`dest_field_name` varchar(128) CHARACTER SET utf8mb4 NOT NULL DEFAULT '',
`attach` varchar(45) DEFAULT NULL COMMENT 'sensorid尾部附加',
PRIMARY KEY (`id`),
KEY `idxTb` (`table_name`)
) ENGINE=InnoDB AUTO_INCREMENT=67 DEFAULT CHARSET=utf8 COMMENT='i2导出字段映射配置';
) ENGINE=InnoDB AUTO_INCREMENT=78 DEFAULT CHARSET=utf8 COMMENT='i2导出字段映射配置';
/*!40101 SET character_set_client = @saved_cs_client */;
--
@ -1803,72 +1804,81 @@ CREATE TABLE `i2sync_field` (
LOCK TABLES `i2sync_field` WRITE;
/*!40000 ALTER TABLE `i2sync_field` DISABLE KEYS */;
INSERT INTO `i2sync_field` VALUES (1,'data_byq_jbfd','dischargeCapacity','dischargeCapacity');
INSERT INTO `i2sync_field` VALUES (2,'data_byq_jbfd','dischargePosition','dischargePosition');
INSERT INTO `i2sync_field` VALUES (3,'data_byq_jbfd','dischargeWaveform','dischargeWaveform');
INSERT INTO `i2sync_field` VALUES (4,'data_byq_jbfd','pulseCount','pulseCount');
INSERT INTO `i2sync_field` VALUES (5,'data_ysp','C2H2','C2H2');
INSERT INTO `i2sync_field` VALUES (6,'data_ysp','C2H4','C2H4');
INSERT INTO `i2sync_field` VALUES (7,'data_ysp','C2H6','C2H6');
INSERT INTO `i2sync_field` VALUES (8,'data_ysp','CH4','CH4');
INSERT INTO `i2sync_field` VALUES (9,'data_ysp','CO','CO');
INSERT INTO `i2sync_field` VALUES (10,'data_ysp','CO2','CO2');
INSERT INTO `i2sync_field` VALUES (11,'data_ysp','H2','H2');
INSERT INTO `i2sync_field` VALUES (12,'data_ysp','N2','N2');
INSERT INTO `i2sync_field` VALUES (13,'data_ysp','O2','O2');
INSERT INTO `i2sync_field` VALUES (14,'data_ysp','TotalHydrocarbon','TotalHydrocarbon');
INSERT INTO `i2sync_field` VALUES (15,'data_epa_h','c2h2ppm','c2h2');
INSERT INTO `i2sync_field` VALUES (16,'data_epa_h','c2h4ppm','c2h4');
INSERT INTO `i2sync_field` VALUES (17,'data_epa_h','c2h6ppm','c2h6');
INSERT INTO `i2sync_field` VALUES (18,'data_epa_h','ch4ppm','ch4');
INSERT INTO `i2sync_field` VALUES (19,'data_epa_h','cmbugas','cmbuGas');
INSERT INTO `i2sync_field` VALUES (20,'data_epa_h','co2ppm','co2');
INSERT INTO `i2sync_field` VALUES (21,'data_epa_h','coppm','co');
INSERT INTO `i2sync_field` VALUES (22,'data_epa_h','dew','humidity');
INSERT INTO `i2sync_field` VALUES (23,'data_epa_h','flatgas','flatGas');
INSERT INTO `i2sync_field` VALUES (24,'data_epa_h','gaspress','gasPress');
INSERT INTO `i2sync_field` VALUES (25,'data_epa_h','h2oppm','h2o');
INSERT INTO `i2sync_field` VALUES (26,'data_epa_h','h2ppm','h2');
INSERT INTO `i2sync_field` VALUES (27,'data_epa_h','mstppm','microMoisture');
INSERT INTO `i2sync_field` VALUES (28,'data_epa_h','n2ppm','n2');
INSERT INTO `i2sync_field` VALUES (29,'data_epa_h','o2ppm','o2');
INSERT INTO `i2sync_field` VALUES (30,'data_epa_h','tmp','temperature');
INSERT INTO `i2sync_field` VALUES (31,'data_epa_h','totalhydrocarbon','totalHydrocarbon');
INSERT INTO `i2sync_field` VALUES (32,'data_ws','moisture','moisture');
INSERT INTO `i2sync_field` VALUES (33,'data_tx','totalCoreCurrent','totalCoreCurrent');
INSERT INTO `i2sync_field` VALUES (34,'data_dcyw','oilTemperature','oilTemperature');
INSERT INTO `i2sync_field` VALUES (35,'data_dr_jyjc','capacitance','capacitance');
INSERT INTO `i2sync_field` VALUES (36,'data_dr_jyjc','lossFactor','lossFactor');
INSERT INTO `i2sync_field` VALUES (37,'data_dr_jyjc','systemVoltage','systemVoltage');
INSERT INTO `i2sync_field` VALUES (38,'data_dr_jyjc','totalCurrent','totalCurrent');
INSERT INTO `i2sync_field` VALUES (39,'data_dr_jyjc','unbalanceCurrent','unbalanceCurrent');
INSERT INTO `i2sync_field` VALUES (40,'data_dr_jyjc','unbalanceVoltage','unbalanceVoltage');
INSERT INTO `i2sync_field` VALUES (41,'data_jsyhw_jyjc','actionCount','actionCount');
INSERT INTO `i2sync_field` VALUES (42,'data_jsyhw_jyjc','lastActionTime','lastActionTime');
INSERT INTO `i2sync_field` VALUES (43,'data_jsyhw_jyjc','resistiveCurrent','resistiveCurrent');
INSERT INTO `i2sync_field` VALUES (44,'data_jsyhw_jyjc','systemVoltage','systemVoltage');
INSERT INTO `i2sync_field` VALUES (45,'data_jsyhw_jyjc','totalCurrent','totalCurrent');
INSERT INTO `i2sync_field` VALUES (46,'data_microclimate','airPressure','airPressure');
INSERT INTO `i2sync_field` VALUES (47,'data_microclimate','airTemperature','airTemperature');
INSERT INTO `i2sync_field` VALUES (48,'data_microclimate','humidity','humidity');
INSERT INTO `i2sync_field` VALUES (49,'data_microclimate','precipitation','precipitation');
INSERT INTO `i2sync_field` VALUES (50,'data_microclimate','precipitationIntensity','precipitationIntensity');
INSERT INTO `i2sync_field` VALUES (51,'data_microclimate','radiationIntensity','radiationIntensity');
INSERT INTO `i2sync_field` VALUES (52,'data_dlq_jbfd','dischargeCapacity','dischargeCapacity');
INSERT INTO `i2sync_field` VALUES (53,'data_dlq_jbfd','dischargePosition','dischargePosition');
INSERT INTO `i2sync_field` VALUES (54,'data_dlq_jbfd','dischargeWaveform','dischargeWaveform');
INSERT INTO `i2sync_field` VALUES (55,'data_dlq_jbfd','pulseCount','pulseCount');
INSERT INTO `i2sync_field` VALUES (56,'data_fhzxq','action','action');
INSERT INTO `i2sync_field` VALUES (57,'data_fhzxq','coilWaveform','coilWaveform');
INSERT INTO `i2sync_field` VALUES (58,'data_fhdlbx','action','action');
INSERT INTO `i2sync_field` VALUES (59,'data_fhdlbx','loadWaveform','loadWaveform');
INSERT INTO `i2sync_field` VALUES (60,'data_sf6_qtyl','absolutePressure','absolutePressure');
INSERT INTO `i2sync_field` VALUES (61,'data_sf6_qtyl','density','density');
INSERT INTO `i2sync_field` VALUES (62,'data_sf6_qtyl','pressure20C','pressure20c');
INSERT INTO `i2sync_field` VALUES (63,'data_sf6_qtyl','temperature','temperature');
INSERT INTO `i2sync_field` VALUES (64,'data_sf6_qtsf','moisture','moisture');
INSERT INTO `i2sync_field` VALUES (65,'data_sf6_qtsf','temperature','temperature');
INSERT INTO `i2sync_field` VALUES (66,'data_cnj','chargeTime','chargeTime');
INSERT INTO `i2sync_field` VALUES (1,'data_byq_jbfd','dischargeCapacity','dischargeCapacity',NULL);
INSERT INTO `i2sync_field` VALUES (2,'data_byq_jbfd','dischargePosition','dischargePosition',NULL);
INSERT INTO `i2sync_field` VALUES (3,'data_byq_jbfd','dischargeWaveform','dischargeWaveform',NULL);
INSERT INTO `i2sync_field` VALUES (4,'data_byq_jbfd','pulseCount','pulseCount',NULL);
INSERT INTO `i2sync_field` VALUES (5,'data_ysp','C2H2','C2H2',NULL);
INSERT INTO `i2sync_field` VALUES (6,'data_ysp','C2H4','C2H4',NULL);
INSERT INTO `i2sync_field` VALUES (7,'data_ysp','C2H6','C2H6',NULL);
INSERT INTO `i2sync_field` VALUES (8,'data_ysp','CH4','CH4',NULL);
INSERT INTO `i2sync_field` VALUES (9,'data_ysp','CO','CO',NULL);
INSERT INTO `i2sync_field` VALUES (10,'data_ysp','CO2','CO2',NULL);
INSERT INTO `i2sync_field` VALUES (11,'data_ysp','H2','H2',NULL);
INSERT INTO `i2sync_field` VALUES (12,'data_ysp','N2','N2',NULL);
INSERT INTO `i2sync_field` VALUES (13,'data_ysp','O2','O2',NULL);
INSERT INTO `i2sync_field` VALUES (14,'data_ysp','TotalHydrocarbon','TotalHydrocarbon',NULL);
INSERT INTO `i2sync_field` VALUES (15,'data_epa_h','c2h2ppm','c2h2',NULL);
INSERT INTO `i2sync_field` VALUES (16,'data_epa_h','c2h4ppm','c2h4',NULL);
INSERT INTO `i2sync_field` VALUES (17,'data_epa_h','c2h6ppm','c2h6',NULL);
INSERT INTO `i2sync_field` VALUES (18,'data_epa_h','ch4ppm','ch4',NULL);
INSERT INTO `i2sync_field` VALUES (19,'data_epa_h','cmbugas','cmbuGas',NULL);
INSERT INTO `i2sync_field` VALUES (20,'data_epa_h','co2ppm','co2',NULL);
INSERT INTO `i2sync_field` VALUES (21,'data_epa_h','coppm','co',NULL);
INSERT INTO `i2sync_field` VALUES (22,'data_epa_h','dew','humidity',NULL);
INSERT INTO `i2sync_field` VALUES (23,'data_epa_h','flatgas','flatGas',NULL);
INSERT INTO `i2sync_field` VALUES (24,'data_epa_h','gaspress','gasPress',NULL);
INSERT INTO `i2sync_field` VALUES (25,'data_epa_h','h2oppm','h2o',NULL);
INSERT INTO `i2sync_field` VALUES (26,'data_epa_h','h2ppm','h2',NULL);
INSERT INTO `i2sync_field` VALUES (27,'data_epa_h','mstppm','microMoisture',NULL);
INSERT INTO `i2sync_field` VALUES (28,'data_epa_h','n2ppm','n2',NULL);
INSERT INTO `i2sync_field` VALUES (29,'data_epa_h','o2ppm','o2',NULL);
INSERT INTO `i2sync_field` VALUES (30,'data_epa_h','tmp','temperature',NULL);
INSERT INTO `i2sync_field` VALUES (31,'data_epa_h','totalhydrocarbon','totalHydrocarbon',NULL);
INSERT INTO `i2sync_field` VALUES (32,'data_ws','moisture','moisture',NULL);
INSERT INTO `i2sync_field` VALUES (33,'data_tx','totalCoreCurrent','totalCoreCurrent',NULL);
INSERT INTO `i2sync_field` VALUES (34,'data_dcyw','oilTemperature','oilTemperature',NULL);
INSERT INTO `i2sync_field` VALUES (35,'data_dr_jyjc','capacitance','capacitance',NULL);
INSERT INTO `i2sync_field` VALUES (36,'data_dr_jyjc','lossFactor','lossFactor',NULL);
INSERT INTO `i2sync_field` VALUES (37,'data_dr_jyjc','systemVoltage','systemVoltage',NULL);
INSERT INTO `i2sync_field` VALUES (38,'data_dr_jyjc','totalCurrent','totalCurrent',NULL);
INSERT INTO `i2sync_field` VALUES (39,'data_dr_jyjc','unbalanceCurrent','unbalanceCurrent',NULL);
INSERT INTO `i2sync_field` VALUES (40,'data_dr_jyjc','unbalanceVoltage','unbalanceVoltage',NULL);
INSERT INTO `i2sync_field` VALUES (41,'data_jsyhw_jyjc','actionCount','actionCount',NULL);
INSERT INTO `i2sync_field` VALUES (42,'data_jsyhw_jyjc','lastActionTime','lastActionTime',NULL);
INSERT INTO `i2sync_field` VALUES (43,'data_jsyhw_jyjc','resistiveCurrent','resistiveCurrent',NULL);
INSERT INTO `i2sync_field` VALUES (44,'data_jsyhw_jyjc','systemVoltage','systemVoltage',NULL);
INSERT INTO `i2sync_field` VALUES (45,'data_jsyhw_jyjc','totalCurrent','totalCurrent',NULL);
INSERT INTO `i2sync_field` VALUES (46,'data_microclimate','airPressure','airPressure',NULL);
INSERT INTO `i2sync_field` VALUES (47,'data_microclimate','airTemperature','airTemperature',NULL);
INSERT INTO `i2sync_field` VALUES (48,'data_microclimate','humidity','humidity',NULL);
INSERT INTO `i2sync_field` VALUES (49,'data_microclimate','precipitation','precipitation',NULL);
INSERT INTO `i2sync_field` VALUES (50,'data_microclimate','precipitationIntensity','precipitationIntensity',NULL);
INSERT INTO `i2sync_field` VALUES (51,'data_microclimate','radiationIntensity','radiationIntensity',NULL);
INSERT INTO `i2sync_field` VALUES (52,'data_dlq_jbfd','dischargeCapacity','dischargeCapacity',NULL);
INSERT INTO `i2sync_field` VALUES (53,'data_dlq_jbfd','dischargePosition','dischargePosition',NULL);
INSERT INTO `i2sync_field` VALUES (54,'data_dlq_jbfd','dischargeWaveform','dischargeWaveform',NULL);
INSERT INTO `i2sync_field` VALUES (55,'data_dlq_jbfd','pulseCount','pulseCount',NULL);
INSERT INTO `i2sync_field` VALUES (56,'data_fhzxq','action','action',NULL);
INSERT INTO `i2sync_field` VALUES (57,'data_fhzxq','coilWaveform','coilWaveform',NULL);
INSERT INTO `i2sync_field` VALUES (58,'data_fhdlbx','action','action',NULL);
INSERT INTO `i2sync_field` VALUES (59,'data_fhdlbx','loadWaveform','loadWaveform',NULL);
INSERT INTO `i2sync_field` VALUES (60,'data_sf6_qtyl','absolutePressure','absolutePressure',NULL);
INSERT INTO `i2sync_field` VALUES (61,'data_sf6_qtyl','density','density',NULL);
INSERT INTO `i2sync_field` VALUES (62,'data_sf6_qtyl','pressure20C','pressure20c',NULL);
INSERT INTO `i2sync_field` VALUES (63,'data_sf6_qtyl','temperature','temperature',NULL);
INSERT INTO `i2sync_field` VALUES (64,'data_sf6_qtsf','moisture','moisture',NULL);
INSERT INTO `i2sync_field` VALUES (65,'data_sf6_qtsf','temperature','temperature',NULL);
INSERT INTO `i2sync_field` VALUES (66,'data_cnj','chargeTime','chargeTime',NULL);
INSERT INTO `i2sync_field` VALUES (69,'data_etp_h','t1','tmp','A');
INSERT INTO `i2sync_field` VALUES (70,'data_etp_h','t2','tmp','B');
INSERT INTO `i2sync_field` VALUES (71,'data_etp_h','t3','tmp','C');
INSERT INTO `i2sync_field` VALUES (72,'data_etp_h','t4','tmp','D');
INSERT INTO `i2sync_field` VALUES (73,'data_etp_h','t5','tmp','E');
INSERT INTO `i2sync_field` VALUES (74,'data_etp_h','t6','tmp','F');
INSERT INTO `i2sync_field` VALUES (75,'data_etp_h','t7','tmp','G');
INSERT INTO `i2sync_field` VALUES (76,'data_etp_h','t8','tmp','H');
INSERT INTO `i2sync_field` VALUES (77,'data_etp_h','t9','tmp','I');
/*!40000 ALTER TABLE `i2sync_field` ENABLE KEYS */;
UNLOCK TABLES;
@ -2242,7 +2252,7 @@ LOCK TABLES `modevtype` WRITE;
INSERT INTO `modevtype` VALUES (1,'油色谱','data_epa_h','021002',30);
INSERT INTO `modevtype` VALUES (2,'铁芯','data_eia_h','',30);
INSERT INTO `modevtype` VALUES (4,'避雷器','data_moa_h',NULL,30);
INSERT INTO `modevtype` VALUES (5,'测温','data_etp_h',NULL,30);
INSERT INTO `modevtype` VALUES (5,'测温柜','data_etp_h','026002',30);
INSERT INTO `modevtype` VALUES (6,'温湿度','data_th_h',NULL,30);
INSERT INTO `modevtype` VALUES (7,'空气质量','data_aq_h',NULL,30);
INSERT INTO `modevtype` VALUES (8,'SF6','data_sf6_h',NULL,30);
@ -2269,7 +2279,7 @@ INSERT INTO `modevtype` VALUES (34,'电缆环流C3相','data_scur_h',NULL,30);
INSERT INTO `modevtype` VALUES (35,'红外温度B相','data_eaif_h',NULL,30);
INSERT INTO `modevtype` VALUES (36,'红外温度C相','data_eaif_h',NULL,30);
INSERT INTO `modevtype` VALUES (40,'接地网','data_jdw_h',NULL,30);
INSERT INTO `modevtype` VALUES (59,'(光纤/绕组)测温','data_etp_h',NULL,30);
INSERT INTO `modevtype` VALUES (59,'电缆测温','data_etp_h','028006',30);
INSERT INTO `modevtype` VALUES (20,'电缆环流A1相','data_scur_h',NULL,30);
INSERT INTO `modevtype` VALUES (61,'SF6环境','data_sf6env_h',NULL,30);
INSERT INTO `modevtype` VALUES (68,'变压器局部放电','data_byq_jbfd','021001',30);
@ -2303,7 +2313,7 @@ CREATE TABLE `modevtype_point` (
`field_desc` varchar(200) DEFAULT NULL COMMENT '对应tablename表的字段名称描述',
`type` varchar(45) DEFAULT NULL,
PRIMARY KEY (`id`)
) ENGINE=InnoDB AUTO_INCREMENT=71 DEFAULT CHARSET=utf8mb4 COMMENT='监测设备类型属性点表';
) ENGINE=InnoDB AUTO_INCREMENT=86 DEFAULT CHARSET=utf8mb4 COMMENT='监测设备类型属性点表';
/*!40101 SET character_set_client = @saved_cs_client */;
--
@ -2380,6 +2390,21 @@ INSERT INTO `modevtype_point` VALUES (67,74,'totalCurrent','全电流','float');
INSERT INTO `modevtype_point` VALUES (68,74,'unbalanceCurrent','三相不平衡电流','float');
INSERT INTO `modevtype_point` VALUES (69,74,'unbalanceVoltage','三相不平衡电压','float');
INSERT INTO `modevtype_point` VALUES (70,76,'chargeTime','储能时间','float');
INSERT INTO `modevtype_point` VALUES (71,5,'t1','A相1通道','float');
INSERT INTO `modevtype_point` VALUES (72,5,'t2','B相2通道','float');
INSERT INTO `modevtype_point` VALUES (73,5,'t3','C相3通道','float');
INSERT INTO `modevtype_point` VALUES (74,5,'t4','A相4通道','float');
INSERT INTO `modevtype_point` VALUES (75,5,'t5','B相5通道','float');
INSERT INTO `modevtype_point` VALUES (76,5,'t6','C相6通道','float');
INSERT INTO `modevtype_point` VALUES (77,5,'t7','A相7通道','float');
INSERT INTO `modevtype_point` VALUES (78,5,'t8','B相8通道','float');
INSERT INTO `modevtype_point` VALUES (79,5,'t9','C相9通道','float');
INSERT INTO `modevtype_point` VALUES (80,59,'t1','A相','float');
INSERT INTO `modevtype_point` VALUES (81,59,'t2','B相','float');
INSERT INTO `modevtype_point` VALUES (82,59,'t3','C相','float');
INSERT INTO `modevtype_point` VALUES (83,68,'dischargeCapacity','放电量','float');
INSERT INTO `modevtype_point` VALUES (84,68,'dischargePosition','放电位置','float');
INSERT INTO `modevtype_point` VALUES (85,68,'pulseCount','脉冲个数','float');
/*!40000 ALTER TABLE `modevtype_point` ENABLE KEYS */;
UNLOCK TABLES;
@ -2860,4 +2885,4 @@ UNLOCK TABLES;
/*!40101 SET COLLATION_CONNECTION=@OLD_COLLATION_CONNECTION */;
/*!40111 SET SQL_NOTES=@OLD_SQL_NOTES */;
-- Dump completed on 2024-12-04 10:21:14
-- Dump completed on 2024-12-06 9:33:29

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