feat: 增加i2数据转换中监测类型编码的处理

src/main/java/com/xydl/cac/transform/I2DataTransformer.java

@@ -1,5 +1,6 @@
 package com.xydl.cac.transform;
 
+import com.alibaba.excel.util.StringUtils;
 import com.xydl.cac.entity.I2syncField;
 import com.xydl.cac.entity.I2syncRecord;
 import com.xydl.cac.entity.NSensor;
@@ -7,6 +8,7 @@ import com.xydl.cac.model.i2sync.Attr;
 import com.xydl.cac.model.i2sync.Datanode;
 import com.xydl.cac.model.i2sync.Monitordata;
 import com.xydl.cac.model.i2sync.Request;
+import com.xydl.cac.util.DataTable;
 import com.xydl.cac.util.DateUtil;
 import lombok.extern.slf4j.Slf4j;
 import org.springframework.stereotype.Component;
@@ -25,6 +27,11 @@ public class I2DataTransformer {
         List<Datanode> nodeList = new ArrayList<>();
         for (Map<String, Object> map : dataList) {
             String date = (String) map.get("acquisitionTime");
+            Datanode node = new Datanode();
+            node.setSensorid(sensor.getSensorCode());
+            node.setEquipmentid(sensor.getEquipmentId());
+            node.setTimestamp(date);
+
             List<Attr> attrs = new ArrayList<>();
             for (I2syncField field : fieldList) {
                 Object value = map.get(field.getFieldName());
@@ -32,20 +39,19 @@ public class I2DataTransformer {
                 attr.setName(field.getDestFieldName());
                 attr.setValue(String.valueOf(value));
                 attr.setAlarm("FALSE");
+                if (StringUtils.isBlank(node.getType())) {
+                    node.setType(DataTable.getDevType(field.getTableName()));
+                }
                 attrs.add(attr);
             }
-            Datanode node = new Datanode();
-            node.setSensorid(sensor.getEquipmentId());
-            node.setType("027002");
-            node.setEquipmentid(sensor.getEquipmentId());
-            node.setTimestamp(date);
             node.setAttr(attrs);
+
             nodeList.add(node);
             record.setLastDTime(DateUtil.parse(date));
         }
 
         Monitordata monitordata = new Monitordata();
-        monitordata.setCacid(sensor.getEquipmentId());
+        monitordata.setCacid(sensor.getSensorCode());
         monitordata.setDatanodenum(nodeList.size());
         monitordata.setDatanode(nodeList);
         Request request = new Request();

src/main/java/com/xydl/cac/util/DataTable.java

@@ -21,4 +21,39 @@ public class DataTable {
     public static String getDevidField(String tableName) {
         return "eqmid";
     }
+
+    public static String getDevType(String tableName) {
+        switch (tableName) {
+            case "data_byq_jbfd":
+                return "021001"; // 变压器/电抗器 局部放电
+            case "data_ysp":
+                return "021002"; // 变压器/电抗器 油中溶解气体
+            case "data_ws":
+                return "021003"; // 变压器/电抗器 微水
+            case "data_tx":
+                return "021004"; // 变压器/电抗器 铁芯接地电流
+            case "data_dcyw":
+                return "021005"; // 变压器/电抗器 顶层油温
+            case "data_dr_jyjc":
+                return "022001"; // 电容型设备 绝缘监测
+            case "data_jsyhw_jyjc":
+                return "023001"; // 金属氧化物避雷器 绝缘监测
+            case "data_dlq_jbfd":
+                return "024001"; // 断路器/GIS 局部放电
+            case "data_fhzxq":
+                return "024002"; // 断路器/GIS 分合闸线圈电流波形
+            case "data_fhdlbx":
+                return "024003"; // 断路器/GIS 负荷电流波形
+            case "data_sf6_qtyl":
+                return "024004"; // 断路器/GIS SF6 气体压力
+            case "data_sf6_qtsf":
+                return "024005"; // 断路器/GIS SF6气体水分
+            case "data_cnj":
+                return "024006"; // 断路器/GIS 储能电机工作状态
+            case "data_microclimate":
+                return "025001"; // 综合 变电站微气象
+            default:
+                return "";
+        }
+    }
 }