select ni.index_id,ei."name",ei.code,dd3.dict_label unit_name,di.data_time,di."value", di.create_time,di.create_by,dd1.dict_label category_name,dd2.dict_label energy_name from node_index ni left join energy_index ei on ni.index_id = ei.index_id left join index_storage ist on ist.index_id = ei.index_id left join data_item di on ei.index_id = di.index_id and di.time_code = #{timeCode} left join sys_dict_data dd1 on dd1.dict_value = ei.index_category and dd1.dict_type = 'sys_index_category' left join sys_dict_data dd2 on dd2.dict_value = ei.energy_id and dd2.dict_type = 'energy_type' left join sys_dict_data dd3 on dd3.dict_value = ei.unit_id and dd3.dict_type = 'sys_unit' WHERE ist.calc_type = 'INPUT' and ist.time_type = #{timeType} AND ni.node_id = #{nodeId} order by data_time DESC delete from data_item where time_code = #{timeCode} and index_id in #{id} insert into data_item (index_id, time_code, time_type, begin_time, end_time, data_time, value, quality, create_time, create_by) values (#{dataItem.indexId}, #{dataItem.timeCode}, #{dataItem.timeType}, #{dataItem.beginTime}, #{dataItem.endTime}, #{dataItem.dataTime}, #{dataItem.value, jdbcType = DOUBLE}, #{dataItem.quality}, now(), #{dataItem.createBy}) select ifp.index_id from index_formula_param ifp WHERE ifp.param_value in ( SELECT ei.code FROM energy_index ei where ei.index_id in #{id} )