<?xml version="1.0" encoding="UTF-8" ?>
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<!DOCTYPE mapper PUBLIC "-//mybatis.org//DTD Mapper 3.0//EN"
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"http://mybatis.org/dtd/mybatis-3-mapper.dtd">
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<mapper namespace="com.ruoyi.system.mapper.TTestMapper">
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<resultMap id="TTestResultMap" type="TTest">
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<id property="testId" column="test_id" />
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<result property="testName" column="test_name" />
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<result property="creatorId" column="creator_id" />
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<result property="creatorName" column="creator_name" />
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<result property="principalId" column="principal_id" />
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<result property="principalName" column="principal_name" />
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<result property="testTypeId" column="test_type_id" />
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<result property="testTypeName" column="test_type_name" />
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<result property="testPurpose" column="test_purpose" />
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<result property="testStatus" column="test_status" />
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<result property="receptionStatus" column="reception_status" />
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<result property="monitorTimeoutMinutes" column="monitor_timeout_minutes" />
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<result property="startedAtUtc" column="started_at_utc" />
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<result property="endedAtUtc" column="ended_at_utc" />
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<result property="runtimeAttach" column="runtime_attach" />
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<result property="delFlag" column="del_flag" />
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<result property="createBy" column="create_by" />
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<result property="createTime" column="create_time" />
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<result property="updateBy" column="update_by" />
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<result property="updateTime" column="update_time" />
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<result property="remark" column="remark" />
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<result property="logicStepMappingsJson" column="logic_step_mappings_json" />
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<result property="batteryCount" column="battery_count" />
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<result property="batteryNo" column="battery_no" />
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</resultMap>
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<resultMap id="TTestBatteryResultMap" type="TTestBattery">
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<id property="relationId" column="relation_id" />
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<result property="testId" column="test_id" />
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<result property="groupId" column="group_id" />
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<result property="groupName" column="group_name" />
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<result property="batteryNo" column="battery_no" />
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<result property="collectorId" column="collector_id" />
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<result property="collectorName" column="collector_name" />
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<result property="delFlag" column="del_flag" />
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</resultMap>
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<resultMap id="TTestBatteryFieldResultMap" type="TTestBatteryField">
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<id property="fieldId" column="field_id" />
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<result property="relationId" column="relation_id" />
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<result property="fieldName" column="field_name" />
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<result property="fieldValue" column="field_value" />
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<result property="delFlag" column="del_flag" />
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</resultMap>
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<resultMap id="TTestBindingResultMap" type="TTestChannelBinding">
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<id property="bindingId" column="binding_id" />
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<result property="testId" column="test_id" />
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<result property="batteryRelationId" column="battery_relation_id" />
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<result property="channelId" column="channel_id" />
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<result property="expectedBarcode" column="expected_barcode" />
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<result property="claimStatus" column="claim_status" />
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<result property="cabinetId" column="cabinet_id" />
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<result property="cabinetCode" column="cabinet_code" />
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<result property="cabinetName" column="cabinet_name" />
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<result property="adapterCode" column="adapter_code" />
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<result property="devtype" column="devtype" />
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<result property="devid" column="devid" />
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<result property="subdevid" column="subdevid" />
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<result property="chlid" column="chlid" />
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<result property="displayNo" column="display_no" />
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</resultMap>
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<resultMap id="TTestCollectorChannelResultMap" type="TTestCollectorChannel">
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<id property="mappingId" column="mapping_id" />
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<result property="testId" column="test_id" />
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<result property="batteryRelationId" column="battery_relation_id" />
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<result property="collectorId" column="collector_id" />
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<result property="measurementCode" column="measurement_code" />
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<result property="measurementName" column="measurement_name" />
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<result property="channelCode" column="channel_code" />
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</resultMap>
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<resultMap id="TTestPlanStepResultMap" type="TTestPlanStep">
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<id property="planStepId" column="plan_step_id" />
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<result property="testId" column="test_id" />
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<result property="cycleNo" column="cycle_no" />
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<result property="stepNo" column="step_no" />
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<result property="stepType" column="step_type" />
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<result property="stepName" column="step_name" />
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<result property="parametersJson" column="parameters_json" />
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<result property="sortOrder" column="sort_order" />
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</resultMap>
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<resultMap id="TTestThresholdResultMap" type="TTestWarningThreshold">
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<id property="thresholdId" column="threshold_id" />
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<result property="testId" column="test_id" />
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<result property="metricCode" column="metric_code" />
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<result property="minValue" column="min_value" />
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<result property="maxValue" column="max_value" />
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<result property="unit" column="unit" />
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<result property="unitMetadata" column="unit_metadata" />
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<result property="severity" column="severity" />
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<result property="delFlag" column="del_flag" />
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</resultMap>
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<resultMap id="TTestResultResultMap" type="TTestResult">
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<id property="resultId" column="result_id" />
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<result property="relationId" column="relation_id" />
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<result property="testId" column="test_id" />
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<result property="channelNo" column="channel_no" />
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<result property="resultValue" column="result_value" />
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<result property="resultTime" column="result_time" />
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<result property="exceptionInfo" column="exception_info" />
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<result property="delFlag" column="del_flag" />
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</resultMap>
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<sql id="selectTestBase">
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select t.test_id, t.test_name, t.creator_id, creator.nick_name creator_name,
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t.principal_id, principal.nick_name principal_name,
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t.test_type_id, ty.test_type_name, t.test_purpose,
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t.test_status,
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t.reception_status, t.monitor_timeout_minutes,
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t.started_at_utc, t.ended_at_utc, t.del_flag,
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t.create_by, t.create_time, t.update_by, t.update_time, t.remark,
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cast(t.logic_step_mappings_json as char) logic_step_mappings_json,
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(select count(1) from t_test_battery b where b.test_id = t.test_id and b.del_flag = 0) battery_count,
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t.runtime_attach runtime_attach
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from t_test t
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left join sys_user creator on creator.user_id = t.creator_id and creator.del_flag = '0'
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left join sys_user principal on principal.user_id = t.principal_id and principal.del_flag = '0'
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left join t_test_type ty on ty.test_type_id = t.test_type_id and ty.del_flag = 0
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</sql>
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<select id="selectTestList" parameterType="TTest" resultMap="TTestResultMap">
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<include refid="selectTestBase" />
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<where>
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t.del_flag = 0
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<if test="testId != null">and t.test_id = #{testId}</if>
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<if test="testName != null and testName != ''">and t.test_name like concat('%', #{testName}, '%')</if>
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<if test="testTypeId != null">and t.test_type_id = #{testTypeId}</if>
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<if test="batteryNo != null and batteryNo != ''">and exists (select 1 from t_test_battery fb where fb.test_id = t.test_id and fb.battery_no = #{batteryNo} and fb.del_flag = 0)</if>
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<if test="testStatus != null and testStatus != ''">
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and (
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(#{testStatus} = 'RUNNING' and t.test_status = 'RUNNING')
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or (#{testStatus} = 'COMPLETED' and t.test_status in ('COMPLETED', 'COMPLETION_PENDING', 'TERMINATED'))
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or (#{testStatus} not in ('RUNNING', 'RUNNING_ABNORMAL', 'COMPLETED') and t.test_status = #{testStatus})
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)
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</if>
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<if test="receptionStatus != null and receptionStatus != ''">and t.reception_status = #{receptionStatus}</if>
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<if test="beginCreateTime != null">and t.create_time >= #{beginCreateTime}</if>
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<if test="endCreateTime != null">and t.create_time <= #{endCreateTime}</if>
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</where>
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order by t.create_time desc, t.test_id desc
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</select>
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<select id="selectBatteryNosByTestIds" resultMap="TTestBatteryResultMap">
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select test_id, battery_no
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from t_test_battery
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where del_flag = 0 and test_id in
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<foreach collection="testIds" item="testId" open="(" separator="," close=")">#{testId}</foreach>
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order by test_id, relation_id
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</select>
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<select id="selectTestById" parameterType="Long" resultMap="TTestResultMap">
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<include refid="selectTestBase" />
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where t.test_id = #{testId} and t.del_flag = 0
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</select>
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<select id="selectTestByIdForUpdate" parameterType="Long" resultMap="TTestResultMap">
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<include refid="selectTestBase" />
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where t.test_id = #{testId} and t.del_flag = 0
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for update
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</select>
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<select id="selectTestByName" parameterType="String" resultMap="TTestResultMap">
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<include refid="selectTestBase" />
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where t.test_name = #{testName} and t.del_flag = 0 limit 1
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</select>
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<insert id="insertTest" parameterType="TTest" useGeneratedKeys="true" keyProperty="testId">
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insert into t_test
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(test_name, creator_id, principal_id, test_type_id, test_purpose, test_status, reception_status,
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monitor_timeout_minutes, del_flag, create_by, create_time, remark)
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values
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(#{testName}, #{creatorId}, #{principalId}, #{testTypeId}, #{testPurpose}, #{testStatus}, #{receptionStatus},
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#{monitorTimeoutMinutes}, 0, #{createBy}, #{createTime}, #{remark})
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</insert>
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<resultMap id="TTestDataRevisionActionResultMap" type="com.ruoyi.system.domain.TTestDataRevisionAction">
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<id property="actionId" column="action_id"/>
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<result property="testId" column="test_id"/><result property="testName" column="test_name"/>
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<result property="testReceptionStatus" column="reception_status"/>
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<result property="dataType" column="data_type"/><result property="operationType" column="operation_type"/>
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<result property="scopeSummary" column="scope_summary"/><result property="identitySummary" column="identity_summary"/>
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<result property="changesSummary" column="changes_summary"/><result property="reason" column="reason"/>
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<result property="operatorId" column="operator_id"/><result property="operatorName" column="operator_name"/>
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<result property="createdAtUtc" column="created_at_utc"/>
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</resultMap>
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<select id="selectDataRevisionActions" parameterType="com.ruoyi.system.domain.TTestDataRevisionAction" resultMap="TTestDataRevisionActionResultMap">
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select a.action_id, a.test_id, t.test_name, t.reception_status,
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a.data_type, a.operation_type, a.scope_summary,
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cast(a.identity_summary as char) identity_summary,
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cast(a.changes_summary as char) changes_summary, a.reason,
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a.operator_id, a.operator_name, a.created_at_utc
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from t_test_data_revision_action a join t_test t on t.test_id = a.test_id
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<where>
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<if test="testId != null">and a.test_id = #{testId}</if>
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<if test="testName != null and testName != ''">and t.test_name like concat('%', #{testName}, '%')</if>
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<if test="dataType != null and dataType != ''">and a.data_type = #{dataType}</if>
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<if test="operationType != null and operationType != ''">and a.operation_type = #{operationType}</if>
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<if test="beginCreatedAt != null">and a.created_at_utc >= #{beginCreatedAt}</if>
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<if test="endCreatedAt != null">and a.created_at_utc < #{endCreatedAt}</if>
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</where>
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order by a.created_at_utc desc, a.action_id desc
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</select>
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<select id="selectDataRevisionActionById" parameterType="long" resultMap="TTestDataRevisionActionResultMap">
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select a.action_id, a.test_id, t.test_name, t.reception_status,
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a.data_type, a.operation_type, a.scope_summary,
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cast(a.identity_summary as char) identity_summary,
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cast(a.changes_summary as char) changes_summary, a.reason,
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a.operator_id, a.operator_name, a.created_at_utc
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from t_test_data_revision_action a join t_test t on t.test_id = a.test_id
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where a.action_id = #{actionId}
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</select>
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<update id="updateTest" parameterType="TTest">
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update t_test
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set test_name = #{testName}, principal_id = #{principalId}, test_type_id = #{testTypeId},
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test_purpose = #{testPurpose}, monitor_timeout_minutes = #{monitorTimeoutMinutes},
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remark = #{remark}, update_by = #{updateBy}, update_time = #{updateTime}
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where test_id = #{testId} and reception_status = 'NOT_STARTED' and del_flag = 0
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</update>
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<update id="deleteTestById">
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update t_test set del_flag = test_id, update_by = #{updateBy}, update_time = sysdate()
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where test_id = #{testId} and reception_status = 'NOT_STARTED' and del_flag = 0
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</update>
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<delete id="deleteTestBindingsByTestId">delete from t_test_channel_binding where test_id = #{testId}</delete>
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<delete id="deleteTestCollectorChannelsByTestId">delete from t_test_collector_channel where test_id = #{testId}</delete>
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<delete id="deleteTestPlanStepsByTestId">delete from t_test_plan_step where test_id = #{testId}</delete>
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<update id="deleteTestFieldsByTestId">
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update t_test_battery_field f join t_test_battery b on b.relation_id = f.relation_id
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set f.del_flag = f.field_id where b.test_id = #{testId} and f.del_flag = 0
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</update>
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<update id="deleteTestBatteriesByTestId">
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update t_test_battery set del_flag = relation_id where test_id = #{testId} and del_flag = 0
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</update>
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<update id="deleteTestThresholdsByTestId">
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update t_test_warning_threshold set del_flag = threshold_id where test_id = #{testId} and del_flag = 0
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</update>
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<insert id="insertTestPlanStep" parameterType="TTestPlanStep" useGeneratedKeys="true" keyProperty="planStepId">
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insert into t_test_plan_step(test_id, cycle_no, step_no, step_type, step_name, parameters_json, sort_order)
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values(#{testId}, #{cycleNo}, #{stepNo}, #{stepType}, #{stepName}, cast(#{parametersJson} as json), #{sortOrder})
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</insert>
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<insert id="insertTestBattery" parameterType="TTestBattery" useGeneratedKeys="true" keyProperty="relationId">
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insert into t_test_battery(test_id, group_id, battery_no, collector_id, del_flag)
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values(#{testId}, #{groupId}, #{batteryNo}, #{collectorId}, 0)
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</insert>
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<insert id="insertTestBatteryField" parameterType="TTestBatteryField" useGeneratedKeys="true" keyProperty="fieldId">
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insert into t_test_battery_field(relation_id, field_name, field_value, del_flag)
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values(#{relationId}, #{fieldName}, #{fieldValue}, 0)
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</insert>
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<insert id="insertTestChannelBinding" parameterType="TTestChannelBinding" useGeneratedKeys="true" keyProperty="bindingId">
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insert into t_test_channel_binding(test_id, battery_relation_id, channel_id, expected_barcode, claim_status)
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values(#{testId}, #{batteryRelationId}, #{channelId}, #{expectedBarcode}, #{claimStatus})
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</insert>
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<insert id="insertTestCollectorChannel" parameterType="TTestCollectorChannel" useGeneratedKeys="true" keyProperty="mappingId">
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insert into t_test_collector_channel
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(test_id, battery_relation_id, collector_id, measurement_code, measurement_name, channel_code)
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values(#{testId}, #{batteryRelationId}, #{collectorId}, #{measurementCode}, #{measurementName}, #{channelCode})
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</insert>
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<insert id="insertTestThreshold" parameterType="TTestWarningThreshold" useGeneratedKeys="true" keyProperty="thresholdId">
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insert into t_test_warning_threshold(test_id, metric_code, min_value, max_value, unit, severity, del_flag)
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values(#{testId}, #{metricCode}, #{minValue}, #{maxValue}, #{unit}, #{severity}, 0)
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</insert>
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<select id="selectTestPlanSteps" parameterType="Long" resultMap="TTestPlanStepResultMap">
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select plan_step_id, test_id, cycle_no, step_no, step_type, step_name,
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cast(parameters_json as char) parameters_json, sort_order
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from t_test_plan_step where test_id = #{testId} order by sort_order, plan_step_id
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</select>
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<select id="selectTestBatteries" parameterType="Long" resultMap="TTestBatteryResultMap">
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select battery.relation_id, battery.test_id, battery.group_id, battery_group.group_name,
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battery.battery_no, battery.collector_id, collector.collector_name, battery.del_flag
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from t_test_battery battery
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join t_battery_group battery_group on battery_group.group_id = battery.group_id
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left join t_collector collector on collector.collector_id = battery.collector_id
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where battery.test_id = #{testId} and battery.del_flag = 0
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order by battery.relation_id
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</select>
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<select id="selectTestBatteryFields" parameterType="Long" resultMap="TTestBatteryFieldResultMap">
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select field.* from t_test_battery_field field
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join t_test_battery battery on battery.relation_id = field.relation_id
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where battery.test_id = #{testId} and field.del_flag = 0 order by field.field_id
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</select>
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<select id="selectTestChannelBindings" parameterType="Long" resultMap="TTestBindingResultMap">
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select binding.binding_id, binding.test_id, binding.battery_relation_id, binding.channel_id,
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binding.expected_barcode, binding.claim_status, channel_fact.cabinet_id,
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cabinet.cabinet_code, cabinet.cabinet_name,
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coalesce(channel_fact.adapter_code, cabinet.adapter_code) adapter_code,
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channel_fact.devtype, channel_fact.devid, channel_fact.subdevid, channel_fact.chlid, channel_fact.display_no
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from t_test_channel_binding binding
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join t_detection_channel channel_fact on channel_fact.channel_id = binding.channel_id
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and channel_fact.status = '0' and channel_fact.del_flag = 0
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join t_detection_cabinet cabinet on cabinet.cabinet_id = channel_fact.cabinet_id
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and cabinet.status = '0' and cabinet.del_flag = 0
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and cabinet.registration_status = 'REGISTERED'
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where binding.test_id = #{testId} order by binding.binding_id
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</select>
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<select id="selectTestCollectorChannels" parameterType="Long" resultMap="TTestCollectorChannelResultMap">
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select mapping_id, test_id, battery_relation_id, collector_id,
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measurement_code, measurement_name, channel_code
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from t_test_collector_channel where test_id = #{testId}
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order by battery_relation_id, mapping_id
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</select>
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<select id="selectTestThresholds" parameterType="Long" resultMap="TTestThresholdResultMap">
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select threshold_id, test_id, metric_code, min_value, max_value, unit, severity, del_flag
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from t_test_warning_threshold where test_id = #{testId} and del_flag = 0 order by threshold_id
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</select>
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<select id="selectReceivingTestIds" resultType="long">
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select test_id from t_test where del_flag = 0 and reception_status = 'RECEIVING' order by test_id
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</select>
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<select id="selectPersistedRecords" resultType="map">
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select sample.sample_id id,
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concat('RD-', channel.devid, '-', channel.chlid, '-', lpad(sample.seq_id, 6, '0')) recordNo,
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battery.battery_no batteryNo, sample.cycle_no cycleNo, sample.step_no stepNo,
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coalesce(sample.step_name, sample.step_type) stepName, sample.step_type stepType, sample.seq_id sequenceId,
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sample.device_time_utc recordedAt, sample.device_time_utc absoluteTime,
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sample.device_time_utc deviceTime, sample.received_at_utc serverReceivedAt,
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sample.voltage_v voltage, sample.current_a current, sample.capacity_ah capacity,
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sample.energy_wh energy, channel.adapter_id adapterId, channel.adapter_code adapterCode,
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channel.devtype devtype, channel.devid deviceId, channel.subdevid subdevid, channel.chlid channelId
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from t_test_sample sample
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join t_test_battery battery on battery.relation_id = sample.binding_id and battery.del_flag = 0
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join t_detection_channel channel on channel.channel_id = sample.channel_id and channel.del_flag = 0
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where sample.test_id = #{testId}
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order by sample.device_time_utc desc, sample.seq_id desc, sample.sample_id desc
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</select>
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<select id="selectPersistedCollectorRecords" resultType="map">
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select concat('collector:', sample.collector_id, ':', sample.collector_channel_code, ':',
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sample.sequence_id, ':', sample.metric_code) id,
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concat('collector:', sample.collector_id, ':', sample.collector_channel_code, ':',
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sample.sequence_id, ':', sample.metric_code) stableIdentity,
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concat('CR-', sample.collector_id, '-', sample.collector_channel_code, '-',
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lpad(sample.sequence_id, 6, '0'), '-', sample.metric_code) recordNo,
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'COLLECTOR' sourceType, battery.battery_no batteryNo,
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sample.sequence_id sequenceId, sample.device_time_utc recordedAt,
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sample.device_time_utc absoluteTime, sample.device_time_utc deviceTime,
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sample.server_received_at_utc serverReceivedAt, sample.sample_id sampleId,
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sample.metric_code metricCode,
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sample.metric_value metricValue, sample.unit, sample.collector_id collectorId,
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collector.collector_code collectorCode, sample.collector_channel_code channelCode,
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sample.adapter_code adapterCode
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from t_test_collector_sample sample
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join t_test_channel_binding binding on binding.binding_id = sample.binding_id
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join t_test_battery battery on battery.relation_id = binding.battery_relation_id and battery.del_flag = 0
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join t_collector collector on collector.collector_id = sample.collector_id
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where sample.test_id = #{testId}
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order by sample.device_time_utc desc, sample.sequence_id desc, sample.sample_id desc
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</select>
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<select id="selectPersistedSteps" resultType="map">
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select concat('step:', channel.devid, ':', channel.chlid, ':', sample.cycle_no, ':', sample.step_no) id,
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concat('STEP-', channel.devid, '-', channel.chlid, '-', sample.cycle_no, '-', sample.step_no) recordNo,
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battery.battery_no batteryNo, sample.cycle_no cycleNo, sample.step_no stepNo,
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coalesce(sample.step_name, sample.step_type) stepName,
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sample.step_type stepType, coalesce(sample.step_name, sample.step_type) actualStepLabel,
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count(*) recordCount,
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min(sample.device_time_utc) recordedAt, min(sample.device_time_utc) absoluteTime,
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max(sample.received_at_utc) serverReceivedAt,
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timestampdiff(second, min(sample.device_time_utc), max(sample.device_time_utc)) stepDuration,
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max(sample.capacity_ah) capacity, max(sample.energy_wh) energy,
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min(sample.voltage_v) startVoltage,
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max(sample.voltage_v) endVoltage,
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max(case when sample.current_a >= 0 then sample.voltage_v end) chargePeakVoltage,
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min(case when sample.current_a < 0 then sample.voltage_v end) dischargeValleyVoltage,
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channel.adapter_id adapterId, channel.adapter_code adapterCode, channel.devtype devtype,
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channel.devid deviceId, channel.subdevid subdevid, channel.chlid channelId
|
from t_test_sample sample
|
join t_test_battery battery on battery.relation_id = sample.binding_id and battery.del_flag = 0
|
join t_detection_channel channel on channel.channel_id = sample.channel_id and channel.del_flag = 0
|
where sample.test_id = #{testId}
|
group by sample.binding_id, battery.battery_no, channel.adapter_id, channel.adapter_code, channel.devtype,
|
channel.devid, channel.subdevid, channel.chlid, sample.cycle_no, sample.step_no,
|
sample.step_type, sample.step_name
|
order by sample.cycle_no, sample.step_no, battery.battery_no
|
</select>
|
<select id="selectPersistedCycles" resultType="map">
|
select concat('cycle:', channel.devid, ':', channel.chlid, ':', sample.cycle_no) id,
|
concat('CYCLE-', channel.devid, '-', channel.chlid, '-', sample.cycle_no) recordNo,
|
battery.battery_no batteryNo, sample.cycle_no cycleNo, count(*) recordCount,
|
min(sample.device_time_utc) recordedAt, min(sample.device_time_utc) absoluteTime,
|
max(sample.received_at_utc) serverReceivedAt,
|
greatest(max(case when sample.current_a >= 0 then sample.capacity_ah end), 0) chargeCapacity,
|
greatest(max(case when sample.current_a < 0 then sample.capacity_ah end), 0) dischargeCapacity,
|
greatest(max(case when sample.current_a >= 0 then sample.energy_wh end), 0) chargeEnergy,
|
greatest(max(case when sample.current_a < 0 then abs(sample.energy_wh) end), 0) dischargeEnergy,
|
case when max(case when sample.current_a >= 0 then sample.capacity_ah end) > 0
|
then greatest(max(case when sample.current_a < 0 then sample.capacity_ah end), 0)
|
/ max(case when sample.current_a >= 0 then sample.capacity_ah end) * 100
|
else 0 end efficiency,
|
channel.adapter_id adapterId, channel.adapter_code adapterCode, channel.devtype devtype,
|
channel.devid deviceId, channel.subdevid subdevid, channel.chlid channelId
|
from t_test_sample sample
|
join t_test_battery battery on battery.relation_id = sample.binding_id and battery.del_flag = 0
|
join t_detection_channel channel on channel.channel_id = sample.channel_id and channel.del_flag = 0
|
where sample.test_id = #{testId}
|
group by sample.binding_id, battery.battery_no, channel.adapter_id, channel.adapter_code, channel.devtype,
|
channel.devid, channel.subdevid, channel.chlid, sample.cycle_no
|
order by sample.cycle_no, battery.battery_no
|
</select>
|
<select id="selectTestResults" parameterType="TTestResult" resultMap="TTestResultResultMap">
|
select result.*, battery.test_id from t_test_result result
|
join t_test_battery battery on battery.relation_id = result.relation_id
|
where battery.test_id = #{testId} and result.del_flag = 0
|
and exists (
|
select 1 from t_test_audit start_action
|
where start_action.test_id = battery.test_id
|
and start_action.event_type in ('RECEPTION_STARTED', 'RECEPTION_RESUMED')
|
and start_action.occurred_at_utc <= result.result_time
|
and not exists (
|
select 1 from t_test_audit pause_action
|
where pause_action.test_id = battery.test_id
|
and pause_action.event_type in ('RECEPTION_PAUSED', 'TEST_STOPPED')
|
and pause_action.occurred_at_utc > start_action.occurred_at_utc
|
and pause_action.occurred_at_utc <= result.result_time
|
)
|
)
|
<if test="relationId != null">and result.relation_id = #{relationId}</if>
|
<if test="channelNo != null">and result.channel_no = #{channelNo}</if>
|
<if test="beginResultTime != null">and result.result_time >= #{beginResultTime}</if>
|
<if test="endResultTime != null">and result.result_time <= #{endResultTime}</if>
|
order by result.result_time, result.result_id
|
</select>
|
<select id="selectLogicStepMappingsJson" resultType="string">
|
select cast(logic_step_mappings_json as char) from t_test where test_id = #{testId} and del_flag = 0
|
</select>
|
<update id="updateLogicStepMappings">
|
update t_test set logic_step_mappings_json = cast(#{mappingsJson} as json),
|
update_by = #{updateBy}, update_time = #{updateTime}
|
where test_id = #{testId} and del_flag = 0
|
</update>
|
|
<select id="countTestTypeEnabled" resultType="int">
|
select count(1) from t_test_type where test_type_id = #{testTypeId} and status = '0' and del_flag = 0
|
</select>
|
<select id="countUserEnabled" resultType="int">
|
select count(1) from sys_user where user_id = #{userId} and status = '0' and del_flag = '0'
|
</select>
|
<select id="countBatteryInEnabledGroup" resultType="int">
|
select count(1) from t_battery_group_battery battery
|
join t_battery_group battery_group on battery_group.group_id = battery.group_id
|
where battery.group_id = #{groupId} and battery.battery_no = #{batteryNo}
|
and battery.del_flag = 0 and battery_group.status = '0' and battery_group.del_flag = 0
|
</select>
|
<select id="countRegisteredChannel" resultType="int">
|
select count(1) from t_detection_channel channel_fact
|
join t_detection_cabinet cabinet on cabinet.cabinet_id = channel_fact.cabinet_id
|
where channel_fact.channel_id = #{channelId} and channel_fact.status = '0' and channel_fact.del_flag = 0
|
and cabinet.registration_status = 'REGISTERED' and cabinet.status = '0' and cabinet.del_flag = 0
|
</select>
|
<select id="countCollectorEnabled" resultType="int">
|
select count(1) from t_collector where collector_id = #{collectorId} and status = '0' and del_flag = 0
|
</select>
|
<select id="selectCollectorChannelCount" resultType="int">
|
select channel_count from t_collector where collector_id = #{collectorId} and status = '0' and del_flag = 0
|
</select>
|
<select id="selectCollectorCode" resultType="string">
|
select collector_code from t_collector where collector_id = #{collectorId} and status = '0' and del_flag = 0
|
</select>
|
|
<select id="selectEnabledUserOptions" resultType="com.ruoyi.system.domain.vo.TestUserOptionVo">
|
select user_id userId, user_name userName, nick_name nickName
|
from sys_user where status = '0' and del_flag = '0' order by nick_name, user_id
|
</select>
|
<select id="selectEnabledTestTypeOptions" resultType="com.ruoyi.system.domain.vo.TestTypeOptionVo">
|
select test_type_id testTypeId, test_type_name testTypeName
|
from t_test_type where status = '0' and del_flag = 0 order by test_type_name, test_type_id
|
</select>
|
<select id="selectEnabledBatteryOptions" resultType="com.ruoyi.system.domain.vo.TestBatteryOptionVo">
|
select battery.relation_id relationId, battery.group_id groupId,
|
battery_group.group_name groupName, battery.battery_no batteryNo
|
from t_battery_group_battery battery
|
join t_battery_group battery_group on battery_group.group_id = battery.group_id
|
where battery.del_flag = 0 and battery_group.status = '0' and battery_group.del_flag = 0
|
order by battery_group.group_name, battery.sort_order, battery.relation_id
|
</select>
|
<select id="selectRegisteredChannelOptions" resultType="com.ruoyi.system.domain.vo.TestChannelOptionVo">
|
select channel_fact.channel_id channelId, channel_fact.cabinet_id cabinetId,
|
cabinet.cabinet_code cabinetCode, cabinet.cabinet_name cabinetName,
|
coalesce(channel_fact.adapter_code, cabinet.adapter_code) adapterCode,
|
channel_fact.devtype devtype, channel_fact.devid devid, channel_fact.subdevid subdevid,
|
channel_fact.chlid chlid, channel_fact.display_no displayNo
|
from t_detection_channel channel_fact
|
join t_detection_cabinet cabinet on cabinet.cabinet_id = channel_fact.cabinet_id
|
where channel_fact.status = '0' and channel_fact.del_flag = 0
|
and cabinet.registration_status = 'REGISTERED' and cabinet.status = '0' and cabinet.del_flag = 0
|
order by cabinet.cabinet_name, channel_fact.chlid, channel_fact.channel_id
|
</select>
|
<select id="selectEnabledCollectorOptions" resultType="com.ruoyi.system.domain.vo.TestCollectorOptionVo">
|
select collector_id collectorId, collector_code collectorCode, collector_name collectorName,
|
channel_count channelCount
|
from t_collector where status = '0' and del_flag = 0 order by collector_name, collector_id
|
</select>
|
|
<insert id="insertTestAudit">
|
insert into t_test_audit
|
(test_id, event_type, actor_id, actor_name, occurred_at_utc, previous_value, new_value, correlation_id)
|
values
|
(#{testId}, #{eventType}, #{actorId}, #{actorName}, utc_timestamp(3),
|
<choose><when test="previousValue != null">cast(#{previousValue} as json)</when><otherwise>null</otherwise></choose>,
|
<choose><when test="newValue != null">cast(#{newValue} as json)</when><otherwise>null</otherwise></choose>,
|
uuid())
|
</insert>
|
|
<select id="selectReceptionChannelForUpdate" parameterType="Long" resultType="com.ruoyi.system.domain.TDetectionChannel">
|
select channel_fact.channel_id channelId, channel_fact.adapter_id adapterId, channel_fact.cabinet_id cabinetId,
|
channel_fact.devtype devtype, channel_fact.devid devid, channel_fact.subdevid subdevid,
|
channel_fact.chlid chlid, channel_fact.display_no displayNo,
|
channel_fact.online_status onlineStatus, channel_fact.work_status workStatus,
|
channel_fact.last_seen_at_utc lastSeenAtUtc, channel_fact.status status
|
from t_detection_channel channel_fact
|
join t_detection_cabinet cabinet on cabinet.cabinet_id = channel_fact.cabinet_id
|
where channel_fact.channel_id = #{channelId}
|
and channel_fact.del_flag = 0 and channel_fact.status = '0'
|
and cabinet.del_flag = 0 and cabinet.status = '0'
|
and cabinet.registration_status = 'REGISTERED'
|
for update
|
</select>
|
|
<select id="selectBtsSampleContentHash" resultType="string">
|
select hex(content_sha256) from t_test_sample
|
where channel_id = #{channelId} and bts_test_id = #{btsTestId} and seq_id = #{sequenceId}
|
order by sample_id limit 1
|
</select>
|
<insert id="insertBtsSample">
|
insert ignore into t_test_sample
|
(test_id, binding_id, channel_id, bts_test_id, seq_id, device_time_utc,
|
device_time_raw, received_at_utc, cycle_no, step_no, step_type, step_name, test_time_ms, voltage_v,
|
current_a, capacity_ah, energy_wh, content_sha256)
|
values (#{testId}, #{bindingId}, #{channelId}, #{btsTestId}, #{sequenceId}, #{deviceTimeUtc},
|
#{deviceTimeRaw}, #{receivedAtUtc}, #{cycleNo}, #{stepNo}, #{stepType}, #{stepName}, #{testTimeMs}, #{voltageV},
|
#{currentA}, #{capacityAh}, #{energyWh}, #{contentSha256})
|
</insert>
|
<insert id="insertBtsMeasurement">
|
insert ignore into t_test_sample_measurement
|
(sample_id, metric_code, metric_value, unit, source_type)
|
values (#{sampleId}, #{metricCode}, #{metricValue}, #{unit}, #{sourceType})
|
</insert>
|
<insert id="insertCollectorSample">
|
insert ignore into t_test_collector_sample
|
(test_id, binding_id, collector_id, adapter_code, collector_channel_code, sequence_id, device_time_utc,
|
device_time_raw, server_received_at_utc, metric_code, metric_value, unit, content_sha256)
|
values (#{testId}, #{bindingId}, #{collectorId}, #{adapterCode}, #{channelCode}, #{sequenceId}, #{deviceTimeUtc},
|
#{deviceTimeRaw}, #{receivedAtUtc}, #{metricCode}, #{metricValue}, #{unit}, #{contentSha256})
|
</insert>
|
<select id="selectCollectorSampleContentHash" resultType="string">
|
select lower(hex(content_sha256))
|
from t_test_collector_sample
|
where collector_id = #{collectorId} and collector_channel_code = #{channelCode}
|
and sequence_id = #{sequenceId} and metric_code = #{metricCode}
|
limit 1
|
</select>
|
<insert id="insertSampleConflict">
|
insert into t_test_exception
|
(test_id, channel_id, exception_type, exception_status, severity,
|
first_occurred_at_utc, last_occurred_at_utc, occurrence_count, detail)
|
values (#{testId}, #{channelId}, 'SAMPLE_CONTENT_CONFLICT', 'OPEN', 'WARNING', utc_timestamp(3),
|
utc_timestamp(3), 1, #{detail})
|
on duplicate key update last_occurred_at_utc = utc_timestamp(3), occurrence_count = occurrence_count + 1,
|
detail = values(detail)
|
</insert>
|
<select id="hasReceivingTestForAdapter" resultType="int">
|
select count(1)
|
from t_test_channel_binding binding
|
join t_test test_fact on test_fact.test_id = binding.test_id
|
join t_detection_channel channel_fact on channel_fact.channel_id = binding.channel_id
|
where channel_fact.adapter_code = #{adapterCode}
|
and test_fact.reception_status = 'RECEIVING'
|
and test_fact.del_flag = 0 and channel_fact.del_flag = 0
|
</select>
|
<select id="selectReceivingChannelsForAdapter" resultType="com.ruoyi.system.domain.TDetectionChannel">
|
select distinct channel_fact.channel_id, channel_fact.adapter_id, channel_fact.adapter_code,
|
channel_fact.cabinet_id, channel_fact.devtype, channel_fact.devid,
|
channel_fact.subdevid, channel_fact.chlid, channel_fact.display_no,
|
channel_fact.online_status, channel_fact.work_status, channel_fact.last_seen_at_utc,
|
channel_fact.status
|
from t_test_channel_binding binding
|
join t_test test_fact on test_fact.test_id = binding.test_id
|
join t_detection_channel channel_fact on channel_fact.channel_id = binding.channel_id
|
where channel_fact.adapter_code = #{adapterCode}
|
and test_fact.reception_status = 'RECEIVING'
|
and test_fact.del_flag = 0 and channel_fact.del_flag = 0 and channel_fact.status = '0'
|
</select>
|
<update id="updateReceptionStarted">
|
update t_test
|
set test_status = 'RUNNING', reception_status = 'RECEIVING',
|
runtime_attach = #{runtimeAttach},
|
started_at_utc = coalesce(started_at_utc, #{startedAtUtc}),
|
update_by = #{updateBy}, update_time = #{startedAtUtc}
|
where test_id = #{testId} and reception_status = 'NOT_STARTED' and del_flag = 0
|
</update>
|
<update id="updateReceptionPaused">
|
update t_test
|
set test_status = 'PAUSED', reception_status = 'PAUSED', update_by = #{updateBy}, update_time = #{updatedAtUtc}
|
where test_id = #{testId} and reception_status = 'RECEIVING' and del_flag = 0
|
</update>
|
<update id="updateReceptionResumed">
|
update t_test
|
set test_status = 'RUNNING', reception_status = 'RECEIVING', update_by = #{updateBy}, update_time = #{updatedAtUtc}
|
where test_id = #{testId} and reception_status = 'PAUSED' and del_flag = 0
|
</update>
|
<update id="updateReceptionStopped">
|
update t_test
|
set test_status = 'COMPLETED', reception_status = 'ENDED', ended_at_utc = #{endedAtUtc},
|
update_by = #{updateBy}, update_time = #{endedAtUtc}
|
where test_id = #{testId} and reception_status in ('RECEIVING', 'PAUSED') and del_flag = 0
|
</update>
|
|
<resultMap id="TTestDataOverrideResultMap" type="com.ruoyi.system.domain.TTestDataOverride">
|
<id property="overrideId" column="override_id"/><result property="testId" column="test_id"/>
|
<result property="dataType" column="data_type"/><result property="stableIdentity" column="stable_identity"/>
|
<result property="fieldValues" column="field_values"/><result property="deleted" column="deleted"/>
|
<result property="actionId" column="action_id"/><result property="createdAtUtc" column="created_at_utc"/>
|
</resultMap>
|
<insert id="insertDataRevisionAction" parameterType="com.ruoyi.system.domain.TTestDataRevisionAction"
|
useGeneratedKeys="true" keyProperty="actionId">
|
insert into t_test_data_revision_action
|
(test_id, data_type, operation_type, scope_summary, identity_summary, changes_summary,
|
reason, operator_id, operator_name, created_at_utc)
|
values (#{testId}, #{dataType}, #{operationType}, #{scopeSummary}, cast(#{identitySummary} as json),
|
cast(#{changesSummary} as json), #{reason}, #{operatorId}, #{operatorName}, #{createdAtUtc})
|
</insert>
|
<insert id="upsertDataOverride" parameterType="com.ruoyi.system.domain.TTestDataOverride">
|
insert into t_test_data_override
|
(test_id, data_type, stable_identity, field_values, deleted, action_id, created_at_utc)
|
values (#{testId}, #{dataType}, #{stableIdentity}, cast(#{fieldValues} as json), #{deleted}, #{actionId}, #{createdAtUtc})
|
on duplicate key update field_values = values(field_values), deleted = values(deleted),
|
action_id = values(action_id), created_at_utc = values(created_at_utc)
|
</insert>
|
<select id="selectDataOverrides" resultMap="TTestDataOverrideResultMap">
|
select override_id, test_id, data_type, stable_identity, field_values, deleted, action_id, created_at_utc
|
from t_test_data_override where test_id = #{testId} and data_type = #{dataType}
|
order by override_id
|
</select>
|
<select id="selectConsoleImportRecords" resultType="map">
|
select stable_identity stableIdentity, cast(row_values as char) rowValues
|
from t_test_console_import_record
|
where test_id = #{testId} and data_type = #{dataType}
|
order by import_record_id
|
</select>
|
<delete id="deleteBtsSamplesByIds">
|
delete from t_test_sample where test_id = #{testId} and sample_id in
|
<foreach collection="sampleIds" item="id" open="(" separator="," close=")">#{id}</foreach>
|
</delete>
|
<delete id="deleteBtsMeasurementsBySampleIds">
|
delete from t_test_sample_measurement where sample_id in
|
<foreach collection="sampleIds" item="id" open="(" separator="," close=")">#{id}</foreach>
|
</delete>
|
<delete id="deleteCollectorSamplesByIds">
|
delete from t_test_collector_sample where test_id = #{testId} and sample_id in
|
<foreach collection="sampleIds" item="id" open="(" separator="," close=")">#{id}</foreach>
|
</delete>
|
<select id="selectBtsSampleIdByDeviceChannelSequence" resultType="long">
|
select sample.sample_id
|
from t_test_sample sample
|
join t_detection_channel channel_fact on channel_fact.channel_id = sample.channel_id
|
where sample.test_id = #{testId} and channel_fact.devid = #{deviceId}
|
and channel_fact.chlid = #{channelNo} and sample.seq_id = #{sequenceId}
|
limit 1
|
</select>
|
<select id="selectBtsSampleIdsByDeviceChannelStep" resultType="long">
|
select sample.sample_id
|
from t_test_sample sample
|
join t_detection_channel channel_fact on channel_fact.channel_id = sample.channel_id
|
where sample.test_id = #{testId} and channel_fact.devid = #{deviceId}
|
and channel_fact.chlid = #{channelNo} and sample.cycle_no = #{cycleNo}
|
and sample.step_no = #{stepNo}
|
</select>
|
<select id="selectBtsSampleIdsByDeviceChannelCycle" resultType="long">
|
select sample.sample_id
|
from t_test_sample sample
|
join t_detection_channel channel_fact on channel_fact.channel_id = sample.channel_id
|
where sample.test_id = #{testId} and channel_fact.devid = #{deviceId}
|
and channel_fact.chlid = #{channelNo} and sample.cycle_no = #{cycleNo}
|
</select>
|
<insert id="insertConsoleImportRecord" parameterType="com.ruoyi.system.domain.TTestConsoleImportRecord"
|
useGeneratedKeys="true" keyProperty="importRecordId">
|
insert into t_test_console_import_record
|
(test_id, data_type, stable_identity, row_values, action_id, created_at_utc)
|
values (#{testId}, #{dataType}, #{stableIdentity}, cast(#{rowValues} as json), #{actionId}, #{createdAtUtc})
|
</insert>
|
<select id="countTestBatteryNo" resultType="int">
|
select count(1) from t_test_battery
|
where test_id = #{testId} and battery_no = #{batteryNo} and del_flag = 0
|
</select>
|
</mapper>
|
