测试控制台持续更新

yeg

2026-09-01 0fcd0642efdff8d4e0584fa991aaea2178bc932b

 ruoyi-system/src/main/resources/mapper/system/TTestMapper.xml

@@ -367,6 +367,67 @@
        where test_id = #{testId}
        order by source_type, source_id, source_channel_code, start_boundary_at_utc, interval_id
    </select>
    <select id="selectReceivingTestIds" resultType="long">
        select test_id from t_test where del_flag = 0 and reception_status = 'RECEIVING' order by test_id
    </select>
    <select id="selectPersistedRecords" resultType="map">
        select sample.sample_id id,
               concat('RD-', channel.devid, '-', channel.chlid, '-', lpad(sample.seq_id, 6, '0')) recordNo,
               battery.battery_no batteryNo, sample.cycle_no cycleNo, sample.step_no stepNo,
               coalesce(sample.step_name, sample.step_type) stepName, sample.step_type stepType, sample.seq_id sequenceId,
               sample.device_time_utc recordedAt, sample.device_time_utc absoluteTime,
               sample.voltage_v voltage, sample.current_a current, sample.capacity_ah capacity,
               sample.energy_wh energy, channel.devid deviceId, 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}
        order by sample.device_time_utc desc, sample.seq_id desc, sample.sample_id desc
    </select>
    <select id="selectPersistedSteps" resultType="map">
        select concat('step:', channel.devid, ':', channel.chlid, ':', sample.cycle_no, ':', sample.step_no) id,
               concat('STEP-', channel.devid, '-', channel.chlid, '-', sample.cycle_no, '-', sample.step_no) recordNo,
               battery.battery_no batteryNo, sample.cycle_no cycleNo, sample.step_no stepNo,
               coalesce(sample.step_name, sample.step_type) stepName,
               sample.step_type stepType, coalesce(sample.step_name, sample.step_type) actualStepLabel,
               count(*) recordCount,
               min(sample.device_time_utc) recordedAt, min(sample.device_time_utc) absoluteTime,
               timestampdiff(second, min(sample.device_time_utc), max(sample.device_time_utc)) stepDuration,
               max(sample.capacity_ah) capacity, max(sample.energy_wh) energy,
               min(sample.voltage_v) startVoltage,
               max(sample.voltage_v) endVoltage,
               max(case when sample.current_a &gt;= 0 then sample.voltage_v end) chargePeakVoltage,
               min(case when sample.current_a &lt; 0 then sample.voltage_v end) dischargeValleyVoltage,
               channel.devid deviceId, 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.devid, 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,
               greatest(max(case when sample.current_a &gt;= 0 then sample.capacity_ah end), 0) chargeCapacity,
               greatest(max(case when sample.current_a &lt; 0 then sample.capacity_ah end), 0) dischargeCapacity,
               greatest(max(case when sample.current_a &gt;= 0 then sample.energy_wh end), 0) chargeEnergy,
               greatest(max(case when sample.current_a &lt; 0 then abs(sample.energy_wh) end), 0) dischargeEnergy,
               case when max(case when sample.current_a &gt;= 0 then sample.capacity_ah end) &gt; 0
                    then greatest(max(case when sample.current_a &lt; 0 then sample.capacity_ah end), 0)
                         / max(case when sample.current_a &gt;= 0 then sample.capacity_ah end) * 100
                    else 0 end efficiency,
               channel.devid deviceId, 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.devid, 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
@@ -559,13 +620,18 @@
        select hex(content_sha256) from t_test_sample
        where channel_id = #{channelId} and bts_test_id = #{btsTestId} and seq_id = #{sequenceId}
    </select>
    <select id="selectTestSampleContentHash" resultType="string">
        select hex(content_sha256) from t_test_sample
        where test_id = #{testId} and channel_id = #{channelId} 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, reception_interval_id, bts_test_id, seq_id, device_time_utc,
         device_time_raw, received_at_utc, cycle_no, step_no, step_type, test_time_ms, voltage_v,
         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}, #{intervalId}, #{btsTestId}, #{sequenceId}, #{deviceTimeUtc},
                #{deviceTimeRaw}, #{receivedAtUtc}, #{cycleNo}, #{stepNo}, #{stepType}, #{testTimeMs}, #{voltageV},
                #{deviceTimeRaw}, #{receivedAtUtc}, #{cycleNo}, #{stepNo}, #{stepType}, #{stepName}, #{testTimeMs}, #{voltageV},
                #{currentA}, #{capacityAh}, #{energyWh}, #{contentSha256})
    </insert>
    <insert id="insertBtsMeasurement">