usky-power/fiveep-persistence/src/main/resources/mapper/mysql/RtAnalogDataMapper.xml

<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE mapper PUBLIC "-//mybatis.org//DTD Mapper 3.0//EN" "http://mybatis.org/dtd/mybatis-3-mapper.dtd">
<mapper namespace="com.bizmatics.persistence.mapper.RtAnalogDataMapper">

    <select id="selectTotalLoad" resultType="java.lang.Double">
        select COALESCE(SUM(P),0)
        from user_site as us
        inner join device as d
        on us.site_id = d.site_id
        inner join rt_analog_data as rad
        on d.device_code = rad.deviceName
        <where>
            <if test="userId != null and userId != 0">
                and us.user_id = #{userId}
            </if>
            <if test="siteId != null and siteId != 0">
                and us.site_id = #{siteId}
            </if>
        </where>
    </select>
    <select id="getOneMap" resultType="java.util.Map">
        select
          `Busot` as '母线停电次数',
          `COS` as '三相功率因数',
          `COSa` as 'A相功率因数',
          `COSb` as 'B相功率因数',
          `COSc` as 'C相功率因数',
          `Demand` as '实时有功需量',
          `DevResetTimes` as '设备复位次数',
          `DeviceTemp` as '设备温度',
          `Epn` as '三相反向有功电度',
          `Epn1` as '尖段反向有功电度',
          `Epn2` as '峰段反向有功电度',
          `Epn3` as '平段反向有功电度',
          `Epn4` as '谷段反向有功电度',
          `Epp` as '三相正向有功电度',
          `Epp1` as '尖段正向有功电度',
          `Epp2` as '峰段正向有功电度',
          `Epp3` as '平段正向有功电度',
          `Epp4` as '谷段正向有功电度',
          `Eqn` as '三相反向无功电度',
          `Eqp` as '三相正向无功电度',
          `F` as '频率',
          `I0` as '零序电流',
          `I2` as '负序电流',
          `IHa` as 'A相总谐波电流',
          `IHb` as 'B相总谐波电流',
          `IHc` as 'C相总谐波电流',
          `Ia` as 'A相电流',
          `Ib` as 'B相电流',
          `Ic` as 'C相电流',
          `Ir` as '剩余电流',
          `LastDayMD` as '昨日有功最大需量',
          `LastDayMDt` as '昨日有功最大需量发生时间',
          `P` as '三相总有功功率',
          `Pa` as 'A相有功功率',
          `Pb` as 'B相有功功率',
          `Pc` as 'C相有功功率',
          `Q` as '三相总无功功率',
          `Qa` as 'A相无功功率',
          `Qb` as 'B相无功功率',
          `Qc` as 'C相无功功率',
          `SignalIntensity` as '信号强度',
          `T1` as '第1路温度',
          `T2` as '第2路温度',
          `T3` as '第3路温度',
          `T4` as '第4路温度',
          `THDUa` as 'A相电压THD',
          `THDUb` as 'B相电压THD',
          `THDUc` as 'C相电压THD',
          `Ua` as 'A相电压',
          `Uab` as 'AB线电压',
          `Ub` as 'B相电压',
          `Ubc` as 'BC线电压',
          `UblU0` as '零序电压不平衡度',
          `UblU2` as '负序电压不平衡度',
          `Uc` as 'C相电压',
          `Uca` as 'CA线电压',
          `Udt` as '电压暂降次数',
          `Ul` as '线路侧电压',
          `Upt` as '电压暂升次数',
          `Ust` as '电压短时中断次数',
          `freezingTime` as '冻结时间',
          `dataTime` as '上报时间'
        from user_site as us
        inner join device as d
        on us.site_id = d.site_id
        inner join rt_analog_data as rad
        on d.device_code = rad.deviceName
        <where>
            <if test="siteId != null and siteId != 0">
                and us.site_id = #{siteId}
            </if>
        </where>
    </select>
    <select id="getDataReportMap" resultType="com.bizmatics.model.HtAnalogData">
        select
        *
        from user_site as us
        inner join device as d
        on us.site_id = d.site_id
        inner join ht_analog_data as rad
        on d.device_code = rad.deviceName
        <where>
            and d.enable=1
            <if test="siteId != null and siteId != 0">
                and us.site_id = #{siteId}
            </if>
            <if test="startTime != null and endTime != null">
                and rad.dataTime BETWEEN #{startTime} and #{endTime}
            </if>
        </where>
    </select>
    <select id="getDeviceListMap" resultType="com.bizmatics.model.Device">
        select
        *
        from user_site as us
        inner join device as d
        on us.site_id = d.site_id
        <where>
                and d.enable=1
            <if test="siteId != null and siteId != 0">
                and d.site_id = #{siteId}
            </if>
        </where>
    </select>

    <select id="getDataReportDMap" resultType="com.bizmatics.model.HtAnalogData">
        SELECT
        t.deviceName AS deviceName,
        AVG(t.Busot) AS Busot,
        AVG(t.COS) AS COS,
        AVG(t.COSa) AS COSa,
        AVG(t.COSb) AS COSb,
        AVG(t.COSc) AS COSc,
        AVG(t.Demand) AS Demand,
        AVG(t.DevResetTimes) AS DevResetTimes,
        AVG(t.DeviceTemp) AS DeviceTemp,
        AVG(t.Epn) AS Epn,
        AVG(t.Epn1) AS Epn1,
        AVG(t.Epn2) AS Epn2,
        AVG(t.Epn3) AS Epn3,
        AVG(t.Epn4) AS Epn4,
        AVG(t.Epp) AS Epp,
        AVG(t.Epp1) AS Epp1,
        AVG(t.Epp2) AS Epp2,
        AVG(t.Epp3) AS Epp3,
        AVG(t.Epp4) AS Epp4,
        AVG(t.Eqn) AS Eqn,
        AVG(t.Eqp) AS Eqp,
        AVG(t.F) AS F,
        AVG(t.I0) AS I0,
        AVG(t.I2) AS I2,
        AVG(t.IHa) AS IHa,
        AVG(t.IHb) AS IHb,
        AVG(t.IHc) AS IHc,
        AVG(t.Ia) AS Ia,
        AVG(t.Ib) AS Ib,
        AVG(t.Ic) AS Ic,
        AVG(t.Ir) AS Ir,
        AVG(t.LastDayMD) AS LastDayMD,
        AVG(t.LastDayMDt) AS LastDayMDt,
        AVG(t.P) AS P,
        AVG(t.Pa) AS Pa,
        AVG(t.Pb) AS Pb,
        AVG(t.Pc) AS Pc,
        AVG(t.Q) AS Q,
        AVG(t.Qa) AS Qa,
        AVG(t.Qb) AS Qb,
        AVG(t.Qc) AS Qc,
        AVG(t.SignalIntensity) AS SignalIntensity,
        AVG(t.T1) AS T1,
        AVG(t.T2) AS T2,
        AVG(t.T3) AS T3,
        AVG(t.T4) AS T4,
        AVG(t.THDUa) AS THDUa,
        AVG(t.THDUb) AS THDUb,
        AVG(t.THDUc) AS THDUc,
        AVG(t.Ua) AS Ua,
        AVG(t.Uab) AS Uab,
        AVG(t.Ub) AS Ub,
        AVG(t.Ubc) AS Ubc,
        AVG(t.UblU0) AS UblU0,
        AVG(t.UblU2) AS UblU2,
        AVG(t.Uc) AS Uc,
        AVG(t.Uca) AS Uca,
        AVG(t.Udt) AS Udt,
        AVG(t.Ul) AS Ul,
        AVG(t.Upt) AS Upt,
        AVG(t.Ust) AS Ust,
        t.freezingTime AS freezingTime,
        t.dataTime
        FROM
        (
        SELECT
        deviceName,
        Busot,
        COS,
        COSa,
        COSb,
        COSc,
        Demand,
        DevResetTimes,
        DeviceTemp,
        Epn,
        Epn1,
        Epn2,
        Epn3,
        Epn4,
        Epp,
        Epp1,
        Epp2,
        Epp3,
        Epp4,
        Eqn,
        Eqp,
        F,
        I0,
        I2,
        IHa,
        IHb,
        IHc,
        Ia,
        Ib,
        Ic,
        Ir,
        LastDayMD,
        LastDayMDt,
        P,
        Pa,
        Pb,
        Pc,
        Q,
        Qa,
        Qb,
        Qc,
        SignalIntensity,
        T1,
        T2,
        T3,
        T4,
        THDUa,
        THDUb,
        THDUc,
        Ua,
        Uab,
        Ub,
        Ubc,
        UblU0,
        UblU2,
        Uc,
        Uca,
        Udt,
        Ul,
        Upt,
        Ust,
        freezingTime,
        date_format(dataTime, '%Y-%m-%d') AS dataTime
        FROM
        ht_analog_data
        <where>
                and deviceName in
            <foreach item="item"  collection="deviceCode" open="(" separator="," close=")">
                #{item.deviceCode}
            </foreach>
            <if test="endTime != null and startTime != null">
                and dataTime BETWEEN   #{startTime} and #{endTime}
            </if>
        </where>
        ) t
        GROUP BY
        t.dataTime
        ORDER BY
        t.dataTime
    </select>

    <select id="getDataReportMMap" resultType="com.bizmatics.model.HtAnalogData">
        SELECT
        t.deviceName AS deviceName,
        AVG(t.Busot) AS Busot,
        AVG(t.COS) AS COS,
        AVG(t.COSa) AS COSa,
        AVG(t.COSb) AS COSb,
        AVG(t.COSc) AS COSc,
        AVG(t.Demand) AS Demand,
        AVG(t.DevResetTimes) AS DevResetTimes,
        AVG(t.DeviceTemp) AS DeviceTemp,
        AVG(t.Epn) AS Epn,
        AVG(t.Epn1) AS Epn1,
        AVG(t.Epn2) AS Epn2,
        AVG(t.Epn3) AS Epn3,
        AVG(t.Epn4) AS Epn4,
        AVG(t.Epp) AS Epp,
        AVG(t.Epp1) AS Epp1,
        AVG(t.Epp2) AS Epp2,
        AVG(t.Epp3) AS Epp3,
        AVG(t.Epp4) AS Epp4,
        AVG(t.Eqn) AS Eqn,
        AVG(t.Eqp) AS Eqp,
        AVG(t.F) AS F,
        AVG(t.I0) AS I0,
        AVG(t.I2) AS I2,
        AVG(t.IHa) AS IHa,
        AVG(t.IHb) AS IHb,
        AVG(t.IHc) AS IHc,
        AVG(t.Ia) AS Ia,
        AVG(t.Ib) AS Ib,
        AVG(t.Ic) AS Ic,
        AVG(t.Ir) AS Ir,
        AVG(t.LastDayMD) AS LastDayMD,
        AVG(t.LastDayMDt) AS LastDayMDt,
        AVG(t.P) AS P,
        AVG(t.Pa) AS Pa,
        AVG(t.Pb) AS Pb,
        AVG(t.Pc) AS Pc,
        AVG(t.Q) AS Q,
        AVG(t.Qa) AS Qa,
        AVG(t.Qb) AS Qb,
        AVG(t.Qc) AS Qc,
        AVG(t.SignalIntensity) AS SignalIntensity,
        AVG(t.T1) AS T1,
        AVG(t.T2) AS T2,
        AVG(t.T3) AS T3,
        AVG(t.T4) AS T4,
        AVG(t.THDUa) AS THDUa,
        AVG(t.THDUb) AS THDUb,
        AVG(t.THDUc) AS THDUc,
        AVG(t.Ua) AS Ua,
        AVG(t.Uab) AS Uab,
        AVG(t.Ub) AS Ub,
        AVG(t.Ubc) AS Ubc,
        AVG(t.UblU0) AS UblU0,
        AVG(t.UblU2) AS UblU2,
        AVG(t.Uc) AS Uc,
        AVG(t.Uca) AS Uca,
        AVG(t.Udt) AS Udt,
        AVG(t.Ul) AS Ul,
        AVG(t.Upt) AS Upt,
        AVG(t.Ust) AS Ust,
        t.freezingTime AS freezingTime,
        t.dataTime
        FROM
        (
        SELECT
        deviceName,
        Busot,
        COS,
        COSa,
        COSb,
        COSc,
        Demand,
        DevResetTimes,
        DeviceTemp,
        Epn,
        Epn1,
        Epn2,
        Epn3,
        Epn4,
        Epp,
        Epp1,
        Epp2,
        Epp3,
        Epp4,
        Eqn,
        Eqp,
        F,
        I0,
        I2,
        IHa,
        IHb,
        IHc,
        Ia,
        Ib,
        Ic,
        Ir,
        LastDayMD,
        LastDayMDt,
        P,
        Pa,
        Pb,
        Pc,
        Q,
        Qa,
        Qb,
        Qc,
        SignalIntensity,
        T1,
        T2,
        T3,
        T4,
        THDUa,
        THDUb,
        THDUc,
        Ua,
        Uab,
        Ub,
        Ubc,
        UblU0,
        UblU2,
        Uc,
        Uca,
        Udt,
        Ul,
        Upt,
        Ust,
        freezingTime,
        date_format(dataTime, '%Y-%m-%d %H:00:00') AS dataTime
        FROM
        ht_analog_data
        <where>
            and deviceName in
            <foreach item="item"  collection="deviceCode" open="(" separator="," close=")">
                #{item.deviceCode}
            </foreach>
            <if test="endTime != null and startTime != null">
                and dataTime BETWEEN   #{startTime} and #{endTime}
            </if>
        </where>
        ) t
        GROUP BY
        t.dataTime
        ORDER BY
        t.dataTime
    </select>
    <select id="getDataReportMap1" resultType="com.bizmatics.model.HtAnalogData">
        select
        rad.*
        from user_site as us
        inner join device as d
        on us.site_id = d.site_id
        inner join ht_analog_data as rad
        on d.device_code = rad.deviceName
        <where>
            and d.enable=1
            <if test="siteId != null and siteId != 0">
                and us.site_id = #{siteId}
            </if>
            <if test="startTime != null and endTime != null">
                and rad.dataTime BETWEEN #{startTime} and #{endTime}
            </if>
        </where>
    </select>
    <select id="getDataReportDMap1" resultType="com.bizmatics.model.HtAnalogData">
        SELECT
        t.id as id
        t.deviceName AS deviceName,
        AVG(t.Busot) AS Busot,
        AVG(t.COS) AS COS,
        AVG(t.COSa) AS COSa,
        AVG(t.COSb) AS COSb,
        AVG(t.COSc) AS COSc,
        AVG(t.Demand) AS Demand,
        AVG(t.DevResetTimes) AS DevResetTimes,
        AVG(t.DeviceTemp) AS DeviceTemp,
        AVG(t.Epn) AS Epn,
        AVG(t.Epn1) AS Epn1,
        AVG(t.Epn2) AS Epn2,
        AVG(t.Epn3) AS Epn3,
        AVG(t.Epn4) AS Epn4,
        AVG(t.Epp) AS Epp,
        AVG(t.Epp1) AS Epp1,
        AVG(t.Epp2) AS Epp2,
        AVG(t.Epp3) AS Epp3,
        AVG(t.Epp4) AS Epp4,
        AVG(t.Eqn) AS Eqn,
        AVG(t.Eqp) AS Eqp,
        AVG(t.F) AS F,
        AVG(t.I0) AS I0,
        AVG(t.I2) AS I2,
        AVG(t.IHa) AS IHa,
        AVG(t.IHb) AS IHb,
        AVG(t.IHc) AS IHc,
        AVG(t.Ia) AS Ia,
        AVG(t.Ib) AS Ib,
        AVG(t.Ic) AS Ic,
        AVG(t.Ir) AS Ir,
        AVG(t.LastDayMD) AS LastDayMD,
        AVG(t.LastDayMDt) AS LastDayMDt,
        AVG(t.P) AS P,
        AVG(t.Pa) AS Pa,
        AVG(t.Pb) AS Pb,
        AVG(t.Pc) AS Pc,
        AVG(t.Q) AS Q,
        AVG(t.Qa) AS Qa,
        AVG(t.Qb) AS Qb,
        AVG(t.Qc) AS Qc,
        AVG(t.SignalIntensity) AS SignalIntensity,
        AVG(t.T1) AS T1,
        AVG(t.T2) AS T2,
        AVG(t.T3) AS T3,
        AVG(t.T4) AS T4,
        AVG(t.THDUa) AS THDUa,
        AVG(t.THDUb) AS THDUb,
        AVG(t.THDUc) AS THDUc,
        AVG(t.Ua) AS Ua,
        AVG(t.Uab) AS Uab,
        AVG(t.Ub) AS Ub,
        AVG(t.Ubc) AS Ubc,
        AVG(t.UblU0) AS UblU0,
        AVG(t.UblU2) AS UblU2,
        AVG(t.Uc) AS Uc,
        AVG(t.Uca) AS Uca,
        AVG(t.Udt) AS Udt,
        AVG(t.Ul) AS Ul,
        AVG(t.Upt) AS Upt,
        AVG(t.Ust) AS Ust,
        t.freezingTime AS freezingTime,
        t.dataTime
        FROM
        (
        SELECT
        id,
        deviceName,
        Busot,
        COS,
        COSa,
        COSb,
        COSc,
        Demand,
        DevResetTimes,
        DeviceTemp,
        Epn,
        Epn1,
        Epn2,
        Epn3,
        Epn4,
        Epp,
        Epp1,
        Epp2,
        Epp3,
        Epp4,
        Eqn,
        Eqp,
        F,
        I0,
        I2,
        IHa,
        IHb,
        IHc,
        Ia,
        Ib,
        Ic,
        Ir,
        LastDayMD,
        LastDayMDt,
        P,
        Pa,
        Pb,
        Pc,
        Q,
        Qa,
        Qb,
        Qc,
        SignalIntensity,
        T1,
        T2,
        T3,
        T4,
        THDUa,
        THDUb,
        THDUc,
        Ua,
        Uab,
        Ub,
        Ubc,
        UblU0,
        UblU2,
        Uc,
        Uca,
        Udt,
        Ul,
        Upt,
        Ust,
        freezingTime,
        date_format(dataTime, '%Y-%m-%d') AS dataTime
        FROM
        ht_analog_data
        <where>
            and deviceName in
            <foreach item="item"  collection="deviceCode" open="(" separator="," close=")">
                #{item.deviceCode}
            </foreach>
            <if test="endTime != null and startTime != null">
                and dataTime BETWEEN   #{startTime} and #{endTime}
            </if>
        </where>
        ) t
        GROUP BY
        t.dataTime
        ORDER BY
        t.dataTime
    </select>

    <select id="getDataReportMMap1" resultType="com.bizmatics.model.HtAnalogData">
        SELECT
        t.id,
        t.deviceName AS deviceName,
        AVG(t.Busot) AS Busot,
        AVG(t.COS) AS COS,
        AVG(t.COSa) AS COSa,
        AVG(t.COSb) AS COSb,
        AVG(t.COSc) AS COSc,
        AVG(t.Demand) AS Demand,
        AVG(t.DevResetTimes) AS DevResetTimes,
        AVG(t.DeviceTemp) AS DeviceTemp,
        AVG(t.Epn) AS Epn,
        AVG(t.Epn1) AS Epn1,
        AVG(t.Epn2) AS Epn2,
        AVG(t.Epn3) AS Epn3,
        AVG(t.Epn4) AS Epn4,
        AVG(t.Epp) AS Epp,
        AVG(t.Epp1) AS Epp1,
        AVG(t.Epp2) AS Epp2,
        AVG(t.Epp3) AS Epp3,
        AVG(t.Epp4) AS Epp4,
        AVG(t.Eqn) AS Eqn,
        AVG(t.Eqp) AS Eqp,
        AVG(t.F) AS F,
        AVG(t.I0) AS I0,
        AVG(t.I2) AS I2,
        AVG(t.IHa) AS IHa,
        AVG(t.IHb) AS IHb,
        AVG(t.IHc) AS IHc,
        AVG(t.Ia) AS Ia,
        AVG(t.Ib) AS Ib,
        AVG(t.Ic) AS Ic,
        AVG(t.Ir) AS Ir,
        AVG(t.LastDayMD) AS LastDayMD,
        AVG(t.LastDayMDt) AS LastDayMDt,
        AVG(t.P) AS P,
        AVG(t.Pa) AS Pa,
        AVG(t.Pb) AS Pb,
        AVG(t.Pc) AS Pc,
        AVG(t.Q) AS Q,
        AVG(t.Qa) AS Qa,
        AVG(t.Qb) AS Qb,
        AVG(t.Qc) AS Qc,
        AVG(t.SignalIntensity) AS SignalIntensity,
        AVG(t.T1) AS T1,
        AVG(t.T2) AS T2,
        AVG(t.T3) AS T3,
        AVG(t.T4) AS T4,
        AVG(t.THDUa) AS THDUa,
        AVG(t.THDUb) AS THDUb,
        AVG(t.THDUc) AS THDUc,
        AVG(t.Ua) AS Ua,
        AVG(t.Uab) AS Uab,
        AVG(t.Ub) AS Ub,
        AVG(t.Ubc) AS Ubc,
        AVG(t.UblU0) AS UblU0,
        AVG(t.UblU2) AS UblU2,
        AVG(t.Uc) AS Uc,
        AVG(t.Uca) AS Uca,
        AVG(t.Udt) AS Udt,
        AVG(t.Ul) AS Ul,
        AVG(t.Upt) AS Upt,
        AVG(t.Ust) AS Ust,
        t.freezingTime AS freezingTime,
        t.dataTime
        FROM
        (
        SELECT
        id,
        deviceName,
        Busot,
        COS,
        COSa,
        COSb,
        COSc,
        Demand,
        DevResetTimes,
        DeviceTemp,
        Epn,
        Epn1,
        Epn2,
        Epn3,
        Epn4,
        Epp,
        Epp1,
        Epp2,
        Epp3,
        Epp4,
        Eqn,
        Eqp,
        F,
        I0,
        I2,
        IHa,
        IHb,
        IHc,
        Ia,
        Ib,
        Ic,
        Ir,
        LastDayMD,
        LastDayMDt,
        P,
        Pa,
        Pb,
        Pc,
        Q,
        Qa,
        Qb,
        Qc,
        SignalIntensity,
        T1,
        T2,
        T3,
        T4,
        THDUa,
        THDUb,
        THDUc,
        Ua,
        Uab,
        Ub,
        Ubc,
        UblU0,
        UblU2,
        Uc,
        Uca,
        Udt,
        Ul,
        Upt,
        Ust,
        freezingTime,
        date_format(dataTime, '%Y-%m-%d %H:00:00') AS dataTime
        FROM
        ht_analog_data
        <where>
            and deviceName in
            <foreach item="item"  collection="deviceCode" open="(" separator="," close=")">
                #{item.deviceCode}
            </foreach>
            <if test="endTime != null and startTime != null">
                and dataTime BETWEEN   #{startTime} and #{endTime}
            </if>
        </where>
        ) t
        GROUP BY
        t.dataTime
        ORDER BY
        t.dataTime
    </select>


</mapper>