blame | history | patch | commit | commitdiff | ignore whitespace
jinpengyong
2022-01-06 45ece9986a39a01081fab9b224966e1f297d383d 
 src/main/resources/mapper/HistoryMapper.xml


@@ -86,12 +86,28 @@


        SELECT



        h.mac,



        <foreach collection="sensorKeys" separator="," item="sensorKey">



            AVG(value->'$.${sensorKey}') AS '${sensorKey}',



            MAX(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MAX${sensorKey}',



            MIN(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MIN${sensorKey}'



            <choose >



            <when test="sensorKey=='e23'">



            ROUND((CASE    WHEN AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))<![CDATA[>]]>0 AND AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI()))<![CDATA[>]]>0



                THEN ATAN(AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))/AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI())))*180/PI()



                WHEN AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))>0 AND AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI()))<![CDATA[<]]>0



                THEN (ATAN(AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))/AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI())))*180/PI())+180



                WHEN AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))<![CDATA[<]]>0 AND AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI()))<![CDATA[<]]>0



                THEN (ATAN(AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))/AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI())))*180/PI())+180



                ELSE (ATAN(AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))/AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI())))*180/PI())+360



                END),3) AS '${sensorKey}',



                MAX(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MAX${sensorKey}',



                MIN(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MIN${sensorKey}'



            </when>



            <otherwise>



                AVG(value->'$.${sensorKey}') AS '${sensorKey}',



                MAX(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MAX${sensorKey}',



                MIN(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MIN${sensorKey}'



            </otherwise>



            </choose>



        </foreach>



        FROM



        history h



        history_${yearAndMonthDay} h



        WHERE



        h.time >= #{start}



        AND h.time <![CDATA[<]]> #{end}



@@ -103,9 +119,25 @@


        SELECT



        h.mac,



        <foreach collection="sensorKeys" separator="," item="sensorKey">



            AVG(value->'$.${sensorKey}') AS '${sensorKey}',



            MAX(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MAX${sensorKey}',



            MIN(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MIN${sensorKey}'



            <choose >



                <when test="sensorKey=='e23'">



                    ROUND((CASE    WHEN AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))<![CDATA[>]]>0 AND AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI()))<![CDATA[>]]>0



                    THEN ATAN(AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))/AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI())))*180/PI()



                    WHEN AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))>0 AND AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI()))<![CDATA[<]]>0



                    THEN (ATAN(AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))/AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI())))*180/PI())+180



                    WHEN AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))<![CDATA[<]]>0 AND AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI()))<![CDATA[<]]>0



                    THEN (ATAN(AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))/AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI())))*180/PI())+180



                    ELSE (ATAN(AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))/AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI())))*180/PI())+360



                    END),3) AS '${sensorKey}',



                    MAX(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MAX${sensorKey}',



                    MIN(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MIN${sensorKey}'



                </when>



                <otherwise>



                    AVG(value->'$.${sensorKey}') AS '${sensorKey}',



                    MAX(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MAX${sensorKey}',



                    MIN(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MIN${sensorKey}'



                </otherwise>



            </choose>



        </foreach>



        FROM



        history h



@@ -124,9 +156,25 @@


        SELECT



        h.mac,DATE_FORMAT(time,'%Y-%m-%dT%H:%i') time,



        <foreach collection="sensorKeys" separator="," item="sensorKey">



            AVG(value->'$.${sensorKey}') AS '${sensorKey}',



            MAX(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MAX${sensorKey}',



            MIN(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MIN${sensorKey}'



            <choose >



                <when test="sensorKey=='e23'">



                    ROUND((CASE    WHEN AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))<![CDATA[>]]>0 AND AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI()))<![CDATA[>]]>0



                    THEN ATAN(AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))/AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI())))*180/PI()



                    WHEN AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))>0 AND AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI()))<![CDATA[<]]>0



                    THEN (ATAN(AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))/AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI())))*180/PI())+180



                    WHEN AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))<![CDATA[<]]>0 AND AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI()))<![CDATA[<]]>0



                    THEN (ATAN(AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))/AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI())))*180/PI())+180



                    ELSE (ATAN(AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))/AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI())))*180/PI())+360



                    END),3) AS '${sensorKey}',



                    MAX(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MAX${sensorKey}',



                    MIN(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MIN${sensorKey}'



                </when>



                <otherwise>



                    AVG(value->'$.${sensorKey}') AS '${sensorKey}',



                    MAX(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MAX${sensorKey}',



                    MIN(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MIN${sensorKey}'



                </otherwise>



            </choose>



        </foreach>



        FROM



        history h



@@ -145,9 +193,25 @@


        SELECT



        h.mac,DATE_FORMAT(time,'%Y-%m-%dT%H:%i') time,



        <foreach collection="sensorKeys" separator="," item="sensorKey">



            AVG(value->'$.${sensorKey}') AS '${sensorKey}',



            MAX(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MAX${sensorKey}',



            MIN(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MIN${sensorKey}'



            <choose >



                <when test="sensorKey=='e23'">



                    ROUND((CASE    WHEN AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))<![CDATA[>]]>0 AND AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI()))<![CDATA[>]]>0



                    THEN ATAN(AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))/AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI())))*180/PI()



                    WHEN AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))>0 AND AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI()))<![CDATA[<]]>0



                    THEN (ATAN(AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))/AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI())))*180/PI())+180



                    WHEN AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))<![CDATA[<]]>0 AND AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI()))<![CDATA[<]]>0



                    THEN (ATAN(AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))/AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI())))*180/PI())+180



                    ELSE (ATAN(AVG(value->'$.e18'*SIN((value->'$.e23'/180)*PI()))/AVG(value->'$.e18'*COS((value->'$.e23'/180)*PI())))*180/PI())+360



                    END),3) AS '${sensorKey}',



                    MAX(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MAX${sensorKey}',



                    MIN(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MIN${sensorKey}'



                </when>



                <otherwise>



                    AVG(value->'$.${sensorKey}') AS '${sensorKey}',



                    MAX(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MAX${sensorKey}',



                    MIN(cast(h.value ->'$.${sensorKey}' as decimal(11,3))) AS 'MIN${sensorKey}'



                </otherwise>



            </choose>



        </foreach>



        FROM



        history h



@@ -170,7 +234,7 @@


    <insert id="insertHistorySpecialTable">



        insert into



        history_special(mac, value, time,version)



        SELECT * from history WHERE time>=DATE_SUB(#{time}, INTERVAL 1 HOUR) and time<![CDATA[<]]>#{time} and mac in



        SELECT * from history WHERE time>=#{startTime} and time<![CDATA[<]]>#{endTime} and mac in



        <foreach collection="macList" index="index" item="mac" open="(" separator="," close=")">



            #{mac}



        </foreach>



@@ -183,4 +247,20 @@


    <update id="deletePartition">



        ALTER table history drop PARTITION ${p};



    </update>







    <update id="createHistoryTable" parameterType="String">



        CREATE TABLE history_${yearMonthDay} (



        `mac` varchar(30) DEFAULT NULL,



        `value` json DEFAULT NULL,



        `time` datetime DEFAULT NULL,



        `version` int(11) DEFAULT NULL,



        KEY `_idx_mac_time` (`mac`,`time`) USING BTREE,



        KEY `_idx_mac` (`mac`) USING BTREE,



        KEY `_idx_time` (`time`) USING BTREE



        ) ENGINE=InnoDB DEFAULT CHARSET=utf8 ROW_FORMAT=DYNAMIC



    </update>







    <delete id="dropHistoryTable" parameterType="String">



        drop table history_${yearMonthDay}



    </delete>



</mapper>