切割排产，钢化排产的排序指定功能，排序规则重写

wu

2025-10-24 a325f9eda08af39cce45cba363e4247a1b7d5465

 hangzhoumesParent/moduleService/CacheVerticalGlassModule/src/main/resources/mapper/BigStorageCageDetailsMapper.xml

@@ -13,46 +13,111 @@
        <result column="engineer_id" property="engineerId"/>
        <result column="tempering_layout_id" property="temperingLayoutId"/>
        <result column="slot" property="slot"/>
        <result column="glass_count" property="glassCount"/>
        <result column="max_sequence" property="maxSequence"/>
        <result column="min_sequence" property="minSequence"/>
        <result column="remain_width" property="remainWidth"/>
    </resultMap>

    <resultMap id="virtualSlotSequenceDTO" type="com.mes.bigstorage.entity.dto.BigStorageRelationDTO">
        <result column="engineer_id" property="engineerId"/>
        <result column="tempering_layout_id" property="temperingLayoutId"/>
        <result column="virtual_slot" property="virtualSlot"/>
    </resultMap>
    <resultMap id="baseSlotSequenceDTO" type="com.mes.bigstorage.entity.dto.BigStorageSequenceDTO">
        <result column="slot" property="slot"/>
        <result column="max_sequence" property="maxSequence"/>
        <result column="min_sequence" property="minSequence"/>
    </resultMap>

    <resultMap id="temperingGlassCount" type="com.mes.bigstorage.entity.dto.TemperingGlassCountDTO">
        <result column="engineer_id" property="engineerId"/>
        <result column="tempering_layout_id" property="temperingLayoutId"/>
        <result column="films_id" property="filmsId"/>
        <result column="thickness" property="thickness"/>
        <result column="total_count" property="totalCount"/>
        <result column="real_count" property="realCount"/>
        <result column="damage_count" property="damageCount"/>
        <result column="lack_count" property="lackCount"/>
    </resultMap>

    <resultMap id="glassInfoLackDTO" type="com.mes.bigstorage.entity.dto.GlassInfoLackDTO">
        <result column="flow_card_id" property="flowCardId"/>
        <result column="width" property="width"/>
        <result column="height" property="height"/>
        <result column="thickness" property="thickness"/>
        <result column="filmsid" property="filmsid"/>
        <result column="total_layer" property="totalLayer"/>
        <result column="layer" property="layer"/>
        <result column="tempering_layout_id" property="temperingLayoutId"/>
        <result column="tempering_feed_sequence" property="temperingFeedSequence"/>
        <result column="x_coordinate" property="xCoordinate"/>
        <result column="y_coordinate" property="yCoordinate"/>
        <result column="angle" property="angle"/>
        <result column="engineer_id" property="engineerId"/>
        <result column="glass_id" property="glassId"/>
        <result column="is_damage" property="isDamage"/>
    </resultMap>

    <select id="temperingIsAllByTemperingLayoutId" resultMap="temperingLayoutDTO">
        SELECT T.*
        FROM (
                 SELECT ENGINEER_ID, TEMPERING_LAYOUT_ID, COUNT(distinct TEMPERING_FEED_SEQUENCE) AS COUNT
                 FROM BIG_STORAGE_CAGE_DETAILS
                 WHERE STATE = 100
                   and ENGINEER_ID = #{engineerId}
                   AND TEMPERING_LAYOUT_ID = #{temperingLayoutId}
                 GROUP BY ENGINEER_ID, TEMPERING_LAYOUT_ID
             ) T
                 INNER JOIN (SELECT ENGINEER_ID,
                                    TEMPERING_LAYOUT_ID,
                                    COUNT(distinct TEMPERING_FEED_SEQUENCE) AS COUNT
                             FROM GLASS_INFO
                             WHERE ENGINEER_ID = #{engineerId}
                               AND TEMPERING_LAYOUT_ID = #{temperingLayoutId}
                             GROUP BY ENGINEER_ID,
                                      TEMPERING_LAYOUT_ID) T1
                            ON T.ENGINEER_ID = T1.ENGINEER_ID
                                AND T.TEMPERING_LAYOUT_ID = T1.TEMPERING_LAYOUT_ID
                                AND T.COUNT = T1.COUNT
    </select>

    <select id="temperingIsAll" resultMap="temperingLayoutDTO">
        SELECT T.ENGINEER_ID,
               T.TEMPERING_LAYOUT_ID,
               COUNT(T.TEMPERING_FEED_SEQUENCE) AS COUNT
        FROM
            GLASS_INFO T
            LEFT JOIN DAMAGE T1
        ON T.ENGINEER_ID = T1.ENGINEER_ID
            AND T.GLASS_ID = T1.GLASS_ID
            LEFT JOIN BIG_STORAGE_CAGE_DETAILS T2 ON T.ENGINEER_ID = T2.ENGINEER_ID
            AND T.GLASS_ID = T2.GLASS_ID
        WHERE
            T1.GLASS_ID IS NULL
          AND T2.GLASS_ID IS NULL
          AND ( T.ENGINEER_ID
            , T.TEMPERING_LAYOUT_ID ) IN ( SELECT DISTINCT ENGINEER_ID
            , TEMPERING_LAYOUT_ID FROM BIG_STORAGE_CAGE_DETAILS WHERE STATE = 100 )
        GROUP BY
            T.ENGINEER_ID,
            T.TEMPERING_LAYOUT_ID
        HAVING
            COUNT = 0
        ORDER BY
            T.TEMPERING_LAYOUT_ID
            LIMIT 1
        SELECT T2.*
        FROM (
                 SELECT T.ENGINEER_ID,
                        T.TEMPERING_LAYOUT_ID,
                        COUNT(T.TEMPERING_FEED_SEQUENCE) AS COUNT
                 FROM GLASS_INFO T
                          LEFT JOIN DAMAGE T1
                                    ON T.ENGINEER_ID = T1.ENGINEER_ID
                                        AND T.GLASS_ID = T1.GLASS_ID
                                        AND (T1.TYPE = 8
                                            OR T1.TYPE = 9)
                 WHERE T1.GLASS_ID IS NULL
                 GROUP BY T.ENGINEER_ID,
                          T.TEMPERING_LAYOUT_ID
             ) T2
                 INNER JOIN (SELECT ENGINEER_ID, TEMPERING_LAYOUT_ID, COUNT(TEMPERING_FEED_SEQUENCE) AS COUNT
                             FROM BIG_STORAGE_CAGE_DETAILS
                             WHERE STATE in (100)
                             GROUP BY ENGINEER_ID, TEMPERING_LAYOUT_ID) T3 ON T2.ENGINEER_ID = T3.ENGINEER_ID
            AND T2.TEMPERING_LAYOUT_ID = T3.TEMPERING_LAYOUT_ID
            AND T2.COUNT = T3.COUNT
                 INNER JOIN ENGINEERING T4 ON T2.ENGINEER_ID = T4.ENGINEER_ID
        ORDER BY T4.ID, T2.TEMPERING_LAYOUT_ID
    </select>

    <select id="queryTemperingOccupySlot" resultMap="temperingLayoutDTO">
        SELECT TEMPERING_LAYOUT_ID,
        SELECT ENGINEER_ID,
               TEMPERING_LAYOUT_ID,
               COUNT(DISTINCT SLOT) as SLOT_COUNT
        FROM BIG_STORAGE_CAGE_DETAILS
        WHERE STATE = 100
        GROUP BY ENGINEER_ID,
                 TEMPERING_LAYOUT_ID
        HAVING SLOT_COUNT &gt;= #{count} LIMIT 1
        HAVING SLOT_COUNT &gt;= #{count}
        ORDER BY SLOT_COUNT DESC
    </select>
    <select id="queryGlassMaxAndMin" resultMap="slotSequenceDTO">
        SELECT T.*,
@@ -61,6 +126,7 @@
                 SELECT ENGINEER_ID,
                        TEMPERING_LAYOUT_ID,
                        SLOT,
                        count(*)                     as glass_count,
                        MAX(TEMPERING_FEED_SEQUENCE) AS MAX_SEQUENCE,
                        MIN(TEMPERING_FEED_SEQUENCE) AS MIN_SEQUENCE
                 FROM BIG_STORAGE_CAGE_DETAILS
@@ -73,4 +139,222 @@
                 INNER JOIN BIG_STORAGE_CAGE T1 ON T.SLOT = T1.SLOT
        ORDER BY T.MAX_SEQUENCE DESC
    </select>

    <update id="updateBySlot">
        update big_storage_cage_details
        <set>
            state = #{state}
        </set>
        <where>
            (glass_id,slot) in (
            <foreach collection="list" item="item" separator=",">
                (#{item.glassId}, #{item.targetSlot})
            </foreach>
            )
            and state !=101
        </where>
    </update>
    <update id="updateDeviceIdBySlot">
        update big_storage_cage_details t inner join big_storage_cage t1 on t.slot = t1.slot
        set t.device_id = t1.device_id
        where t.slot in (
        <foreach collection="list" item="item" separator=",">
            #{item}
        </foreach>
        )
    </update>

    <select id="selectTemperingGlassCount" resultMap="temperingGlassCount">
        with glass_info_temp as (
        select engineer_id, tempering_layout_id, count(*) as total_count
        from glass_info
        group by engineer_id, tempering_layout_id
        ),
        big_details_temp as (
        select engineer_id, tempering_layout_id, count(*) as real_count, films_id, thickness
        from big_storage_cage_details
        where state = 100
        <if test="isTempering == 0">
            and tempering_layout_id = 0
        </if>
        <if test="isTempering == 1">
            and tempering_layout_id != 0
        </if>

        group by engineer_id, tempering_layout_id, films_id, thickness
        ),
        damage_temp as (
        select engineer_id, tempering_layout_id, count(*) as damage_count
        from damage
        where type in(8,9) and STATUS = 1
        group by engineer_id, tempering_layout_id
        ),
        result as (
        select t.engineer_id,
        t.tempering_layout_id,
        t.films_id,
        t.thickness,
        total_count,
        real_count,
        ifnull(damage_count, 0) as damage_count,
        case when total_count - real_count - ifnull(damage_count, 0) &lt; 0 then 0 else
        total_count - real_count - ifnull(damage_count, 0) end as lack_count
        from big_details_temp t
        inner join glass_info_temp t1 on t.engineer_id = t1.engineer_id and
        t.tempering_layout_id = t1.tempering_layout_id
        left join damage_temp t2
        on t.engineer_id = t2.engineer_id and t.tempering_layout_id = t2.tempering_layout_id
        )
        select *
        from result
        order by engineer_id,tempering_layout_id
    </select>

    <select id="queryIsAllNeedDispatchVirtualSlot" resultMap="virtualSlotSequenceDTO">
        with relation_temp as (
            select engineer_id, tempering_layout_id, virtual_slot, count(1) as slot_count
            from big_storage_glass_relation_info
            group by engineer_id, tempering_layout_id, virtual_slot
        ),
             details_temp as (
                 select t.engineer_id, t.tempering_layout_id, t.virtual_slot, count(1) as slot_count
                 from big_storage_glass_relation_info t
                          left join big_storage_cage_details t1 on
                         t.engineer_id = t1.engineer_id and t.tempering_layout_id = t1.tempering_layout_id and
                         t.tempering_feed_sequence = t1.tempering_feed_sequence
                 where t1.state = 100
        AND T1.DEVICE_ID IN
        <foreach collection="deviceIdList" item="item" open='(' close=')' separator=','>
            #{item}
        </foreach>
                 group by t.engineer_id, t.tempering_layout_id, t.virtual_slot
             ),
             result_one as (
                 select t.*, t1.slot_count as tslot_count
                 from relation_temp t
                          INNER JOIN details_temp t1 on t.engineer_id = t1.engineer_id and
                                                        t.tempering_layout_id = t1.tempering_layout_id and
                                                        t.virtual_slot = t1.virtual_slot
                 where t.slot_count = t1.slot_count
             )
        select engineer_id, tempering_layout_id, virtual_slot
        from result_one
        order by engineer_id, tempering_layout_id
    </select>

    <select id="queryNeedDispatchSlot" resultMap="baseSlotSequenceDTO">
        with glass_id_temp as (
            select engineer_id, tempering_layout_id, tempering_feed_sequence
            from big_storage_glass_relation_info
            where (engineer_id, tempering_layout_id, virtual_slot) =
                  (#{engineerId}, #{temperingLayoutId}, #{virtualSlot})
        )
        select t.slot, max(t1.tempering_feed_sequence) as max_sequence, min(t1.tempering_feed_sequence) as min_sequence
        from big_storage_cage_details t
                 inner join big_storage_glass_relation_info t1
                            on t.engineer_id = t1.engineer_id and t.tempering_layout_id = t1.tempering_layout_id and
                               t.tempering_feed_sequence = t1.tempering_feed_sequence
        where (t.engineer_id, t.tempering_layout_id, t.tempering_feed_sequence) in
              (select engineer_id, tempering_layout_id, tempering_feed_sequence from glass_id_temp)
          and t.state = 100
        group by t.slot
        order by max_sequence desc
    </select>
    <select id="queryLackGlassInfo" resultMap="glassInfoLackDTO">
        WITH glass_info_temp AS (SELECT *
                                 FROM glass_info
                                 WHERE engineer_id = #{engineerId}
                                   AND tempering_layout_id = #{temperingLayoutId}),
             big_details_temp AS (SELECT *
                                  FROM big_storage_cage_details
                                  WHERE state = 100
                                    AND engineer_id = #{engineerId}
                                    AND tempering_layout_id = #{temperingLayoutId}),
             damage_temp AS (SELECT *
                             FROM damage
                             WHERE type IN (8, 9)
                               AND engineer_id = #{engineerId}
                               AND tempering_layout_id = #{temperingLayoutId}),
             result_lack AS (SELECT t.*
                             FROM glass_info_temp t
                                      LEFT JOIN big_details_temp t1 ON t.glass_id = t1.glass_id
                             WHERE t1.glass_id IS NULL),
             result AS (
                 SELECT t.*,
                        CASE

                            WHEN t1.glass_id is null THEN
                                0
                            ELSE 1
                            END AS is_damage
                 FROM result_lack t
                          LEFT JOIN damage_temp t1 ON t.glass_id = t1.glass_id
             )
        SELECT *
        FROM result
    </select>
    <select id="querybigStorageCageDetail" resultType="com.mes.base.entity.vo.BigStorageVO">
        select bsc.device_id, bsc.slot, count(bscd.glass_id) as count
        from big_storage_cage bsc
                 left join big_storage_cage_details bscd
                           on bsc.slot = bscd.slot and bscd.state in (100, 102, 103, 104)
        group by bsc.device_id, bsc.slot
        order by bsc.device_id, bsc.slot
    </select>
    <select id="queryTemperingGlassCountSummary" resultMap="temperingGlassCount">
        with glass_info_temp as (
        select engineer_id, tempering_layout_id, count(*) as total_count
        from glass_info
        group by engineer_id, tempering_layout_id
        ),
        big_details_temp as (
        select engineer_id, tempering_layout_id, count(*) as real_count, films_id, thickness
        from big_storage_cage_details
        where state = 100
        <if test="isTempering == 0">
            and tempering_layout_id = 0
        </if>
        <if test="isTempering == 1">
            and tempering_layout_id != 0
        </if>

        group by engineer_id, tempering_layout_id, films_id, thickness
        ),
        damage_temp as (
        select engineer_id, tempering_layout_id, count(*) as damage_count
        from damage
        where type in(8,9) and STATUS = 1
        group by engineer_id, tempering_layout_id
        ),
        result as (
        select t.engineer_id,
        t.tempering_layout_id,
        t.films_id,
        t.thickness,
        total_count,
        real_count,
        ifnull(damage_count, 0) as damage_count,
        case when total_count - real_count - ifnull(damage_count, 0) &lt; 0 then 0 else
        total_count - real_count - ifnull(damage_count, 0) end as lack_count
        from big_details_temp t
        inner join glass_info_temp t1 on t.engineer_id = t1.engineer_id and
        t.tempering_layout_id = t1.tempering_layout_id
        left join damage_temp t2
        on t.engineer_id = t2.engineer_id and t.tempering_layout_id = t2.tempering_layout_id
        ),
        -- 二次汇总层
        secondary_summary as (
        select
        engineer_id,
        films_id,
        thickness,
        count(distinct tempering_layout_id) as total_count, -- 计算totalCount的累计数（去重计数）
        sum(total_count) as real_count -- 计算realCount的总和
        from result
        group by engineer_id, films_id, thickness
        )
        select *
        from secondary_summary
        order by engineer_id, films_id, thickness
    </select>
</mapper>