流程卡进度添加字段

chenlu

2024-05-31 9303e8dfa644abbb0e32a2eded794fbc0427252c

 north-glass-erp/src/main/resources/mapper/pp/Report.xml

@@ -85,56 +85,77 @@
        <result column="bend_radius" property="bendRadius"/>
    </resultMap>

    <resultMap id="damageReportMap" type="com.example.erp.dto.pp.DamageReportDTO">
        <result column="order_id" property="orderId"/>
        <result column="reporting_work_time" property="reportingWorkTime"/>
        <result column="area" property="area"/>
        <result column="breakage_quantity" property="breakageQuantity"/>
        <result column="project" property="project"/>
        <result column="process_id" property="processId"/>
        <result column="order_number" property="orderNumber"/>
        <result column="technology_number" property="technologyNumber"/>
        <result column="responsible_process" property="responsibleProcess"/>
        <result column="responsible_team" property="responsibleTeam"/>
        <result column="responsible_equipment" property="responsibleEquipment"/>
        <result column="breakage_type" property="breakageType"/>
        <result column="breakage_reason" property="breakageReason"/>
        <result column="personnel" property="personnel"/>
        <result column="glass_child" property="glassChild"/>
    </resultMap>


<!--    流程卡进度-->
    <select id="processCardProgressMp">
        select
            a.product_name,
            b.glass_child,
            d.order_type,
            concat(c.process_id,'/',c.technology_number) as process_id,
            c.technology_number,
            c.quantity,
            e.reportWorkQuantity,
            e.reportWorkQuantityCount,
            e.broken_num,
            round(ifnull(f.inventory,0)*a.area,2) as  inventoryArea

        from
            flow_card as c
        left join
            sd.order_detail as a
        on  c.order_id = a.order_id
        and c.order_number = a.order_number
        left join sd.order_glass_detail as b
        on c.order_id = b.order_id
            and b.order_number = c.order_number
            and c.technology_number = b.technology_number
        left join sd.`order` as d
        on c.order_id = d.order_id
        left join mm.finished_goods_inventory as f
        on c.order_id = f.order_id and f.order_number = c.order_number
        left join (
                SELECT process_id,
                       technology_number,
                       sum(a.broken_num) as broken_num,
                       concat('{',
                              GROUP_CONCAT(concat("\"",process,"\":\"",reporting_work_num,"\"")),
                              '}'
                           ) as reportWorkQuantity,
                       concat('{',
                              GROUP_CONCAT(concat("\"",process,"\":\"",reporting_work_num_count,"\"")),
                              '}'
                           ) as  reportWorkQuantityCount
                FROM sd.order_process_detail as a
                where a.order_id=#{orderId}
                GROUP BY process_id,a.technology_number
            ) as e
        on e.process_id = c.process_id
            and e.technology_number = c.technology_number

        select a.product_name,
               b.glass_child,
               d.order_type,
               concat(c.process_id, '/', c.technology_number) as process_id,
               c.order_number,
               c.technology_number,
               c.quantity,
               e.reportWorkQuantity,
               e.reportWorkQuantityCount,
               e.broken_num,
               ifnull(f.inventory, 0)                         as inventory,
               round(ifnull(f.inventory, 0) * a.area, 2)      as inventoryArea,
               ifnull(dd.quantity, 0)                         as shippedQuantity
        from flow_card as c
                 left join
             sd.order_detail as a
             on c.order_id = a.order_id
                 and c.order_number = a.order_number
                 left join sd.order_glass_detail as b
                           on c.order_id = b.order_id
                               and b.order_number = c.order_number
                               and c.technology_number = b.technology_number
                 left join sd.`order` as d
                           on c.order_id = d.order_id
                 left join mm.finished_goods_inventory as f
                           on c.order_id = f.order_id and f.order_number = c.order_number
                 left join sd.delivery_detail as dd on dd.order_id = a.order_id and dd.order_number = a.order_number
                 left join (SELECT process_id,
                                   order_number,
                                   technology_number,
                                   sum(a.broken_num) as broken_num,
                                   concat('{',
                                          GROUP_CONCAT(concat("\"", process, "\":\"", reporting_work_num, "\"")),
                                          '}'
                                       )             as reportWorkQuantity,
                                   concat('{',
                                          GROUP_CONCAT(concat("\"", process, "\":\"", reporting_work_num_count, "\"")),
                                          '}'
                                       )             as reportWorkQuantityCount
                            FROM sd.order_process_detail as a
                            where a.order_id = #{orderId}
                            GROUP BY process_id, a.order_number, a.technology_number) as e
                               on e.process_id = c.process_id
                               and e.technology_number = c.technology_number
                               and e.order_number = c.order_number
        where a.order_id = #{orderId}

        group by c.order_number,
                 c.technology_number,
                 c.process_id
        order by c.process_id, c.order_number, c.technology_number
    </select>

    <select id="getProcessBreaking" resultMap="damageDetailsTableMap">
@@ -364,4 +385,630 @@
        group by fc.process_id, fc.order_number, fc.technology_number
        order by fc.process_id, fc.order_number, fc.technology_number
    </select>

    <select id="selectDamageReportMp" resultMap="damageReportMap">
        SELECT
            o.order_id,
            o.project,
            rw.process_id,
            dd.order_number,
            dd.technology_number,
            date(rw.reporting_work_time) as reporting_work_time,
            dd.responsible_process,
            dd.responsible_team,
            dd.responsible_equipment,
            dd.breakage_type,
            dd.breakage_reason,
            dd.breakage_quantity,
            round( ogd.child_width * ogd.child_height * dd.breakage_quantity / 1000000, 2 ) as area,
            IFNULL(dd.responsible_personnel,'') as personnel,
            ogd.glass_child
        FROM
            sd.ORDER AS o
                LEFT JOIN sd.order_glass_detail AS ogd ON ogd.order_id = o.order_id
                LEFT JOIN reporting_work AS rw ON rw.order_id = o.order_id
                LEFT JOIN damage_details AS dd ON dd.reporting_work_id = rw.reporting_work_id
                AND dd.order_number = ogd.order_number
                AND dd.technology_number = ogd.technology_number
        WHERE
            rw.reporting_work_time between #{selectTime1} and #{selectTime2}
          AND dd.available = 0
          AND LENGTH( rw.process_id )= 14
        <if test="damageReportDTO.orderId != null and damageReportDTO.orderId != ''">
            and o.order_id regexp #{damageReportDTO.orderId}
        </if>
        <if test="damageReportDTO.project != null and damageReportDTO.project != ''">
            and o.project regexp #{damageReportDTO.project}
        </if>
        <if test="damageReportDTO.processId != null and damageReportDTO.processId != ''">
            and rw.process_id regexp #{damageReportDTO.processId}
        </if>
        <if test="damageReportDTO.orderNumber != null and damageReportDTO.orderNumber != ''">
            and dd.order_number regexp #{damageReportDTO.orderNumber}
        </if>
        <if test="damageReportDTO.technologyNumber != null and damageReportDTO.technologyNumber != ''">
            and dd.technology_number regexp #{damageReportDTO.technologyNumber}
        </if>
        <if test="damageReportDTO.responsibleProcess != null and damageReportDTO.responsibleProcess != ''">
            and dd.responsible_process regexp #{damageReportDTO.responsibleProcess}
        </if>
        <if test="damageReportDTO.responsibleTeam != null and damageReportDTO.responsibleTeam != ''">
            and dd.responsible_team regexp #{damageReportDTO.responsibleTeam}
        </if>
        <if test="damageReportDTO.responsibleEquipment != null and damageReportDTO.responsibleEquipment != ''">
            and dd.responsible_equipment regexp #{damageReportDTO.responsibleEquipment}
        </if>
        <if test="damageReportDTO.breakageType != null and damageReportDTO.breakageType != ''">
            and dd.breakage_type regexp #{damageReportDTO.breakageType}
        </if>
        <if test="damageReportDTO.breakageReason != null and damageReportDTO.breakageReason != ''">
            and dd.breakage_reason regexp #{damageReportDTO.breakageReason}
        </if>
        GROUP BY
            dd.id
        limit #{offset},#{pageSize};
    </select>

    <select id="getDamageReportPageTotal">
        SELECT
        CEILING(count(dd.id)/#{pageSize}) as 'pageTotal',
        count(distinct dd.id) as 'total'
        FROM
        sd.ORDER AS o
        LEFT JOIN sd.order_glass_detail AS ogd ON ogd.order_id = o.order_id
        LEFT JOIN reporting_work AS rw ON rw.order_id = o.order_id
        LEFT JOIN damage_details AS dd ON dd.reporting_work_id = rw.reporting_work_id
        AND dd.order_number = ogd.order_number
        AND dd.technology_number = ogd.technology_number
        WHERE
        rw.reporting_work_time between #{selectTime1} and #{selectTime2}
        AND dd.available = 0
        AND LENGTH( rw.process_id )= 14
        <if test="damageReportDTO.orderId != null and damageReportDTO.orderId != ''">
            and o.order_id regexp #{damageReportDTO.orderId}
        </if>
        <if test="damageReportDTO.project != null and damageReportDTO.project != ''">
            and o.project regexp #{damageReportDTO.project}
        </if>
        <if test="damageReportDTO.processId != null and damageReportDTO.processId != ''">
            and rw.process_id regexp #{damageReportDTO.processId}
        </if>
        <if test="damageReportDTO.orderNumber != null and damageReportDTO.orderNumber != ''">
            and dd.order_number regexp #{damageReportDTO.orderNumber}
        </if>
        <if test="damageReportDTO.technologyNumber != null and damageReportDTO.technologyNumber != ''">
            and dd.technology_number regexp #{damageReportDTO.technologyNumber}
        </if>
        <if test="damageReportDTO.responsibleProcess != null and damageReportDTO.responsibleProcess != ''">
            and dd.responsible_process regexp #{damageReportDTO.responsibleProcess}
        </if>
        <if test="damageReportDTO.responsibleTeam != null and damageReportDTO.responsibleTeam != ''">
            and dd.responsible_team regexp #{damageReportDTO.responsibleTeam}
        </if>
        <if test="damageReportDTO.responsibleEquipment != null and damageReportDTO.responsibleEquipment != ''">
            and dd.responsible_equipment regexp #{damageReportDTO.responsibleEquipment}
        </if>
        <if test="damageReportDTO.breakageType != null and damageReportDTO.breakageType != ''">
            and dd.breakage_type regexp #{damageReportDTO.breakageType}
        </if>
        <if test="damageReportDTO.breakageReason != null and damageReportDTO.breakageReason != ''">
            and dd.breakage_reason regexp #{damageReportDTO.breakageReason}
        </if>

        limit #{offset},#{pageSize};
    </select>

    <select id="splittingDetailsOutsideMp">
        SELECT
            fc.process_id processId,
            fc.order_number orderNumber,
            fc.technology_number as technologyNumber,
            o.project,
            o.batch,
            ogd.child_width as childWidth,
            ogd.child_height as childHeight,
            fc.quantity,
            round( ogd.child_width * ogd.child_height * fc.quantity / 1000000, 2 ) as area,
            od.shape,
            od.remarks
        FROM
            sd.ORDER AS o
                LEFT JOIN sd.order_detail AS od ON od.order_id = od.order_id
                LEFT JOIN sd.order_glass_detail AS ogd ON o.order_id = ogd.order_id
                AND ogd.order_number = od.order_number
                LEFT JOIN flow_card AS fc ON fc.order_id = ogd.order_id
                AND fc.order_number
                AND fc.technology_number = ogd.technology_number
        WHERE
            fc.order_id = #{orderId}
        GROUP BY
            fc.id
    </select>

    <select id="qualityReportMp">
        SELECT o.order_id,
               o.customer_name,
               o.project,
               fc.order_number,
               fc.technology_number,
               od.product_name,
               od.quantity,
               MAX(opd.reporting_work_num_count)                                                   as quantityMax,
               IFNULL(SUM(distinct dd.breakage_quantity), 0)                                       as breakage_quantity,
               IFNULL(sum(distinct pl.patch_num), 0)                                               as patch_num,
               fc.received_quantity,
               CONCAT(ROUND(ROUND(od.quantity / MAX(opd.reporting_work_num_count), 2) * 100), '%') as finished
        FROM sd.`order` AS o
                 LEFT JOIN sd.order_detail AS od ON od.order_id = o.order_id

                 LEFT JOIN flow_card AS fc ON o.order_id = fc.order_id
            AND fc.order_number = od.order_number

                 LEFT JOIN damage_details AS dd ON dd.process_id = fc.process_id
            AND dd.order_number = fc.order_number
            AND dd.technology_number = fc.technology_number
            and dd.available != 1

                 LEFT JOIN patch_log AS pl ON pl.order_id = fc.order_id
            AND pl.process_id = fc.process_id
            AND pl.order_sort = fc.order_number
            AND pl.technology_number = fc.technology_number

                 LEFT JOIN sd.order_process_detail AS opd ON opd.order_id = fc.order_id
            AND opd.order_number = fc.order_number
            AND opd.technology_number = fc.technology_number

        WHERE o.create_time BETWEEN #{selectTime1} and #{selectTime2}

        GROUP BY o.order_id,
                 fc.order_number,
                 fc.technology_number
        ORDER BY fc.order_number
    </select>

    <select id="yieldMp">
        SELECT opd.process,
               o.order_id,
               o.customer_name,
               o.project,
               od.product_name,
               ROUND(SUM(distinct opd.reporting_work_num) * od.area, 2)                               as finishedArea
                ,
               ROUND(SUM(distinct opd.broken_num) * od.area, 2)                                       as brokenArea,
               (ROUND(SUM(distinct opd.reporting_work_num) * od.area, 2) +
                ROUND(SUM(distinct opd.broken_num) * od.area, 2))                                     as area,
               CONCAT(ROUND(ROUND(ROUND(SUM(distinct opd.reporting_work_num) * od.area, 2) /
                                  (ROUND(SUM(distinct opd.reporting_work_num) * od.area, 2) +
                                   ROUND(SUM(distinct opd.broken_num) * od.area, 2)), 2) * 100), '%') as finished
        FROM sd.`order` AS o
                 LEFT JOIN sd.order_detail AS od ON od.order_id = o.order_id
                 LEFT JOIN flow_card AS fc ON fc.order_id = od.order_id
            AND fc.order_number = fc.order_number
                 LEFT JOIN sd.order_process_detail AS opd ON opd.order_id = fc.order_id
            AND opd.process_id = fc.process_id
            AND opd.order_number = fc.order_number
            AND opd.technology_number = fc.technology_number
        WHERE opd.reporting_work_num > 0
          and o.create_time BETWEEN #{selectTime1} and #{selectTime2}
          AND position(#{selectProcesses} IN opd.process)
        GROUP BY opd.process, o.order_id
    </select>

    <select id="productionScheduleMp">
        select
            a.order_number,
            a.shape,
            a.product_name,
            b.child_width,
            b.child_height,
            c.quantity,
            c.technology_number,
            b.glass_child,
            ifnull(e.reportWorkQuantity,0) as reportWorkQuantity,
            ifnull(e.reportWorkQuantityCount,0) as reportWorkQuantityCount,
            ifnull(f.inventory,0) as inventoryNum,
            round(ifnull(f.inventory,0)*a.area,2) as  inventoryArea,
            ifnull(dd.quantity,0) as shippedQuantity,
            ifnull(dd.area,0) as area

        from
            flow_card as c
                left join
            sd.order_detail as a
            on  c.order_id = a.order_id
                and c.order_number = a.order_number
                left join sd.order_glass_detail as b
                          on c.order_id = b.order_id
                              and b.order_number = c.order_number
                              and c.technology_number = b.technology_number
                left join sd.`order` as d
                          on c.order_id = d.order_id
                left join mm.finished_goods_inventory as f
                          on c.order_id = f.order_id and f.order_number = c.order_number
                left join (
                SELECT process_id,
                       technology_number,
                       sum(a.broken_num) as broken_num,
                       concat('{',
                              GROUP_CONCAT(concat("\"",process,"\":\"",reporting_work_num,"\"")),
                              '}'
                           ) as reportWorkQuantity,
                       concat('{',
                              GROUP_CONCAT(concat("\"",process,"\":\"",reporting_work_num,"\"")),
                              '}'
                           ) as  reportWorkQuantityCount
                FROM sd.order_process_detail as a
                where a.order_id=#{orderId}
                GROUP BY process_id,a.technology_number
            ) as e
                          on e.process_id = c.process_id
                              and e.technology_number = c.technology_number
                left join sd.delivery_detail as dd on dd.order_id=a.order_id and dd.order_number=a.order_number
        where a.order_id = #{orderId}
        ORDER BY a.order_number
    </select>

    <select id="taskCompletionStatusMp">
        select d.customer_name as customerName,
               d.project,
               d.batch,
               c.order_id as orderId,
               d.quantity,
               d.area,
               dd.quantity as shippedQuantity,
               dd.area     as shippedArea,
               e.reportWorkQuantity,
               e.reportWorkQuantityCount

        from sd.`order` as d
                 left join flow_card as c on c.order_id = d.order_id
                 left join
             sd.order_detail as a
             on c.order_id = a.order_id
                 and c.order_number = a.order_number
                 left join sd.order_glass_detail as b
                           on c.order_id = b.order_id
                               and b.order_number = c.order_number
                               and c.technology_number = b.technology_number
                 left join mm.finished_goods_inventory as f
                           on c.order_id = f.order_id and f.order_number = c.order_number
                 left join (SELECT process_id,
                                   technology_number,
                                   sum(a.broken_num) as broken_num,
                                   concat('{',
                                          GROUP_CONCAT(concat("\"", process, "\":\"", ifnull(reporting_work_num,0), "\"")),
                                          '}'
                                       )             as reportWorkQuantity,
                                   concat('{',
                                          GROUP_CONCAT(concat("\"", process, "\":\"", ifnull(reporting_work_num,0), "\"")),
                                          '}'
                                       )             as reportWorkQuantityCount
                            FROM sd.order_process_detail as a
                                     left join sd.`order` as o on o.order_id = a.order_id
                            where o.create_time BETWEEN #{selectTime1} and #{selectTime2}
                            GROUP BY process_id,a.technology_number
                            ) as e
                           on e.process_id = c.process_id
                               and e.technology_number = c.technology_number
                 left join sd.delivery_detail as dd on dd.order_id = a.order_id and dd.order_number = a.order_number
        where d.create_time BETWEEN #{selectTime1} and #{selectTime2} and reportWorkQuantity is not null
        GROUP BY a.order_id
        ORDER BY a.order_id
    </select>

    <select id="orderPlanDecompositionMp">
        SELECT
            o.order_id,
            o.customer_name,
            o.project,
            o.batch,
            o.quantity,
            o.area,
            date(fc.create_time) as create_time,
            date(orw.startTime) as startTime,
            oopd.completionsNum,
            sum( DISTINCT fc.received_quantity ) AS received_quantity,
            sum( DISTINCT fc.quantity - fc.received_quantity ) AS receivedNo,
            IF(fc.quantity=fc.received_quantity,'已清单','') as accomplish,
            DATEDIFF(
                    MAX( rw.reporting_work_time ),
                    min( rw.reporting_work_time ))+1 AS daysDifference
        FROM
            sd.`order` AS o
                LEFT JOIN flow_card AS fc ON fc.order_id = o.order_id
                LEFT JOIN (
                SELECT
                    a.order_id,
                    MIN( b.reporting_work_time ) AS startTime
                FROM
                    sd.`order` AS a
                        LEFT JOIN reporting_work AS b ON a.order_id = b.order_id
                WHERE
                    b.this_process = '切割'
                  AND a.create_time BETWEEN #{selectTime1} and #{selectTime2}
                GROUP BY
                    a.order_id
            ) AS orw ON orw.order_id = o.order_id
                LEFT JOIN (
                SELECT
                    a.order_id,
                    SUM( b.reporting_work_num ) AS completionsNum
                FROM
                    sd.`order` AS a
                        LEFT JOIN sd.order_process_detail AS b ON a.order_id = b.order_id
                WHERE
                    b.process = '包装'
                  AND a.create_time BETWEEN #{selectTime1} and #{selectTime2}
                GROUP BY
                    a.order_id
            ) AS oopd ON oopd.order_id = o.order_id
                LEFT JOIN reporting_work AS rw ON rw.order_id = fc.order_id
                AND rw.process_id = fc.process_id
        WHERE
            o.create_time BETWEEN #{selectTime1} and #{selectTime2}
          AND fc.create_time IS NOT NULL
        GROUP BY
            o.order_id
    </select>

    <select id="rawMaterialRequisitionMp">
        SELECT
            fc.project_no,
            modl.material_name,
            modl.producer,
            ou.width,
            ou.height,
            modl.date_of_manufacture,
            SUM(distinct modl.outbound_quantity) as quantity,
            ROUND(SUM(modl.outbound_quantity)*SUM(modl.single_piece_area),2) as area,
            date(mo.material_requisition_date) as date
        FROM
            mm.material_outbound_detail AS modl
                left join mm.material_outbound as mo on mo.material_outbound_id=modl.material_outbound_id
                LEFT JOIN optimize_use AS ou ON modl.use_id = ou.id and ou.raw_stock_code=modl.inventory_id
                LEFT JOIN flow_card AS fc ON ou.project_no = fc.project_no
        where  modl.use_id IS NOT NULL and mo.material_requisition_date BETWEEN #{selectTime1} and #{selectTime2}
        GROUP BY
            ou.width,ou.height,material_code
    </select>

    <select id="exportCrossProcessBreakingMp">
        select rw.reporting_work_id,
               rw.reporting_work_time,
               dd.responsible_process,
               dd.responsible_team,
               dd.breakage_type,
               dd.breakage_reason,
               ROUND((dd.breakage_quantity))                                                   as breakage_quantity,
               round(ogd.child_width * ogd.child_height * (dd.breakage_quantity) / 1000000, 2) as area,
               rw.this_process,
               o.project,
               o.order_id,
               ogd.glass_child
        from damage_details as dd
                 left join reporting_work as rw
                           on rw.reporting_work_id = dd.reporting_work_id
                 left join sd.order as o
                           on rw.order_id = o.order_id
                 left join sd.order_glass_detail as ogd
                           on ogd.order_id = o.order_id and ogd.order_number = dd.order_number
                               and ogd.technology_number and dd.technology_number
        where date(rw.reporting_work_time) >= #{dates[0]}
          and date(rw.reporting_work_time) &lt;= #{dates[1]}
          and rw.this_worn_quantity > 0
          and dd.available = 0
          and reviewed_state != 2
          and rw.this_process != dd.responsible_process
        GROUP BY dd.id
        order by dd.id desc
    </select>

    <select id="exportDamageReportMp">
        SELECT o.order_id,
               o.project,
               rw.process_id,
               dd.order_number,
               dd.technology_number,
               date(rw.reporting_work_time)                                                  as reporting_work_time,
               dd.responsible_process,
               dd.responsible_team,
               dd.responsible_equipment,
               dd.breakage_type,
               dd.breakage_reason,
               dd.breakage_quantity,
               round(ogd.child_width * ogd.child_height * dd.breakage_quantity / 1000000, 2) as area,
               IFNULL(dd.responsible_personnel, '')                                          as personnel,
               ogd.glass_child
        FROM sd.ORDER AS o
                 LEFT JOIN sd.order_glass_detail AS ogd ON ogd.order_id = o.order_id
                 LEFT JOIN reporting_work AS rw ON rw.order_id = o.order_id
                 LEFT JOIN damage_details AS dd ON dd.reporting_work_id = rw.reporting_work_id
            AND dd.order_number = ogd.order_number
            AND dd.technology_number = ogd.technology_number
        WHERE date(rw.reporting_work_time) >= #{dates[0]}
          and date(rw.reporting_work_time) &lt;= #{dates[1]}
          AND dd.available = 0
          AND LENGTH(rw.process_id) = 14
        GROUP BY dd.id
    </select>

    <select id="exportOrderPlanDecompositionMp">
        SELECT
            o.order_id,
            o.customer_name,
            o.project,
            o.batch,
            o.quantity,
            o.area,
            date(fc.create_time) as create_time,
            date(orw.startTime) as startTime,
            oopd.completionsNum,
            sum( DISTINCT fc.received_quantity ) AS received_quantity,
            sum( DISTINCT fc.quantity - fc.received_quantity ) AS receivedNo,
            IF(fc.quantity=fc.received_quantity,'已清单','') as accomplish,
            DATEDIFF(
                    MAX( rw.reporting_work_time ),
                    min( rw.reporting_work_time ))+1 AS daysDifference
        FROM
            sd.`order` AS o
                LEFT JOIN flow_card AS fc ON fc.order_id = o.order_id
                LEFT JOIN (
                SELECT
                    a.order_id,
                    MIN( b.reporting_work_time ) AS startTime
                FROM
                    sd.`order` AS a
                        LEFT JOIN reporting_work AS b ON a.order_id = b.order_id
                WHERE
                    b.this_process = '切割'
                  AND date(a.create_time) >= #{dates[0]}
                  and date(a.create_time) &lt;= #{dates[1]}

                GROUP BY
                    a.order_id
            ) AS orw ON orw.order_id = o.order_id
                LEFT JOIN (
                SELECT
                    a.order_id,
                    SUM( b.reporting_work_num ) AS completionsNum
                FROM
                    sd.`order` AS a
                        LEFT JOIN sd.order_process_detail AS b ON a.order_id = b.order_id
                WHERE
                    b.process = '包装'
                  AND  date(a.create_time) >= #{dates[0]}
                  and date(a.create_time) &lt;= #{dates[1]}
                GROUP BY
                    a.order_id
            ) AS oopd ON oopd.order_id = o.order_id
                LEFT JOIN reporting_work AS rw ON rw.order_id = fc.order_id
                AND rw.process_id = fc.process_id
        WHERE
            date(o.create_time) >= #{dates[0]}
                and date(o.create_time) &lt;= #{dates[1]}
          AND fc.create_time IS NOT NULL
        GROUP BY
            o.order_id
    </select>

    <select id="exportProcessToBeCompletedMp">
        select DATE(o.create_time)                                                  as create_time,
               DATE(o.delivery_date)                                                as delivery_date,
               o.order_id,
               fc.process_id,
               o.customer_name,
               o.project,
               o.batch,
               od.order_number,
               ogd.technology_number,
               ogd.glass_child,
               ogd.child_width,
               ogd.child_height,
               od.quantity,
               ROUND(ogd.child_width * ogd.child_height / 1000000, 2)               as childArea,
               ROUND(ogd.child_width * ogd.child_height * od.quantity / 1000000, 2) as actualArea,
               odpd.reporting_work_num                                              as completeNum,
               ROUND(ogd.child_width * ogd.child_height * odpd.reporting_work_num / 1000000,
                     2)                                                             as completeArea,
               od.quantity - odpd.reporting_work_num                                as incompleteNum,
               ROUND(ogd.child_width * ogd.child_height * (od.quantity - odpd.reporting_work_num) / 1000000,
                     2)                                                             as incompleteArea,
               od.product_name

        from sd.order_detail AS od
                 LEFT JOIN sd.order_glass_detail AS ogd
                           ON od.order_id = ogd.order_id
                               AND od.order_number = ogd.order_number
                 LEFT JOIN flow_card AS fc
                           ON fc.order_id = ogd.order_id
                               and fc.production_id = ogd.production_id
                               AND fc.order_number = ogd.order_number
                               AND fc.technology_number = ogd.technology_number
                 left join sd.order_process_detail as odpd
                           ON odpd.order_id = fc.order_id
                               AND odpd.order_number = fc.order_number
                               AND odpd.technology_number = fc.technology_number
                               and odpd.process_id = fc.process_id
                 left join sd.`order` as o
                           on o.order_id = od.order_id
        where LENGTH(fc.process_id) = 14
          and odpd.process = #{process}
          and date(o.create_time) >= #{date[0]}
          and date(o.create_time) &lt;= #{date[1]}
          and position(ifnull(#{inputVal},'') in od.order_id)
          and position(ifnull(#{project},'') in o.project)
          and od.quantity > odpd.reporting_work_num

        group by fc.process_id, fc.order_number, fc.technology_number
        order by fc.process_id, fc.order_number, fc.technology_number
    </select>

    <select id="exportWorkInProgressMp">
        select #{process} as thisProcess,
               fc.process_id,
               o.customer_name,
               o.project,
               o.order_id,
               o.batch,
               od.shape,
               ogd.order_number,
               ogd.technology_number,
               ogd.process,
               od.quantity,
               ogd.child_width,
               ogd.child_height,
               odpds.reporting_work_num_count + ifnull(c.patchNumSum, 0) - odpd.reporting_work_num_count -
               odpd.broken_num as stockNum,
               ROUND(ogd.child_width * ogd.child_height *
                     (odpds.reporting_work_num_count + ifnull(c.patchNumSum, 0) - odpd.reporting_work_num_count -
                      odpd.broken_num) / 1000000, 2) as stockArea,
               od.product_name,
               od.bend_radius

        from sd.order_detail AS od
                 LEFT JOIN sd.order_glass_detail AS ogd
                           ON od.order_id = ogd.order_id
                               AND od.order_number = ogd.order_number
                 LEFT JOIN flow_card AS fc
                           ON fc.order_id = ogd.order_id
                               and fc.production_id = ogd.production_id
                               AND fc.order_number = ogd.order_number
                               AND fc.technology_number = ogd.technology_number
                 left join sd.order_process_detail as odpd
                           ON odpd.order_id = fc.order_id
                               AND odpd.order_number = fc.order_number
                               AND odpd.technology_number = fc.technology_number
                               and odpd.process_id = fc.process_id
                 left join sd.order_process_detail as odpds
                           ON odpds.id = odpd.id - 1
                 left join
             (SELECT sum(rw.rework_num) as 'patchNumSum',
                     rw.process_id,
                     rw.order_sort,
                     rw.technology_number,
                     rwk.this_process
              from rework as rw
                       LEFT JOIN
                   reporting_work as rwk
                   on rw.reporting_work_id = rwk.reporting_work_id
              where rwk.this_process = #{process}
                and rw.review_status = 1
              GROUP BY rw.process_id, rw.order_sort, rw.technology_number) as c
             on c.process_id = fc.process_id
                 and c.order_sort = fc.order_number
                 and c.technology_number = fc.technology_number
                 left join sd.`order` as o
                           on o.order_id = od.order_id
        where LENGTH(fc.process_id) = 14
          and odpds.reporting_work_num_count + ifnull(c.patchNumSum, 0) - odpd.reporting_work_num_count -
              odpd.broken_num != 0
          and odpd.process = #{process} and  date(o.create_time) >= #{date[0]}
          and date(o.create_time) &lt;= #{date[1]}
          and position(ifnull(#{inputVal},'') in od.order_id)
          and position(ifnull(#{project},'') in o.project)

        group by fc.process_id, fc.order_number, fc.technology_number
        order by fc.process_id, fc.order_number, fc.technology_number
    </select>

</mapper>