YiWuProject.git

			@@ -10,6 +10,14 @@
			<result column="create_time" property="createTime"/>
			<result column="percent" property="percent"/>
			</resultMap>
			<resultMap id="baseMapHollowDetail" type="com.mes.order.entity.HollowGlassDetailsDTO">
			<result column="process_id" property="flowCardId"/>
			<result column="child_width" property="width"/>
			<result column="child_height" property="height"/>
			<result column="order_number" property="orderSort"/>
			<result column="technology_number" property="layer"/>
			<result column="quantity" property="quantity"/>
			</resultMap>
			<select id="selectOrderPercent" resultMap="baseMap">
			SELECT a.order_id,
			a.customer_name,
			@@ -17,8 +25,7 @@
			a.area,
			a.quantity,
			a.create_time,
			round(ifnull(d.finishNum, 0) / a.quantity * 100) as 'percent',
			ifnull(d.finishNum, 0)
			round(ifnull(d.finishNum, 0) / a.quantity * 100) as 'percent', ifnull(d.finishNum, 0)
			from sd.`order` as a
			LEFT JOIN (
			SELECT sum(c.reporting_work_num) as 'finishNum',order_id
			@@ -30,6 +37,149 @@
			) as d
			on a.order_id = d.order_id
			where a.warehousing != 2 and a.warehousing >= 0
			ORDER BY a.order_id desc
			ORDER BY a.order_id desc
			</select>
			<select id="queryOrderByFlowCardId" resultType="com.mes.order.entity.HollowOrderDTO">
			select t1.*
			from pp.flow_card t
			inner join sd.order t1 on t.order_id = t1.order_id
			where t.process_id = #{flowCardId} limit 1
			</select>
			<select id="queryFlowCardIdMaxLayerGlassInfo" resultMap="baseMapHollowDetail">
			with temp_flow as (SELECT t.process_id,
			t.order_id,
			t.order_number,
			t.technology_number,
			t.quantity,
			t1.child_width,
			t1.child_height

			from pp.flow_card t
			LEFT JOIN sd.order_glass_detail t1
			on t.order_id = t1.order_id
			and t.order_number = t1.order_number
			and t.technology_number = t1.technology_number
			where t.process_id = #{flowCardId}),
			glass_info_temp as (
			select process_id,
			order_id,
			GREATEST(child_width, child_height) as first_length,
			least(child_width, child_height) as second_length,
			child_width,
			child_height,
			order_number,
			technology_number,
			quantity
			from temp_flow
			where technology_number = #{totalLayer}
			)
			select row_number() over (order by second_length desc,first_length desc) as rn, t.*
			from glass_info_temp t
			</select>
			<select id="queryFlowCardIdLayerGlassInfo" resultMap="baseMapHollowDetail">
			with temp_flow as (SELECT t.process_id,
			t.order_id,
			t.order_number,
			t.technology_number,
			t.quantity,
			t1.child_width,
			t1.child_height
			from pp.flow_card t
			LEFT JOIN sd.order_glass_detail t1
			on t.order_id = t1.order_id
			and t.order_number = t1.order_number
			and t.technology_number = t1.technology_number
			where t.process_id = #{flowCardId}),
			glass_info_max_layer_temp as (
			select process_id,
			order_id,
			GREATEST(child_width, child_height) as first_length,
			least(child_width, child_height) as second_length,
			child_width,
			child_height,
			order_number,
			technology_number,
			quantity
			from temp_flow
			where technology_number = #{totalLayer}
			),
			glass_info_layer_temp as (
			select process_id,
			order_id,
			GREATEST(child_width, child_height) as first_length,
			least(child_width, child_height) as second_length,
			child_width,
			child_height,
			order_number,
			technology_number,
			quantity
			from temp_flow
			where technology_number = #{layer}
			),
			max_layer_sequence as (
			select row_number() over (order by second_length desc,first_length desc) as rn, t.order_number
			from glass_info_max_layer_temp t
			),
			result as (select t.*
			from glass_info_layer_temp t
			INNER join max_layer_sequence t1 on t.order_number = t1.order_number
			order by t1.rn)
			select *
			from result
			</select>
			<select id="queryProductNameByFlowCardId" resultType="com.mes.order.entity.OrderDetailsDTO">
			select t.product_name, t1.customer_name
			from sd.order_detail t
			inner join sd.order t1 on t.order_id = t1.order_id
			where (t.order_id, t.order_number) = (
			select min(order_id) as order_id, min(order_number) as order_number
			from pp.flow_card
			where process_id = #{flowCardId}
			) limit 1
			</select>
			<select id="queryLackByERP" resultType="com.mes.order.entity.ProcessCardReport">
			select a.*,
			(b.quantity - b.termination_quantity) as 'quantity',
			(b.quantity - b.termination_quantity - reporting_work_num) as 'lack_quantity'
			from order_process_detail as a
			inner join pp.flow_card as b
			on a.order_id = b.order_id
			and a.process_id = b.process_id
			and a.order_number = b.order_number
			and a.technology_number = b.technology_number
			where termination_status = 0
			and a.process_id = #{flowCardId}
			and a.process = "中空"
			and (b.quantity - b.termination_quantity) > reporting_work_num
			</select>


			<select id="queryInterlayerByERP" resultType="com.mes.order.entity.dto.InterlayerDTO">
			WITH flow_order AS (
			SELECT ORDER_ID, ORDER_NUMBER
			FROM pp.flow_card
			WHERE process_id = #{flowCardId}
			ORDER BY ORDER_NUMBER /* 添加适当的排序字段，确保结果确定性 */
			LIMIT 1
			),
			product_ids AS (
			SELECT od.PRODUCT_ID
			FROM sd.order_detail od
			inner JOIN flow_order fo ON od.ORDER_id = fo.ORDER_ID AND od.ORDER_NUMBER = fo.ORDER_NUMBER
			),
			ranked AS (
			SELECT
			detail_type,
			LAG(glass_sort) OVER (PARTITION BY prod_id ORDER BY sort_num) AS prev_sort,
			LEAD(glass_sort) OVER (PARTITION BY prod_id ORDER BY sort_num) AS next_sort
			FROM sd.product_detail
			WHERE prod_id IN (SELECT PRODUCT_ID FROM product_ids)

			)
			SELECT
			prev_sort,
			next_sort
			FROM ranked
			where detail_type = 'Interlayer'
			</select>
			</mapper>