select
a.order_Id,
a.process_Id,
c.product_id,
c.product_name,
b.project,
sum(a.quantity) as quantity,
sum(c.compute_gross_area) as compute_gross_area,
a.founder,
c.processing_note,
if(a.layout_status=0,'不可排版',if(a.layout_status=1,'可排版','已排版')) as layout_status
from (select id,order_id,process_id,order_number, quantity,founder,layout_status,create_time from flow_card group by process_Id,order_number) as a left join sd.`order` as b on a.order_Id=b.order_id
left join sd.order_detail as c on a.order_Id=c.order_id and a.order_Number=c.order_number
where a.create_time between #{selectTime1} and #{selectTime2}
and a.order_id regexp #{flowCard.orderId}
and a.process_Id regexp #{flowCard.processId}
and c.product_id regexp #{flowCard.orderDetail.productId}
and c.product_name regexp #{flowCard.orderDetail.productName}
and b.project regexp #{flowCard.order.project}
group by a.process_Id
ORDER BY a.id desc
limit #{offset},#{pageSize};
select
CEILING(count(a.process_Id)/#{pageSize}) as 'pageTotal',
count(distinct a.process_Id) as 'total'
from flow_card as a left join sd.`order` as b on a.order_Id=b.order_id
left join sd.order_detail as c on a.order_Id=c.order_id and a.order_Number=c.order_number
where a.create_time between #{selectTime1} and #{selectTime2}
and a.order_id regexp #{flowCard.orderId}
and a.process_Id regexp #{flowCard.productionId}
and c.product_id regexp #{flowCard.orderDetail.productId}
and c.product_name regexp #{flowCard.orderDetail.productName}
and b.project regexp #{flowCard.order.project}
ORDER BY a.id desc
limit #{offset},#{pageSize};
select o.order_id,
o.customer_name,
o.project,
o.batch,
o.other_remarks,
o.icon,
o.order_type,
o.salesman,
o.processing_note,
o.delivery_address
from sd.`order` as o
left join sd.order_glass_detail ogd on o.order_id = ogd.order_id
where o.production_order=2 and ogd.splitting_status=0 and o.create_time between #{selectTime1} and
#{selectTime2}
and o.order_id regexp #{flowCard.order.orderId}
and o.customer_name regexp #{flowCard.order.customerName}
and o.project regexp #{flowCard.order.project}
and o.batch regexp #{flowCard.order.batch}
and o.other_remarks regexp #{flowCard.order.otherRemarks}
and o.icon regexp #{flowCard.order.icon}
and o.order_type regexp #{flowCard.order.orderType}
and o.salesman regexp #{flowCard.order.salesman}
group by o.order_id
order by o.id desc
;
select od.order_id,
ogd.production_id,
od.product_id,
od.product_name,
SUM( od.quantity) as quantity,
SUM(od.compute_gross_area) as compute_gross_area,
sum(od.perimeter) as perimeter
from sd.order_detail as od left join
(select order_id,order_number,production_id,splitting_status from sd.order_glass_detail
GROUP BY order_id,order_number
) as ogd on od.order_id=ogd.order_id and od.order_number=ogd.order_number
where od.order_id = #{orderId} and ogd.splitting_status=0
group by od.order_id, ogd.production_id
order by od.id desc
update
sd.order_glass_detail as ogd left join flow_card as fc
on ogd.order_id = fc.order_id and ogd.order_number = fc.order_number
set ogd.splitting_status=0
where ogd.order_id = #{orderId}
and ogd.production_id = left(#{processId},11)
delete
from flow_card as fc
where fc.production_id = left(#{processId},11)
select od.order_number,
od.order_number AS 'orderNumber',
od.width,
od.height,
od.shape,
od.quantity,
od.compute_gross_area,
p.total_thickness,
od.quantity as baiscQuantity,
od.compute_gross_area as 'computeGrossArea',
p.total_thickness AS 'totalThickness',
p.thickness,
od.weight
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 sd.product as p on od.product_name = p.product_name
where od.order_id = #{orderId}
and ogd.production_id = #{productionId}
and ogd.splitting_status = 0
GROUP BY od.order_number
order by od.id
update flow_card as fc
set fc.layout_status=#{state}
where fc.process_id = #{processId}
select fc.layout_status
from flow_card as fc
where fc.process_id = #{processId}
LIMIT 1
select COUNT(rw.process_id)
from reporting_work as rw
where rw.process_id = #{processId}
insert into flow_card (order_id,
production_id,
process_id,
landing_sequence,
order_number,
technology_number,
quantity,
founder,
layers_number,
splitFrame_time,
create_time)
select ogd.order_id,
ogd.production_id,
#{processId},
#{landingSequence},
ogd.order_number,
ogd.technology_number,
#{quantity},
#{userName},
#{layer},
NOW(),
NOW()
from sd.order_glass_detail as ogd
where ogd.production_id = #{productionId}
and ogd.order_number = #{orderNumber}
GROUP BY ogd.technology_number
update sd.order_glass_detail as ogd
set ogd.splitting_status=1
where ogd.production_id = #{productionId}
and ogd.order_number = #{orderNumber}
select COUNT(*)
from sd.order_glass_detail as ogd
where ogd.order_id = left(#{productionId}, 10)
and ogd.splitting_status = 0
update sd.`order` as o
set o.processing_card=#{state}
where o.order_id = left(#{productionId}, 10)
select od.order_id,
o.customer_name,
o.project,
od.order_number,
od.width,
od.height,
od.quantity,
round(od.width * od.height * od.quantity / 1000000, 2),
(od.quantity - IFNULL(ps.scheduling_quantity, 0)),
round(od.width * od.height * (od.quantity - IFNULL(ps.scheduling_quantity, 0)) / 1000000, 2),
IFNULL(ps.scheduling_quantity, 0),
round(od.width * od.height * (IFNULL(ps.scheduling_quantity, 0)) / 1000000, 2),
od.product_name,
od.shape
from sd.order_detail as od
left join sd.order as o on od.order_id = o.order_id
left join production_scheduling as ps
on ps.order_id = od.order_id and ps.order_number = od.order_number
where od.order_id = #{orderId}
and ps.processes = #{processes}
and ps.scheduling_id IS NOT NULL
order by ps.id desc
select od.order_id,
o.customer_name,
o.project,
od.order_number,
od.width,
od.height,
od.quantity,
round(od.width * od.height * od.quantity / 1000000, 2) as area,
(od.quantity - IFNULL(ps.scheduling_quantity, 0)) as pendingProductionQuantity,
round(od.width * od.height * (od.quantity - IFNULL(ps.scheduling_quantity, 0)) / 1000000,
2) as pendingProductionArea,
IFNULL(ps.scheduling_quantity, 0) as productionScheduledQuantity,
round(od.width * od.height * (IFNULL(ps.scheduling_quantity, 0)) / 1000000,
2) as productionScheduledArea,
od.product_name,
od.shape
from sd.order_detail as od
left join sd.order as o on od.order_id = o.order_id
left join production_scheduling as ps
on ps.order_id = od.order_id and ps.order_number = od.order_number
where od.create_time between #{selectTime1} and #{selectTime2}
select COUNT(ogd.order_number)
from sd.order_glass_detail as ogd
where ogd.production_id = #{productionId}
and ogd.order_number = #{orderNumber}
select COUNT(*)
from flow_card
where order_id = #{orderId}
select fc.order_id,
fc.process_id,
fc.order_number,
fc.technology_number,
fc.quantity,
ogd.child_width,
ogd.child_height,
round(ogd.child_width * ogd.child_height * fc.quantity / 1000000, 2) as area,
od.product_name,
ogd.glass_child,
fc.founder,
date(fc.splitFrame_time) as splitFrame_time
from flow_card as fc
left join sd.order_glass_detail as ogd
on fc.order_id = ogd.order_id and fc.order_number = ogd.order_number and
fc.technology_number = ogd.technology_number
left join sd.order_detail as od on od.order_id = ogd.order_id and od.order_number = ogd.order_number
where fc.process_id = #{processId}
GROUP BY fc.order_id, fc.process_id, fc.order_number,fc.technology_number
order by fc.order_number,fc.technology_number
delete from sd.order_process_detail
where left(process_id,11) = left(#{processId},11)
select * from sd.order where create_time between #{selectTime1} and #{selectTime2} and
position(#{orderId} in order_id ) and position(#{project} in project)
and processing_card=2
select fc.id,
fc.order_id,
fc.process_id,
o.customer_name,
o.project,
ogd.technology_number,
ogd.glass_address,
od.quantity,
ogd.total_area,
od.product_name,
ogd.glass_child,
fc.founder,
date(fc.splitFrame_time) as splitFrame_time
from flow_card as fc
left join sd.order_glass_detail as ogd
on ogd.order_id = fc.order_id and ogd.order_number = fc.order_number and
ogd.technology_number = fc.technology_number
left join sd.order_detail as od on od.order_id = fc.order_id and od.order_number = fc.order_number
left join sd.`order` as o on o.order_id = fc.order_id
where fc.order_id = #{orderId}
GROUP BY fc.process_id, ogd.technology_number
order by fc.process_id, ogd.technology_number
select o.customer_name,
o.project,
ogd.process,
od.edging_type,
ogd.glass_child,
od.product_name,
o.processing_note,
fc.process_id,
SUM( od.quantity) as quantity,
SUM(od.gross_area) as gross_area,
SUM(od.weight) as weight,
#{technologyNumber} as technologyNumber,
concat(fc.process_id,'/',#{technologyNumber}) as processIdNumber
from flow_card as fc
left join sd.order_glass_detail as ogd
on fc.order_id = ogd.order_id and fc.order_number = ogd.order_number and
fc.technology_number = ogd.technology_number
left join sd.order_detail as od on od.order_id = fc.order_id and od.order_number = fc.order_number
left join sd.`order` as o on o.order_id = fc.order_id
where fc.process_id = #{processId}
and fc.technology_number = #{technologyNumber}
group by fc.process_id, fc.technology_number
select fc.order_number,
concat(ogd.child_width, "*", ogd.child_height) as child_width,
od.quantity,
ogd.total_area,
od.perimeter,
od.bend_radius,
od.remarks
from flow_card as fc
left join sd.order_glass_detail as ogd
on fc.order_id = ogd.order_id and fc.order_number = ogd.order_number and
fc.technology_number = ogd.technology_number
left join sd.order_detail as od on od.order_id = fc.order_id and od.order_number = fc.order_number
where fc.process_id = #{processId}
and fc.technology_number = #{technologyNumber}
group by fc.process_id, fc.order_number
order by fc.order_number
select *
from sd.order_process_detail
where process_id = #{processId}
and technology_number = #{technologyNumber}
group by process
update flow_card set inventory_quantity=#{completedQuantity}
where process_id = #{processId} and order_number = #{orderNumber} and technology_number = #{technologyNumber}