select o.order_id,
fc.production_id,
o.customer_id,
o.customer_name,
o.project,
SUM(fc.quantity) as previous_process_quantity,
#{previousProcess} as previous_process,
#{nextProcess} as next_process,
#{process} as this_process,
ifnull((rw.reviewed_state),1) as reviewed_state -- 下工序审核状态
from sd.order as o
left join flow_card as fc on fc.order_id = o.order_id
left join (select reviewed_state as reviewed_state ,
process_id,a.reporting_work_id
from reporting_work as a
left join reporting_work_detail as b on a.reporting_work_id = b.reporting_work_id
where this_process=#{previousProcess} and reviewed_state=0 and process_id=#{processIdStr} and b.technology_number=#{technologyStr}) as rw
on rw.process_id = fc.process_id
left join reporting_work_detail as rwd on rw.reporting_work_id = rwd.reporting_work_id and rwd.technology_number=fc.technology_number
where fc.process_id = #{processIdStr}
and fc.technology_number = #{technologyStr}
GROUP BY fc.process_id
SELECT bdp.id,bdp.basic_type,bdp.basic_name, bd.basic_name as basic_category FROM sd.basic_data as bd left join `basic_data_produce` as bdp
on bd.id=bdp.basic_category
where bd.basic_category="process" and bdp.basic_type="device" and bd.basic_name = #{process}
SELECT bdp.id,bdp.basic_type,bdp.basic_name, bd.basic_name as basic_category FROM sd.basic_data as bd left join `basic_data_produce` as bdp
on bd.id=bdp.basic_category
where bd.basic_category="process" and bdp.basic_type="teamsgroups" and bd.basic_name = #{process}
select ogd.process
from sd.order_glass_detail as ogd
where ogd.production_id = LEFT(#{processIdStr}, 11)
and ogd.technology_number=#{technologyStr}
limit 1
select GROUP_CONCAT(distinct fc.technology_number)
from flow_card as fc
where fc.process_id = #{processIdStr}
SELECT
fc.order_number,
ogd.glass_child,
ogd.technology_number,
ogd.glass_address,
fc.quantity AS quantity_card,
ogd.child_width,
ogd.child_height,
if(od.shape=1,'普形',if(od.shape=2,'异形','')) as shape,
fc.quantity -odpd.reporting_work_num -odpd.broken_num + ifnull(patch.patch_num,0) as quantity,
fc.quantity -odpd.reporting_work_num -odpd.broken_num + ifnull(patch.patch_num,0) as completedQuantity,
odpd.reporting_work_num as completed,
odpd.broken_num as onceBroken,
if(fc.quantity -odpd.reporting_work_num = 0 ,true,false) as saveFlag, -- 判断是否已经完成，已经完成不序号和同序号数量相同才能提交
od.other_columns
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 (
select ifnull(sum(a.patch_num),0) as patch_num,a.process_id,a.technology_number,a.order_sort
from patch_log as a
where a.process_id=#{processIdStr}
and a.technology_number = #{technologyStr}
and a.review_status = 1
group by a.process_id,a.order_sort,a.technology_number
) as patch
on patch.process_id = fc.process_id
and patch.order_sort = fc.order_number
and patch.technology_number = fc.technology_number
WHERE
fc.process_id = #{processIdStr}
AND fc.technology_number = #{technologyStr}
AND odpd.process = #{process}
order by fc.order_number
SELECT
fc.order_number,
ogd.glass_child,
ogd.technology_number,
ogd.glass_address,
fc.quantity AS quantity_card,
ogd.child_width,
ogd.child_height,
if(od.shape=1,'普形',if(od.shape=2,'异形','')) as shape,
if((odpds.reporting_work_num_count + ifnull(c.patchNumSum,0) -odpd.reporting_work_num_count -odpd.broken_num ) < 0,
0,
odpds.reporting_work_num_count + ifnull(c.patchNumSum,0) -odpd.reporting_work_num_count -odpd.broken_num) as quantity,
if((odpds.reporting_work_num_count + ifnull(c.patchNumSum,0) -odpd.reporting_work_num_count -odpd.broken_num) < 0,
0,
odpds.reporting_work_num_count + ifnull(c.patchNumSum,0) -odpd.reporting_work_num_count -odpd.broken_num) as completedQuantity,
odpd.reporting_work_num as completed,
odpd.broken_num as onceBroken,
ogd.`group`,
if(fc.quantity -odpd.reporting_work_num = 0 ,true,false) as saveFlag, -- 判断是否已经完成，已经完成不序号和同序号数量相同才能提交
od.other_columns
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
AND ogd.`group` = (select `group`
from sd.order_glass_detail
where order_id = ogd.order_id
and order_number = ogd.order_number
and technology_number =#{technologyStr}
limit 1)
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
and rw.process_id = #{processIdStr}
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
WHERE
fc.process_id = #{processIdStr}
AND fc.technology_number = #{technologyStr}
AND odpd.process = #{process}
order by fc.order_number
select * from sd.basic_data where basic_type='product' and basic_category='process'
select ifnull(GROUP_CONCAT(distinct rw.this_process),'') from reporting_work as rw where rw.process_id=#{processIdStr}
SELECT
bdp.id,
bdp.basic_type,
bdp.basic_name,
bd.basic_name AS basic_category
FROM
sd.basic_data AS bd
LEFT JOIN `basic_data_produce` AS bdp ON bd.id = bdp.basic_category
WHERE
bd.basic_category = 'process'
AND bdp.basic_type = 'device'
AND POSITION(bd.basic_name in CONCAT(#{historyProcess},#{process}))
SELECT
bdp.id,
bdp.basic_type,
bdp.basic_name,
bd.basic_name,bd.id AS basic_category,
rw.process
FROM
sd.basic_data AS bd
LEFT JOIN `basic_data_produce` AS bdp
ON bd.id = bdp.basic_category
right join (
select distinct process from
( select distinct rw.this_process as process
from reporting_work as rw where rw.process_id=#{processIdStr}
UNION
select #{process}
) as t
) as rw
on rw.process=bd.basic_name
WHERE
bdp.basic_type = 'teamsgroups'
SELECT
distinct
bd.basic_name AS basic_category
FROM
sd.basic_data AS bd
LEFT JOIN `basic_data_produce` AS bdp ON bd.id = bdp.basic_category
WHERE
bd.basic_category = 'process'
AND bdp.basic_type = 'teamsgroups'
AND POSITION(bd.basic_name in CONCAT(#{historyProcess},#{process}))
select * from `basic_data_produce` as a where a.basic_type = #{type}
select
ifnull(SUBSTR(max(reporting_work_id) from 9),0)
from
reporting_work as a
where
date(a.create_time) = curdate()
order by id desc,reporting_work_id desc limit 1
select
if((d.reporting_work_num_count+ifnull(c.reworkNumSum,0)-b.reporting_work_num_count-b.broken_num)< 0,
0,
(d.reporting_work_num_count+ifnull(c.reworkNumSum,0)-b.reporting_work_num_count-b.broken_num)
)
from flow_card as a
left join sd.order_process_detail as b
on
b.order_number = a.order_number
and b.technology_number = a.technology_number
and b.order_id = SUBSTR(#{processId} from 1 for 10)
and b.process = #{thisProcess}
and b.process_id = a.process_id
left join sd.order_process_detail as d
on d.id=b.id-1
left join (SELECT
sum(rw.rework_num) as 'reworkNumSum',
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=#{thisProcess}
and rw.review_status=1
and rw.process_id = SUBSTR(#{processId} from 1 for 14)
GROUP BY rw.process_id,rw.order_sort,rw.technology_number) as c
on c.process_id = a.process_id
and c.order_sort = a.order_number
and c.technology_number = a.technology_number
where
a.process_id=SUBSTR(#{processId} from 1 for 14)
and a.order_number = #{orderNumber}
and a.technology_number = #{technologyNumber}
select
a.quantity-b.reporting_work_num-b.broken_num+ifnull(c.patchNumSum,0)
from flow_card as a
left join sd.order_process_detail as b
on
b.order_number = a.order_number
and b.technology_number = a.technology_number
and b.order_id = SUBSTR(#{processId} from 1 for 10)
and b.process = #{thisProcess}
and b.process_id = a.process_id
left join (select sum(patch_num) as patchNumSum,order_sort,technology_number,process_id
from patch_log
group by order_sort,technology_number) as c
on
c.process_id = a.process_id
and c.order_sort = a.order_number
and c.technology_number = a.technology_number
where
a.process_id=SUBSTR(#{processId} from 1 for 14)
and a.order_number = #{orderNumber}
and a.technology_number = #{technologyNumber}
select
a.reporting_work_id,
d.order_number,
d.glass_child,
d.technology_number,
d.glass_address,
c.quantity as quantity_card,
d.child_width,
d.child_height,
if(e.shape=1,'普形',if(e.shape=2,'异形','')) as shape,
if(ifnull(a.completed_quantity+a.breakage_quantity,0)=0,
c.quantity-ifnull(a.completed_quantity+a.breakage_quantity,0),
ifnull(a.completed_quantity+a.breakage_quantity,0)) as 'quantity', -- 可报工数
ifnull(a.completed_quantity,0) as 'completedQuantity', -- 完工数
ifnull(a.breakage_quantity,0) as 'breakageQuantity', -- 破损数
ifnull(f.completed_quantity,0) as thisQuantitySum ,-- 本工序完工和
if(c.quantity-f.completed_quantity = 0 ,true,false) as saveFlag,
e.other_columns,
-- 非最后一道工序
ifnull(g.completed_quantity,0) as nextQuantitySum, -- 后工序已完成
if((f.completed_quantity
-ifnull(g.completed_quantity,0))
>=
a.completed_quantity,
0,
(a.completed_quantity-f.completed_quantity
+ifnull(g.completed_quantity,0))
) as minQuantity -- 修改最小数
-- 最后一道工序
# c.received_quantity, -- 已入库数量
# c.inventory_quantity, -- 库存数量
if(ifnull(inventory_quantity,0)
-ifnull(c.received_quantity,0)
>= a.completed_quantity,0,
(a.completed_quantity-(ifnull(c.inventory_quantity,0)
-ifnull(c.received_quantity,0)))
)
as minQuantity -- 修改最小数
-- e.thisQuantitySum
from reporting_work as b
right join flow_card as c
on c.process_id = b.process_id
right join reporting_work_detail as a
on a.reporting_work_id = b.reporting_work_id
and c.order_number=a.order_number
and c.technology_number = a.technology_number
left join sd.order_glass_detail as d
on d.order_id = c.order_id
and c.order_number = d.order_number
and d.technology_number = c.technology_number
left join sd.order_detail as e
on e.order_id = d.order_id and e.order_number = d.order_number
left join (select sum(completed_quantity) as completed_quantity ,
rw.process_id,
rwd.order_number,
rwd.technology_number,
rw.this_process
from reporting_work as rw
left join reporting_work_detail as rwd
on rw.reporting_work_id = rwd.reporting_work_id
group by rw.process_id,
rw.this_process,
rwd.order_number,
rwd.technology_number
) as f
on f.process_id = b.process_id
and f.this_process = b.this_process
and f.order_number = a.order_number
and f.technology_number = a.technology_number
left join (select ifnull(sum(completed_quantity),0) as completed_quantity ,
rw.process_id,
rwd.order_number,
rwd.technology_number,
rw.this_process
from reporting_work as rw
left join reporting_work_detail as rwd
on rw.reporting_work_id = rwd.reporting_work_id
group by rw.process_id,
rw.this_process,
rwd.order_number,
rwd.technology_number
) as g
on g.process_id = b.process_id
and g.this_process = b.next_process
and g.order_number = a.order_number
and g.technology_number = a.technology_number
where b.reporting_work_id = #{reportingWorkId}
GROUP BY c.order_number,c.technology_number
select rw.reporting_work_id,
(rw.reporting_work_time) as reporting_work_time,
o.order_id,
rw.process_id,
o.project,
o.batch,
rw.this_process,
rw.this_completed_quantity,
round(ogd.area * rw.this_completed_quantity,2) as completedArea,
rw.this_worn_quantity,
round(ogd.area * rw.this_worn_quantity,2) as wornArea,
rw.device_name,
rw.teams_groups_name,
rw.reviewed_state
# (IF(rw.reviewed_state = 0, '未审核', IF(rw.reviewed_state = 1, '审核通过', '审核不通过'))) as reviewed_state
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 = ogd.order_id and rw.production_id = ogd.production_id
left join reporting_work_detail as rwd
on rwd.reporting_work_id = rw.reporting_work_id and rwd.order_number = ogd.order_number and
rwd.technology_number = ogd.technology_number
where rw.reviewed_state != 2
and rw.reporting_work_time between #{selectTime1} and #{selectTime2}
and position(#{orderId} in rw.order_id)
and rw.reviewed_state!=-1
and rw.reporting_work_id regexp #{reportingWork.reportingWorkId}
and o.order_id regexp #{reportingWork.orderId}
and rw.process_id regexp #{reportingWork.processId}
and o.project regexp #{reportingWork.order.project}
and o.batch regexp #{reportingWork.order.batch}
and rw.this_process regexp #{reportingWork.thisProcess}
GROUP BY rw.reporting_work_id
ORDER BY rw.reporting_work_id desc
limit #{offset},#{pageSize};
select CEILING(count(rw.reporting_work_id)/#{pageSize}) as 'pageTotal',
count(distinct rw.reporting_work_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 = ogd.order_id and rw.production_id = ogd.production_id
left join reporting_work_detail as rwd
on rwd.reporting_work_id = rw.reporting_work_id and rwd.order_number = ogd.order_number and
rwd.technology_number = ogd.technology_number
where rw.reviewed_state != 2
and rw.reporting_work_time between #{selectTime1} and #{selectTime2} and position(#{orderId} in rw.order_id)
and rw.reviewed_state!=-1
and rw.reporting_work_id regexp #{reportingWork.reportingWorkId}
and o.order_id regexp #{reportingWork.orderId}
and rw.process_id regexp #{reportingWork.processId}
and o.project regexp #{reportingWork.order.project}
and o.batch regexp #{reportingWork.order.batch}
and rw.this_process regexp #{reportingWork.thisProcess}
ORDER BY rw.reporting_work_id desc
limit #{offset},#{pageSize};
select next_process from reporting_work where reporting_work_id=#{reportingWorkId}
select count(reporting_work_id) from reporting_work where this_process=#{nextProcess} and process_id=#{processId}
select rw.process_id,
rwd.order_number,
rwd.technology_number,
rwd.completed_quantity,
IFNULL(SUM(dd.breakage_quantity), 0) as breakage_quantity
from reporting_work as rw
left join reporting_work_detail as rwd on rw.reporting_work_id = rwd.reporting_work_id
left join damage_details as dd
on dd.reporting_work_id = rwd.reporting_work_id and dd.order_number = rwd.order_number and
dd.technology_number = rwd.technology_number
where rw.reporting_work_id = #{reportingWorkId}
GROUP BY rwd.order_number, rwd.technology_number
update sd.order_process_detail
set reporting_work_num_count=reporting_work_num_count - #{completedQuantity},
reporting_work_num=reporting_work_num - #{completedQuantity},
broken_num=broken_num - #{breakageQuantity}
where process_id = #{processId}
and order_number = #{orderNumber}
and technology_number = #{technologyNumber}
and process = #{thisProcess}
update reporting_work set reviewed_state=-1
where reporting_work_id = #{reportingWorkId}
select process
from sd.order_process_detail
where process_id = #{processId}
and technology_number = 1
order by id desc
LIMIT 1
select ifnull(SUM(quantity),0) as quantity,
ifnull(SUM(inventory_quantity), 0) as inventoryQuantity,
ifnull(SUM(received_quantity), 0) as receivedQuantity
from flow_card
where process_id = #{processId}
and technology_number = 1
GROUP BY process_id
select ifnull(this_completed_quantity,0) from reporting_work where reporting_work_id=#{reportingWorkId}
update flow_card
set inventory_quantity = inventory_quantity - #{completedQuantity}
where process_id = #{processId}
and order_number = #{orderNumber}
and technology_number = #{technologyNumber}
select rw.reporting_work_id,
rw.reporting_work_time,
rw.process_id,
o.project,
o.customer_name,
rw.this_process,
ifnull(rw.this_completed_quantity,0) as this_completed_quantity,
rw.this_worn_quantity,
rw.teams_groups_name,
rw.device_name,
rw.previous_process,
rw.next_process,
rw.quality_inspector,
rw.quality_ins_time,
dd.quality_ins_status
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 = ogd.order_id and rw.production_id = ogd.production_id
left join damage_details as dd on dd.reporting_work_id=rw.reporting_work_id
where rw.reviewed_state != 2
and rw.reporting_work_time between #{selectTime1} and #{selectTime2}
and position(#{processId} in rw.process_id)
and position(#{state} in dd.quality_ins_status)
and rw.reviewed_state!=-1
and rw.reporting_work_id regexp #{reportingWork.reportingWorkId}
and rw.process_id regexp #{reportingWork.processId}
and o.project regexp #{reportingWork.order.project}
and o.customer_name regexp #{reportingWork.order.customerName}
GROUP BY rw.reporting_work_id
ORDER BY rw.reporting_work_id desc
limit #{offset},#{pageSize};
select CEILING(count(rw.reporting_work_id)/#{pageSize}) as 'pageTotal',
count(distinct rw.reporting_work_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 = ogd.order_id and rw.production_id = ogd.production_id
left join damage_details as dd on dd.reporting_work_id=rw.reporting_work_id
where rw.reviewed_state != 2
and rw.reporting_work_time between #{selectTime1} and #{selectTime2}
and position(#{processId} in rw.process_id)
and position(#{state} in dd.quality_ins_status)
and rw.reviewed_state!=-1
and rw.reporting_work_id regexp #{reportingWork.reportingWorkId}
and rw.process_id regexp #{reportingWork.processId}
and o.project regexp #{reportingWork.order.project}
and o.customer_name regexp #{reportingWork.order.customerName}
ORDER BY rw.reporting_work_id desc
limit #{offset},#{pageSize};
update reporting_work as rw left join damage_details as dd on rw.reporting_work_id = dd.reporting_work_id
set dd.quality_ins_status = 2,
rw.quality_inspector=#{username},
rw.quality_ins_time=NOW()
where rw.reporting_work_id = #{reportingWorkId}
select rwd.order_number,
ogd.glass_child,
rwd.technology_number,
ogd.glass_address,
ogd.child_width,
ogd.child_height,
ifnull(od.shape,'') as shape,
rwd.completed_quantity,
dd.breakage_quantity,
dd.available,
ifnull(dd.return_process,'') as return_process,
dd.breakage_type,
dd.breakage_reason,
dd.responsible_equipment,
dd.responsible_process,
dd.responsible_team,
ifnull(dd.responsible_personnel,'') as responsible_personnel
from sd.order_detail as od
left join sd.order_glass_detail as ogd
on ogd.order_id = od.order_id and ogd.order_number = od.order_number
left join reporting_work as rw on rw.order_id = ogd.order_id and rw.production_id = ogd.production_id
left join reporting_work_detail as rwd
on rwd.reporting_work_id = rw.reporting_work_id and rwd.order_number = ogd.order_number and
rwd.technology_number = ogd.technology_number
left join damage_details as dd
on dd.reporting_work_id = rw.reporting_work_id and dd.order_number = rwd.order_number and
dd.technology_number = rwd.technology_number
where rw.reviewed_state != 2
and rw.reporting_work_id = #{reportingWorkId}
and rw.reviewed_state != -1
GROUP BY rwd.order_number, ogd.glass_child, rwd.technology_number, dd.id
ORDER BY rwd.order_number
select REPLACE(GROUP_CONCAT(DISTINCT rwd.technology_number),',','') from reporting_work_detail as rwd
where rwd.reporting_work_id=#{reportingWorkId}
update reporting_work as rw
left join reporting_work_detail as rwd on rw.reporting_work_id = rwd.reporting_work_id
set rw.reviewed_state = 1
where rw.process_id = #{substring} and rw.this_process=#{process}
and rwd.technology_number = #{result} and reviewed_state=0