Arthur-Work
2018年3月26日 星期一
Oracle EBS: SO line status停在Booked之處理方式
問題: user create delivery時, 找不到要用的SO line
原因: SO line status停在Booked (至於為什麼停在Booked則是另一個問題)
處理方法:
1.在line上單擊滑鼠右鍵, 出現快捷選單(圖1)
2.點選 Progress Order(圖1)
3.在Eligible Activities視窗中(圖2), 點選 Schedule - Eligible 並按[OK]
完成~
圖1.Progress Order
圖2.Eligible Activities
2018年3月14日 星期三
Oracle EBS: ASCP ms_supplies中order_type所對應類別, 及pegging資料擷取
SQL:
SELECT
mso
.
sales_order_number
,
md1
.
*
,
MSI1
.
ITEM_NAME
||
' ('
||
MSI1
.
INVENTORY_ITEM_ID
||
')'
"COMPONENT (ID)"
,
SUBSTR
(
md1
.
order_number
,
1
,
22
)
order_num
,
MS1
.
NEW_ORDER_QUANTITY
COMP_QTY
-- this is the pegged or previously pegged column
,DECODE
(
ms1
.
order_type
,
'1'
,
'Purchase order'
,
'11'
,
'Intransit shipment'
,
'12'
,
'Intransit receipt'
,
'13'
,
'Suggested repetitive schedule'
,
'14'
,
'Discrete job co-product/by-product'
,
'15'
,
'Nonstandard job by-product'
,
'16'
,
'Repetitive schedule by-product'
,
'17'
,
'Planned order co-product/by-product'
,
'18'
,
'On Hand'
,
'2'
,
'Purchase requisition'
,
'27'
,
'Flow schedule'
,
'28'
,
'Flow schedule by-product'
,
'29'
,
'Payback Supply'
,
'3'
,
'Discrete job'
,
'30'
,
'Current repetitive schedule'
,
'32'
,
'Returns'
,
'4'
,
'Suggested aggregate repetitive schedule'
,
'41'
,
'User Supply'
,
'45'
,
'Demand Class Consumption'
,
'46'
,
'Supply Due To Stealing'
,
'47'
,
'Demand Due To Stealing'
,
'48'
,
'Supply Adjustment'
,
'49'
,
'PO Acknowledgment'
,
'5'
,
'Planned order'
,
'50'
,
'ATP Aggregate Supply'
,
'51'
,
'Planned inbound shipment'
,
'52'
,
'Requested inbound shipment'
,
'53'
,
'Internal requisition'
,
'60'
,
'Order Rescheduling Adjustment'
,
'7'
,
'Non-standard job'
,
'70'
,
'Maintenance Work Order'
,
'8'
,
'PO in receiving'
)
Order_type
-- ,decode (MFP1.supply_type, 1, ‘Purchase Order', 2, ‘Purchase Requisition', 3, ‘Work Order', 11, ‘Intransit Shipment', 12, ‘Intransit receipt') Supply_type
-- ,decode (MFP2.supply_type, 1, ‘Purchase Order', 2, ‘Purchase Requisition', 3, ‘Work Order', 11, ‘Intransit Shipment', 12, ‘Intransit receipt') Supply_type2
,
MFP1
.
demand_quantity
--, MFP1.supply_quantity
,
MFP1
.
demand_date
,
MFP1
.
supply_date
,
ROUND
(
MFP1
.
ALLOCATED_QUANTITY
,
1
)
COMP_ALLOC
,
DECODE
(
MD1
.
origination_type
,
'29'
,
'Peg_Fcast'
,
'30'
,
'Peg_Sales'
)
Pegged_To
,
DECODE
(
MFP1
.
DEMAND_ID
,
-
1
,
'peg_Excess'
,
-
2
,
'Peg_SS'
)
Pegged_To_1
,
MFP2
.
ORGANIZATION_ID
,
MFP1
.
ORGANIZATION_ID
,
DECODE
(
MD2
.
origination_type
,
'29'
,
'Peg_Fcast'
,
'30'
,
'Peg_Sales'
)
Pegged_To_2
,
TRUNC
(
MS1
.
NEW_SCHEDULE_DATE
)
COMP_SUP_DUE
,
'X'
,
DECODE
(
MD2
.
ORDER_NUMBER
,
NULL,
TO_CHAR
(
MD2
.
DEMAND_ID
),
(SUBSTR
(
MD2
.
ORDER_NUMBER
,
1
,
14
)
||
SUBSTR
(
MD2
.
ORDER_NUMBER
,
42
,
5
)))
SO_NUM
,
MSI2
.
ITEM_NAME
||
' ('
||
MSI2
.
INVENTORY_ITEM_ID
||
')'
"ASSEMBLY (ID)"
-- , MSI2.DESCRIPTION
,TO_CHAR
(
MD2
.
REQUEST_SHIP_DATE
,
'DD/MM/YYYY'
)
RDATE
,
TRUNC
(
MD2
.
USING_ASSEMBLY_DEMAND_DATE
)
SSDATE
,
MD1
.
Creation_date
,
ROUND
(
(
MD2
.
DMD_SATISFIED_DATE
-
MD2
.
USING_ASSEMBLY_DEMAND_DATE
),
1
)
LATE
,
MD2
.
DEMAND_PRIORITY
PRIORITY
,
ROUND
(
MFP2
.
DEMAND_QUANTITY
,
1
)
so_QTY
,
ROUND
(
MFP2
.
ALLOCATED_QUANTITY
,
1
)
WIP_QTY
,
TRUNC
(
MD1
.
OLD_DEMAND_DATE
)
ULSD
,
TRUNC
(
MD1
.
USING_ASSEMBLY_DEMAND_DATE
)
COMP_DEM_DUE
FROM
APPS
.
MSC_SUPPLIES
MS1
-- COMP
,
APPS
.
MSC_SYSTEM_ITEMS
MSI1
-- COMP
,
APPS
.
MSC_FULL_PEGGING
MFP1
-- COMP
,
apps
.
msc_sales_orders
mso
,
(SELECT
*
FROM
APPS
.
MSC_DEMANDS
WHERE
SR_INSTANCE_ID
=
&
1
AND
ORGANIZATION_ID
=
&
2
AND
PLAN_ID
=
&
3
)
MD1
-- COMP
,(SELECT
*
FROM
APPS
.
MSC_FULL_PEGGING
WHERE
SR_INSTANCE_ID
=
&
1
AND
ORGANIZATION_ID
=
&
2
AND
PLAN_ID
=
&
3
)
MFP2
-- FG
,(SELECT
*
FROM
APPS
.
MSC_DEMANDS
WHERE
SR_INSTANCE_ID
=
&
1
AND
ORGANIZATION_ID
=
&
2
AND
PLAN_ID
=
&
3
)
MD2
-- FG
,(SELECT
*
FROM
APPS
.
MSC_SYSTEM_ITEMS
WHERE
SR_INSTANCE_ID
=
&
1
AND
ORGANIZATION_ID
=
&
2
AND
PLAN_ID
=
&
3
)
MSI2
-- FG LEVEL
WHERE
1
=
1
AND
MS1
.
SR_INSTANCE_ID
=
&
1
AND
MS1
.
ORGANIZATION_ID
=
&
2
AND
MS1
.
PLAN_ID
=
&
3
AND
mso
.
demand_id
=
md1
.
demand_id
AND
MSI1
.
SR_INSTANCE_ID
=
MS1
.
SR_INSTANCE_ID
AND
MSI1
.
ORGANIZATION_ID
=
MS1
.
ORGANIZATION_ID
AND
MSI1
.
PLAN_ID
=
MS1
.
PLAN_ID
AND
MSI1
.
INVENTORY_ITEM_ID
=
MS1
.
INVENTORY_ITEM_ID
AND
MFP1
.
SR_INSTANCE_ID
=
MS1
.
SR_INSTANCE_ID
AND
MFP1
.
ORGANIZATION_ID
=
MS1
.
ORGANIZATION_ID
AND
MFP1
.
PLAN_ID
=
MS1
.
PLAN_ID
AND
MFP1
.
TRANSACTION_ID
=
MS1
.
TRANSACTION_ID
AND
MD1
.
DEMAND_ID
(+)
=
MFP1
.
DEMAND_ID
AND
MFP2
.
PEGGING_ID
(+)
=
MFP1
.
PREV_PEGGING_ID
AND
MD2
.
DEMAND_ID
(+)
=
MFP2
.
DEMAND_ID
AND
MSI2
.
INVENTORY_ITEM_ID
(+)
=
MFP2
.
INVENTORY_ITEM_ID
AND
MSI1
.
ITEM_NAME
=
'item'
AND
md1
.
order_number
=
'ord'
ORDER
BY
MS1
.
OLD_SCHEDULE_DATE
,
MD2
.
REQUEST_SHIP_DATE
Ref:
QUERY TO FIND PEGGING DETAILS IN ASCP
http://www.oracleerpappsguide.com/2015/04/query-to-find-pegging-details-in-ascp.html
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