Open Orders - Extractor 2LIS_11_VASTI
We are trying to develop an Open Orders report that would include items that are delivered (delivery related) and those that are dropped ship from a 3rd party (order related). We need to show open quantity and value.
The standard BI Content that we are currently using only shows open items that are delivered through SAP. We need the other 3rd party items as well. We believe that a solution would most likely require the order header and order line item status data (data from tables VBUK and VBUP in SAP).
Has anyone else had to develop a solution like this? Did you use the standard extractors? Is there a standard SAP solution for this in BW or did you have to create something custom?
Thank you for your help.
Hi Ann,
I have a solution for you, which you can try...
create a table level generic data source on the table/view of VBBE which would
contains all your required data Hopefully..
Hope it helps..
assign points if useful..
Cheers,
Pattan.
Similar Messages
-
Best Extractors for "Open Order Reporting" at Header and Line Level
Hello Gurus,
I have a general question for you. For an Implementation in Sales and Distribution, we have to do some "Open Order Reporting".
Kindly advise, what are my options for choosing the BEST extractors ( from Application area 11, 12, 13) to track the "Open Order reporting".
You can also copy me at [email protected] for same. If this idea has already been discussed, kindly send me the mentioned link.
Thanks in advance.Hello BI project,
No I am still working on it and Problem is NOT solved. I took this project from the middle. Initial definition of Open Order was to report by tracking "Goods Movement Status" anything other then C as an Open Order. We were using 2LIS_11_VASCl and 2LIS_12_VCITM at that time. This process failed to track the "Partial Open Order"
It was soon realized that this definition is inadequate. Delivery Status in combination with Goods Movement Status should be accurately define an Open Order. I realized that if we install 0SD_C03 and supporting 7 exractors (Order: 2LIS_11_VAHDR, VAITM, V_ITM , Delivery : 2LIS_12_VCHDR, 2LIS_VCITM and Billing 2LIS_13_VDHDR, 2LIS_13_VDITM) - it will capture an Open Order more accurately. Also the design will integrate easily with future SCM Analytics more easily. I am still working on it and trying to install the Business Content.
I would like to get feedback and wisdom of someone who had done the same in past. I also want to get a feel, if it needed any additional customization of extractors etc.. If you could share any detail on this forum, it will be a help. You can also share the same on my e-mail: [email protected]
Your any help is appreciated.
Thanks, -
Open Orders (Confirmed and Un-Confirmed)
Hello BW Gurus,
I am looking for Standard BCT that can give me True Open Order "quantities" and "Amounts". The extractor 2LIS_11_V_SCL seems to give open order qty for "Confirmed" Schedules only. I am looking to get the "Net Open Orders" based on "Planned Goods Issue Date".
Any ideas on how to achieve this?
Thanks in advance.
SriniHi Lily,
But these extractors comprises of all orders thus, it means open orders,confirmed and not confirmed, delivered and not delivered, and orders that are already invoiced.
In my case, we need to have an open orders report meaning confirmed and not confirmed and where invoiced orders, delivered, and etc should not be included at all.
Any idea?
Thanks
Sheila -
Open Orders Values at partial delivery statuses.
Hello All,
I want to report on Quantities and Amounts for all the Open orders based on different Delivery statuses. I tried to use 2LIS_11_VAITM and 2LIS_11_VASTI. With this I just get the consolidated values at order item level but not the actual break up values at Delivery level.
Can I use 2LIS_11_V_SSL to get the partial delivery statuses and respective quantities?
Thanks and Regards,
Prashanth ReddyHi Prashanth,
yes the best way for you is to use the DataSource 2LIS_11_V_SSL. You have here the following status fields: LFGSA (Overall delivery status of the item) and LFSTA (Delivery status) and also the quantities like:
WMENG Requested Quantity of Sales Order Sched. Lines in Sales Unit
BMENG Confirmed Quantity of Sales Order Sched. Lines in Sales Unit
VSMNG Delivered Quantity in Sales Unit of Sales Order Sched. Lines
Only if you need also Open Quantity you have to use a combination of two DataSources in one ODS Object. As example 2LIS_11_V_SCL. Here you will find the field OLFMNG (Open quantity to be delivered).
You have to consolidate the both in one ODS object with the same key figures and both should update different InfoObjects.
I hope this helps.
Best regards,
Natalia -
Open Orders not being picked up
Hi All,
I am implementing 2LIS_11_V_ITM to extract the open orders data into BW. I have implemented all the flow and trying to check the extraction using RSA3. I have deleted the setup tables using LBWG and filled them up using oLI7Bw. but when I run the RSA3 it is not returning any records. From which tables does the extractor picks the open orders data? How can I check if there are any open orders??
Thanks,
RPk.hey rajesh,
You have to fill the set-up tables before to check in RSA3.
Now you can use transaction OLIIBW to carry out a reconstruction for orders using different order categories or OLISBW to execute a reconstruction for service messages/requests (and to fill setup tables, where RSA3 takes data from).
Pls go thru the steps:
LO-EXTRACTION
T-Code: LBWE
First we need to check which data source suits the client's
requirements in LBWE.
Check whether it is in Active version/Modified version. If it is
in M version go to RSA5 and select our data source and press on
Transfer. Then go to RSA6 and see whether the datsource is been
transferred.
If the datasource is already in active version then we need to
check whether the datsource is already extracting data in to BW.
If the datasource is extracting the data then we need to check the
data existence in Setup tables (use SE11 to check the setup tables
data. For every extract structure one and only one setup table is
generated whose technical name is Extract structure name+ setup, for
eg. If extract structure name is MC11VAOHDR then set up tables name
is MC11VAOHDRSETUP) and Extraction Queue (LBWQ) and Update tables
(SM13) and Delta Queue (RSA7). If data exists in any of these T-
codes we need to decide whether we need the data in BW or not. If we
need the extract it as we do in LO-Extraction below. I f we don't
need delete the data.
The dataflow from R/3 into BW:
We nee to generate the extract structure by selecting the fields
from the communication structure in LBWE.
Generate the datasource and select the selection fields,
cancellation fields, hide fields that we want.
Replicate it into BW. Then we need to attach Info source(Transfer
rules/communication structure) to the datasource. We got 3 methods
to attach the infosource..
1) Business content:: Business content automatically proposes the
transfer rules and communication structure, we don't have to do
anything manually.
2) Application proposal: Here too proposal is done but some objects
will be missing which we need to assign in the transfer rules.
3) Others: here we need to create the transfer structure, rules,
comm. Strct from the scratch.
Modeling like infocube, Infosurce attachment, .
Then activate the extract structure.
We need to fill the setup tables for the first time loading. In
filling the setup tables we can select between Full load and delta
initialization loads.
Filling Set up table:
T Code : SBIW
Settings for Application-Specific DataSources (PI)->Logistics--
>Managing Extract Structures>Initialization>Filling in the Setup
Table -->Application-Specific Setup of Statistical Data --> in that
Youcan perform the Setup (Example : SD-Sales Orders - Perform Setup)
and execute .. or else direct T Code : OLIBW ( means based on your
application like sales order/billing/ purchase etc) For setup
tables T-Code is OLI*BW where * equals to application number like 02
fro purchasing,08 for shipment ..
First we need to decide whether we want delta loads to be
performed in the future. If we want to do delta loads, then we need
to go for Delta Initialization process or else do full load.
When we perform setup tables extraction, since setup tables are
cluster tables, we can't see the data in the setup tables. So we go
for Extractor checker (RSA3) just to see the setup tables data
(full/delta initialization).
Then create infopackage and select Full or Delta initialization in
Update tab and schedule it.
Delete the setup tables data by using LBWG.
Now we need to do delta loads.
Delta load data flow differs with various delta update methods. We
got 3 delta update methods as u know.
If we select "Queued Delta"update method then the data moves to
Extraction queue(LBWQ). Then run Collective update to move the data
from LBWQ into Delta Queue (RSA7). Then schedule the data using the
infopackage by selecting Delta Load in the update tab.
If we select "Direct delta" then the delta data moves into RSA7
directly.
If we select "Unserialized V3" method then the data goes
into "Update tables(SM13)", then run Collective update to move the
data from SM13 into RSA7. Schedule the data using infopackage.
If we click on Maintenance, we can generate the extract structure.
If we click on 2LIS_02_CGR button, then we we can generate data
source
Inactive under Update column: we can make a extract structure as
active or inactive.
If we click on Job control button the we can maintain the
collective update parameters like, start time, and is it hourly once
or dialy once
If we click on Queued delta button under Update mode then we can
select among 3 delta update methods.
Only Full/Delta initialization data loads only moves into setup
tables. Delta load data doesn't move into setup tables.
**RSA3 contains only setup table's data
Only Delta update data moves into RSA7/LBWQ/SM13 no full/delta
initialization loads data.
$$ Assign points dude if if really helps you $$
Hope it helps! -
Open Order Quantity in Kilograms
Hi Gurus.
I have a problem, I need to report the Open Order Quantity in kilograms, that's the difference between Order quantity (in kilograms) and Delivery Quantity (in kilograms).
I'm using 0SD_O01 in order to have the detail of Document Number and Item Number, but I only can obtain Order Quantity (in kilograms (VBAP - BRGEW) and pieces (VBAP - KWMENG) and delivery quantity (in pieces, LIPS field - LFIMG) but i cannot get the delivery quantity in kilograms (LIPS - BRGEW).
I'm using the following extractors:
VAITM - Order quantity (kilograms and pieces)
VCITM - Delivery quantity (kilograms)
VASTI - (order status)
V_SSL - Delivery quantity (pieces)
I almost getting what i wanted, but when i'm filling the ODS with extractor VCITM and check the quantity in kilograms and compare it with table LIPS, it is duplicating me the quantity and sometimes the quantity is all right.
I don't know what this is happening, do you have other solution to get delivery quantity in kilograms (LIPS - BRGEW).
Thanks in advanceCan you check the VCITM datasource in RSA3, does it give you incorrect qty(KG)?
-
Open Order Quantity Inconsistent issue
Hi,
We are being using Open Order Quantity key figure in our BI model.Not Open Order Quantity key figure is inconsistent in BI system.
It has been used in several places.Hence i don't want go for redesing it.
Please some one can help me without creating new Open Order Quantity key figure.
Answer would be greatly appreciated.Hi
your query is not clear however making few assumption can give below inputs. Assume you are using LIS 11 extractor. Open order quantity varies from business to business , how do they actually define it.
Get the extact definiton from business how they calculate open order quantity , accoridngly build the keyfigure. for example if open order quantity is orders for which status is not complete then quanity = open order quantity.
EG: Using 2lis_11_VAITM
Restrictted key figure = UVALL not equal to 'C' then KBMENG is open order quanity.
Thanks,
Monika -
HI,
can anyone let me know about Open Order with Status normally that we have to create Generic Extractors to extract that data.
thanx in advance
peter bHi peter,
Normally for Open Order with Status, you need to create a generic data source
on the database table 'VBBE', this table contains the Open Orders along with
the open quantities, then coming to the status, it is the business process to
determine since how long the sale order is Open, and the status of the Order..
I would suggest you to create a table level data souce on VBBE and try to
build the logic in the extractor if at all needed..
Hope it would give U an idea to begin..if you can achive any this with this do not
forget to assign point..
for any further questions revert..
Cheers..
Pattan. -
Open Order Reporting in Sales in BI70
Hello,
Did anybody implement sales open orders quantity and value in BI 70.
I am trying to get open orders based on delivery status and delivery date.
I have to track partial open orders also. Currently I am using 2LIS_12_VCITM and 2LIS_11_VASCL to get the deliveries and schedule lines but I am not getting any sales orders into the DSO with 2LIS_11_VASCL as extractor.
Any help will be rewarded generously.
ThanksHi Arun,
I got this to work and I suppose you also got this to work as it's been a while Anyways, if you still need information on this let me know and I can send you a document on how I implemented it.
Thanks,
PV -
Report for open orders and amount of product confirmed
Hi All,
Can some one give me an idea on a report which shows open orders and also shows amount of product confirmed against these open orders?
Thanks,
Neelima.Hi Veni,
Incomplete order are the order's in which some data is missing so that particular order can't be further processed, that is what you could check through "Incompletion Log". Whereas Open orders are the orders which are open for further processing viz. deliver billing(but open order is a complete order i.e. no data missing).
Check this program:
*& Report ZGM_OPENPO *
REPORT ZGM_OPENPO NO STANDARD PAGE HEADING LINE-SIZE 132 LINE-COUNT 36(2).
TABLES: t001w, "Plants/Branches
ekko, "Purchasing Document Header
ekpo, "Purchasing Document Item
marc, "Plant Data for Material
mara. "General Material Data
DATA:
BEGIN OF itab OCCURS 0,
matnr LIKE marc-matnr,
werks LIKE marc-werks,
beskz LIKE marc-beskz,
mmsta LIKE marc-mmsta,
END OF itab.
DATA: BEGIN OF iekpo OCCURS 0,
ebeln LIKE ekpo-ebeln,
menge LIKE ekpo-menge,
aedat LIKE ekpo-aedat,
wemng LIKE eket-wemng,
END OF iekpo.
DATA: BEGIN OF iekko OCCURS 0,
ebeln LIKE ekko-ebeln,
lifnr LIKE ekko-lifnr,
bedat LIKE ekko-bedat,
ekgrp LIKE ekko-ekgrp,
END OF iekko.
selection-screen:begin of block b1 with frame title text001.
SELECT-OPTIONS werks FOR ekpo-werks OBLIGATORY.
SELECT-OPTIONS matnr FOR ekpo-matnr.
SELECT-OPTIONS beskz FOR marc-beskz.
SELECT-OPTIONS bsart FOR ekko-bsart.
selection-screen:end of block b1.
INITIALIZATION.
AT SELECTION-SCREEN ON werks. "Validate for werks
SELECT SINGLE * FROM t001w WHERE werks IN werks.
IF sy-subrc 0. MESSAGE e429(mo). ENDIF.
AT SELECTION-SCREEN ON matnr.
SELECT SINGLE * FROM mara WHERE matnr IN matnr.
IF sy-subrc 0. MESSAGE e429(mo).ENDIF.
START-OF-SELECTION.
SELECT * FROM marc INTO CORRESPONDING FIELDS OF TABLE itab WHERE werks IN werks AND beskz IN beskz AND
matnr IN matnr.
SELECT ebeln FROM ekpo INTO CORRESPONDING FIELDS OF TABLE iekpo
FOR ALL ENTRIES IN itab WHERE matnr = itab-matnr AND loekz EQ space.
SELECT ebeln lifnr bedat ekgrp FROM ekko INTO CORRESPONDING FIELDS OF
TABLE iekko
FOR ALL ENTRIES IN iekpo WHERE ebeln = iekpo-ebeln AND bsart IN bsart.
SELECT ebeln menge aedat FROM ekpo INTO CORRESPONDING FIELDS OF iekpo
FOR ALL ENTRIES IN iekpo WHERE ebeln = iekpo-ebeln. MODIFY iekpo INDEX sy-dbcnt.
ENDSELECT.
SORT iekpo BY aedat.
DELETE ADJACENT DUPLICATES FROM iekpo COMPARING ebeln.
SELECT wemng FROM eket INTO CORRESPONDING FIELDS OF iekpo FOR ALL ENTRIES IN iekpo WHERE ebeln = iekpo-ebeln.
MODIFY iekpo INDEX sy-dbcnt.
ENDSELECT.
END-OF-SELECTION.
DATA : file_name TYPE string.
file_name = 'c:\pay_det\open_po1.xls'.
DATA : BEGIN OF it_join_fields OCCURS 0,
field_name(20),
END OF it_join_fields.
CLEAR it_join_fields.
it_join_fields-field_name = 'ebeln'.
APPEND it_join_fields.
CLEAR it_join_fields.
it_join_fields-field_name = 'menge'.
APPEND it_join_fields.
CLEAR it_join_fields.
it_join_fields-field_name = 'aedat'.
APPEND it_join_fields.
CLEAR it_join_fields.
it_join_fields-field_name = 'wemng'.
APPEND it_join_fields.
CLEAR it_join_fields.
CALL FUNCTION 'GUI_DOWNLOAD'
EXPORTING
BIN_FILESIZE =
filename = file_name
filetype = 'ASC'
APPEND = 'X'
write_field_separator = 'X'
TABLES
data_tab = iekpo
FIELDNAMES = it_join_fields
IF sy-subrc 0.
MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.
ENDIF.
LOOP AT iekpo.
IF iekpo-menge NE iekpo-wemng.
WRITE:/4 iekpo-ebeln,21 iekpo-menge ,46 iekpo-aedat, 56 iekpo-wemng.
ENDIF.
ENDLOOP.
if sy-subrc 0. write / 'no data exist for this plant'. endif.
TOP-OF-PAGE.
uline 1(80).
WRITE :/ sy-vline, 20 ' OPEN purchase ORDERs report' color 5,
80 sy-vline.
uline 1(80).
WRITE:/ sy-vline , 4 'PURSCHASE ORDER' COLOR COL_HEADING,
20 sy-vline, 21 'ORDER QUANTITY' COLOR COL_HEADING,
45 sy-vline, 46 'item change' color col_heading, 55 sy-vline,
56 'RECIEVED QUANTITY' COLOR COL_HEADING, 80 sy-vline.
uline 1(80).
END-OF-PAGE.
WRITE :/ 'PAGE NUMBER' ,SY-PAGNO.
Hope this helps you.
Regards,
Chandra Sekhar -
Report for open order and shipped qty summary
Dear Folks,
Can any one please help me.
Report for open order summary Vs shipped quantity
what are the related programs to it.
throw some light on it.>
arpita b wrote:
> Dear rohit
>
> Iam asking about any report which compares or give details of open order vs shipped qty.
>
> Any sis report is available for this?
Hi Arpita,
There is no such sis report available. You will have to configure and create two seperate reports and do the comparison.
If you want, I will send you the list of all T.codes used to generate reports in SD.
Revert back to me if you need the same.
Regards,
Swapna D. -
Open order qty,Delivered qty,issued qty, and closing stock---Tables
Gurus,
I need to Prepare a report which will show open order qty,Delivered qty,issued qty, and closing stock.
Please help me with table names where i can find .
Regards
venu gopalHi,
Try EKPO & EKBE tables..
Thx
Raju -
Open orders and Shipped not billed orders
Hi All,
What is the fastest way to calculate the open orders amount and shipped not billed amount for a given customer.
Thanks
Venugopal ReddyCan u try this option and see if this is increasin your performance.
For the billing documents ...
Goto table VBUK and check the fields LFSTK = 'C' " Delivery completed and
FKSTK NE 'C' . "billing open
At header level check that GBSTK ne C "over all processing status is open .
This will yield you the list of open Invoices ..
You need to bring in the select query with a join on VBRK and VBUK ..
once u get the list of open invoices then calculate the open qty from VBRP and VBUP where VBUP-GBSTA ne 'C'.
here pick the qty from vbrp and sum it up to check the open qty.
just like this ..
SELECT vbeln
fkart
kunag
gbstk
INTO TABLE it_billing_h
FROM vbrkuk "VBRKUK is a DB view " VBAK+VBUK
WHERE vkorg IN so_vkorg
AND vtweg IN so_vtweg
AND spart IN so_spart
AND kunag IN so_kunnr
AND gbstk NE 'C'.
IF NOT it_billing_h[] IS INITIAL.
SELECT c~vbeln
c~posnr
c~matnr
c~fkimg "---->open qty
d~fksta
d~fksaa
d~uvfak
d~fkivp
d~fssta
d~gbsta
INTO TABLE it_billing_items
FROM vbrp AS c JOIN vbup AS d
ON dvbeln EQ cvbeln
AND dposnr EQ cposnr
FOR ALL ENTRIES IN it_billing_h
WHERE d~vbeln EQ it_billing_h-vbeln
AND d~gbsta NE 'C'.
use control break and sum the qty ..
hope this helps ,
Regards,
Vijay -
Open Order Quantity for open sales orders
Is there a standard SAP Report that gives the open order quantity for every open sales order. "Open" is defined as any order quantity that has not shipped. Delivery creation is not the same as shipment. VA05 Report does not contain enough information to calculate the open order quantity for an ERP-based backlog report.
Try VA05 schedule lines standar variant...include status fields and both ordered qty and confirmed qty. In SAP standard system order status, status A means open orders fully (Nothing shipped, everything opened). Status B means in process orders (Partially processed - shipped). Status C means complete orders (Nothing opened). As there is no delivered qty in VA05, you need to download to excel the file and calculate the difference between both qty fields for each A and B status. That is a way to get the missing qty to be delivered or open qty as you stated.
Hope it helps.
Jorge Fernandez -
How to get the open order quantity for a material
Hi All,
We need to get the open order quantity for materials. At present we are using the following logic...
SELECT VBAKVBELN VBAPPOSNR VBAP~KWMENG
INTO TABLE IT_VBAP
FROM VBAP
INNER JOIN VBAK ON VBAKVBELN = VBAPVBELN
INNER JOIN VAPMA ON VAPMAVBELN = VBAPVBELN
AND VAPMAPOSNR = VBAPPOSNR
INNER JOIN VBUP ON VBUPVBELN = VBAPVBELN
AND VBUPPOSNR = VBAPPOSNR
WHERE VAPMA~MATNR = IT_OUTPUT-MATNR
AND VAPMA~WERKS = IT_OUTPUT-WERKS
AND VBAK~AUART IN S_AUART
AND VBUP~GBSTA NE 'C'.
But the Query takes quite a long time as it does a full range scan on all the tables. Is there any way the query can be improved, may be by creating an index etc? Or is there anyother way by which i can get the required data?
Any input is appreciated.
Regards
Brain.This could help.
*& Report: zsdvr055 date written: 03/24/00 *
*& Author: Brian Huntley last update: 03/24/00 *
*& Program Title: Open Order Report *
*& Description: This report will create a list of sales documents *
*& that are open (contain at least one item that is not shipped). *
*& The report will sort by ship-to customer name and by sales *
*& document number. *
*& Tables: *
*& Files: *
*& Transactions: *
*& Changes: *
REPORT ZSDVR055 LINE-SIZE 255.
TABLES: VBPA,
VBAP,
VBUP,
VBAK,
VBKD,
KNA1,
VBEP,
VBFA,
LIKP,
LIPS,
EKET,
T171T.
define hashed table for selected ship-to and sold-to SO's
TYPES: BEGIN OF TVBPA_TYPE,
VBELN LIKE VBPA-VBELN, "sales document
POSNR LIKE VBPA-POSNR, "item number
PARVW LIKE VBPA-PARVW, "partner function
KUNNR LIKE VBPA-KUNNR, "customer number
END OF TVBPA_TYPE.
DATA: TVBPA TYPE HASHED TABLE OF TVBPA_TYPE
WITH UNIQUE KEY VBELN POSNR PARVW WITH HEADER LINE.
define internal table for all selected SO's
DATA: BEGIN OF ITAB0 OCCURS 0,
VBELN LIKE VBPA-VBELN, "sales document
END OF ITAB0.
define internal table for all selected SO items
DATA: BEGIN OF ITAB OCCURS 0,
VBELN LIKE VBAP-VBELN, "document number
POSNR LIKE VBAP-POSNR, "item number
MATNR LIKE VBAP-MATNR, "material
ARKTX LIKE VBAP-ARKTX, "description
PSTYV LIKE VBAP-PSTYV, "item category
KDMAT LIKE VBAP-KDMAT, "customer material
NETWR LIKE VBAP-NETWR, "net value
WAERK LIKE VBAP-WAERK, "currency
KWMENG LIKE VBAP-KWMENG, "quantity
ERDAT LIKE VBAP-ERDAT, "entry date
NETPR LIKE VBAP-NETPR, "net price
KPEIN LIKE VBAP-KPEIN, "pricing unit
PRCTR LIKE VBAP-PRCTR, "profit center
ERNAM LIKE VBAK-ERNAM, "entered by
AUART LIKE VBAK-AUART, "order type
VKORG LIKE VBAK-VKORG, "sales organization
VTWEG LIKE VBAK-VTWEG, "distribution channel
VDATU LIKE VBAK-VDATU, "requested date (header)
BNAME LIKE VBAK-BNAME, "name of orderer
KUNNR LIKE VBAK-KUNNR, "sold-to customer
BZIRK LIKE VBKD-BZIRK, "sales district
KURSK LIKE VBKD-KURSK, "conversion rate
BSTKD LIKE VBKD-BSTKD, "customer PO
LFGSA LIKE VBUP-LFGSA, "overall delivery status
FKSAA LIKE VBUP-FKSAA, "overall billing status
KUNWE LIKE VBPA-KUNNR, "ship-to customer
NAME1 LIKE KNA1-NAME1, "ship-to customer name
ORT01 LIKE KNA1-ORT01, "ship-to address
REGIO LIKE KNA1-REGIO, "ship-to region (state)
LAND1 LIKE KNA1-LAND1, "ship-to country
END OF ITAB.
create internal table for open orders
DATA: BEGIN OF ITAB1 OCCURS 0,
KUNNR LIKE VBAK-KUNNR, "sold-to customer
KUNWE LIKE VBPA-KUNNR, "ship-to customer
VBELN LIKE VBAP-VBELN, "document number
POSNR LIKE VBAP-POSNR, "item number
ZDATE1 LIKE VBEP-EDATU, "requested date
ZDATE2 LIKE VBEP-EDATU, "scheduled date (confirm)
ZDATE3 LIKE VBEP-EDATU, "committed date
ZQTY1 LIKE VBAP-KWMENG, "qty ordered
ZQTY2 LIKE VBEP-BMENG, "backlog qty
ZEXTD LIKE VBAP-NETWR, "backlog net value
ZDESC(30) TYPE C, "backlog description
END OF ITAB1.
define internal table for SO schedule lines
DATA: BEGIN OF ITAB2A OCCURS 0,
WADAT LIKE VBEP-WADAT, "planned goods issue date
VBELN LIKE VBAP-VBELN, "document number
POSNR LIKE VBAP-POSNR, "item number
WMENG LIKE VBEP-WMENG, "qty ordered
BMENG LIKE VBEP-BMENG, "qty confirmed
END OF ITAB2A.
define internal table for SO item request dates
DATA: BEGIN OF ITAB2B OCCURS 0,
EDATU LIKE VBEP-EDATU, "delivery date
VBELN LIKE VBAP-VBELN, "document number
POSNR LIKE VBAP-POSNR, "item number
WMENG LIKE VBEP-WMENG, "qty ordered
END OF ITAB2B.
define internal table for SO item commit dates
DATA: BEGIN OF ITAB2C OCCURS 0,
EDATU LIKE VBEP-EDATU, "delivery date
VBELN LIKE VBAP-VBELN, "document number
POSNR LIKE VBAP-POSNR, "item number
ROMS1 LIKE VBEP-WMENG, "committed qty
END OF ITAB2C.
define internal table for SO item deliveries
DATA: BEGIN OF ITAB3 OCCURS 0,
VGBEL LIKE LIPS-VGBEL, "sales document
VGPOS LIKE LIPS-VGPOS, "sales document item
VBELN LIKE LIKP-VBELN, "delivery number
POSNR LIKE LIPS-POSNR, "delivery item number
WADAT LIKE LIKP-WADAT, "planned GI date
WADAT_IST LIKE LIKP-WADAT_IST, "actual GI date
LFIMG LIKE LIPS-LFIMG, "actual qty delivered
ERDAT LIKE LIKP-ERDAT, "date created
ERZET LIKE LIKP-ERZET, "time created
END OF ITAB3.
define internal table for SO item / delivery cross reference
DATA: BEGIN OF ITAB4 OCCURS 0,
VBELV LIKE VBFA-VBELV, "sales document
POSNV LIKE VBFA-POSNV, "sales document item
VBELN LIKE VBFA-VBELN, "delivery number
POSNN LIKE VBFA-POSNN, "delivery item
VBTYP_N LIKE VBFA-VBTYP_N, "document category
RFMNG LIKE VBFA-RFMNG, "qty delivered
PLMIN LIKE VBFA-PLMIN, "plus/minus flag
END OF ITAB4.
define local variables
DATA: ORDR_QTY LIKE VBEP-WMENG, "order qty
CONF_QTY LIKE VBEP-BMENG, "confirmed qty
NOCONF_QTY LIKE VBEP-BMENG, "qty not confirmed
DELV_QTY LIKE VBEP-WMENG, "qty delivered
NODELV_QTY LIKE VBEP-WMENG, "qty not delivered
REMAIN_QTY LIKE VBEP-WMENG, "qty remain to get conf date
REQ_DATE LIKE VBEP-EDATU, "request date
COM_DATE LIKE VBEP-EDATU, "committed date
DELV_QTY1 LIKE VBEP-WMENG, "preceding delivery qty
REMAIN_QTY1 LIKE VBEP-WMENG, "qty remain to get reqest date
REMAIN_QTY2 LIKE VBEP-WMENG, "qty remain to get commit date
THIRD_QTY LIKE VBEP-WMENG, "3rd party no PO qty
SO_STOCK LIKE MSKA-KALAB, "sales order stock
ZPRICE LIKE VBAP-NETPR, "unit price USD
ADRS1(40) TYPE C, "concatenated city and region
ADRS2(45) TYPE C, "city, region and country
ADRS3(80) TYPE C, "name, city, rgn, ctry
ZCNTR TYPE I. "counter
define select options
SELECTION-SCREEN BEGIN OF BLOCK BLK1 WITH FRAME TITLE TEXT-001.
SELECT-OPTIONS: S_VKORG FOR VBAK-VKORG DEFAULT '1000',
S_VTWEG FOR VBAK-VTWEG DEFAULT '10' NO-DISPLAY,
S_SPART FOR VBAK-SPART DEFAULT '00' NO-DISPLAY,
S_KUNNR FOR VBPA-KUNNR MATCHCODE OBJECT DEBI,
S_KUNWE FOR VBPA-KUNNR MATCHCODE OBJECT DEBI.
SELECTION-SCREEN SKIP.
SELECT-OPTIONS:
S_BZIRK FOR VBKD-BZIRK,
S_PRCTR FOR VBAP-PRCTR,
S_MATNR FOR VBAP-MATNR MATCHCODE OBJECT MAT1,
S_ERNAM FOR VBAK-ERNAM,
S_ERDAT FOR VBAP-ERDAT.
SELECTION-SCREEN END OF BLOCK BLK1.
AT SELECTION-SCREEN.
IF S_KUNNR IS INITIAL AND S_KUNWE IS INITIAL.
MESSAGE E005(ZM) WITH TEXT-100.
ENDIF.
MAIN PROGRAM
INITIALIZATION.
INCLUDE ZSYHEADR.
START-OF-SELECTION.
PERFORM 100_GET_SO_ITEMS.
PERFORM 200_GET_NO_DELIVERY.
PERFORM 300_GET_NO_GOODS_ISSUE.
PERFORM 400_GET_PARTIAL_DELIVERY.
PERFORM 500_GET_THIRD_PARTY.
PERFORM 900_CREATE_LIST.
FORM 100_GET_SO_ITEMS
FORM 100_GET_SO_ITEMS.
get SO's for selected ship-to and sold-to customers
REFRESH TVBPA.
IF NOT S_KUNNR IS INITIAL.
SELECT VBELN POSNR PARVW KUNNR
FROM VBPA INTO TABLE TVBPA
WHERE KUNNR IN S_KUNNR AND PARVW = 'AG' AND VBELN < '0080000000'.
ENDIF.
IF NOT S_KUNWE IS INITIAL.
SELECT VBELN POSNR PARVW KUNNR
FROM VBPA APPENDING TABLE TVBPA
WHERE KUNNR IN S_KUNWE AND PARVW = 'WE' AND VBELN < '0080000000'.
ENDIF.
DESCRIBE TABLE TVBPA LINES ZCNTR.
IF ZCNTR = 0.
WRITE: /1 'No data found for selection'.
STOP.
ENDIF.
eliminate duplicate SO's
LOOP AT TVBPA.
CLEAR ITAB0.
MOVE TVBPA-VBELN TO ITAB0-VBELN.
APPEND ITAB0.
ENDLOOP.
DELETE ADJACENT DUPLICATES FROM ITAB0.
get SO detail
SELECT VBAP~VBELN VBAP~POSNR VBAP~MATNR VBAP~ARKTX VBAP~PSTYV
VBAP~KDMAT VBAP~NETWR VBAP~WAERK VBAP~KWMENG VBAP~ERDAT
VBAP~NETPR VBAP~KPEIN VBAP~PRCTR VBAK~ERNAM VBAK~AUART
VBAK~VKORG VBAK~VTWEG VBAK~VDATU VBAK~BNAME VBAK~KUNNR
VBKD~BZIRK VBKD~KURSK VBKD~BSTKD VBUP~LFGSA VBUP~FKSAA
FROM VBAP INNER JOIN VBUP ON VBUP~VBELN = VBAP~VBELN AND
VBUP~POSNR = VBAP~POSNR
INNER JOIN VBKD ON VBKD~VBELN = VBAP~VBELN AND
VBKD~POSNR = VBAP~POSNR
INNER JOIN VBAK ON VBAK~VBELN = VBAP~VBELN
INTO TABLE ITAB FOR ALL ENTRIES IN ITAB0
WHERE VBAP~VBELN = ITAB0-VBELN AND VBAP~MATNR IN S_MATNR AND
VBAP~ERDAT IN S_ERDAT AND VBAP~PRCTR IN S_PRCTR AND
VBAP~ABGRU = SPACE AND VBKD~BZIRK IN S_BZIRK AND
VBAK~VKORG IN S_VKORG AND VBAK~VTWEG IN S_VTWEG AND
VBAK~SPART IN S_SPART AND VBAK~KUNNR IN S_KUNNR AND
VBAK~ERNAM IN S_ERNAM.
IF SY-SUBRC <> 0.
WRITE: /1 'No data found for selection'.
STOP.
ENDIF.
loop thru SO items
LOOP AT ITAB.
get ship-to customer
IF NOT S_KUNWE IS INITIAL.
CLEAR TVBPA.
READ TABLE TVBPA WITH TABLE KEY VBELN = ITAB-VBELN
POSNR = ITAB-POSNR PARVW = 'WE'.
IF SY-SUBRC <> 0.
READ TABLE TVBPA WITH TABLE KEY VBELN = ITAB-VBELN
POSNR = '000000' PARVW = 'WE'.
ENDIF.
MOVE TVBPA-KUNNR TO ITAB-KUNWE.
ELSE.
CLEAR ITAB-KUNWE.
SELECT SINGLE KUNNR FROM VBPA INTO ITAB-KUNWE
WHERE VBELN = ITAB-VBELN AND POSNR = ITAB-POSNR AND
PARVW = 'WE'.
IF SY-SUBRC <> 0.
SELECT SINGLE KUNNR FROM VBPA INTO ITAB-KUNWE
WHERE VBELN = ITAB-VBELN AND POSNR = '000000' AND
PARVW = 'WE'.
ENDIF.
ENDIF.
IF NOT ITAB-KUNWE IN S_KUNWE.
DELETE ITAB.
CONTINUE.
ENDIF.
get ship-to customer address info
SELECT SINGLE NAME1 ORT01 REGIO LAND1 FROM KNA1
INTO (ITAB-NAME1, ITAB-ORT01, ITAB-REGIO, ITAB-LAND1)
WHERE KUNNR = ITAB-KUNWE.
MODIFY ITAB.
ENDLOOP.
SORT ITAB BY VBELN POSNR.
ENDFORM.
FORM 200_GET_NO_DELIVERY
get detail for SO items w/ no deliveries for order document types
(ZZOR, ZZC1, ZZCO, ZZRP, ZZRW, KE, KR, ZCHP, ZPSO, ZZNC)
FORM 200_GET_NO_DELIVERY.
LOOP AT ITAB WHERE AUART = 'ZZOR' OR AUART = 'ZZC1' OR
AUART = 'ZZCO' OR AUART = 'ZZRP' OR AUART = 'ZZRW' OR
AUART = 'KE' OR AUART = 'KR' OR AUART = 'ZCHP' OR
AUART = 'ZPSO' OR AUART = 'ZZNC'.
select if delivery status = A (not delivered)
IF ITAB-LFGSA = 'A'.
assign values to detail fields
CLEAR ITAB1.
ITAB1-KUNNR = ITAB-KUNNR.
ITAB1-KUNWE = ITAB-KUNWE.
ITAB1-VBELN = ITAB-VBELN.
ITAB1-POSNR = ITAB-POSNR.
IF ITAB-KURSK = 0.
ITAB-KURSK = 1.
ENDIF.
IF ITAB-KPEIN = 0.
ITAB-KPEIN = 1.
ENDIF.
select schedule lines for SO item and write to internal table itab2a
SELECT WADAT VBELN POSNR WMENG BMENG
FROM VBEP INTO TABLE ITAB2A
WHERE VBELN = ITAB-VBELN AND POSNR = ITAB-POSNR.
select sched lines w/request date and write to internal table itab2b
SELECT EDATU VBELN POSNR WMENG
FROM VBEP INTO TABLE ITAB2B
WHERE VBELN = ITAB-VBELN AND POSNR = ITAB-POSNR AND
WMENG <> 0.
select sched lines w/commit date and write to internal table itab2c
SELECT EDATU VBELN POSNR ROMS1
FROM VBEP INTO TABLE ITAB2C
WHERE VBELN = ITAB-VBELN AND POSNR = ITAB-POSNR AND
ROMS1 <> 0.
SORT ITAB2A BY WADAT.
SORT ITAB2B BY EDATU.
SORT ITAB2C BY EDATU.
ORDR_QTY = 0.
CONF_QTY = 0.
NOCONF_QTY = 0.
calculate the unconfirmed qty for a SO item
LOOP AT ITAB2A.
CONF_QTY = CONF_QTY + ITAB2A-BMENG.
ORDR_QTY = ORDR_QTY + ITAB2A-WMENG.
ENDLOOP.
NOCONF_QTY = ORDR_QTY - CONF_QTY.
LOOP AT ITAB2A WHERE BMENG <> 0.
PERFORM GET_REQUEST_DATE TABLES ITAB2B
USING ITAB2A-BMENG REQ_DATE.
PERFORM GET_COMMIT_DATE TABLES ITAB2C
USING ITAB2A-BMENG COM_DATE.
ITAB1-ZDATE1 = REQ_DATE.
ITAB1-ZDATE2 = ITAB2A-WADAT.
ITAB1-ZDATE3 = COM_DATE.
ITAB1-ZQTY1 = ITAB-KWMENG.
ITAB1-ZQTY2 = ITAB2A-BMENG.
ITAB1-ZDESC = 'no delivery, confirmed'.
calculate net value for backlog qty
ZPRICE = ( ITAB-NETPR / ITAB-KPEIN ) * ITAB-KURSK.
ITAB1-ZEXTD = ITAB1-ZQTY2 * ZPRICE.
if order type is consignment return (KR), reverse sign
IF ITAB-AUART = 'KR'.
ITAB1-ZQTY1 = ITAB1-ZQTY1 * -1.
ITAB1-ZQTY2 = ITAB1-ZQTY2 * -1.
ITAB1-ZEXTD = ITAB1-ZEXTD * -1.
ENDIF.
APPEND ITAB1.
ENDLOOP.
get request date for SO item
IF NOCONF_QTY <> 0.
PERFORM GET_REQUEST_DATE TABLES ITAB2B
USING NOCONF_QTY REQ_DATE.
PERFORM GET_COMMIT_DATE TABLES ITAB2C
USING NOCONF_QTY COM_DATE.
ITAB1-ZDATE1 = REQ_DATE.
ITAB1-ZDATE2 = '99991231'.
ITAB1-ZDATE3 = COM_DATE.
ITAB1-ZQTY1 = ITAB-KWMENG.
ITAB1-ZQTY2 = NOCONF_QTY.
ITAB1-ZDESC = 'no delivery, not confirmed'.
calculate net value for backlog qty
ZPRICE = ( ITAB-NETPR / ITAB-KPEIN ) * ITAB-KURSK.
ITAB1-ZEXTD = ITAB1-ZQTY2 * ZPRICE.
if order type is consignment return (KR), reverse sign
IF ITAB-AUART = 'KR'.
ITAB1-ZQTY1 = ITAB1-ZQTY1 * -1.
ITAB1-ZQTY2 = ITAB1-ZQTY2 * -1.
ITAB1-ZEXTD = ITAB1-ZEXTD * -1.
ENDIF.
APPEND ITAB1.
ENDIF.
ENDIF.
ENDLOOP.
ENDFORM.
FORM 300_GET_NO_GOODS_ISSUE
get detail for SO items w/deliveries and no goods issue for
doc types (ZZOR, ZZC1, ZZCO, ZZRP, ZZRW, KE, KR, ZCHP, ZPSO, ZZNC)
FORM 300_GET_NO_GOODS_ISSUE.
get detail for deliveries w/no goods issue
SELECT VBELN WADAT WADAT_IST ERDAT ERZET
FROM LIKP INTO (LIKP-VBELN, LIKP-WADAT, LIKP-WADAT_IST,
LIKP-ERDAT, LIKP-ERZET)
WHERE WADAT_IST = 0.
select if actual qty delivered <> 0
CLEAR LIPS.
SELECT POSNR VGBEL VGPOS LFIMG
FROM LIPS INTO (LIPS-POSNR, LIPS-VGBEL, LIPS-VGPOS, LIPS-LFIMG)
WHERE VBELN = LIKP-VBELN AND LFIMG <> 0.
select if goods movement status on delivery = A (no goods issue)
CLEAR VBUP.
SELECT SINGLE WBSTA FROM VBUP INTO VBUP-WBSTA
WHERE VBELN = LIKP-VBELN AND POSNR = LIPS-POSNR.
IF VBUP-WBSTA = 'A'.
CLEAR ITAB3.
ITAB3-VGBEL = LIPS-VGBEL.
ITAB3-VGPOS = LIPS-VGPOS.
ITAB3-VBELN = LIKP-VBELN.
ITAB3-POSNR = LIPS-POSNR.
ITAB3-WADAT = LIKP-WADAT.
ITAB3-WADAT_IST = LIKP-WADAT_IST.
ITAB3-LFIMG = LIPS-LFIMG.
ITAB3-ERDAT = LIKP-ERDAT.
ITAB3-ERZET = LIKP-ERZET.
APPEND ITAB3.
ENDIF.
ENDSELECT.
ENDSELECT.
SORT ITAB3 BY VGBEL VGPOS VBELN POSNR.
loop thru deliveries w/no goods issue and get SO item detail
LOOP AT ITAB3.
CLEAR ITAB.
READ TABLE ITAB WITH KEY VBELN = ITAB3-VGBEL POSNR = ITAB3-VGPOS.
IF SY-SUBRC <> 0.
IF ITAB-AUART = 'ZZOR' OR ITAB-AUART = 'ZZC1' OR
ITAB-AUART = 'ZZCO' OR ITAB-AUART = 'ZZRP' OR
ITAB-AUART = 'ZZRW' OR ITAB-AUART = 'KE' OR
ITAB-AUART = 'KR' OR ITAB-AUART = 'ZCHP' OR
ITAB-AUART = 'ZPSO' OR ITAB-AUART = 'ZZNC'.
assign values to detail fields
CLEAR ITAB1.
ITAB1-KUNNR = ITAB-KUNNR.
ITAB1-KUNWE = ITAB-KUNWE.
ITAB1-VBELN = ITAB-VBELN.
ITAB1-POSNR = ITAB-POSNR.
IF ITAB-KURSK = 0.
ITAB-KURSK = 1.
ENDIF.
IF ITAB-KPEIN = 0.
ITAB-KPEIN = 1.
ENDIF.
select delivery qty for SO item and write to internal table
SELECT VBELV POSNV VBELN POSNN VBTYP_N RFMNG PLMIN
FROM VBFA INTO TABLE ITAB4
WHERE VBELV = ITAB-VBELN AND POSNV = ITAB-POSNR AND
( VBTYP_N = 'J' OR VBTYP_N = 'T' ).
calculate total delivery qty for SO item
DELV_QTY = 0.
DELV_QTY1 = 0.
LOOP AT ITAB4.
IF ITAB4-VBTYP_N = 'J' OR ( ITAB4-VBTYP_N = 'T' AND
ITAB-AUART = 'KR').
IF ITAB4-PLMIN = '-'.
ITAB4-RFMNG = ITAB4-RFMNG * -1.
ENDIF.
determine if delivery for SO item precedes delivery w/no goods
issue (to determine request date and qty)
CLEAR LIKP.
SELECT SINGLE ERDAT ERZET
FROM LIKP INTO (LIKP-ERDAT, LIKP-ERZET)
WHERE VBELN = ITAB4-VBELN.
IF LIKP-ERDAT < ITAB3-ERDAT OR ( LIKP-ERDAT = ITAB3-ERDAT
AND LIKP-ERZET < ITAB3-ERZET ).
DELV_QTY1 = DELV_QTY1 + ITAB4-RFMNG.
ENDIF.
DELV_QTY = DELV_QTY + ITAB4-RFMNG.
ENDIF.
ENDLOOP.
get request dates for SO item
REFRESH ITAB2B.
SELECT EDATU VBELN POSNR WMENG
FROM VBEP INTO TABLE ITAB2B
WHERE VBELN = ITAB-VBELN AND POSNR = ITAB-POSNR AND
WMENG <> 0.
select sched lines w/commit date and write to itab2c
REFRESH ITAB2C.
SELECT EDATU VBELN POSNR ROMS1
FROM VBEP INTO TABLE ITAB2C
WHERE VBELN = ITAB-VBELN AND POSNR = ITAB-POSNR AND
ROMS1 <> 0.
SORT ITAB2B BY EDATU.
SORT ITAB2C BY EDATU.
loop thru request dates and delete request date entries for
quantity(s) for preceding deliveries
REMAIN_QTY1 = DELV_QTY1.
LOOP AT ITAB2B.
IF ITAB2B-WMENG > REMAIN_QTY1.
ITAB2B-WMENG = ITAB2B-WMENG - REMAIN_QTY1.
MODIFY ITAB2B.
EXIT.
ELSEIF ITAB2B-WMENG = REMAIN_QTY1.
DELETE ITAB2B.
EXIT.
ELSE.
REMAIN_QTY1 = REMAIN_QTY1 - ITAB2B-WMENG.
DELETE ITAB2B.
ENDIF.
ENDLOOP.
loop thru commit dates and delete commit date entries for
quantity(s) for preceding deliveries
REMAIN_QTY2 = DELV_QTY1.
LOOP AT ITAB2C.
IF ITAB2C-ROMS1 > REMAIN_QTY2.
ITAB2C-ROMS1 = ITAB2C-ROMS1 - REMAIN_QTY2.
MODIFY ITAB2C.
EXIT.
ELSEIF ITAB2C-ROMS1 = REMAIN_QTY2.
DELETE ITAB2C.
EXIT.
ELSE.
REMAIN_QTY2 = REMAIN_QTY2 - ITAB2C-ROMS1.
DELETE ITAB2C.
ENDIF.
ENDLOOP.
if planned goods issue date is 0, put qty in non-confirmed
get request date for SO item
IF ITAB3-WADAT <> 0.
PERFORM GET_REQUEST_DATE TABLES ITAB2B
USING ITAB3-LFIMG REQ_DATE.
PERFORM GET_COMMIT_DATE TABLES ITAB2C
USING ITAB3-LFIMG COM_DATE.
ITAB1-ZDATE1 = REQ_DATE.
ITAB1-ZDATE2 = ITAB3-WADAT.
ITAB1-ZDATE3 = COM_DATE.
ITAB1-ZQTY1 = ITAB-KWMENG.
ITAB1-ZQTY2 = ITAB3-LFIMG.
ITAB1-ZDESC = 'delivery, no goods issue'.
ELSE.
PERFORM GET_REQUEST_DATE TABLES ITAB2B
USING ITAB3-LFIMG REQ_DATE.
PERFORM GET_COMMIT_DATE TABLES ITAB2C
USING ITAB3-LFIMG COM_DATE.
ITAB1-ZDATE1 = REQ_DATE.
ITAB1-ZDATE2 = '99991231'.
ITAB1-ZDATE3 = COM_DATE.
ITAB1-ZQTY1 = ITAB-KWMENG.
ITAB1-ZQTY2 = ITAB3-LFIMG.
ITAB1-ZDESC = 'delivery, no goods issue date'.
ENDIF.
calculate net value for backlog qty
ZPRICE = ( ITAB-NETPR / ITAB-KPEIN ) * ITAB-KURSK.
ITAB1-ZEXTD = ITAB1-ZQTY2 * ZPRICE.
if order type is consignment return (KR), reverse sign
IF ITAB-AUART = 'KR'.
ITAB1-ZQTY1 = ITAB1-ZQTY1 * -1.
ITAB1-ZQTY2 = ITAB1-ZQTY2 * -1.
ITAB1-ZEXTD = ITAB1-ZEXTD * -1.
ENDIF.
APPEND ITAB1.
ENDIF.
ENDIF.
ENDLOOP.
ENDFORM.
FORM 400_GET_PARTIAL_DELIVERY
get detail for SO items w/partial deliveries for document types
(ZZOR, ZZC1, ZZCO, ZZRP, ZZRW, KE, KR, ZCHP, ZPSO, ZZNC)
FORM 400_GET_PARTIAL_DELIVERY.
process SO items for selected order types
LOOP AT ITAB WHERE AUART = 'ZZOR' OR AUART = 'ZZC1' OR
AUART = 'ZZCO' OR AUART = 'ZZRP' OR AUART = 'ZZRW' OR
AUART = 'KE' OR AUART = 'KR' OR AUART = 'ZCHP' OR
AUART = 'ZPSO' OR AUART = 'ZZNC'.
select if delivery status = B (partially delivered)
IF ITAB-LFGSA = 'B'.
assign values to detail fields
CLEAR ITAB1.
ITAB1-KUNNR = ITAB-KUNNR.
ITAB1-KUNWE = ITAB-KUNWE.
ITAB1-VBELN = ITAB-VBELN.
ITAB1-POSNR = ITAB-POSNR.
IF ITAB-KURSK = 0.
ITAB-KURSK = 1.
ENDIF.
IF ITAB-KPEIN = 0.
ITAB-KPEIN = 1.
ENDIF.
select delivery qty for SO item and write to internal table
SELECT VBELV POSNV VBELN POSNN VBTYP_N RFMNG PLMIN
FROM VBFA INTO TABLE ITAB4
WHERE VBELV = ITAB-VBELN AND POSNV = ITAB-POSNR AND
( VBTYP_N = 'J' OR VBTYP_N = 'T' ).
calculate total delivery qty for SO item
DELV_QTY = 0.
LOOP AT ITAB4.
IF ITAB4-VBTYP_N = 'J' OR ( ITAB4-VBTYP_N = 'T' AND
ITAB-AUART = 'KR').
IF ITAB4-PLMIN = '-'.
ITAB4-RFMNG = ITAB4-RFMNG * -1.
ENDIF.
DELV_QTY = DELV_QTY + ITAB4-RFMNG.
ENDIF.
ENDLOOP.
select schedule lines for SO item and write to internal table
REFRESH ITAB2A.
SELECT WADAT VBELN POSNR WMENG BMENG
FROM VBEP INTO TABLE ITAB2A
WHERE VBELN = ITAB-VBELN AND POSNR = ITAB-POSNR.
get request dates from schedule line table
REFRESH ITAB2B.
SELECT EDATU VBELN POSNR WMENG
FROM VBEP INTO TABLE ITAB2B
WHERE VBELN = ITAB-VBELN AND POSNR = ITAB-POSNR AND
WMENG <> 0.
get commit dates from schedule line table
REFRESH ITAB2C.
SELECT EDATU VBELN POSNR ROMS1
FROM VBEP INTO TABLE ITAB2C
WHERE VBELN = ITAB-VBELN AND POSNR = ITAB-POSNR AND
ROMS1 <> 0.
SORT ITAB2B BY EDATU.
SORT ITAB2C BY EDATU.
SORT ITAB2A BY WADAT.
loop thru request dates and delete request date entries for
quantity(s) already delivered
REMAIN_QTY1 = DELV_QTY.
LOOP AT ITAB2B.
IF ITAB2B-WMENG > REMAIN_QTY1.
ITAB2B-WMENG = ITAB2B-WMENG - REMAIN_QTY1.
MODIFY ITAB2B.
EXIT.
ELSEIF ITAB2B-WMENG = REMAIN_QTY1.
DELETE ITAB2B.
EXIT.
ELSE.
REMAIN_QTY1 = REMAIN_QTY1 - ITAB2B-WMENG.
DELETE ITAB2B.
ENDIF.
ENDLOOP.
loop thru commit dates and delete request date entries for
quantity(s) already delivered
REMAIN_QTY2 = DELV_QTY.
LOOP AT ITAB2C.
IF ITAB2C-ROMS1 > REMAIN_QTY2.
ITAB2C-ROMS1 = ITAB2C-ROMS1 - REMAIN_QTY2.
MODIFY ITAB2C.
EXIT.
ELSEIF ITAB2C-ROMS1 = REMAIN_QTY2.
DELETE ITAB2C.
EXIT.
ELSE.
REMAIN_QTY2 = REMAIN_QTY2 - ITAB2C-ROMS1.
DELETE ITAB2C.
ENDIF.
ENDLOOP.
ORDR_QTY = 0.
CONF_QTY = 0.
NOCONF_QTY = 0.
calculate the unconfirmed qty for SO item
LOOP AT ITAB2A.
ORDR_QTY = ORDR_QTY + ITAB2A-WMENG.
CONF_QTY = CONF_QTY + ITAB2A-BMENG.
ENDLOOP.
NOCONF_QTY = ORDR_QTY - CONF_QTY.
NODELV_QTY = ORDR_QTY - DELV_QTY.
loop thru schedule lines and process entries with no related
delivery(s)
REMAIN_QTY = DELV_QTY.
LOOP AT ITAB2A.
IF ITAB2A-BMENG <> 0.
IF ITAB2A-BMENG <= REMAIN_QTY.
REMAIN_QTY = REMAIN_QTY - ITAB2A-BMENG.
ELSE.
ITAB2A-BMENG = ITAB2A-BMENG - REMAIN_QTY.
PERFORM GET_REQUEST_DATE TABLES ITAB2B
USING ITAB2A-BMENG REQ_DATE.
PERFORM GET_COMMIT_DATE TABLES ITAB2C
USING ITAB2A-BMENG COM_DATE.
ITAB1-ZDATE1 = REQ_DATE.
ITAB1-ZDATE2 = ITAB2A-WADAT.
ITAB1-ZDATE3 = COM_DATE.
ITAB1-ZQTY1 = ITAB-KWMENG.
ITAB1-ZQTY2 = ITAB2A-BMENG.
ITAB1-ZDESC = 'partial delivery'.
calculate net value for backlog qty
ZPRICE = ( ITAB-NETPR / ITAB-KPEIN ) * ITAB-KURSK.
ITAB1-ZEXTD = ITAB1-ZQTY2 * ZPRICE.
if order type is consignment return (KR), reverse sign
IF ITAB-AUART = 'KR'.
ITAB1-ZQTY1 = ITAB1-ZQTY1 * -1.
ITAB1-ZQTY2 = ITAB1-ZQTY2 * -1.
ITAB1-ZEXTD = ITAB1-ZEXTD * -1.
ENDIF.
APPEND ITAB1.
REMAIN_QTY = 0.
ENDIF.
ENDIF.
ENDLOOP.
if total unconfirmed >= total not delivered, qty is unconfirmed
IF NOCONF_QTY >= NODELV_QTY.
PERFORM GET_REQUEST_DATE TABLES ITAB2B
USING NODELV_QTY REQ_DATE.
PERFORM GET_COMMIT_DATE TABLES ITAB2C
USING NODELV_QTY COM_DATE.
ITAB1-ZDATE1 = REQ_DATE.
ITAB1-ZDATE2 = '99991231'.
ITAB1-ZDATE3 = COM_DATE.
ITAB1-ZQTY1 = ITAB-KWMENG.
ITAB1-ZQTY2 = NODELV_QTY.
ITAB1-ZDESC = 'partial delv, not confirmed'.
calculate net value for backlog qty
ZPRICE = ( ITAB-NETPR / ITAB-KPEIN ) * ITAB-KURSK.
ITAB1-ZEXTD = ITAB1-ZQTY2 * ZPRICE.
if order type is consignment return (KR), reverse sign
IF ITAB-AUART = 'KR'.
ITAB1-ZQTY1 = ITAB1-ZQTY1 * -1.
ITAB1-ZQTY2 = ITAB1-ZQTY2 * -1.
ITAB1-ZEXTD = ITAB1-ZEXTD * -1.
ENDIF.
APPEND ITAB1.
ENDIF.
ENDIF.
ENDLOOP.
ENDFORM.
FORM 500_GET_THIRD_PARTY
get detail for third party SO items
FORM 500_GET_THIRD_PARTY.
process SO items for selected order types
LOOP AT ITAB WHERE PSTYV = 'TAS' AND ( AUART = 'ZZOR' OR
AUART = 'ZZC1' OR AUART = 'ZZCO' OR AUART = 'ZZRP' OR
AUART = 'ZZRW' OR AUART = 'KE' OR AUART = 'KR' OR
AUART = 'ZCHP' OR AUART = 'ZPSO' OR AUART = 'ZZNC' ).
select if billing status <> C (billed)
IF ITAB-FKSAA <> 'C'.
assign values to detail fields
CLEAR ITAB1.
ITAB1-KUNNR = ITAB-KUNNR.
ITAB1-KUNWE = ITAB-KUNWE.
ITAB1-VBELN = ITAB-VBELN.
ITAB1-POSNR = ITAB-POSNR.
IF ITAB-KURSK = 0.
ITAB-KURSK = 1.
ENDIF.
IF ITAB-KPEIN = 0.
ITAB-KPEIN = 1.
ENDIF.
get request dates from schedule line table
REFRESH ITAB2B.
SELECT EDATU VBELN POSNR WMENG
FROM VBEP INTO TABLE ITAB2B
WHERE VBELN = ITAB-VBELN AND POSNR = ITAB-POSNR AND
WMENG <> 0.
get commit dates from schedule line table
REFRESH ITAB2C.
SELECT EDATU VBELN POSNR ROMS1
FROM VBEP INTO TABLE ITAB2C
WHERE VBELN = ITAB-VBELN AND POSNR = ITAB-POSNR AND
ROMS1 <> 0.
SORT ITAB2B BY EDATU.
SORT ITAB2C BY EDATU.
get PO number(s) for SO item and write to internal table
REFRESH ITAB4.
SELECT VBELV POSNV VBELN POSNN VBTYP_N RFMNG PLMIN
FROM VBFA INTO TABLE ITAB4
WHERE VBELV = ITAB-VBELN AND POSNV = ITAB-POSNR AND
VBTYP_N = 'V' AND RFMNG <> 0.
calculate total delivery qty for PO item
DELV_QTY = 0.
LOOP AT ITAB4.
IF ITAB4-PLMIN = '-'.
ITAB4-RFMNG = ITAB4-RFMNG * -1.
ENDIF.
DELV_QTY = DELV_QTY + ITAB4-RFMNG.
ENDLOOP.
loop thru PO's for SO item
LOOP AT ITAB4.
select delivery lines for PO item
SELECT EINDT EBELN EBELP MENGE FROM EKET
INTO (EKET-EINDT, EKET-EBELN, EKET-EBELP, EKET-MENGE)
WHERE EBELN = ITAB4-VBELN AND EBELP = ITAB4-POSNN.
PERFORM GET_REQUEST_DATE TABLES ITAB2B
USING EKET-MENGE REQ_DATE.
PERFORM GET_COMMIT_DATE TABLES ITAB2C
USING EKET-MENGE COM_DATE.
ITAB1-ZDATE1 = REQ_DATE.
ITAB1-ZDATE2 = EKET-EINDT.
ITAB1-ZDATE3 = COM_DATE.
ITAB1-ZQTY1 = ITAB-KWMENG.
ITAB1-ZQTY2 = EKET-MENGE.
ITAB1-ZDESC = '3rd party item'.
calculate net value for backlog qty
ZPRICE = ( ITAB-NETPR / ITAB-KPEIN ) * ITAB-KURSK.
ITAB1-ZEXTD = ITAB1-ZQTY2 * ZPRICE.
APPEND ITAB1.
ENDSELECT.
ENDLOOP.
if total delivery qty < order qty, put remaining in non-confirmed
IF DELV_QTY < ITAB-KWMENG.
THIRD_QTY = ITAB-KWMENG - DELV_QTY.
PERFORM GET_REQUEST_DATE TABLES ITAB2B
USING THIRD_QTY REQ_DATE.
PERFORM GET_COMMIT_DATE TABLES ITAB2C
USING THIRD_QTY COM_DATE.
ITAB1-ZDATE1 = REQ_DATE.
ITAB1-ZDATE2 = '99991231'.
ITAB1-ZDATE2 = COM_DATE.
ITAB1-ZQTY1 = ITAB-KWMENG.
ITAB1-ZQTY2 = THIRD_QTY.
ITAB1-ZDESC = '3rd party item, no PO'.
calculate net value for backlog qty
ZPRICE = ( ITAB-NETPR / ITAB-KPEIN ) * ITAB-KURSK.
ITAB1-ZEXTD = ITAB1-ZQTY2 * ZPRICE.
APPEND ITAB1.
CONTINUE.
ENDIF.
ENDIF.
ENDLOOP.
ENDFORM.
FORM 900_CREATE_LIST
process open business detail and create list
FORM 900_CREATE_LIST.
if internal table is empty, write message and exit
DESCRIBE TABLE ITAB1 LINES ZCNTR.
IF ZCNTR = 0.
WRITE: / 'No Data Found for Selection'.
STOP.
ENDIF.
SORT ITAB1 BY KUNNR KUNWE VBELN POSNR.
loop thru sorted table and create list
LOOP AT ITAB1.
IF ITAB1-ZDATE1 = SPACE.
ITAB1-ZDATE1 = '99991231'.
ENDIF.
IF ITAB1-ZDATE3 = SPACE.
ITAB1-ZDATE3 = '99991231'.
ENDIF.
get SO item detail
CLEAR ITAB.
READ TABLE ITAB WITH KEY VBELN = ITAB1-VBELN
POSNR = ITAB1-POSNR BINARY SEARCH.
print sold-to and ship-to customer header info
AT NEW KUNWE.
CLEAR KNA1.
SELECT SINGLE NAME1 FROM KNA1 INTO KNA1-NAME1
WHERE KUNNR = ITAB1-KUNNR.
CONCATENATE ITAB-ORT01 ITAB-REGIO INTO ADRS1 SEPARATED BY ', '.
CONCATENATE ADRS1 ITAB-LAND1 INTO ADRS2 SEPARATED BY ' '.
CONCATENATE ITAB-NAME1 ADRS2 INTO ADRS3 SEPARATED BY ' '.
FORMAT COLOR 1 INTENSIFIED OFF.
WRITE: /1 'Sold-to:', 10 ITAB1-KUNNR, 18 KNA1-NAME1,
56 'Ship-to:', 65 ITAB1-KUNWE, 73 ADRS3.
FORMAT RESET.
SKIP.
ENDAT.
print out backlog detail
CLEAR T171T.
SELECT SINGLE BZTXT FROM T171T INTO T171T-BZTXT
WHERE SPRAS = SY-LANGU AND BZIRK = ITAB-BZIRK.
WRITE: /1 ITAB1-VBELN,
13(6) ITAB1-POSNR NO-ZERO,
21 ITAB-MATNR,
41 ITAB-ARKTX,
83 ITAB1-ZDATE1,
95 ITAB1-ZDATE3,
107 ITAB1-ZDATE2,
119 ITAB-ERNAM,
129 ITAB-BZIRK, 135 T171T-BZTXT,
157(20) ITAB-BSTKD,
179(12) ITAB1-ZQTY1 DECIMALS 0,
193(12) ITAB1-ZQTY2 DECIMALS 0,
207(16) ITAB1-ZEXTD DECIMALS 2,
225 ITAB1-ZDESC.
AT END OF VBELN.
SKIP.
ENDAT.
print footing at ship-to customer
AT END OF KUNWE.
SUM.
ULINE: /193(12), 207(16).
FORMAT COLOR 1 INTENSIFIED OFF.
WRITE: /1 'Total: Sold-to:', 18 ITAB1-KUNNR,
25 '/', 27 'Ship-to:', 36 ITAB1-KUNWE,
193(12) ITAB1-ZQTY2 DECIMALS 0,
207(16) ITAB1-ZEXTD DECIMALS 2.
FORMAT RESET.
SKIP 2.
ENDAT.
AT LAST.
SUM.
ULINE: /193(12), 207(16).
FORMAT COLOR 1 INTENSIFIED ON.
WRITE: /1 'Report Total:',
193(12) ITAB1-ZQTY2 DECIMALS 0,
207(16) ITAB1-ZEXTD DECIMALS 2.
FORMAT RESET.
ENDAT.
ENDLOOP.
ENDFORM.
FORM GET_REQUEST_DATE
subroutine to get request date for SO item
FORM GET_REQUEST_DATE TABLES FTAB STRUCTURE ITAB2B
USING CONF_QTY REQ_DATE.
DATA: REMAIN LIKE VBEP-WMENG, "qty remaining
CNTR TYPE I, "loop counter
TAB_INDEX TYPE I. "table index
initialize
REMAIN = 0.
REQ_DATE = SPACE.
get first request date from table
TAB_INDEX = 1.
READ TABLE FTAB INDEX TAB_INDEX.
if request date not found, set request date to blank
IF SY-SUBRC <> 0.
REQ_DATE = SPACE.
EXIT.
ELSE.
REQ_DATE = FTAB-EDATU.
ENDIF.
calculate quantity remaining for request date
REMAIN = FTAB-WMENG - CONF_QTY.
if qty remaining > 0, update request date with qty remaining
IF REMAIN > 0.
FTAB-WMENG = REMAIN.
MODIFY FTAB INDEX TAB_INDEX.
if qty remaining = 0, delete request date (so next request
date will be used for next confirmed qty)
ELSEIF REMAIN = 0.
DELETE FTAB INDEX TAB_INDEX.
if qty remaining < 0, find next request date and update
ELSE.
CNTR = 0.
WHILE REMAIN < 0 OR CNTR < 10.
DELETE FTAB INDEX TAB_INDEX.
TAB_INDEX = TAB_INDEX + 1.
READ TABLE FTAB INDEX TAB_INDEX.
REMAIN = REMAIN + FTAB-WMENG.
CNTR = CNTR + 1.
ENDWHILE.
IF REMAIN = 0.
DELETE FTAB INDEX TAB_INDEX.
ELSEIF REMAIN > 0.
FTAB-WMENG = REMAIN.
MODIFY FTAB INDEX TAB_INDEX.
ENDIF.
ENDIF.
ENDFORM.
FORM GET_COMMIT_DATE
subroutine to get commit date for SO item
FORM GET_COMMIT_DATE TABLES CTAB STRUCTURE ITAB2C
USING CONF_QTY COM_DATE.
DATA: REMAIN LIKE VBEP-WMENG, "qty remaining
CNTR TYPE I, "loop counter
TAB_INDEX TYPE I. "table index
initialize
REMAIN = 0.
COM_DATE = SPACE.
get first commit date from table
TAB_INDEX = 1.
READ TABLE CTAB INDEX TAB_INDEX.
if request date not found, set request date to blank
IF SY-SUBRC <> 0.
COM_DATE = SPACE.
EXIT.
ELSE.
COM_DATE = CTAB-EDATU.
ENDIF.
calculate quantity remaining for request date
REMAIN = CTAB-ROMS1 - CONF_QTY.
if qty remaining > 0, update request date with qty remaining
IF REMAIN > 0.
CTAB-ROMS1 = REMAIN.
MODIFY CTAB INDEX TAB_INDEX.
if qty remaining = 0, delete request date (so next request
date will be used for next confirmed qty)
ELSEIF REMAIN = 0.
DELETE CTAB INDEX TAB_INDEX.
if qty remaining < 0, find next request date and update
ELSE.
CNTR = 0.
WHILE REMAIN < 0 OR CNTR < 10.
DELETE CTAB INDEX TAB_INDEX.
TAB_INDEX = TAB_INDEX + 1.
READ TABLE CTAB INDEX TAB_INDEX.
REMAIN = REMAIN + CTAB-ROMS1.
CNTR = CNTR + 1.
ENDWHILE.
IF REMAIN = 0.
DELETE CTAB INDEX TAB_INDEX.
ELSEIF REMAIN > 0.
CTAB-ROMS1 = REMAIN.
MODIFY CTAB INDEX TAB_INDEX.
ENDIF.
ENDIF.
ENDFORM.
END-OF-REPORT.
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