Release finished goods orders

Is there a way to release a finished goods order if it has missing parts?  I would like to release certain orders now, prior to their production so there is no delay once they are finished.  How can I manually go in and release an entire order if there are missing parts and components which are not yet completed?

OPJK check control is applicable only to production or Process order types during the Order Creation and Order release txns.
This is a additional feature inaddition to the Availability check config, so this will not impact the ATP config.
Purchase orders REL is not at all linked to this REL>
Hope this clarifies
Regards
Ratan

Similar Messages

  • Material backflush in production order after finished goods GR

    Dear all,
    I once started similiar topic several months ago, but didn't recieved any response. I'm gonna give it another try, so maybe you'll be able to support me after all.
    So, the situation is like this. We have a production order, in which MC team maintained the materials to consume. The problem is, that very often it comes that we have to use same material part, but under 2-3 different partnumbers. E.G.:
    Production order target: 1000 finished goods
    Required materials: Part A 1000 pcs, Part B1 700 pcs, Part B2 300 pcs, Part C 1000 pcs, Part D1 150 pcs, Part D2 450 pcs, Part D3 400 pcs.
    So yes, in case when it is Part B1, B2 and etc. it means that we're using physically the same part, but under different partnumbers. The problem is, that those material are all coming in pieces, not in meters or anything, and we can't allow to have, for example, 0.7 pcs of any of those materials (cause obviously you can't have 0.7 pcs of LCD panels stored in the warehouse).
    It wouldn't be a problem if we could just confirm all operations in production order in 1 batch, but production order is being confirmed partially, every time the pallet with finished goods is being released from production line (we have integrated system, that sends requests to SAP to confirm specific quantity of finished goods in production order). So, as an example, if 1 pallet contains 15 pcs of finished goods, you have 67 confirmations for production order [(66*15)+(1*10)]. And, since all those materials come in PCS, SAP is rounding up consumption if it has decimal, which leads to wrong materials consumption.
    Initially, I had an idea of adding 1 more operation in production order, which was supposed to be a manual use only, after finished goods GR, and MC team supposed to assign those B1\B2 and etc. material to this operation  E.G.:
    Operation 0010 - consume material from work center A
    Operation 0020 - consume material from work center B
    Operation 0030 - finished goods GR (milestone)
    Operation 0040 - consume material from work center C
    My idead was rejected, since I was told that after GR for finished goods is done and you continue consuming materials in production order - it will not be shown in financial reporting (don't know the details, it was quite a straight reject, without much explanation).
    So, question is - is there a way to consume materials after finished goods GR without creating mess in financial reporting, or if not - what other options do I have?
    thank you in advance

    Hi Valentin,
    After GR also you can do goods issue. Till the order status is CLSD (Closed) you can book cost on to the order.
    Two ways to consume materials on order.
    In order component overview maintain the required part number with quantity. GI as can done with reference to order MB1A 261 movement type.
    Directly do GI with MB1A -261 movement type - Input the order number, material number and qty.
    Refer to the below discussion on unplanned GI which was discussed yesterday,
    http://scn.sap.com/message/14850196#14850196
    Thank & Regards,
    Ramagiri

  • Free finish goods for certain level of sales order amount.

    Hi Gurus,
    I want to add some free finish goods if the sales order amount is greather than a certain amount for OR sales order type
    For example : if the sales order net amount is greather than 1000 - I want to automaticaly add a FG - 347234FG .
    Is it possible without having SAP retail module ?

    Khaled is right for details refer to sap help page:
    http://help.sap.com/saphelp_46c/helpdata/en/dd/55fa68545a11d1a7020000e829fd11/frameset.htm
    Good luck!

  • How to get unit cost for finished goods in prod order

    HI all,
    IN a production order of type PP04, there is cost analysis you can get from CO03.  This shows the cost for finished goods and BOM components.  Would anyone know how the cost for finished goods are calculated ?  The issue i have is that the unit cost of the finished goods is not correct.  It is higher than what it should be.  I looked at the moving avg price at material master but the cost used in calculation is different than in material master.   Can anyone shed light how finished goods are calculated and why it is picking up a higher unit cost ?  Where is the higher cost coming from  for finished goods material as shown in CO03 ?  The BOM materials are picking unit cost correctly.  Would this have anything to do with cost settlement ?
    thank you.
    joyce

    Hi,
    Finished goods price will depend on BOM componenet price,  activity price and overhead price. Check whether this prices are picking correctly or not.
    Regards,
    Sreekanth

  • Finished goods procurement - Not htrough Third party order

    Hi
    The scenario:
    The client purchases some Finished goods,which they are not manufacturing, directly from vendor, (i.e.) the sale sorder requirement for some Finished goods are directly procured from vendor and they require those items to be receipted back from vendor in sales order stock.Then they will deliver to customer.
    In normal third party order , i think the Sales order triggers back to back PR with Account Assignment for statistical delivery and Item category 'S', third party. In these cases can we have the physical stock of the material in our Storage location in sales order stock and delivery can happen from thereon.
    Please inform me the configuration for the same and any solution to map the process.
    Thanks very much in advance
    regards
    arvind

    hi ,
    this is individual purchase order scenario....
    while creating sales order you have to change item category from TAN to TAB.
    then automatically PR created in sales order...
    that you can see in VA02 ---scheduline category view.
    then you create PO.
    goods receipt.
    create outbound delivery in  VL01N.( with reference to order).
    Create Billing to customer
    otherwise you create material master  as follows.
    material type --- Trading goods.
    General item category--- BANC.
    item category-- TAB.
    rewarws if helpful

  • Planing statergy - make to order- finished goods

    Dear Guys,
    The scenario is as follows
    Finished Goods - Make to order
    Raw Material and Semi must be procured or produced before sales order arrives for Fert
    we are using APO with discrete manufacturing
    which planning statergy can we use for this scenario in the material master  in R/3 and APO
    shall we use 52 and 40
    or is there any other right planing statergy is available
    Thanks in advance
    Raj

    Dear Raj,
    Planning statergy both  52 and 40 are used in make to stock .
    For your requirement u can use planning  stg 50 (Planning with out final assembly.) in R/3.  i am not sure with APO.
    Do to the  following settings in the material master in R/3,
    1.Set planning statergy - 50 for FERT in MRP view.
    2. Maitiain consumption parameters.
    3. since u have to make a stock for SEMI before sale order receives u have set set The Individual/coll. indicator = 2 in MRP View for SEMI AND RAW MATERIALS  not for FERT.
    regards
    pradeep

  • Can we run a finished good ATP check based on a full pallet at Sales order level

    Hi Folks,
    I have a requirement from business stating that "is it possible to run a finished good ATP check based (for ex.) on a full pallet when the alternative UOM is maintained in the material master for the finished goods.  For ex. 20 kg = 1 pallet".
    Now I know about the transactions POP1 & POF1 used in packing. But I want to know can we include the pallets & run an ATP check at SO level for the handling unit created altogether?
    Kindly suggest
    Thanks & regards
    Ashwin Vyas

    Hi Phanikumar,
    The customer has given a crude requirement as off now & asked to investigate. So i would like to explore the possible solutions.
    However, i would like to know is packing at SO level can be a solution to this requirement.
    Also, I agree with your comment that "In Normal--Availability can happen on BASE UNIT OF MEASURE", in addition to that here in this case the availability check is marked for the pallets in master data.
    Thanks
    Ashwin Vyas

  • Split valuation for Finished Goods - Target cost was not updated

    Hi,
    We are following split valuation for 'Finished goods'.
    Valuation typte 1 is for 'manufacture' and
    Valuation type 2 is for 'External procurement'
    For production orders with this material, we are not getting target costs. It is showing zero.
    We have done release of standard cost estimate before creation of production orders and goods receipt for these orders. But still it is not updating.
    Pls guide me.
    Regards
    MadhuSekhar Gupta

    Hi,
    Thanks for your reply.
    At the time of variance calculation only the credit part of target cost will update and at the time of goods receipt debit part of the target cost will update.
    Our client has done goods receipt but debit part of the target cost was not updated. and the order status is DLV.
    I simulated the scenario in QAS by creating new finished goods materials (Industry-Construction) one is with split valuation and another is without split valuation, then the debit part of target cost was updated at the time of goods receipt and credit part was updated at the time of variance calculation for both the materials. So this problem was not arised because of split valuation.
    Was this problem arising because of the material master data, because for one material it is updating and for another it is not for the same configuration?
    Regards
    MadhuSekhar Gupta
    Edited by: gms gupta on Oct 22, 2011 3:39 PM
    Edited by: gms gupta on Oct 22, 2011 3:41 PM

  • Kanban for finished goods (discrete manufacturing)

    Hi gurus,
    I am using kanban for finished goods(with MRP) to triggers production order(discrete manufacturing). If i set the status "empty" system is creating a planned order directly. It is not coming for MRP run. I suppose, that planned order should be created through MRP run(since i am using kanban with MRP). Can you please tell what settings i need to be checked?
    Regards
    Rajib Pathak

    Hi,
    Pls. find details about settings for KANBAN With MRP:
    KANBAN With MRP
    Prerequisites
    In this process, the storage location assigned to the supply area is not excluded from MRP.
    If a material is planned and procured with MRP, you must make the following settings:
    You must maintain a valid MRP type for the material. This means, the setting "ND" (No planning) is not allowed.
    You must maintain all other control parameters required for MRP for the material.
    You must maintain a repetitive manufacturing profile (in the MRP data screen) for replenishment strategies with a cost collector (in-house production with run schedule quantities, manual KANBAN). In the SAP standard system, a profile is available that is specially intended for KANBAN, that is, using this profile, the system creates a cost collector without a run schedule header.
    Features
    Here, the total production quantity or the procurement quantities of a certain period are planned in the planning run and the replenishment elements are also created in the planning run. For in-house production, you can use either Repetitive Manufacturing or production orders to plan the production quantities per period. For external procurement, all the standard replenishment elements are available. The replenishment elements created in the planning run, however, are not intended to trigger production or replenishment directly. Instead, they exist to provide the supply source with a preview. Actual production and material flow are controlled and triggered by setting the kanban to FULL and EMPTY. Backflushes and goods receipts are posted with no reference to the kanban. This means that you can backflush daily quantities, for example.
    In this procedure, the following is valid for materials with BOMs:
    Components that are used in KANBAN materials can be planned using any one of the MRP procedures. However, the system has to be organized so that the supply source does not produce the material for the replenishment element created in MRP immediately but awaits the kanban request.
    As the system creates preview data in the procedure with MRP, it is particularly useful for replenishment with run schedule quantities (Repetitive Manufacturing) and scheduling agreement releases.
    HOpe this helps.
    Regards,
    Tejas

  • Actual Cost of finished goods in MIGO

    Hi,
    The value of Finished material in FI Document generated in MIGO takes the (Goods Receipt Quantity) X (Planned/Moving average Price from material master), Where as it should take the Total Actual Price calculated after Order Confirmation Based on Actual Material Purchase Price & Actual Activity Posting Value.
    For example:
    Present scenario
    Material-> MIGO QTY>Moving Avg Price -->MIGO FI Document Value
    Finished> 1000  EA> Rs. 10/ EA--
    >Rs. 10,000=00
    Required Scenario:
    MIGO FI Document value= (Purchase Value of Raw Material)+ ((Activity Posted while Confirmation)X(Activity price))
    Thanks.

    Hi,
    What u said is right Mr Kapil.. See when u do GR From Production Order System Calculate Moving Price or Planned Price from
    material Matser .
    As per ur Reuirement u told it should calculate (Raw Material Price + activity+OVHD).
    it is possible only when order quantity is less , suppose say your order qty is 150 mt per day and your Plant capacity is 500mt
    per day production will be done in a half day, sale can be done on same day after Production with the formula what u told.
    If suppose say , Your order is 2000 ton of Oil , it will take u to complete 4 days for your Total production as you told, GR should
    be done on (Raw Material Price + activity+OVHD) formula, you dont know exact activity price for 2000 ton until u finish your total
    production, at the same time until u do GR sales cannot be done. So in SAP Gr is intially done on Moving Average Or Planned
    (Standard Price) , After totla Prodcution GR is Compared with Actual Cost(Raw Material Price + activity+OVHD)= :"Variance".
    Plus are MInus is Reduced or added to Finished Goods Account or PP account during Settlement.
    If any wrong Pls Correct me Experts,
    Pavan

  • RG1 summary of Finished goods-report.

    Hi Folks,
    RG1 summary of Finished goods-report.
    The closing balance for a particular material number during the month Jan 2007 is showing 1.00 but the opening balance for the same material number during the month February 2007 is showing 0.00 but not 1.00.
    I mean to say the closing balance in January 2007 is not carrying forward into the month Feb 2007.May I know how to go ahead with this problem.
    What is the concept of UPDATE RULES of the table.?
    The previous developer has developed the following report.
    REPORT zxxx MESSAGE-ID z_apd.
    *& Includes *
    INCLUDE <icon>.
    *& Tables *
    TABLES : j_1irg1,
    j_2irg1bal,
    z2irg1bal,
    ser03,
    objk.
    *& Selection Screen *
    SELECTION-SCREEN : BEGIN OF BLOCK blk1 WITH FRAME TITLE text-001.
    PARAMETERS : p_exgrp TYPE j_1irg1-exgrp OBLIGATORY,
    p_stdate LIKE sy-datum OBLIGATORY,
    p_endate LIKE sy-datum OBLIGATORY.
    SELECT-OPTIONS s_chapid FOR j_1irg1-chapid .
    SELECTION-SCREEN : END OF BLOCK blk1.
    *& Data Declaration *
    Internal Tables
    DATA : it_display TYPE TABLE OF zj1irg1,
    it_final TYPE TABLE OF zj1irg1,
    it_alv TYPE TABLE OF zj1irg1,
    Work Areas
    wa_display TYPE zj1irg1,
    wa_alv TYPE zj1irg1,
    it_display1 TYPE TABLE OF zj1irg1,
    wa_display1 TYPE zj1irg1,
    wa_alv1 TYPE zj1irg1.
    DATA: BEGIN OF it_itab OCCURS 0.
    INCLUDE STRUCTURE zj1irg1.
    DATA: END OF it_itab.
    DATA : BEGIN OF itab1 OCCURS 0,
    matnr LIKE j_1irg1-matnr,
    END OF itab1.
    DATA : BEGIN OF itab2 OCCURS 0,
    cpudt LIKE j_1irg1-cpudt,
    END OF itab2.
    DATA : BEGIN OF itab3 OCCURS 0.
    INCLUDE STRUCTURE j_1irg1.
    DATA: END OF itab3.
    DATA : itab4 LIKE j_1irg1 OCCURS 0 WITH HEADER LINE,
    itab5 LIKE j_1irg1 OCCURS 0 WITH HEADER LINE.
    DATA : BEGIN OF itab6 OCCURS 0.
    INCLUDE STRUCTURE j_1irg1.
    DATA : sernr LIKE objk-sernr.
    DATA: END OF itab6.
    DATA : BEGIN OF itab61 OCCURS 0.
    INCLUDE STRUCTURE j_1irg1.
    DATA: sernr LIKE objk-sernr.
    DATA: END OF itab61.
    DATA : itab7 LIKE j_2irg1bal OCCURS 0 WITH HEADER LINE,
    it_bal LIKE j_2irg1bal OCCURS 0 WITH HEADER LINE,
    it_bal1 LIKE j_2irg1bal OCCURS 0 WITH HEADER LINE.
    DATA: qty_menge LIKE j_1irg1-menge,
    iss_menge LIKE j_1irg1-menge,
    tot_menge LIKE j_1irg1-menge,
    op_menge LIKE j_1irg1-menge,
    matnr LIKE j_1irg1-matnr,
    exgrp LIKE j_1irg1-exgrp ,
    cpudt LIKE j_1irg1-cpudt.
    *for checcking lines of itab
    DATA: n1 TYPE i.
    Others
    DATA : v_bwart TYPE mseg-bwart,
    v_index TYPE i,
    v_index1 TYPE i,
    count(4) TYPE n VALUE '0',
    neg TYPE char1 VALUE '-',
    menge TYPE char16,
    count_1 TYPE i,
    count_2 TYPE i,
    count_3 TYPE i,
    count12(4) TYPE n VALUE '0',
    count13(4) TYPE n VALUE '0'.
    *Ranges
    RANGES: v_bwart1 FOR mseg-bwart.
    For ALV Display
    DATA : gs_variant TYPE disvariant,
    gs_layout TYPE lvc_s_layo,
    c_stk TYPE scrfname VALUE 'ZRG1',
    custom_container TYPE REF TO cl_gui_custom_container.
    CLASS lcl_event_receiver DEFINITION DEFERRED.
    DATA : grid1 TYPE REF TO cl_gui_alv_grid,
    event_receiver TYPE REF TO lcl_event_receiver,
    ok_code TYPE sy-ucomm,
    it_fieldcatalog TYPE lvc_t_fcat,
    wafieldcatlog TYPE LINE OF lvc_t_fcat,
    lt_rows TYPE lvc_t_row,
    wa_rows TYPE LINE OF lvc_t_row.
    *& Start of Selection *
    START-OF-SELECTION.
    IMPORT s_chapid FROM MEMORY ID 'SCHAPID'.
    PERFORM get_data.
    IF it_display[] IS INITIAL.
    No Details Available
    MESSAGE i017(z_apd) WITH text-005.
    STOP.
    ELSE.
    Display the Details on the Screen
    sort it_display by matnr.
    *sort it_display by cpudt RISINDR RISINDI matnr.
    LOOP AT it_display INTO wa_display.
    ON CHANGE OF wa_display-matnr.
    *insert
    *Check record exits
    SELECT SINGLE * FROM z2irg1bal
    WHERE
    exgrp = exgrp AND
    matnr = matnr AND
    form = 'P' AND
    cb_finish = tot_menge AND
    datum = cpudt.
    *If record does not exists
    *Update balance Table.
    IF count12 GE 1.
    IF sy-subrc NE 0.
    z2irg1bal-mandt = sy-mandt.
    z2irg1bal-exgrp = exgrp.
    z2irg1bal-matnr = matnr.
    z2irg1bal-form = 'P'.
    z2irg1bal-cb_finish = tot_menge.
    z2irg1bal-datum = cpudt.
    INSERT z2irg1bal ."values wa_display.
    COMMIT WORK.
    ENDIF.
    Start of Insertion
    IF sy-subrc EQ 0.
    z2irg1bal-mandt = sy-mandt.
    z2irg1bal-exgrp = exgrp.
    z2irg1bal-matnr = matnr.
    z2irg1bal-form = 'P'.
    z2irg1bal-cb_finish = tot_menge.
    z2irg1bal-datum = cpudt.
    UPDATE z2irg1bal SET cb_finish = z2irg1bal-cb_finish
    WHERE exgrp = z2irg1bal-exgrp AND
    datum = z2irg1bal-datum AND
    matnr = z2irg1bal-matnr AND
    form = 'P'.
    ENDIF.
    End of Insertion.
    ENDIF.
    CLEAR: qty_menge,
    iss_menge,
    tot_menge,
    count,
    matnr,
    cpudt,
    exgrp.
    ENDON.
    loop at itab6.
    AT NEW matnr.
    v_index = 1.
    count = count + 1 .
    ENDAT.
    IF v_index = 1.
    CLEAR v_index.
    *INsert for adding start
    IF wa_display-risind = 'R'.
    *wa_display-OP_FINISH = wa_display-OP_FINISH +
    wa_display-CB_FINISH +
    wa_display-MENGE.
    wa_display-op_finish = wa_display-menge.
    qty_menge = wa_display-op_finish.
    IF wa_display-status = space.
    tot_menge = tot_menge + qty_menge + wa_display-cb_finish .
    ELSE.
    tot_menge = tot_menge - qty_menge + wa_display-cb_finish.
    ENDIF.
    *tot_menge = op_menge.
    op_menge = tot_menge.
    ELSE.
    *Qty Issued
    wa_display-op_bond = wa_display-op_finish - wa_display-menge.
    IF wa_display-op_bond LT 0.
    iss_menge = wa_display-op_bond.
    iss_menge = ABS( iss_menge ).
    *Start of modification
    tot_MENGE = tot_MENGE - iss_MENGE ."
    IF count LE 1.
    tot_menge = wa_display-cb_finish - iss_menge ."
    ELSE.
    tot_menge = tot_menge - iss_menge ."
    ENDIF.
    *End of modification
    op_menge = tot_menge.
    ENDIF.
    ENDIF.
    *wa_display-MENGE_FINI = wa_display-OP_FINISH - wa_display-OP_BOND.
    *tot_MENGE = tot_MENGE + qty_MENGE - iss_MENGE .
    wa_display-menge_fini = tot_menge.
    **matnr for insert
    matnr = wa_display-matnr.
    *excise group
    exgrp = wa_display-exgrp.
    *Date
    cpudt = wa_display-cpudt.
    *Opening Balance
    *Insert start
    *if count le 1.
    if wa_display-RISIND = 'R'.
    wa_display-CB_FINISH = wa_display-CB_FINISH + qty_MENGE.
    else.
    wa_display-CB_FINISH = wa_display-CB_FINISH - iss_MENGE.
    endif.
    *endif.
    *Insert End
    IF count GT 1.
    IF wa_display-risind = 'R'.
    wa_display-cb_finish = tot_menge - qty_menge.
    ELSE.
    wa_display-cb_finish = tot_menge + iss_menge.
    ENDIF.
    ENDIF.
    *check it_display-SERIALNO = wa_display-SERIALNO.
    MODIFY it_display FROM wa_display.
    *INsert for adding end
    *move-corresponding wa_display to it_itab.
    *append it_itab.
    *check it_itab-SERIALNO = wa_display-SERIALNO.
    *if sy-subrc = 0.
    *endif.
    *Insert to update closng to balance to Rg1bal table
    *start
    count12 = count12 + 1.
    *for last record
    AT LAST.
    *Check record exits
    SELECT SINGLE * FROM z2irg1bal
    WHERE
    exgrp = exgrp AND
    matnr = matnr AND
    form = 'P' AND
    cb_finish = tot_menge AND
    datum = cpudt.
    *If record does not exists
    *Update balance Table.
    IF count12 GE 1.
    IF sy-subrc NE 0.
    z2irg1bal-mandt = sy-mandt.
    z2irg1bal-exgrp = exgrp.
    z2irg1bal-matnr = matnr.
    z2irg1bal-form = 'P'.
    z2irg1bal-cb_finish = tot_menge.
    z2irg1bal-datum = cpudt.
    INSERT z2irg1bal ."values wa_display.
    COMMIT WORK.
    Start of Insertion
    IF sy-subrc EQ 0.
    z2irg1bal-mandt = sy-mandt.
    z2irg1bal-exgrp = exgrp.
    z2irg1bal-matnr = matnr.
    z2irg1bal-form = 'P'.
    z2irg1bal-cb_finish = tot_menge.
    z2irg1bal-datum = cpudt.
    UPDATE z2irg1bal SET cb_finish = z2irg1bal-cb_finish
    WHERE exgrp = z2irg1bal-exgrp AND
    datum = z2irg1bal-datum AND
    matnr = z2irg1bal-matnr AND
    form = 'P'.
    ENDIF.
    End of Insertion
    ENDIF.
    ENDIF.
    ENDAT.
    *Insert to update closng to balance to Rg1bal table
    *end
    MOVE-CORRESPONDING wa_display TO wa_alv.
    APPEND wa_alv TO it_alv.
    append itab6 to it_alv.
    ENDIF.
    ENDLOOP.
    loop at it_alv into wa_alv.
    wa_alv-exgrp = wa_alv-exgrp.
    wa_alv-SYEAR = wa_alv-syear.
    wa_alv-SERIALNO = wa_alv-SERIALNO.
    endloop.
    EXPORT it_alv TO MEMORY ID 'ABCD'.
    call screen 100.
    ENDIF.
    *& End of Selection *
    END-OF-SELECTION.
    *& Class Definition *
    CLASS lcl_event_receiver DEFINITION.
    PUBLIC SECTION.
    METHODS:
    handle_toolbar
    FOR EVENT toolbar OF cl_gui_alv_grid
    IMPORTING e_object e_interactive,
    handle_user_command
    FOR EVENT user_command OF cl_gui_alv_grid
    IMPORTING e_ucomm,
    handle_double_click
    FOR EVENT double_click OF cl_gui_alv_grid
    IMPORTING e_row e_column.
    PRIVATE SECTION.
    ENDCLASS. "lcl_event_receiver DEFINITION
    *& Class Implementation *
    CLASS lcl_event_receiver IMPLEMENTATION.
    METHOD handle_toolbar.
    Local Variables
    DATA: ls_toolbar TYPE stb_button.
    append a separator to normal toolbar
    CLEAR ls_toolbar.
    MOVE 3 TO ls_toolbar-butn_type.
    APPEND ls_toolbar TO e_object->mt_toolbar.
    append an icon to to show printing
    CLEAR ls_toolbar.
    MOVE 'PRINT' TO ls_toolbar-function.
    MOVE icon_print TO ls_toolbar-icon.
    MOVE 'Print Receipts' TO ls_toolbar-quickinfo.
    MOVE ' Print' TO ls_toolbar-text.
    MOVE ' ' TO ls_toolbar-disabled.
    APPEND ls_toolbar TO e_object->mt_toolbar.
    ENDMETHOD. " Handle_toolbar
    METHOD handle_user_command.
    CASE e_ucomm.
    WHEN 'PRINT'.
    REFRESH : lt_rows , it_final.
    CALL METHOD grid1->get_selected_rows
    IMPORTING
    et_index_rows = lt_rows.
    CALL METHOD cl_gui_cfw=>flush.
    LOOP AT lt_rows INTO wa_rows.
    READ TABLE it_alv INDEX wa_rows-index INTO wa_alv.
    LOOP AT it_display INTO wa_display
    WHERE mblnr = wa_alv-mblnr.
    APPEND wa_display TO it_final.
    ENDLOOP.
    ENDLOOP.
    perform display_form.
    ENDCASE.
    ENDMETHOD. "handle_user_command
    METHOD handle_double_click.
    IF e_column = 'MBLNR'.
    READ TABLE it_alv INDEX e_row-index INTO wa_alv.
    IF sy-subrc = 0.
    REFRESH it_final.
    LOOP AT it_display INTO wa_display
    WHERE mblnr = wa_alv-mblnr.
    APPEND wa_display TO it_final.
    ENDLOOP.
    PERFORM call_migo.
    ENDIF.
    ENDIF.
    ENDMETHOD. "handle_double_click
    ENDCLASS. "lcl_event_receiver IMPLEMENTATION
    *& Form get_data
    text
    --> p1 text
    <-- p2 text
    FORM get_data .
    *Select only for matnr and chapid from table
    SELECT matnr FROM j_1irg1
    APPENDING CORRESPONDING FIELDS OF TABLE itab1
    WHERE exgrp = p_exgrp
    AND
    WERKS = P_WERKS
    and
    MATNR in s_MATNR
    and
    CPUDT in s_CPUDT.
    cpudt BETWEEN p_stdate AND p_endate
    AND
    *Chapid
    chapid IN s_chapid
    ORDER BY matnr.
    SORT itab1 BY matnr. " for performance
    DELETE ADJACENT DUPLICATES FROM itab1 COMPARING matnr .
    SELECT cpudt FROM j_1irg1
    APPENDING CORRESPONDING FIELDS OF TABLE itab2
    WHERE exgrp = p_exgrp
    AND
    cpudt BETWEEN p_stdate AND p_endate
    AND
    *Chapid
    chapid IN s_chapid
    ORDER BY cpudt.
    SORT itab2 BY cpudt. " for Performance
    DELETE ADJACENT DUPLICATES FROM itab2 COMPARING cpudt .
    LOOP AT itab1.
    LOOP AT itab2.
    *on change of itab1-matnr or itab2-cpudt.
    *select * from J_1IRG1
    CLEAR itab3.
    SELECT * FROM j_1irg1
    *into itab3
    APPENDING CORRESPONDING FIELDS OF TABLE itab3
    WHERE matnr = itab1-matnr
    AND
    cpudt = itab2-cpudt.
    *count = count + 1.
    IF sy-subrc EQ 0.
    LOOP AT itab3.
    *count = count + 1.
    *READ TABLE itab3 INDEX count."1.
    IF itab3-risind = 'R'.
    MOVE-CORRESPONDING itab3 TO itab4.
    APPEND itab4.
    DELETE itab3.
    MOVE-CORRESPONDING itab4 TO itab6.
    APPEND itab6.
    CLEAR itab4.
    ELSE.
    MOVE-CORRESPONDING itab3 TO itab5.
    APPEND itab5.
    DELETE itab3.
    MOVE-CORRESPONDING itab5 TO itab6.
    APPEND itab6.
    CLEAR itab5.
    ENDIF.
    ENDLOOP.
    ENDIF.
    *endon.
    ENDLOOP.
    ENDLOOP.
    SELECT * FROM z2irg1bal
    APPENDING CORRESPONDING FIELDS OF TABLE itab7
    WHERE exgrp = p_exgrp
    AND
    datum LE p_stdate
    ORDER BY datum.
    SORT itab7 BY datum.
    DELETE ADJACENT DUPLICATES FROM itab7 COMPARING datum .
    *insert Start
    LOOP AT itab6.
    DELETE itab7 WHERE matnr NE itab6-matnr.
    ENDLOOP.
    *insert End
    *insert Start
    LOOP AT itab6.
    CLEAR itab61. REFRESH itab61.
    CLEAR wa_display.
    MOVE-CORRESPONDING itab6 TO wa_display.
    EQPT Serno
    count13 = 1.
    SELECT SINGLE obknr FROM ser03 INTO ser03-obknr WHERE
    mblnr EQ itab6-mblnr
    AND mjahr EQ itab6-mjahr.
    IF sy-subrc EQ 0.
    SELECT sernr FROM objk INTO CORRESPONDING
    FIELDS OF TABLE itab61 WHERE
    obknr EQ ser03-obknr.
    DESCRIBE TABLE itab61 LINES n1.
    *do N1 times.
    LOOP AT itab61.
    IF count13 EQ 1.
    wa_display-sernr = itab61-sernr.
    ENDIF.
    IF count13 EQ 2.
    wa_display-sernr1 = itab61-sernr.
    ENDIF.
    IF count13 EQ 3.
    wa_display-sernr2 = itab61-sernr.
    ENDIF.
    IF count13 EQ 4.
    wa_display-sernr3 = itab61-sernr.
    ENDIF.
    IF count13 EQ 5.
    wa_display-sernr4 = itab61-sernr.
    ENDIF.
    IF count13 EQ 6.
    wa_display-sernr5 = itab61-sernr.
    ENDIF.
    IF count13 EQ 7.
    wa_display-sernr6 = itab61-sernr.
    ENDIF.
    if count13 eq 8.
    objk-SERNR8 = objk-SERNR.
    endif.
    if count13 eq 9.
    objk-SERNR9 = objk-SERNR.
    endif.
    count13 = count13 + 1.
    endselect.
    ENDLOOP.
    *enddo.
    ENDIF.
    endif.
    *End of Modification Eqpt Serial No
    MOVE-CORRESPONDING itab6 TO wa_display.
    SELECT * FROM z2irg1bal
    APPENDING CORRESPONDING FIELDS OF TABLE it_bal1
    WHERE matnr = itab6-matnr
    AND datum LE p_stdate
    AND exgrp = itab6-exgrp.
    SORT it_bal1 DESCENDING .
    READ TABLE it_bal1 INDEX 1.
    ON CHANGE OF itab6-matnr .
    wa_display-cb_finish = it_bal1-cb_finish.
    ENDON.
    AT LAST ."matnr.
    wa_display-cb_finish = it_bal1-cb_finish.
    ENDAT.
    APPEND wa_display TO it_display .
    CLEAR wa_display-cb_finish.
    CLEAR it_bal1. REFRESH it_bal1.
    ENDLOOP.
    SELECT * FROM j_1irg1
    APPENDING CORRESPONDING FIELDS OF TABLE it_itab
    WHERE exgrp = p_exgrp
    AND
    cpudt BETWEEN p_stdate AND p_endate.
    DESCRIBE TABLE it_itab[] LINES count_1.
    count_3 = count_1 + 1.
    DESCRIBE TABLE it_display[] LINES count_2.
    IF it_display IS NOT INITIAL.
    DELETE it_display FROM count_3 TO count_2.
    ENDIF.
    *start of insertion
    DELETE it_display WHERE status = 'C'.
    LOOP AT it_display INTO wa_display.
    CLEAR wa_display-cb_finish.
    MODIFY it_display FROM wa_display.
    ON CHANGE OF wa_display-matnr .
    SELECT * FROM z2irg1bal
    INTO CORRESPONDING FIELDS OF TABLE it_bal1
    WHERE matnr = wa_display-matnr
    AND datum LE p_stdate
    AND exgrp = wa_display-exgrp.
    IF sy-subrc = 0.
    SORT it_bal1 DESCENDING .
    READ TABLE it_bal1 INDEX 1.
    wa_display-cb_finish = it_bal1-cb_finish.
    MODIFY it_display FROM wa_display.
    ENDIF.
    ENDON.
    ENDLOOP.
    *End of insertion
    ENDFORM. " get_data
    *& Module STATUS_0100 OUTPUT
    text
    MODULE status_0100 OUTPUT.
    SET PF-STATUS 'ZRG1'.
    SET TITLEBAR 'ZRG1'.
    DATA: lt_exclude TYPE ui_functions.
    IF custom_container IS INITIAL.
    Create the Custom Container
    CREATE OBJECT custom_container
    EXPORTING
    container_name = c_stk.
    Create an instance of alv control
    CREATE OBJECT grid1
    EXPORTING
    i_parent = custom_container.
    Layout Settings
    gs_layout-sel_mode = 'A'. " Multiple Lines
    MOVE 'RG1 Register' TO gs_layout-grid_title.
    Prepare the Field Catalog
    PERFORM prepare_catalog.
    To Exclude the PRINT Button from the Standard toolbar of ALV
    PERFORM exclude_tb_functions CHANGING lt_exclude.
    Display the List for ALV Display
    CALL METHOD grid1->set_table_for_first_display
    EXPORTING
    it_toolbar_excluding = lt_exclude
    is_layout = gs_layout
    CHANGING
    it_fieldcatalog = it_fieldcatalog[]
    it_outtab = it_alv[].
    CREATE OBJECT event_receiver.
    SET HANDLER event_receiver->handle_user_command FOR grid1.
    SET HANDLER event_receiver->handle_toolbar FOR grid1.
    SET HANDLER event_receiver->handle_double_click FOR grid1.
    CALL METHOD grid1->set_toolbar_interactive.
    ENDIF.
    CALL METHOD cl_gui_control=>set_focus
    EXPORTING
    control = grid1.
    ENDMODULE. " STATUS_0100 OUTPUT
    *& Form exclude_tb_functions
    text
    <--P_LT_EXCLUDE text
    FORM exclude_tb_functions CHANGING pt_exclude TYPE ui_functions.
    Local Varaibles
    DATA ls_exclude TYPE ui_func.
    ls_exclude = cl_gui_alv_grid=>mc_fc_print.
    APPEND ls_exclude TO pt_exclude.
    ENDFORM. " exclude_tb_functions
    *& Form prepare_catalog
    text
    --> p1 text
    <-- p2 text
    FORM prepare_catalog .
    DATA : v_index TYPE i.
    *Entry Date
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'CPUDT'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'RG1 Entry Date'.
    wafieldcatlog-reptext = 'RG1 Entry Date'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    *Serial No
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'SERIALNO'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'RG1 serial number'.
    wafieldcatlog-reptext = 'RG1 serial number'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'CHAPID'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Chapter ID'.
    wafieldcatlog-reptext = 'Chapter ID'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'MBLNR'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Number of Material Document'.
    wafieldcatlog-reptext = 'Number of Material Document'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    *Item
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'ZEILE'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Item in Material Document'.
    wafieldcatlog-reptext = 'Item in Material Document'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'BWART'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Movement Type'.
    wafieldcatlog-reptext = 'Movement Type'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'MENGE'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Quantity'.
    wafieldcatlog-reptext = 'Quantity'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    wafieldcatlog-DO_SUM = 'X'.
    append wafieldcatlog to it_fieldcatalog.
    clear wafieldcatlog-reptext.
    clear wafieldcatlog-key.
    *Base Unit of Measure
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'MEINS'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Base Unit of Measure'.
    wafieldcatlog-reptext = 'Base Unit of Measure'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    wafieldcatlog-do_sum = 'X'.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'RISIND'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Goods Movement Direction'.
    wafieldcatlog-reptext = 'Goods Movement Direction'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    *Material Number
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'MATNR'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Material Number'.
    wafieldcatlog-reptext = 'Material Number'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    *CB_FINISH
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'CB_FINISH'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Opening Balance'.
    wafieldcatlog-reptext = 'Opening Balance'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    *materail manufactured
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'OP_FINISH'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Qty Manufactured'.
    wafieldcatlog-reptext = 'Qty Manufactured'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    *Material Issued
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'OP_BOND'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Qty Issue'.
    wafieldcatlog-reptext = 'Qty Issue'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    *Total
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'MENGE_FINI'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Closing Balance'.
    wafieldcatlog-reptext = 'Closing Balance'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    *Material Description
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'MAKTX'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Material Description'.
    wafieldcatlog-reptext = 'Material Description'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    *Storage Location
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'LGORT'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Storage Location'.
    wafieldcatlog-reptext = 'Storage Location'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    *Goods Movement Direction
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'RISIND'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Goods Movement Direction'.
    wafieldcatlog-reptext = 'Goods Movement Direction'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    *Reference Document 1
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'RDOC1'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Reference Document 1'.
    wafieldcatlog-reptext = 'Reference Document 1'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    *Excise Duty Base Amount
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'EXBAS'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Excise Duty Base Amount'.
    wafieldcatlog-reptext = 'Excise Duty Base Amount'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    *Basic Excise Duty
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'EXBED'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Basic Excise Duty'.
    wafieldcatlog-reptext = 'Basic Excise Duty'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    *Additional Excise Duty
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'EXAED'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Additional Excise Duty'.
    wafieldcatlog-reptext = 'Additional Excise Duty'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    *Special Excise Duty
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'EXSED'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Special Excise Duty'.
    wafieldcatlog-reptext = 'Special Excise Duty'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    *Cess amount
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'CESS'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Cess amount'.
    wafieldcatlog-reptext = 'Cess amount'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    *ECS Value
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'ECS'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'ECS Value'.
    wafieldcatlog-reptext = 'ECS Value'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    **Register Entry Status
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'STATUS'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Register Entry Status'.
    wafieldcatlog-reptext = 'Register Entry Status'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    append wafieldcatlog to it_fieldcatalog.
    clear wafieldcatlog-reptext.
    clear wafieldcatlog-key.
    *EQPT Serno 1 Value
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'SERNR'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Serial number'.
    wafieldcatlog-reptext = 'Serial number'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    *EQPT Serno 2 Value
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'SERNR1'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Serial number'.
    wafieldcatlog-reptext = 'Serial number'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    *EQPT Serno 3 Value
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'SERNR2'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Serial number'.
    wafieldcatlog-reptext = 'Serial number'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    *EQPT Serno 4 Value
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'SERNR3'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Serial number'.
    wafieldcatlog-reptext = 'Serial number'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    *EQPT Serno 5 Value
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'SERNR4'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Serial number'.
    wafieldcatlog-reptext = 'Serial number'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    *EQPT Serno 6 Value
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'SERNR5'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Serial number'.
    wafieldcatlog-reptext = 'Serial number'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
    CLEAR wafieldcatlog-key.
    *EQPT Serno 7 Value
    v_index = v_index + 1.
    wafieldcatlog-fieldname = 'SERNR6'.
    wafieldcatlog-tabname = 'IT_ALV'.
    wafieldcatlog-seltext = 'Serial number'.
    wafieldcatlog-reptext = 'Serial number'.
    wafieldcatlog-hotspot = ' '.
    wafieldcatlog-col_pos = v_index.
    APPEND wafieldcatlog TO it_fieldcatalog.
    CLEAR wafieldcatlog-reptext.
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    Rajesh Banka
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