Sales Order Creation Status

Want to know if there is any table in SD which stores the creation status of a Sales order. For example, whether the sales order is created through a BAPI, IDOC or Manually or any other means like APO or CRM?
In MM the table EKKO has a field Status which gives whether the PO is created through BAPI, IDOC or Manually or by other systems.
An early reply would be appreciated.

hi,
i am not sure about this.
check VBFA.
balajia

Similar Messages

  • What are the User Exits for Sales Order creation process?

    Hi,
    what are the User Exits for Sales Order creation process? how can I find them?
    thanks in advance,
    will reward,
    Mindaugas

    Please check this info:
    User Exits In Sales Document Processing
    This IMG step describes additional installation-specific processing in sales document processing. In particular, the required INCLUDES and user exits are described.
    Involved program components
    System modifications for sales document processing affect different areas. Depending on the modification, you make the changes in the program components provided:
    MV45ATZZ
    For entering metadata for sales document processing. User-specific metadata must start with "ZZ".
    MV45AOZZ
    For entering additional installation-specific modules for sales document processing which are called up by the screen and run under PBO (Process Before Output) prior to output of the screen. The modules must start with "ZZ".
    MV45AIZZ
    For entering additional installation-specific modules for sales document processing. These are called up by the screen and run under PAI (Process After Input) after data input (for example, data validation). The modules must start with "ZZ".
    MV45AFZZ and MV45EFZ1
    For entering installation-specific FORM routines and for using user exits, which may be required and can be used if necessary. These program components are called up by the modules in MV45AOZZ or MV45AIZZ.
    User exits in the program MV45AFZZ
    The user exits which you can use for modifications in sales document processing are listed below.
    USEREXIT_DELETE_DOCUMENT
    This user exit can be used for deleting data which was stored in a separate table during sales document creation, for example, if the sales document is deleted.
    For example, if an additional table is filled with the name of the person in charge (ERNAM) during order entry, this data can also be deleted after the sales order has been deleted.
    The user exit is called up at the end of the FORM routine BELEG_LOESCHEN shortly before the routine BELEG_SICHERN.
    USEREXIT_FIELD_MODIFICATION
    This user exit can be used to modify the attributes of the screen fields.
    To do this, the screen fields are allocated to so-called modification groups 1 - 4 and can be edited together during a modification in ABAP. If a field has no field name, it cannot be allocated to a group.
    The usage of the field groups (modification group 1-4) is as follows:
    Modification group 1: Automatic modification with transaction MFAW
    Modification group 2: It contains 'LOO' for step loop fields
    Modification group 3: For modifications which depend on check tables or on other fixed information
    Modification group 4: is not used
    The FORM routine is called up for every field of a screen. If you require changes to be made, you must make them in this user exit.
    This FORM routine is called up by the module FELDAUSWAHL.
    See the Screen Painter manual for further information on structuring the interface.
    USEREXIT_MOVE_FIELD_TO_VBAK
    Use this user exit to assign values to new fields at sales document header level. It is described in the section "Transfer of the customer master fields into the sales document".
    The user exit is called up at the end of the FORM routine VBAK_FUELLEN.
    USEREXIT_MOVE_FIELD_TO_VBAP
    Use this user exit to assign values to new fields at sales document item level. It is described in the section "Copy customer master fields into the sales document".
    The user exit is called up at the end of the FORM routine VBAP_FUELLEN.
    USEREXIT_MOVE_FIELD_TO_VBEP
    Use this user exit to assign values to new fields at the level of the sales document schedule lines.
    The user exit is called up at the end of the FORM routine VBEP_FUELLEN.
    USEREXIT_MOVE_FIELD_TO_VBKD
    Use this user exit to assign values to new fields for business data of the sales document. It is described in the section "Copy customer master fields into sales document".
    The user exit is called up at the end of the FORM routine VBKD_FUELLEN.
    USEREXIT_NUMBER_RANGE
    Use this user exit to define the number ranges for internal document number assignment depending on the required fields. For example, if you want to define the number range depending on the sales organization (VKORG) or on the selling company (VKBUR), use this user exit.
    The user exit is called up in the FORM routine BELEG_SICHERN.
    USEREXIT_PRICING_PREPARE_TKOMK
    Use this user exit if you want to include and assign a value to an additional header field in the communication structure KOMK taken as a basis for pricing.
    USEREXIT_PRICING_PREPARE_TKOMP
    Use this user exit if you want to include or assign a value to an additional item field in the communication structure KOMP taken as a basis for pricing.
    USEREXIT_READ_DOCUMENT
    You use this user exit if further additional tables are to be read when importing TA01 or TA02.
    The user exit is called up at the end of the FORM routine BELEG_LESEN.
    USEREXIT_SAVE_DOCUMENT
    Use this user exit to fill user-specific statistics update tables.
    The user exit is called up by the FORM routine BELEG-SICHERN before the COMMIT command.
    Note
    If a standard field is changed, the field r185d-dataloss is set to X. The system queries this indicator at the beginning of the safety routine. This is why this indicator must also be set during the maintenance of user-specific tables that are also to be saved.
    USEREXIT_SAVE_DOCUMENT_PREPARE
    Use this user exit to make certain changes or checks immediately before saving a document. It is the last possibility for changing or checking a document before posting.
    The user exit is carried out at the beginning of the FORM routine BELEG_SICHERN.
    User exits in the program MV45AFZA
    USEREXIT_MOVE_FIELD_TO_KOMKD
    Use this user exit to include or assign values to additional header fields in the communication structure KOMKD taken as a basis for the material determination. This is described in detail in the section "New fields for material determination".
    USEREXIT_MOVE_FIELD_TO_KOMPD
    Use this user exit to include or assign values to additional item fields in the communication structure KOMPD taken as a basis for the material determination. This is described in detail in the section "New fields for material determination".
    USEREXIT_MOVE_FIELD_TO_KOMKG
    Use this user exit to include or assign values to additional fields in the communication structure KOMKG taken as a basis for material determination and material listing. This is described in detail in the section "New fields for listing/exclusion".
    USEREXIT_MOVE_FIELD_TO_KOMPG
    Use this user exit to include or assign values to additional fields in the communication structure KOMPG taken as a basis for material determination and material listung. This is described in detail in the section "New fields for listing/exclusion".
    USEREXIT_REFRESH_DOCUMENT
    With this user exit, you can reset certain customer-specific fields as soon as processing of a sales document is finished and before the following document is edited.
    For example, if the credit limit of the sold-to party is read during document processing, in each case it must be reset again before processing the next document so that the credit limit is not used for the sold-to party of the following document.
    The user exit is executed when a document is saved if you leave the processing of a document with F3 or F15.
    The user exit is called up at the end of the FORM routine BELEG_INITIALISIEREN.
    User-Exits in program MV45AFZB
    USEREXIT_CHECK_XVBAP_FOR_DELET
    In this user exit, you can enter additional data for deletion of an item. If the criteria are met, the item is not deleted (unlike in the standard system).
    USEREXIT_CHECK_XVBEP_FOR_DELET
    In this user exit, you can enter additional data for deletion of a schedule line. If the criteria are met, the schedule line is not deleted (unlike in the standard system).
    USEREXIT_CHECK_VBAK
    This user exit can be used to carry out additional checks (e.g. for completion) in the document header. The system could, for example, check whether certain shipping conditions are allowed for a particular customer group.
    USEREXIT_CHECK_VBAP
    This user exit can be used to carry out additional checks (e.g. for completion) at item level.
    USEREXIT_CHECK_VBKD
    The user exit can be used to carry out additional checks (e.g. for completion) on the business data in the order.
    USEREXIT_CHECK_VBEP
    This user exit can be use to carry out additional checks (e.g. for completion) on the schedule line. During BOM explosion, for example, you may want certain fields to be copied from the main item to the sub-items (as for billing block in the standard system).
    USEREXIT_CHECK_VBSN
    You can use this user exit to carry out additional checks (e.g. for completion) on the serial number.
    USEREXIT_CHECK_XVBSN_FOR_DELET In this user exit, you can enter additional criteria for deletion of the serial number. If the criteria are met, the serial number is not deleted (unlike in the standard system).
    USEREXIT_FILL_VBAP_FROM_HVBAP
    You can use this user exit to fill additional fields in the sub-item with data from the main item.
    USEREXIT_MOVE_FIELD_TO_TVCOM_H
    You can use this user exit to influence text determination for header texts. For example, you can include new fields for text determination or fill fields that already exist with a new value.
    USEREXIT_MOVE_FIELD_TO_TVCOM_I
    You can use this user exit to influence text determination for item texts. For example, you can include new fields for text determination or fill fields that already exist with a new value.
    User-Exits for product allocation:
    The following user exits all apply to structure COBL, in which the data for account determination is copied to item level.
    USEREXIT_MOVE_FIELD_TO_COBL
    Option to include new fields in structure COBL.
    USEREXIT_COBL_RECEIVE_VBAK
    Option to assign values from the document header to the new fields.
    USEREXIT_COBL_RECEIVE_VBAP
    Option to supply values from the item to the new fields.
    USEREXIT_COBL_SEND_ITEM
    A changed field can be copied from the structure into the item. You could use the user exit to display a certain field in the account assignment block (see also MV45AFZB).
    USEREXIT_COBL_SEND_HEADER
    A changed field can be copied from the structure to the header (see source text MV45AFZB)
    USEREXIT_SOURCE_DETERMINATION
    You can use this user exit to determine which plant will be used for the delivery. In the standard system, the delivering plant is copied from the customer master or the customer-material info record. If you want to use a different rule, then you must enter it in this user exit.
    USEREXIT_MOVE_FIELD_TO_ME_REQ
    With this user exit you can include additional fields for the following fields:
    EBAN (purchase requisition)
    EBKN (purchase requisition-account assignment)
    USEREXIT_GET_FIELD_FROM_SDCOM
    Option to include new fields for the variant configuration. Fields that are included in structure SDCOM can be processed and then returned to the order.
    USEREXIT_MOVE_WORKAREA_TO_SDWA
    You can use this user exit to format additional work areas for the variant configuration. You will find notes on the user exit in MV45AFZB.
    User-Exits for first data transfer:
    The following user exits can only be used for the first data transfer.
    Note
    Only use the user exits if the names/fields do NOT have the same name.
    USEREXIT_MOVE_FIELD_TO_VBAKKOM
    Option to include additional fields in structure VBAKKOM (communiction fields for maintaining the sales document header)
    USEREXIT_MOVE_FIELD_TO_VBAPKOM
    Option to include additional fields in structure VBAPKOM (communication fields for maintaining a sales item)
    USEREXIT_MOVE_FIELD_TO_VBEPKOM
    Option to include additional fields in structure VBEPKOM (communication fields for maintaining a sales document schedule line)
    USEREXIT_MOVE_FIELD_TO_VBSN
    You can use this user exit to include fields in structure VBSN (scheduling agreement-related change status).
    USEREXIT_MOVE_FIELD_TO_KOMKH
    You can use this user exit to include new fields for batch determination (document header).
    USEREXIT_MOVE_FIELD_TO_KOMPH
    You can use this user exit to include new fields for batch determination (document item).
    USEREXIT_CUST_MATERIAL_READ
    You can use this user exit to set another customer number in the customer material info record (e.g. with a customer hierarchy)
    USEREXIT_NEW_PRICING_VBAP
    Option for entry of preconditions for carrying out pricing again (e.g. changes made to a certain item field could be used as the precondition for pricing to be carried out again). Further information in MV45AFZB.
    USEREXIT_NEW_PRICING_VBKD
    Option for entry of preconditions for carrying out pricing again (e.g. changes to the customer group or price group could be set as the preconditions for the system to carry out pricing again). Further information in MV45AFZB.
    User-Exits in Program MV45AFZD
    USEREXIT_CONFIG_DATE_EXPLOSION
    The BOM is exploded in the order with the entry date. You can use this user exit to determine which data should be used to explode the BOM (explosion with required delivery date, for example).
    User exits in the program FV45EFZ1
    USEREXIT_CHANGE_SALES_ORDER
    In the standard SAP R/3 System, the quantity and confirmed date of the sales document schedule line is changed automatically if a purchase requisition is allocated, and it or the sales document is changed (for example, quantity, date).
    If you want to change this configuration in the standard system, you can define certain requirements in order to protect your sales orders from being changed automatically. Use this user exit for this purpose. Decide at this point whether the schedule lines are to be changed.
    User-Exits in Program RV45PFZA
    USEREXIT_SET_STATUS_VBUK
    In this user exit you can you can store a specification for the reserve fields in VBUK (header status). Reserve field UVK01 could, for example, be used for an additional order status (as for rejections status, etc.).
    The following workareas are available for this user exit:
    VBUK (header status)
    FXVBUP (item status)
    FXVBUV (Incompletion)
    USEREXIT_SET_STATUS_VBUP
    In this user exit you can you can store a specification for the reserve fields for VBUP (item status).
    The following workareas are available for this user exit:
    FXVBAP (Item data)
    FXVBAPF (Dynamic part of order item flow)
    FXVBUV (Incompletion)
    USEREXIT_STATUS_VBUK_INVOICE
    You can use this user exit to influence billing status at header level.
    User exits in the screens
    Additional header data is on screen SAPMV45A 0309, additional item data on screen SAPMV45A 0459. These screens contain the Include screens SAPMV45A 8309 or SAPMV45A 8459 as user exits.
    Fields which are also to be included in the sales document for a specific installation should be included on the Include screens for maintaining. If an application-specific check module is needed for the fields, this can be included in the Include MV45AIZZ. The module is called up in the processing logic of the Include screens.
    For field transports, you do not have to make changes or adjustments.
    Example
    A new field, VBAK-ZZKUN, should be included in table VBAK.
    If the check is defined via the Dictionary (fixed values or check table) the field must be included with the fullscreen editor in the Include screen SAPMV45A 8309. In this case, no change has to be made to the processing logic.
    User Exits in Program MV45AFZ4
    USEREXIT_MOVE_FIELD_TO_KOMK
    You can use this user exit to add or edit additional header fields in the communication structure - KOMK- for free goods determination. For more information, see the New Fields for Free Goods Determination IMG activity.
    USEREXIT_MOVE_FIELD_TO_KOMP
    You can use this user exit to add or edit additional item fields in the communication structure KOMP for free goods determination. For more information see the New Fields for Free Goods Determination IMG activity.
    User Exits in the SAPFV45PF0E and SAPFV45PF0C Programs
    EXIT_SAPFV45P_001
    You can use this user exit to decide whether intercompany billing data is used in the profitability segment for cross-company code sales, or whether the data comes from external billing (external customer, sales data from the selling company code.
    Regards
    Eswar

  • User Exit during Sales Order Creation - New Line Item needed

    I have a situation during the process of sales order creation. If a Material in a line item has say 27 EA and the Base Unit is EA. But the Sales Unit is CSE. Then whenever the user enters 27 EA and presses enter he should get two line items.
    The first line item needs to convert to maximum number of CSE posible and the rest will be the second line item with the remaining EA. The order isn't important but that is what is needed. Question is how do I approach this problem and code my user exit accordingly and where do I code it.
    I was looking at SAPMV45A and saw the program MV45AIZZ which is meant as a user exit for any PAI event handling. If anybody has encountered this kind of requirement can you please share your view on this.
    I will definitely reward points for useful answers.
    Clark

    Hello Mahendra
    The requirement is as follows :
    PART 1:
    Sales Order Enter: 
    1.     When a line item is entered on a sales order (VA01 or VA02), at enter, check the sales unit of measure (VBAP-VRKME).
    •     Do not check line items where item category (VBAP-PSTYV) = TANN, TAPS or ZTAP.  TANN are free goods that should not be considered for consolidation.  TAPS & ZTAP are lower level materials as a result of product selection.  They will be attached to a higher-level material with an item category of TAX, which is relevant for consolidation.
    •     Do not check items where VRKME <> EA
    2.     If VRKME = EA, go to MARM for MATNR.
    3.     Go to record where alternate unit of measure (MEINH) = CSE, get the value from the numerator field (UMREZ).
    4.     Divide the order quantity (VBEP-WMENG) by UMREZ.
    5.     If the result is greater than 1.0, the customer has ordered more than one case and a new line item needs to be added to the sales order for the case quantity.
    6.     Add a new line to VBAP for the same material with the case quantity.  If not a whole value, the remainder of eaches (bottles) should update the qty on the first item on VBAP.
    •     Part 1 is relevant for order types ZCA, ZOR, ZSO, RE, ZSM
    PART 2:
    Batch Job to run prior to the Delivery Due List:
    1.     Read VBUK for Delivery Status (LFSTK) = A (delivery not processed).  Get all of the document numbers (VBELN).
    2.     Go to VBEP for those document numbers to get the goods issue date for the order.  There will be many records in VBEP for the same sales order.  Look at all orders with a goods issue date (WADAT) of next day.
    3.     Go to VBAK for those document numbers to see if there are multiple sales orders for the same Sold To party (KUNNR).
    4.     For customers who have more than one order in VBAK, search all line items (for all orders).  If there are no duplicate materials across sales orders, do nothing.
    •     Do not check line items where item category (VBAP-PSTYV) = TANN, TAPS or ZTAP.  TANN are free goods that should not be considered for consolidation.  TAPS & ZTAP are lower level materials as a result of product selection.  They will be attached to a higher-level material with an item category of TAX, which is relevant for consolidation.
    •     Do not check line items where reason for rejection (VBAP-ABGRU) is not blank
    5.     If there are duplicate materials, go through the same logic as in part 1.  If the quantity across the sales orders adds up to greater than one case, add the appropriate quantity to a new line item on the first sales order.   If there is a remainder qty, update the line item on the first sales order with this qty. In this case, the quantities on the second sales order needs to be closed out with a reason for rejection code of 50, ‘Line Item Consolidation’. If there is no remainder,  update the qty on this item directly.
    •     Part 2 is relevant for order types ZOR, ZCA, ZSM
    •     This batch job will have to be run manually for Day Pick orders.  The end of this program should automatically kick off the delivery due list for Day Pick orders, shipping condition 02.
    Business Justification:
    The business requires that like order line items be consolidated to one line item prior to the order going to the warehouse for picking.  This will aid in picking at the warehouse as well as result in the customer invoice not reflecting more than one line item for the same material.  In the case where the customer has truly ordered more than a case, i.e;, 1 case, 2 bottles, the documents in SAP will still reflect 2 lines.

  • Performance of Sales order creation on Business Suite on HANA

    Hi,
    I understand that HANA column tables are read and insert optimized. I would like get some clarification on the following scenario.
    Assume that in the ECC (non HANA DB) the sales order creation process is taking few hours to complete due to the sheer number of line items and associated bill of materials, serial numbers etc. If the same process is running on the Business suite on HANA system will there be any considerable performance improvement (because HANA column tables are insert optimized)?
    Thanks for your help on this.
    Thanks
    Vinod

    Yes Vinod,
    that is the general idea.
    For more details please have a look at Hasso Plattner's latest book A Course in In-Memory Data Management: The Inner Mechanics of In-Memory Databases.
    R/3 updates the row table based on V1 or V2 priorities and writes the changes to the change log tables in the background.
    With HANA application we can eliminate the need for the change log tables and table locking, by inserting the changes for particular fields into the columnar tables of the application with a time stamp immediately, and therefore also enabling real-time reporting.
    For traditional RDBMS based applications the notion was that the faster read from the row tables which only hold the latest updates justifies the update of the changelog tables. In order to optimize this update process required by the traditional RDBMS-based systems, a single sales document was split into many smaller tables, like for example header table VBAK and item table VBAP and separate status tables for these header and items, which also made it more challenging to build reports on the complex set of individual tables.
    Indices and aggregates could be more easily build from the single row records, but on the flipside after each update to the row table, the indices and aggregates needed to be re-build or scheduled for rebuild at a later point in time. Not only the application-build index tables and aggregates, but also the secondary index tables created by the DBA tuning efforts.
    Overall tons of overhead especially for business processes with a many updates like sales order re-scheduling based on MRP runs.
    With HANA this is no longer necessary as the latest information and the time travel from the columnar store can be accessed instantaneously across all inserts and therefore eliminates the need for any overhead of the index and aggregates as well as the changelog tables. In addition the split of document information into many smaller tables can now be avoided, so that we might not see any header tables and their dependent tables anymore.
    We will provide more updates as they become available in the S/4 SAP S/4 Business Suite on SAP HANA (FAQ)
    Thank you
    erich

  • Reg:IDOC -sales order creation

    Hi All,
         I am trying  to create sales order through IDOCS.Basic type is SALESORDER_CREATEFROMDAT201.
    My requirement is to know any user-exits where in I need to add to my code to hardstop sales order creation if the storage location which I am passing is marked for deletion.
    Kindly reply as soon as possible.
    Regards,
    Kaveri

    Hi,
    Check this one it will help u how to enhance the idocs.
    If we wnat to extend the idoc use the segments for adding the fields. use the tcode WE30 and we31.
    Please reward points if it is useful.
    Go through the following Steps For ALE/IDOC
    ALE IDOC
    Sending System(Outbound ALE Process)
    Tcode SALE ? for
    a) Define Logical System
    b) Assign Client to Logical System
    Tcode SM59-RFC Destination
    Tcode BD64 ? Create Model View
    Tcode BD82 ? Generate partner Profiles & Create Ports
    Tcode BD64 ? Distribute the Model view
    Message Type MATMAS
    Tcode BD10 ? Send Material Data
    Tcode WE05 ? Idoc List for watching any Errors
    Receiving System(Inbound ALE )
    Tcode SALE ? for
    a) Define Logical System
    b) Assign Client to Logical System
    Tcode SM59-RFC Destination
    Tcode BD64 ? Check for Model view whether it has distributed or not
    Tcode BD82 -- Generate partner Profiles & Create Ports
    Tcode BD11 Getting Material Data
    Tcode WE05 ? Idoc List for inbound status codes
    ALE IDOC Steps
    Sending System(Outbound ALE Process)
    Tcode SALE ?3 for
    a) Define Logical System
    b) Assign Client to Logical System
    Tcode SM59-RFC Destination
    Tcode BD64 !V Create Model View
    Tcode BD82 !V Generate partner Profiles & Create Ports
    Tcode BD64 !V Distribute the Model view
    This is Receiving system Settings
    Receiving System(Inbound ALE )
    Tcode SALE ?3 for
    a) Define Logical System
    b) Assign Client to Logical System
    Tcode SM59-RFC Destination
    Tcode BD64 !V Check for Model view whether it has distributed or not
    Tcode BD82 -- Generate partner Profiles & Create Ports
    Tcode BD11 Getting Material Data
    Tcode WE05 !V Idoc List for inbound status codes
    Message Type MATMAS
    Tcode BD10 !V Send Material Data
    Tcode WE05 !V Idoc List for watching any Errors
    1)a Goto Tcode SALE
    Click on Sending & Receiving Systems-->Select Logical Systems
    Here Define Logical Systems---> Click on Execute Button
    go for new entries
    1) System Name : ERP000
    Description : Sending System
    2) System Name : ERP800
    Description : Receiving System
    press Enter & Save
    it will ask Request
    if you want new request create new Request orpress continue for transfering the objects
    B) goto Tcode SALE
    Select Assign Client to Logical Systems-->Execute
    000--> Double click on this
    Give the following Information
    Client : ERP 000
    City :
    Logical System
    Currency
    Client role
    Save this Data
    Step 2) For RFC Creation
    Goto Tcode SM59-->Select R/3 Connects
    Click on Create Button
    RFC Destination Name should be same as partner's logical system name and case sensitive to create the ports automatically while generating the partner profiles
    give the information for required fields
    RFC Destination : ERP800
    Connection type: 3
    Description
    Target Host : ERP000
    System No:000
    lan : EN
    Client : 800
    User : Login User Name
    Password:
    save this & Test it & RemortLogin
    3)
    Goto Tcode BD64 -- click on Change mode button
    click on create moduleview
    short text : xxxxxxxxxxxxxx
    Technical Neme : MODEL_ALV
    save this & Press ok
    select your just created modelview Name :'MODEL_ALV'.
    goto add message type
    Model Name : MODEL_ALV
    sender : ERP000
    Receiver : ERP800
    Message type :MATMAS
    save & Press Enter
    4) Goto Tcode BD82
    Give Model View : MODEL_ALV
    Partner system : ERP800
    execute this by press F8 Button
    it will gives you sending system port No :A000000015(Like)
    5) Goto Tcode BD64
    seelct the modelview
    goto >edit>modelview-->distribute
    press ok & Press enter
    6)goto Tcode : BD10 for Material sending
    Material : mat_001
    Message Type : MATMAS
    Logical System : ERP800
    and Execute
    7)goto Tcode : BD11 for Material Receiving
    Material : mat_001
    Message Type : MATMAS
    and Execute --> 1 request idoc created for message type Matmas
    press enter
    Here Master Idoc set for Messge type MATMAS-->press Enter
    1 Communication Idoc generated for Message Type
    this is your IDOC
    Change Pointers
    I know how to change the description of a material using ALE Change Pointers.
    I will give the following few steps
    1) Tcode BD61---> check the change pointers activated check box
    save and goback.
    2) Tcode BD50---> check the MATMAS check box save and comeback.
    3) Tcode BD51---> goto IDOC_INPUT_MATMAS01 select the checkbox save and comeback.
    4) Tcode BD52---> give message type : matmas press ok button.
    select all what ever you want and delete remaining fields.
    save & come back.
    5) 5) go to Tcode MM02 select one material and try to change the description and save it
    it will effects the target systems material desciption will also changes
    6) goto Tcode SE38 give program Name is : RBDMIDOC and Execute
    give Message type : MATMAS and Executte
    ALE/IDOC Status Codes/Messages
    01 Error --> Idoc Added
    30 Error --> Idoc ready for dispatch(ALE Service)
    then goto SE38 --> Execute the Program RBDMIDOC
    29 Error --> ALE Service Layer
    then goto SE38 --> Execute the Program RSEOUT00
    03 Error --> Data Passed to Port ok
    then goto SE38 --> Execute the Program RBDMOIND
    12 Error --> Dispatch ok
    Inbound Status Codes
    50 Error --> It will go for ALE Service Layer
    56 Error --> Idoc with Errors added
    51 Error --> Application Document not posted
    65 Error --> Error in ALE Service Layer
    for 51 or 56 Errors do the following steps
    goto WE19 > give the IDOC Number and Execute>
    Press on Inbound function Module
    for 65 Error --> goto SE38 --> Execute the Program RBDAPP01 then your getting 51 Error
    regards,
    satish.

  • Regarding UserExit in sales Order creation(VA01), change(VA02)

    *Hi Gurus,*
    we are having one requirement that we have to change User status at item level in sales Order creation(VA01), change(VA02) according to certain condition( condition is if user status at item level is 'SGUC' then we need to get item category and with this item category we have to find new user status from our custom table).
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    *looking for your inputs.*

    Check,
    In include MV45AFZZ
    Routine USEREXIT_SAVE_DOCUMENT_PREPARE
    In include RV45PFZA
    Check with USEREXIT_SET_STATUS_VBUK ,  USEREXIT_SET_STATUS_VBUP

  • Userexit for updating sales order user status based on PO

    Hi.
    My clients requirent is
    Sales order user status should get updated based on production order creation,GR for PO creation etc.
    Basically depending on PO & GR For PO,various user stauts in sales order should get updated.
    Can you please suggest me some userexits in PP for this requirement?
    I am a SD Consultant and not having much idaes about PP
    Thanks
    Nisha

    hi,
    if you are not going to update it in the SO..
    then you need different exits as those are different transactions.

  • Userexit for updating sales order user status based on Production Order

    Hi.
    My clients requirent is
    Sales order user status should get updated based on production order creation,GR for PO creation etc.
    Basically depending on PO & GR For PO,various user stauts in sales order should get updated.
    Can you please suggest me some userexits in PP for this requirement?
    I am a SD Consultant and not having much idaes about PP
    Thanks
    Nisha

    hi,
    if you are not going to update it in the SO..
    then you need different exits as those are different transactions.

  • Sales order creation -pricing- IDOC processing

    Hi All,
    Issue is related to pricing procedure and condition types while processing the IDOC for sales order creation.
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    This error will not populate when we create the sales order manually.
    Kindly let me know if programs needs to be checked and or any configuration mistakes involved in this.
    Regards,
    SAN

    >
    Vivek Baddula wrote:
    > Hey Teju,
    >
    > Could you pls put me the block of code how you are populating to the idoc edidd. So that we can guide you.
    >
    > And also tell me the message status 51 in IDoc what it is showing , and also see the segment( maybe E2EDP05)  specific  to pricing for the IDoc  you populated.
    >
    > Regards,
    >
    > Vvieks
    >
    > 'Grow and help others to Grow'
    Vivek,
    Thanks for the reply.
    Status 51 reads "condition ZPRL is missing in pricing procedure A V ZPRINT, WE are not passing any value as a part of tsting. The system should pick price values from condtion record.

  • Sales order creation, standard event trigger is taking long time .

    We have a requirement where we are sending data to CRM system using RFC function module. This data is sent while sales order creation or change. We have used standard event BUS2032.CREATED to trigger CRM FM in sales order creation mode. In sales order change mode, we are using custom event. In production system, our custom change event is getting triggered fine and data is sent to CRM system with small time lag of around 1 minute. But, while sales order creation, standard event trigger is taking long time ( sometimes about 20 minutes) in production system.
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    Regards,
    Sushee Joshi

    HI,
    we have written SWE_EVENT_CREATE in update task
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    Pavan

  • Sale order Processing status

    Hi gurus,
               Where we check the sale order processing status configuration ?
    Regards,
    T.Murugu

    Dear Murugu
    If you see the document flow of the particular sales document, you can see the status.
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    thanks
    G. Lakshmipathi

  • Sales order creation with bapi in webdynpro using table control

    When i use table control to update the line items only first row is getting updated in the sale order creation and the loop is not updating the other row to header only the first row is getting saved, for the same set of data sale order is getting created in va01 for multiple line items. Pls give me some idea to resolve this issue, here is the code i am using for creating sale order using bapi 'BAPI_SALESORDER_CREATEFROMDAT2' method CREATE_SALES_ORDER .
    Declaration for Order Header Node DATA: node_order_header TYPE REF TO if_wd_context_node, elem_order_header TYPE REF TO if_wd_context_element, stru_order_header TYPE if_componentcontroller=>element_order_header . * Declaration for Order Items Node DATA: node_order_items TYPE REF TO if_wd_context_node, elem_order_items TYPE REF TO if_wd_context_element, stru_order_items TYPE if_componentcontroller=>element_order_items . * Declaration for Order Partners Node DATA: node_order_partners TYPE REF TO if_wd_context_node, elem_order_partners TYPE REF TO if_wd_context_element, stru_order_partners TYPE if_componentcontroller=>element_order_partners . node_order_header = wd_context->get_child_node( name = if_componentcontroller=>wdctx_order_header ). elem_order_header = node_order_header->get_element( ). elem_order_header->get_static_attributes( IMPORTING static_attributes = stru_order_header ). * via lead selection node_order_items = wd_context->get_child_node( name = if_componentcontroller=>wdctx_order_items ). elem_order_items = node_order_items->get_element( ). elem_order_items->get_static_attributes( IMPORTING static_attributes = stru_order_items ). * via lead selection node_order_partners = wd_context->get_child_node( name = if_componentcontroller=>wdctx_order_partners ). elem_order_partners = node_order_partners->get_element( ). elem_order_partners->get_static_attributes( IMPORTING static_attributes = stru_order_partners ). DATA: v_sales_doc TYPE bapivbeln-vbeln. DATA: w_order_header_in TYPE bapisdhd1, i_order_header_in TYPE table of bapisdhd1," i_order_partners TYPE TABLE OF bapiparnr, w_order_partners TYPE bapiparnr, i_return TYPE TABLE OF bapiret2, w_return TYPE bapiret2, i_order_items_in TYPE TABLE OF bapisditm, w_order_items_in TYPE bapisditm, i_order_conditions_in TYPE TABLE OF bapicond, w_order_conditions_in TYPE bapicond, w_order_SCHDL type BAPISCHDL, i_order_SCHDL type table of BAPISCHDL. * Order Header Details CLEAR: w_order_header_in, i_order_partners, i_return, i_order_items_in, i_order_conditions_in, w_order_SCHDL, i_order_SCHDL. refresh : i_order_partners, i_return, i_order_items_in, i_order_conditions_in, i_order_SCHDL. w_order_header_in-doc_type = stru_order_header-doc_type. w_order_header_in-sales_org = stru_order_header-sales_org. w_order_header_in-distr_chan = stru_order_header-distr_chan. w_order_header_in-division = stru_order_header-division. w_order_header_in-req_date_h = stru_order_header-req_date_h. w_order_header_in-sales_dist = stru_order_header-sales_dist. w_order_header_in-purch_no_c = stru_order_header-purch_no_c. * Order Item Details CLEAR: i_order_items_in,w_order_items_in. * w_order_items_in-itm_num = stru_order_items-itm_num. w_order_items_in-ITM_NUMBER = stru_order_items-ITM_NUMBER. w_order_items_in-material = stru_order_items-material. w_order_items_in-target_qty = stru_order_items-target_qty."'5'. w_order_items_in-target_qu = stru_order_items-target_qu."'5'. w_order_items_in-plant = stru_order_items-plant. w_order_items_in-target_val = stru_order_items-target_val. w_order_items_in-currency = stru_order_items-currency. CALL FUNCTION 'CONVERSION_EXIT_ALPHA_INPUT' EXPORTING input = w_order_items_in-material IMPORTING output = w_order_items_in-material. APPEND w_order_items_in TO i_order_items_in. * Order Partner Details CLEAR: i_order_partners,w_order_partners. w_order_partners-partn_role = stru_order_partners-partn_role. w_order_partners-partn_numb = stru_order_partners-partn_numb. CALL FUNCTION 'CONVERSION_EXIT_ALPHA_INPUT' EXPORTING input = w_order_partners-partn_numb IMPORTING output = w_order_partners-partn_numb. APPEND w_order_partners TO i_order_partners. * Order Condition Details w_order_SCHDL-ITM_NUMBER = stru_order_items-itm_number." '000010'. w_order_SCHDL-req_qty = stru_order_items-target_qty." '5'. APPEND w_order_SCHDL to i_order_SCHDL. * Create Sales Order BAPI Call *loop at i_order_header_in into w_order_header_in. CALL FUNCTION 'BAPI_SALESORDER_CREATEFROMDAT2' EXPORTING order_header_in = w_order_header_in IMPORTING salesdocument = v_sales_doc TABLES return = i_return order_items_in = i_order_items_in order_partners = i_order_partners order_schedules_in = i_order_SCHDL order_conditions_in = i_order_conditions_in. * Get message manager DATA: l_current_controller TYPE REF TO if_wd_controller, l_message_manager TYPE REF TO if_wd_message_manager. l_current_controller ?= wd_this->wd_get_api( ). CALL METHOD l_current_controller->get_message_manager RECEIVING message_manager = l_message_manager. DATA: v_message_text TYPE string. * When Sales Order is created commit the data IF NOT v_sales_doc IS INITIAL. CALL FUNCTION 'BAPI_TRANSACTION_COMMIT' EXPORTING wait = 'X'. CONCATENATE 'Sales Document' v_sales_doc 'has been created.' INTO v_message_text SEPARATED BY space. * Report Success message CALL METHOD l_message_manager->report_success EXPORTING message_text = v_message_text. ELSE. v_message_text = 'Error Creating Sales Order'. * Report Error message CALL METHOD l_message_manager->report_error_message EXPORTING message_text = v_message_text. ENDIF. *endloop. endmethod. and code for table control i am using is method WDDOINIT . Types : Begin of item_tab, itm_number type bapisditm-itm_number, material type bapisditm-material, plant type bapisditm-plant , target_qty type bapisditm-target_qty, target_qu type bapisditm-target_qu, target_val type bapisditm-target_val, currency type bapisditm-currency, end of item_tab. *Creating internal table and Work Area of the same structure *as that of the Node created. Data : it_item type standard table of item_tab, wa_item type item_tab. *Appending Blank Work Area to Internal table. ***********************************************888 *LOOP AT it_item INTO wa_item. **wa_item-itm_number to bapisditm-itm_number. **wa_item-material to bapisditm-material. **wa_item-plant to bapisditm-plant. **wa_item-target_qty to bapisditm-target_qty. **wa_item-target_qu to bapisditm-target_qu. **wa_item-target_val to bapisditm-target_val. **wa_item-currency to bapisditm-currency. ** * APPEND wa_item TO it_item. *ENDLOOP. **********************************************88 ******** Do 10 times. Append wa_item to it_item. enddo. ********* "Binding the table DATA lo_nd_order_items TYPE REF TO if_wd_context_node. * DATA lt_material TYPE wd_this->Elements_material. * navigate from to via lead selection lo_nd_order_items = wd_context->get_child_node( name = wd_this->wdctx_order_items ). * @TODO handle non existant child * IF lo_nd_material IS INITIAL. * ENDIF. ** @TODO compute values ** e.g. call a model function * lo_nd_order_items->bind_table( new_items = it_item set_initial_elements = abap_true ). endmethod.

    DATA: node_order_header TYPE REF TO if_wd_context_node, elem_order_header TYPE REF TO if_wd_context_element, stru_order_header TYPE if_componentcontroller=>element_order_header . * Declaration for Order Items Node DATA: node_order_items TYPE REF TO if_wd_context_node, elem_order_items TYPE REF TO if_wd_context_element, stru_order_items TYPE if_componentcontroller=>element_order_items . * Declaration for Order Partners Node DATA: node_order_partners TYPE REF TO if_wd_context_node, elem_order_partners TYPE REF TO if_wd_context_element, stru_order_partners TYPE if_componentcontroller=>element_order_partners . node_order_header = wd_context->get_child_node( name = if_componentcontroller=>wdctx_order_header ). elem_order_header = node_order_header->get_element( ). elem_order_header->get_static_attributes( IMPORTING static_attributes = stru_order_header ). * via lead selection node_order_items = wd_context->get_child_node( name = if_componentcontroller=>wdctx_order_items ). elem_order_items = node_order_items->get_element( ). elem_order_items->get_static_attributes( IMPORTING static_attributes = stru_order_items ). * via lead selection node_order_partners = wd_context->get_child_node( name = if_componentcontroller=>wdctx_order_partners ). elem_order_partners = node_order_partners->get_element( ). elem_order_partners->get_static_attributes( IMPORTING static_attributes = stru_order_partners ). DATA: v_sales_doc TYPE bapivbeln-vbeln. DATA: w_order_header_in TYPE bapisdhd1, i_order_header_in TYPE table of bapisdhd1," i_order_partners TYPE TABLE OF bapiparnr, w_order_partners TYPE bapiparnr, i_return TYPE TABLE OF bapiret2, w_return TYPE bapiret2, i_order_items_in TYPE TABLE OF bapisditm, w_order_items_in TYPE bapisditm, i_order_conditions_in TYPE TABLE OF bapicond, w_order_conditions_in TYPE bapicond, w_order_SCHDL type BAPISCHDL, i_order_SCHDL type table of BAPISCHDL. * Order Header Details CLEAR: w_order_header_in, i_order_partners, i_return, i_order_items_in, i_order_conditions_in, w_order_SCHDL, i_order_SCHDL. refresh : i_order_partners, i_return, i_order_items_in, i_order_conditions_in, i_order_SCHDL. w_order_header_in-doc_type = stru_order_header-doc_type. w_order_header_in-sales_org = stru_order_header-sales_org. w_order_header_in-distr_chan = stru_order_header-distr_chan. w_order_header_in-division = stru_order_header-division. w_order_header_in-req_date_h = stru_order_header-req_date_h. w_order_header_in-sales_dist = stru_order_header-sales_dist. w_order_header_in-purch_no_c = stru_order_header-purch_no_c. * Order Item Details CLEAR: i_order_items_in,w_order_items_in. * w_order_items_in-itm_num = stru_order_items-itm_num. w_order_items_in-ITM_NUMBER = stru_order_items-ITM_NUMBER. w_order_items_in-material = stru_order_items-material. w_order_items_in-target_qty = stru_order_items-target_qty."'5'. w_order_items_in-target_qu = stru_order_items-target_qu."'5'. w_order_items_in-plant = stru_order_items-plant. w_order_items_in-target_val = stru_order_items-target_val. w_order_items_in-currency = stru_order_items-currency. CALL FUNCTION 'CONVERSION_EXIT_ALPHA_INPUT' EXPORTING input = w_order_items_in-material IMPORTING output = w_order_items_in-material. APPEND w_order_items_in TO i_order_items_in. * Order Partner Details CLEAR: i_order_partners,w_order_partners. w_order_partners-partn_role = stru_order_partners-partn_role. w_order_partners-partn_numb = stru_order_partners-partn_numb. CALL FUNCTION 'CONVERSION_EXIT_ALPHA_INPUT' EXPORTING input = w_order_partners-partn_numb IMPORTING output = w_order_partners-partn_numb. APPEND w_order_partners TO i_order_partners. * Order Condition Details w_order_SCHDL-ITM_NUMBER = stru_order_items-itm_number." '000010'. w_order_SCHDL-req_qty = stru_order_items-target_qty." '5'. APPEND w_order_SCHDL to i_order_SCHDL. * Create Sales Order BAPI Call *loop at i_order_header_in into w_order_header_in. CALL FUNCTION 'BAPI_SALESORDER_CREATEFROMDAT2' EXPORTING order_header_in = w_order_header_in IMPORTING salesdocument = v_sales_doc TABLES return = i_return order_items_in = i_order_items_in order_partners = i_order_partners order_schedules_in = i_order_SCHDL order_conditions_in = i_order_conditions_in. * Get message manager DATA: l_current_controller TYPE REF TO if_wd_controller, l_message_manager TYPE REF TO if_wd_message_manager. l_current_controller ?= wd_this->wd_get_api( ). CALL METHOD l_current_controller->get_message_manager RECEIVING message_manager = l_message_manager. DATA: v_message_text TYPE string. * When Sales Order is created commit the data IF NOT v_sales_doc IS INITIAL. CALL FUNCTION 'BAPI_TRANSACTION_COMMIT' EXPORTING wait = 'X'. CONCATENATE 'Sales Document' v_sales_doc 'has been created.' INTO v_message_text SEPARATED BY space. * Report Success message CALL METHOD l_message_manager->report_success EXPORTING message_text = v_message_text. ELSE. v_message_text = 'Error Creating Sales Order'. * Report Error message CALL METHOD l_message_manager->report_error_message EXPORTING message_text = v_message_text. ENDIF. *endloop. endmethod. and code for table control i am using is method WDDOINIT . Types : Begin of item_tab, itm_number type bapisditm-itm_number, material type bapisditm-material, plant type bapisditm-plant , target_qty type bapisditm-target_qty, target_qu type bapisditm-target_qu, target_val type bapisditm-target_val, currency type bapisditm-currency, end of item_tab. *Creating internal table and Work Area of the same structure *as that of the Node created. Data : it_item type standard table of item_tab, wa_item type item_tab. *Appending Blank Work Area to Internal table. ***********************************************888 *LOOP AT it_item INTO wa_item. **wa_item-itm_number to bapisditm-itm_number. **wa_item-material to bapisditm-material. **wa_item-plant to bapisditm-plant. **wa_item-target_qty to bapisditm-target_qty. **wa_item-target_qu to bapisditm-target_qu. **wa_item-target_val to bapisditm-target_val. **wa_item-currency to bapisditm-currency. ** * APPEND wa_item TO it_item. *ENDLOOP. **********************************************88 ******** Do 10 times. Append wa_item to it_item. enddo. ********* "Binding the table DATA lo_nd_order_items TYPE REF TO if_wd_context_node. * DATA lt_material TYPE wd_this->Elements_material. * navigate from to via lead selection lo_nd_order_items = wd_context->get_child_node( name = wd_this->wdctx_order_items ). * @TODO handle non existant child * IF lo_nd_material IS INITIAL. * ENDIF. ** @TODO compute values ** e.g. call a model function * lo_nd_order_items->bind_table( new_items = it_item set_initial_elements = abap_true ). endmethod.

  • Sales order creation with bapi in webdynpro

    When i use table control to update the line items only first row is getting updated in the sale order creation and the loop is not updating the other row to header only the first row is getting saved, for the same set of  data sale order is getting created in  va01 for multiple line items.
    Pls give me some idea to resolve this issue,
    here is the code i am using for creating sale order using bapi 'BAPI_SALESORDER_CREATEFROMDAT2'
    method CREATE_SALES_ORDER .
    Declaration for Order Header Node
    DATA: node_order_header TYPE REF TO if_wd_context_node,
           elem_order_header TYPE REF TO if_wd_context_element,
           stru_order_header TYPE if_componentcontroller=>element_order_header .
    Declaration for Order Items Node
    DATA: node_order_items TYPE REF TO if_wd_context_node,
           elem_order_items TYPE REF TO if_wd_context_element,
           stru_order_items TYPE if_componentcontroller=>element_order_items .
    Declaration for Order Partners Node
    DATA: node_order_partners TYPE REF TO if_wd_context_node,
    elem_order_partners TYPE REF TO if_wd_context_element,
    stru_order_partners TYPE if_componentcontroller=>element_order_partners .
    node_order_header = wd_context->get_child_node(
    name = if_componentcontroller=>wdctx_order_header
    elem_order_header = node_order_header->get_element( ).
    elem_order_header->get_static_attributes(
    IMPORTING static_attributes = stru_order_header
    <ORDER_ITEMS> via lead selection
    node_order_items = wd_context->get_child_node(
    name = if_componentcontroller=>wdctx_order_items ).
    elem_order_items = node_order_items->get_element( ).
    elem_order_items->get_static_attributes(
    IMPORTING static_attributes = stru_order_items ).
    <ORDER_PARTNERS> via lead selection
    node_order_partners = wd_context->get_child_node(
    name = if_componentcontroller=>wdctx_order_partners ).
    elem_order_partners = node_order_partners->get_element( ).
    elem_order_partners->get_static_attributes(
    IMPORTING static_attributes = stru_order_partners ).
    DATA: v_sales_doc TYPE bapivbeln-vbeln.
    DATA: w_order_header_in TYPE bapisdhd1,
          i_order_header_in TYPE table of bapisdhd1,"
          i_order_partners TYPE TABLE OF bapiparnr,
          w_order_partners TYPE bapiparnr,
          i_return TYPE TABLE OF bapiret2,
          w_return TYPE bapiret2,
          i_order_items_in TYPE TABLE OF bapisditm,
          w_order_items_in TYPE bapisditm,
          i_order_conditions_in TYPE TABLE OF bapicond,
          w_order_conditions_in TYPE bapicond,
          w_order_SCHDL type  BAPISCHDL,
          i_order_SCHDL type table of BAPISCHDL.
    Order Header Details
    CLEAR: w_order_header_in, i_order_partners, i_return, i_order_items_in,
              i_order_conditions_in, w_order_SCHDL, i_order_SCHDL.
    refresh : i_order_partners, i_return, i_order_items_in,
              i_order_conditions_in, i_order_SCHDL.
    w_order_header_in-doc_type = stru_order_header-doc_type.
    w_order_header_in-sales_org = stru_order_header-sales_org.
    w_order_header_in-distr_chan = stru_order_header-distr_chan.
    w_order_header_in-division = stru_order_header-division.
    w_order_header_in-req_date_h = stru_order_header-req_date_h.
    w_order_header_in-sales_dist = stru_order_header-sales_dist.
    w_order_header_in-purch_no_c = stru_order_header-purch_no_c.
    Order Item Details
      CLEAR: i_order_items_in,w_order_items_in.
    w_order_items_in-itm_num = stru_order_items-itm_num.
    w_order_items_in-ITM_NUMBER =  stru_order_items-ITM_NUMBER.
    w_order_items_in-material = stru_order_items-material.
    w_order_items_in-target_qty = stru_order_items-target_qty."'5'.
    w_order_items_in-target_qu = stru_order_items-target_qu."'5'.
    w_order_items_in-plant = stru_order_items-plant.
    w_order_items_in-target_val = stru_order_items-target_val.
    w_order_items_in-currency = stru_order_items-currency.
    CALL FUNCTION 'CONVERSION_EXIT_ALPHA_INPUT'
    EXPORTING
       input = w_order_items_in-material
       IMPORTING output = w_order_items_in-material.
    APPEND w_order_items_in TO i_order_items_in.
    Order Partner Details
    CLEAR: i_order_partners,w_order_partners.
    w_order_partners-partn_role = stru_order_partners-partn_role.
    w_order_partners-partn_numb = stru_order_partners-partn_numb.
    CALL FUNCTION 'CONVERSION_EXIT_ALPHA_INPUT'
    EXPORTING input = w_order_partners-partn_numb
       IMPORTING output = w_order_partners-partn_numb.
    APPEND w_order_partners TO i_order_partners.
    Order Condition Details
    w_order_SCHDL-ITM_NUMBER  = stru_order_items-itm_number." '000010'.
             w_order_SCHDL-req_qty     = stru_order_items-target_qty." '5'.
              APPEND w_order_SCHDL to i_order_SCHDL.
    Create Sales Order BAPI Call
    *loop at i_order_header_in into  w_order_header_in.
    CALL FUNCTION 'BAPI_SALESORDER_CREATEFROMDAT2'
    EXPORTING
       order_header_in = w_order_header_in
       IMPORTING
         salesdocument = v_sales_doc
         TABLES
           return = i_return
           order_items_in = i_order_items_in
           order_partners = i_order_partners
            order_schedules_in  = i_order_SCHDL
           order_conditions_in = i_order_conditions_in.
    Get message manager
      DATA: l_current_controller TYPE REF TO if_wd_controller,
            l_message_manager    TYPE REF TO if_wd_message_manager.
      l_current_controller ?= wd_this->wd_get_api( ).
      CALL METHOD l_current_controller->get_message_manager
        RECEIVING
          message_manager = l_message_manager.
      DATA: v_message_text TYPE string.
    When Sales Order is created commit the data
    IF NOT v_sales_doc IS INITIAL.
        CALL FUNCTION 'BAPI_TRANSACTION_COMMIT'
          EXPORTING
          wait = 'X'.
        CONCATENATE 'Sales Document' v_sales_doc 'has been created.'
        INTO v_message_text SEPARATED BY space.
    Report Success message
        CALL METHOD l_message_manager->report_success
        EXPORTING message_text = v_message_text.
        ELSE.
          v_message_text = 'Error Creating Sales Order'.
    Report Error message
          CALL METHOD l_message_manager->report_error_message
          EXPORTING message_text = v_message_text.
          ENDIF.
    *endloop.
    endmethod.
    and code for table control i am using is
    method WDDOINIT .
      Types : Begin of item_tab,
            itm_number  type bapisditm-itm_number,
            material type bapisditm-material,
            plant type bapisditm-plant ,
            target_qty type bapisditm-target_qty,
            target_qu type bapisditm-target_qu,
            target_val type bapisditm-target_val,
        currency type bapisditm-currency,
            end of item_tab.
    *Creating internal table and Work Area of the same structure
    *as that of the Node created.
    Data : it_item type standard table of item_tab,
            wa_item type item_tab.
    *Appending Blank Work Area to Internal table.
    ***********************************************888
    *LOOP AT it_item INTO wa_item.
    **wa_item-itm_number to  bapisditm-itm_number.
    **wa_item-material to bapisditm-material.
    **wa_item-plant to bapisditm-plant.
    **wa_item-target_qty to bapisditm-target_qty.
    **wa_item-target_qu to bapisditm-target_qu.
    **wa_item-target_val to bapisditm-target_val.
    **wa_item-currency to bapisditm-currency.
       APPEND wa_item TO it_item.
    *ENDLOOP.
    **********************************************88
    Do 10 times.
    Append wa_item to it_item.
    enddo.
    "Binding the table
    DATA lo_nd_order_items TYPE REF TO if_wd_context_node.
    DATA lt_material TYPE wd_this->Elements_material.
    navigate from <CONTEXT> to <MATERIAL> via lead selection
      lo_nd_order_items = wd_context->get_child_node( name = wd_this->wdctx_order_items ).
    @TODO handle non existant child
    IF lo_nd_material IS INITIAL.
    ENDIF.
    @TODO compute values
    e.g. call a model function
      lo_nd_order_items->bind_table( new_items =
      it_item set_initial_elements = abap_true ).
    endmethod.

    When i use table control to update the line items only first row is getting updated in the sale order creation and the loop is not updating the other row to header only the first row is getting saved, for the same set of  data sale order is getting created in  va01 for multiple line items.
    Pls give me some idea to resolve this issue,
    here is the code i am using for creating sale order using bapi 'BAPI_SALESORDER_CREATEFROMDAT2'
    method CREATE_SALES_ORDER .
    Declaration for Order Header Node
    DATA: node_order_header TYPE REF TO if_wd_context_node,
           elem_order_header TYPE REF TO if_wd_context_element,
           stru_order_header TYPE if_componentcontroller=>element_order_header .
    Declaration for Order Items Node
    DATA: node_order_items TYPE REF TO if_wd_context_node,
           elem_order_items TYPE REF TO if_wd_context_element,
           stru_order_items TYPE if_componentcontroller=>element_order_items .
    Declaration for Order Partners Node
    DATA: node_order_partners TYPE REF TO if_wd_context_node,
    elem_order_partners TYPE REF TO if_wd_context_element,
    stru_order_partners TYPE if_componentcontroller=>element_order_partners .
    node_order_header = wd_context->get_child_node(
    name = if_componentcontroller=>wdctx_order_header
    elem_order_header = node_order_header->get_element( ).
    elem_order_header->get_static_attributes(
    IMPORTING static_attributes = stru_order_header
    <ORDER_ITEMS> via lead selection
    node_order_items = wd_context->get_child_node(
    name = if_componentcontroller=>wdctx_order_items ).
    elem_order_items = node_order_items->get_element( ).
    elem_order_items->get_static_attributes(
    IMPORTING static_attributes = stru_order_items ).
    <ORDER_PARTNERS> via lead selection
    node_order_partners = wd_context->get_child_node(
    name = if_componentcontroller=>wdctx_order_partners ).
    elem_order_partners = node_order_partners->get_element( ).
    elem_order_partners->get_static_attributes(
    IMPORTING static_attributes = stru_order_partners ).
    DATA: v_sales_doc TYPE bapivbeln-vbeln.
    DATA: w_order_header_in TYPE bapisdhd1,
          i_order_header_in TYPE table of bapisdhd1,"
          i_order_partners TYPE TABLE OF bapiparnr,
          w_order_partners TYPE bapiparnr,
          i_return TYPE TABLE OF bapiret2,
          w_return TYPE bapiret2,
          i_order_items_in TYPE TABLE OF bapisditm,
          w_order_items_in TYPE bapisditm,
          i_order_conditions_in TYPE TABLE OF bapicond,
          w_order_conditions_in TYPE bapicond,
          w_order_SCHDL type  BAPISCHDL,
          i_order_SCHDL type table of BAPISCHDL.
    Order Header Details
    CLEAR: w_order_header_in, i_order_partners, i_return, i_order_items_in,
              i_order_conditions_in, w_order_SCHDL, i_order_SCHDL.
    refresh : i_order_partners, i_return, i_order_items_in,
              i_order_conditions_in, i_order_SCHDL.
    w_order_header_in-doc_type = stru_order_header-doc_type.
    w_order_header_in-sales_org = stru_order_header-sales_org.
    w_order_header_in-distr_chan = stru_order_header-distr_chan.
    w_order_header_in-division = stru_order_header-division.
    w_order_header_in-req_date_h = stru_order_header-req_date_h.
    w_order_header_in-sales_dist = stru_order_header-sales_dist.
    w_order_header_in-purch_no_c = stru_order_header-purch_no_c.
    Order Item Details
      CLEAR: i_order_items_in,w_order_items_in.
    w_order_items_in-itm_num = stru_order_items-itm_num.
    w_order_items_in-ITM_NUMBER =  stru_order_items-ITM_NUMBER.
    w_order_items_in-material = stru_order_items-material.
    w_order_items_in-target_qty = stru_order_items-target_qty."'5'.
    w_order_items_in-target_qu = stru_order_items-target_qu."'5'.
    w_order_items_in-plant = stru_order_items-plant.
    w_order_items_in-target_val = stru_order_items-target_val.
    w_order_items_in-currency = stru_order_items-currency.
    CALL FUNCTION 'CONVERSION_EXIT_ALPHA_INPUT'
    EXPORTING
       input = w_order_items_in-material
       IMPORTING output = w_order_items_in-material.
    APPEND w_order_items_in TO i_order_items_in.
    Order Partner Details
    CLEAR: i_order_partners,w_order_partners.
    w_order_partners-partn_role = stru_order_partners-partn_role.
    w_order_partners-partn_numb = stru_order_partners-partn_numb.
    CALL FUNCTION 'CONVERSION_EXIT_ALPHA_INPUT'
    EXPORTING input = w_order_partners-partn_numb
       IMPORTING output = w_order_partners-partn_numb.
    APPEND w_order_partners TO i_order_partners.
    Order Condition Details
    w_order_SCHDL-ITM_NUMBER  = stru_order_items-itm_number." '000010'.
             w_order_SCHDL-req_qty     = stru_order_items-target_qty." '5'.
              APPEND w_order_SCHDL to i_order_SCHDL.
    Create Sales Order BAPI Call
    *loop at i_order_header_in into  w_order_header_in.
    CALL FUNCTION 'BAPI_SALESORDER_CREATEFROMDAT2'
    EXPORTING
       order_header_in = w_order_header_in
       IMPORTING
         salesdocument = v_sales_doc
         TABLES
           return = i_return
           order_items_in = i_order_items_in
           order_partners = i_order_partners
            order_schedules_in  = i_order_SCHDL
           order_conditions_in = i_order_conditions_in.
    Get message manager
      DATA: l_current_controller TYPE REF TO if_wd_controller,
            l_message_manager    TYPE REF TO if_wd_message_manager.
      l_current_controller ?= wd_this->wd_get_api( ).
      CALL METHOD l_current_controller->get_message_manager
        RECEIVING
          message_manager = l_message_manager.
      DATA: v_message_text TYPE string.
    When Sales Order is created commit the data
    IF NOT v_sales_doc IS INITIAL.
        CALL FUNCTION 'BAPI_TRANSACTION_COMMIT'
          EXPORTING
          wait = 'X'.
        CONCATENATE 'Sales Document' v_sales_doc 'has been created.'
        INTO v_message_text SEPARATED BY space.
    Report Success message
        CALL METHOD l_message_manager->report_success
        EXPORTING message_text = v_message_text.
        ELSE.
          v_message_text = 'Error Creating Sales Order'.
    Report Error message
          CALL METHOD l_message_manager->report_error_message
          EXPORTING message_text = v_message_text.
          ENDIF.
    *endloop.
    endmethod.
    and code for table control i am using is
    method WDDOINIT .
      Types : Begin of item_tab,
            itm_number  type bapisditm-itm_number,
            material type bapisditm-material,
            plant type bapisditm-plant ,
            target_qty type bapisditm-target_qty,
            target_qu type bapisditm-target_qu,
            target_val type bapisditm-target_val,
        currency type bapisditm-currency,
            end of item_tab.
    *Creating internal table and Work Area of the same structure
    *as that of the Node created.
    Data : it_item type standard table of item_tab,
            wa_item type item_tab.
    *Appending Blank Work Area to Internal table.
    ***********************************************888
    *LOOP AT it_item INTO wa_item.
    **wa_item-itm_number to  bapisditm-itm_number.
    **wa_item-material to bapisditm-material.
    **wa_item-plant to bapisditm-plant.
    **wa_item-target_qty to bapisditm-target_qty.
    **wa_item-target_qu to bapisditm-target_qu.
    **wa_item-target_val to bapisditm-target_val.
    **wa_item-currency to bapisditm-currency.
       APPEND wa_item TO it_item.
    *ENDLOOP.
    **********************************************88
    Do 10 times.
    Append wa_item to it_item.
    enddo.
    "Binding the table
    DATA lo_nd_order_items TYPE REF TO if_wd_context_node.
    DATA lt_material TYPE wd_this->Elements_material.
    navigate from <CONTEXT> to <MATERIAL> via lead selection
      lo_nd_order_items = wd_context->get_child_node( name = wd_this->wdctx_order_items ).
    @TODO handle non existant child
    IF lo_nd_material IS INITIAL.
    ENDIF.
    @TODO compute values
    e.g. call a model function
      lo_nd_order_items->bind_table( new_items =
      it_item set_initial_elements = abap_true ).
    endmethod.

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