Help required in creating function module which reads payroll clusters.

Hi ,
We have a requirement where in we need to create a function module for reading a sequence of tables from payroll clusters. This function module does two functions:
1.Read the payroll results from one system.
2.write the payroll results to other system.
please do the needful as soon as possible.
Thanks in advance.
Regards,
Durga.

hi
Refer to the below thread
Programming with Clusters for HR-Payroll
Regards
Sameer

Similar Messages

Function module for reading payroll results

HI,
I need a function module for reading payroll results RT table.
Import parameters are personal number, payroll area, and payroll period.
Export should be RT table.
Regards,
Wasim Ahmed

Hai Wasim
Check the following Code
data: payroll_cluster like t500l-relid.
    call function 'PYXX_READ_PAYROLL_RESULT'
         exporting
              clusterid                    = payroll_cluster
              employeenumber               = pernr-pernr
              sequencenumber               = payroll-evp-seqnr
            READ_ONLY_BUFFER             = ' '
            READ_ONLY_INTERNATIONAL      = ' '
            CHECK_READ_AUTHORITY         = 'X'
       IMPORTING
            VERSION_NUMBER_PAYVN         =
            VERSION_NUMBER_PCL2          =
         changing
              payroll_result               = payroll_us
        exceptions
             illegal_isocode_or_clusterid = 1
             error_generating_import      = 2
             import_mismatch_error        = 3
             subpool_dir_full             = 4
             no_read_authority            = 5
             no_record_found              = 6
             versions_do_not_match        = 7
             others                       = 8
    if sy-subrc <> 0.
      if sy-subrc <> 0.
        write: / 'Fehler beim Laden des US Abrechnungsergebnisses'(003).
        write: /'zu Personalnummer'(008), pernr-pernr,
                'bei Sequence-Number'(012),
                 payroll-evp-seqnr.
        write: / 'Fehlercode ='(004), sy-subrc.
      endif.
    endif.
Thanks & regards
Sreenivasulu P

Help me in Creating Function Module

Hi All,
I am new to SAP, please help me doing the following task given to me.
Given EE group and EE subgroup, how to write a custom function module that displays all the employees in it?
The output should be displayed in 2 tables where first table has the infotypes 0001 and 0002 and second table has infotype 0006.
Thank you

HI.
Function Modules;
Check this matter.
Function Modules are Global ABAP programs created by SAP for reusable purpose.they have IMPORT,EXPORT and TABLE parameters, and EXCEPTIONS to through when error occurs.
You can create them from TCode SE37.
Go through the following doc:
Function modules are cross-program, reusable procedures that are organized into function groups, and whose functions are implemented between the statements FUNCTION and ENDFUNCTION. Function modules and their interfaces are created in the Function Builder.
Function Module Interfaces
The parameter interface of a function module is defined in the Function Builder. It includes the definition of interface parameters and the specification of exceptions that can be triggered by a function module. The Function Builder automatically generates comment lines below the FUNCTION statement in the source code of the function module, which represent the interface of the function module with the following syntax:
Syntax
... IMPORTING parameters
EXPORTING parameters
CHANGING parameters
TABLES table_parameters
{RAISING
The syntax and semantics of IMPORTING, EXPORTING, CHANGING, RAISING, and EXCEPTIONS mainly correspond to the definition of method interfaces with CLASS-METHODS. The additional option of defining table parameters using TABLES is obsolete.
Interface parameters
The interface parameters are defined on the relevant tab pages in the Function Builder.
IMPORTING parameters are input parameters. When the function module is called, a suitable actual parameter must be specified for every non-optional input parameter. The content of the actual parameter is passed to the input parameter when the call is made. The content of an input parameter for which 'pass by reference' is defined cannot be changed in the function module.
EXPORTING parameters are output parameters. When the function module is called, a suitable actual parameter can be specified for every output parameter. The content of an output parameter that is defined for 'pass by value' is transferred to the actual parameter if the function module is completed without errors. An output parameter that is defined for pass by reference is not initialized when the function module is called.
CHANGING parameters are input and output parameters. When the function module is called, a suitable actual parameter must be specified for every non-optional input or output parameter. When the function module is called, the content of the actual parameter is passed to the input/output parameter, and when the function module is completed, the content of the input/output parameter is passed to the actual parameter.
TABLES parameters are table parameters. Table parameters are obsolete CHANGING parameters that are typed as standard tables with a header line. If an internal table without a header line or a table body is passed as an actual parameter to a formal parameter of this type, an empty local header line is generated in the function module. If an internal table with a header line is used as an actual parameter, both the table body and the header line are passed to the function module. Pass by value is not possible in formal parameters defined using TABLES. Formal parameters defined with TABLES can be replaced by formal parameters defined with CHANGING. A local work area can be created for the internal table in the function module by using the addition LIKE LINE OF itab of the DATA statement.
Exceptions
The exception of a function module are defined on the Exceptions tab page in the Function Builder. Here you can select exception classes to define whether class-based exceptions are declared or non-class-based exception are defined. Class-based exceptions are represented in the above syntax by RAISING, and non-class-based exceptions are represented by EXCEPTIONS.
The addition RAISING is used to declare class-based exceptions that can be propagated from the function module to the caller. Exceptions in the categories CX_STATIC_CHECK and CX_DYNAMIC_CHECK must be explicitly declared, otherwise a propagation can lead to an interface violation. A violation of the interface leads to the treatable exception CX_SY_NO_HANDLER. Exceptions of the category CX_NO_CHECK are implicitly always declared. The declaration of exceptions of the category CX_STATIC_CHECK is statically checked in the syntax check. For exceptions of the category CX_DYNAMIC_CHECK, the check is not performed until runtime. In a function module in which class-based exceptions are declared with the RAISING addition, the statement CATCH SYSTEM-EXCEPTIONS cannot be used. Instead, the relevant treatable exceptions should be handled in a TRY control structure.
The addition EXCEPTIONS is used to define a list of non-class-based exceptions that can be triggered in the function module using the statements RAISE or MESSAGE RAISING. Exceptions defined in this way - as with formal parameters - are bound to the function module and cannot be propagated. If an exception of this type is triggered in a function module, and no return value has been assigned to it with the homonymous addition EXCEPTIONS of the CALL FUNCTION statement when the call was made, this leads to a runtime error.
Note
For new developments after release 6.10, SAP recommends that you work with class-based exceptions that are independent of the function module.
Plz follow these steps:::
for creating the function modile initiallly we need to create the function group in se37 tcode.
1.later create the function module:
2. let us take some example
in import -
> im_kunnr type kunnr.
3. export:::
Ex_kna1 Type kna1.
4. Source code: tab
if not Im_kunnr is initial.
select single * into ex_kna1
from kna1
where kunnr eq im_kunnr.
5.save
6. goto se80 and activate all the function module as a set.
now u can use it in se38 z programs.
hope u understood the logic to use try this..
To be reward all helpfull naswers.
Jay

Function modules to read Time clusters B1 and B2 from PCL1 and PCL2

Hi All
Are there any function modules or macros to read time clusters B1 & B2?
I want to read time data in the clusters for reporting purpose.
Regards,
Rupesh Mhatre

You can also call the FM HR_TIME_RESULTS_GET and get the exact cluster you need from B2 like WPBP, ZE, SALDO etc.
Otherwise if you want to use the older FM declare the GET_TBUFF and GET_BUFFER_DIR as of below structure.
DATA: BEGIN OF TBUFF OCCURS 5000.                           "XPMK014785
        INCLUDE STRUCTURE PCL1.
        DATA: SGART(2),
      END OF TBUFF.
DATA: BEGIN OF BUFFER_DIR OCCURS 2000,                      "XPMK014785
        SGART(2),
        CLIENT LIKE PCL1-CLIENT,
        RELID LIKE PCL1-RELID,
        SRTFD LIKE PCL1-SRTFD,
        NTABX LIKE SY-TABIX, "pointer auf aktuellen satz
        OTABX LIKE SY-TABIX, "pointer auf alten satz (falls vorhanden)
        NNUXT LIKE PCL1-SRTF2, "anzahl folgesaetze aktueller Satz
        ONUXT LIKE PCL1-SRTF2, "anzahl folgesaetze alter Satz
      ofset(3) type p,     "offset innerhalb eines entry
      END OF BUFFER_DIR.
INT_TIME_RESULTS should be of type PTM_TIME_RESULTS.
Regards
Ranganath

Help required when using Function module F4_INT_TABLE_VALUE_REQUEST

Hi,
I wrote the logic as follows.
Select-options: s_lgart FOR pa0015-lgart.
SELECT lgart FROM t512z INTO TABLE it_temp WHERE infty = '0015' AND lgart IN rlgart.
IF NOT it_temp[] IS INITIAL.
    SORT it_temp BY lgart.
    DELETE ADJACENT DUPLICATES FROM it_temp COMPARING lgart.
    LOOP AT it_temp.
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        WHERE lgart = it_temp-lgart AND
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      IF sy-subrc = 0.
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at present in internal table it_temp having following fields.
5100 Relolump sum
5111 SIP
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example:
CALL FUNCTION 'F4IF_INT_TABLE_VALUE_REQUEST'
    EXPORTING
      RETFIELD        = 'VBELN'
      DYNPPROG        = W_PROGNAME
      DYNPNR          = W_SCR_NUM
      DYNPROFIELD     = 'KUNNR'
      VALUE_ORG       = 'S'
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Function Module to Read attributes value from Classification tab

Dear Experts ,
We are using material classification in the material master. Under classification tab of material master , we are maintaining certain characteristics and their corresponding values.
I want to read those values and use those in one of the report.
Can you please help me in identifying Function Module which will return the values of all the attributes of that material.
Thanks in advnce,
Regards,
Nikhil

You can check those details using CT06 transaction.
FM CLAF_CLASSIFICATION_OF_OBJECTS can be used to retrive the data using program.
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      EXPORTING
        class              = gc_class
        classtext          = 'X'
        classtype          = gc_classtype
        clint              = gc_mmpsk
        features           = 'X'
        language           = sy-langu
        object             = l_object
        key_date           = sy-datum
        initial_charact    = 'X'
        change_service_clf = ' '
        inherited_char     = 'X'
      TABLES
        t_class            = lt_class
        t_objectdata       = lt_objectdata
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        no_classification = 1
        no_classtypes      = 2
        invalid_class_type = 3
        OTHERS             = 4.

Function Module To read all the Files in a Given UNIX directory.

Can anyone provide me with a FUNCTION MODULE which reads all the files available in a UNIX directory?
I have the UNIX directory given. I need to find all the files available in that particular Directory so that I can choose and process accordingly. Probably I can store all files in an Internal Table.
Thanks in advance.
Sunil

Hi Nick,
Thankyou very much for the response.
The Function Module /SAPDMC/LSM_F4_SERVER_FILE is interactive wherein we can select only one file.
But my requirement is I need to collect (probably in an internal table) all the files exixting in the given UNIX directory.
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Sunil

Function module to read xml file

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Found a note, but not very helpful
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I need to create RFC function module which creates the IDOC

Hi-
Any idea how to create RFC function module which creates the outbound IDOC. If you have any sample code please forward to me.
Thanks,
Sony

My Problem is
Whenever they create Invoice using T-code's like FV65(Parked Document), automatically should create IDOC's...
I have used message type FIDCC1 but this message type is usefull only for Posting documents.
1. Whenever they create parked document, entries will be stored in BKPF(Parked Document-Filed-BKPF-BSTAT = 'V') and Bseg....
2. I have to read entries from those tables and should create IDOC...
3. I checked FM's(FI_IDOC_CREATE_FIDCC1, FI_IDOC_PREPARE) but are not useful...
4. Now I need to write one RFC function module and that FM should create the IDOC's....
Can anyone please help me out?
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Function module which uses both BAPI's for sales order create and change

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BAPI_SALESORDERCHANGE

Yup.
you must write a piece of code for this.
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logic somethig like this.
Amit.

Function Module which creates goods receipt document

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Doubt in export, import and table para when creating Function Module

Dear fellow ABAPers,
I have a doubt in defining export, import and table parameter while creating a function module.
I am calling a function module inside a user exit. Now in the user exit the SAP fills an internal table called i_lfa1 with all the data user has eneterd.
Now I want to pass this whole internal table to function module and the perform some checks on the values of internal table.
After that function module fills an error structure with values depending on some check.
1)
How do I pass this internal table to function module ?
When I am creating function module in se37 where do I define this iternal table type ? Is it in Import or Table parameter during function module creation?
2)
Where do I define error structure type (which is returned by function module to main program)? Is it in Export or table parameter during function module creation?
Please clear my doubt..
Relevant points will be awarded.
Regards,
Tushar.

Hi Tushar,
1. How do I pass this internal table to function module ?
   I assume u are creating your own Y/Z FM.
   Pass it thru TABLES parameter.
2. When I am creating function module in se37 where do I define this iternal table type
   Define this in TABLES interface.
   What Type ?
   THE SAME TYPE WHICH HAS BEEN DEFINED
    WHILE PASSING IN THE USER-EXIT FUNCTION MODULE.
   IF U SEE THE FM OF THE USER-EXIT,
   U WILL COME TO KNOW.
3.
Where do I define error structure type (which is returned by function module to main program)? Is it in Export or table parameter during function module creation?
Define it in TABLES interace. (not in export, import)
(Since what u are going to return is an internal table)
U can take for eg. BDCMSGCOLL.
OR u can create your own Y/Z structure
for the same purpose.
(or u can use the structure type T100)
I hope it helps.
Regards,
Amit M.

Function modul to read PPOMA_CRM structure

Hello,
i have the requirement to read all the employees / users assigned to specific orgunit in my own coding.
Do you know a function module which can be used for this?
Thank you
Best regards
Manfred

Hi Manfred,
You can use FM CRM_ORGMAN_ORGOBJECTS_FIND_2 (this is the same function module that is used in Org determination rule - to determine responsible employee of a org unit), to read all the employees assigned to a org unit. Fill ac_container parameter tables with Org unit values and actor_tab will have all the employees assigned to the org unit. actor_tab will have employees with personal id, pass the peronal id to FM BP_CENTRALPERSON_GET to get business partner guid.
Hope this helps.
Priyanka
Below is the sample code for the same
Fill responsible orgunits into i_container table
st_container-element = 'SA_RESPORG'. "Sales Responsible org unit.
st_container-value = l_value.
APPEND st_container TO i_container.
Get the Central persons of the responsible org unit
    CALL FUNCTION 'CRM_ORGMAN_ORGOBJECTS_FIND_2'
      TABLES
        ac_container = i_container
        actor_tab    = i_actor_tab.
The central persons for org unit exists
      LOOP AT i_actor_tab INTO st_actor_tab.
        IF st_actor_tab-otype EQ 'CP'.
          l_partner_id = st_actor_tab-objid.
Get GUID of CP
          CALL FUNCTION 'BP_CENTRALPERSON_GET'
            EXPORTING
              iv_person_id       = l_partner_id
            IMPORTING
              ev_bu_partner_guid = l_bp_guid.
Get BP number of CP
          CALL FUNCTION 'BUPA_NUMBERS_GET'
            EXPORTING
              iv_partner_guid = l_bp_guid
            IMPORTING
              ev_partner      = l_partner.
Fill BP number of employee responsible
          st_emp = l_partner.
          INSERT st_emp INTO TABLE i_emp.
        ENDIF.
   endloop.
Edited by: priyanka ganapa on Apr 7, 2010 1:09 PM

Function module to read the the idoc

Hi abap gurus,
   I have an inbound idoc coming form a wms system .The IDOC is for goods recieved . how can I read the idoc to update the inbound delivery data in the sap system ? Is there any function module to read the data from teh inbound idoc ?

Hi Gaurab,
Creating a Function Module (Direct Inbound Processing)
This step describes how to create a function module which is identified by the IDoc Interface using a new process code and called from ALE (field TBD52-FUNCNAME). Direct inbound processing using a function module (not using a workflow) always includes the ALE layer. This setting (processing with function module and ALE layer) is identified by the value 6 in the field TEDE2-EDIVRS, which is read by the function module IDOC_START_INBOUND. IDOC_START_INBOUND then calls ALE.
Prerequisites
You must have completed the required steps in Defining and Using a Basic Type .
Procedure
Choose Tools ® ABAP Workbench ® Development ® Function Builder, and create a new function module.
Create the segments as global data in your function group. The function module should copy the application data from the segments into the corresponding application tables and modify the IDoc status accordingly. If an error occurs, the function module must set the corresponding workflow parameters for exception handling.
Activate the function module: From the initial screen of the Function Builder select .
In the example, create the function module IDOC_INPUT_TESTER with a global interface. The function module is called when an IDoc of type TESTER01 is received for inbound processing. You will assign an application object ("standard order") to this IDoc type and therefore maintain tables from SD. To do this, call transaction VA01 using the command CALL TRANSACTION. Please note that the intention here is not to simulate a realistic standard order, but only to illustrate how data reaches application tables from an IDoc table via segment structures (form routine READ_IDOC_TESTER) and how the function module triggers an event for exception handling (by returning suitable return variables to the ALE layer in the FORM routine RETURN_VARIABLES_FILL).
A comprehensive example of the code for an inbound function module is provided in the ALE documentation in the SAP Library under Example Program to Generate an IDoc. This function module, for example, also checks whether the logical message is correct and calls a (fictitious) second function module which first writes the application data and then returns the number of the generated document. In addition, status 53 is only set if the application document was posted correctly.
Administration parameters for IDOC_INPUT_TESTER
Application abbreviation
V (Sales and Distribution)
Processing type
Normal, start immediately
Interface for IDOC_INPUT_TESTER (global interface)
Formal parameters
Reference structure
Explanation
Import parameters
INPUT_METHOD
BDWFAP_PAR-INPUTMETHD
Describes how the function module is to be processed (example: in the background)
MASS_PROCESSING
BDWFAP_PAR-MASS_PROC
Mass inbound processing? (indicator)
Export parameters
WORKFLOW_RESULT
BDWFAP_PAR-RESULT
Set to 99999 if an event is to be triggered for error handling.
APPLICATION_VARIABLE
BDWFAP_PAR-APPL_VAR
Variable freely available from application for workflow
IN_UPDATE_TASK
BDWFAP_PAR-UPDATETASK
Asynchronous update? (indicator is not set in example)
CALL_TRANSACTION_DONE
BDWFAP_PAR-CALLTRANS
Transaction called? (indicator is not set in example)
Table
IDOC_CONTRL
EDIDC
IDoc control record
IDOC_DATA
EDIDD
IDoc data records
IDOC_STATUS
BDIDOCSTAT
IDoc status records for ALE
RETURN_VARIABLES
BDWFRETVAR
IDoc assigned to Object type method parameters.
SERIALIZATION_INFO
BDI_SER
If several IDocs are to be processed in a certain sequence: this structure contains the necessary information
Example
FUNCTION IDOC_INPUT_TESTER.
""Globale Schnittstelle:
*"       IMPORTING
*"             VALUE(INPUT_METHOD) LIKE BDWFAP_PAR-INPUTMETHD
*"             VALUE(MASS_PROCESSING) LIKE BDWFAP_PAR-MASS_PROC
*"       EXPORTING
*"             VALUE(WORKFLOW_RESULT) LIKE BDWFAP_PAR-RESULT
*"             VALUE(APPLICATION_VARIABLE) LIKE BDWFAP_PAR-APPL_VAR
*"             VALUE(IN_UPDATE_TASK) LIKE BDWFAP_PAR-UPDATETASK
*"             VALUE(CALL_TRANSACTION_DONE) LIKE BDWFAP_PAR-CALLTRANS
*"       TABLES
*"              IDOC_CONTRL STRUCTURE EDIDC OPTIONAL
*"              IDOC_DATA STRUCTURE EDIDD
*"              IDOC_STATUS STRUCTURE BDIDOCSTAT
*"              RETURN_VARIABLES STRUCTURE BDWFRETVAR
*"              SERIALIZATION_INFO STRUCTURE BDI_SER
initialize SET/GET Parameter and internal tables
PERFORM INITIALIZE_ORGANIZATIONAL_DATA.
Move IDOC to internal tables of application
PERFORM READ_IDOC_TESTER.
call transaction Order Entry VA01
PERFORM CALL_VA01_IDOC_ORDERS USING ERRORCODE.
set status value
perform write_status_record using errorcode.
return values of function module
PERFORM RETURN_VARIABLES_FILL USING ERRORCODE.
ENDFUNCTION.
FORM INITIALIZE_ORGANIZATIONAL_DATA.
initialize SET/GET parameters
   SET PARAMETER ID 'VKO' FIELD SPACE.
   SET PARAMETER ID 'VTW' FIELD SPACE.
   SET PARAMETER ID 'SPA' FIELD SPACE.
   SET PARAMETER ID 'VKB' FIELD SPACE.
   SET PARAMETER ID 'VKG' FIELD SPACE.
initialize internal tables
   REFRESH BDCDATA.
   CLEAR BDCDATA.
   CLEAR BELEGNUMMER.
   CLEAR ERRTAB.
   REFRESH ERRTAB.
   REFRESH XBDCMSGCOLL.
   CLEAR XBDCMSGCOLL.
ENDFORM.                    " INITIALIZE_ORGANIZATIONAL_DATA
FORM READ_IDOC_TESTER.
PERFORM INITIALIZE_IDOC.
LOOP AT IDOC_DATA
   WHERE DOCNUM = IDOC_CONTRL-DOCNUM.
    CASE IDOC_DATA-SEGNAM.
header data
      WHEN 'E1HEAD'.
        MOVE IDOC_DATA-SDATA TO E1HEAD.
        PERFORM PROCESS_SEGMENT_E1HEAD.
position data
      WHEN 'E1ITEM'.
        MOVE IDOC_DATA-SDATA TO E1ITEM.
        PERFORM PROCESS_SEGMENT_E1ITEM.
    ENDCASE.
ENDLOOP.
only when there were one or more items
CHECK FIRST NE 'X'.
APPEND XVBAP.                        "last one
ENDFORM.                    " READ_IDOC_TESTER
FORM INITIALIZE_IDOC.
CLEAR XVBAK.
REFRESH XVBAP.
CLEAR XVBAP.
POSNR = 0.
FIRST = 'X'.
ENDFORM.                    " INITIALIZE_IDOC
FORM PROCESS_SEGMENT_E1HEAD.
requested date of delivery
WLDAT = E1HEAD-WLDAT.
delivery date
XVBAK-BSTDK = E1HEAD-BSTDK.
customer number
XVBAK-KUNNR = E1HEAD-AUGEB.
order number
XVBAK-BSTNK = E1HEAD-BELNR.
division
XVBAK-SPART = E1HEAD-SPART.
distribution channel
XVBAK-VTWEG = E1HEAD-VTWEG.
sales organization
XVBAK-VKORG = E1HEAD-VKORG.
order type
XVBAK-AUART = E1HEAD-AUART.
do not fill incoterms (inco1, inco2)
customer function
CALL CUSTOMER-FUNCTION '001'
       EXPORTING
            PI_VBAK621           = XVBAK
       IMPORTING
            PE_VBAK621           = XVBAK
       TABLES
            PT_IDOC_DATA_RECORDS = IDOC_DATA.
ENDFORM.                    " PROCESS_SEGMENT_E1HEAD
FORM PROCESS_SEGMENT_E1ITEM.
position number
XVBAP-POSNR = XVBAP-POSNR + 1.
amount
XVBAP-WMENG = E1ITEM-MENGE.
unit
CALL FUNCTION 'ISO_TO_SAP_MEASURE_UNIT_CODE'
       EXPORTING
            ISO_CODE = E1ITEM-BMEINH
       IMPORTING
            SAP_CODE = XVBAP-VRKME
       EXCEPTIONS
            OTHERS    = 0.
material number
XVBAP-MATNR = E1ITEM-LMATNR.
CALL CUSTOMER-FUNCTION '002'
       EXPORTING
            PI_VBAP621           = XVBAP
       IMPORTING
            PE_VBAP621           = XVBAP
       TABLES
            PT_IDOC_DATA_RECORDS = IDOC_DATA.
APPEND XVBAP.
ENDFORM.                    " PROCESS_SEGMENT_E1ITEM
FORM CALL_VA01_IDOC_ORDERS USING ERRORCODE.
call transaction first dynpro
PERFORM DYNPRO_START.
call transaction double-line entry
PERFORM DYNPRO_DETAIL2.
incoterms
PERFORM DYNPRO_HEAD_300.
call transaction item datas
PERFORM DYNPRO_POSITION.
PERFORM DYNPRO_SET USING 'BDC_OKCODE' 'SICH'.
determine input method
IF INPUT_METHOD IS INITIAL.
    INPUT_METHOD = 'N'.
ENDIF.
call transaction VA01
CALL TRANSACTION 'VA01' USING    BDCDATA
                         MODE     INPUT_METHOD
                         UPDATE   'S'
                         MESSAGES INTO XBDCMSGCOLL.
errorcode = SY-SUBRC.       " remember returncode for status update
ENDFORM.                    " CALL_VA01_IDOC_ORDERS
form write_status_record using errorcode.
FILL IDOC_STATUS
IDOC_STATUS-DOCNUM = IDOC_CONTRL-DOCNUM.
IF ERRORCODE = 0.
IDOC_STATUS-STATUS = BELEG_GEBUCHT. "value 53
   GET PARAMETER ID 'AUN' FIELD BELEGNUMMER.
   IDOC_STATUS-MSGID = 'V1'.
   IDOC_STATUS-MSGNO = '311'.
   IDOC_STATUS-MSGV1 = 'Terminauftrag'.
   IDOC_STATUS-MSGV2 = BELEGNUMMER.
ELSE.
    IDOC_STATUS-STATUS = BELEG_NICHT_GEBUCHT. "value 51
    IDOC_STATUS-MSGID = SY-MSwGID.
    IDOC_STATUS-MSGNO = SY-MSGNO.
    IDOC_STATUS-MSGV1 = SY-MSGV1.
    IDOC_STATUS-MSGV2 = SY-MSGV2.
    IDOC_STATUS-MSGV3 = SY-MSGV3.
    IDOC_STATUS-MSGV4 = SY-MSGV4.
ENDIF.
APPEND IDOC_STATUS.
ENDFORM.
FORM DYNPRO_START.
PERFORM DYNPRO_NEW USING PROGRAMM_AUFTRAG
                           DYNPRO-EINSTIEG
                  CHANGING LAST_DYNPRO.
ordertype
PERFORM DYNPRO_SET USING 'VBAK-AUART' XVBAK-AUART.
sales organization
PERFORM DYNPRO_SET USING 'VBAK-VKORG' XVBAK-VKORG.
Distribution channel
PERFORM DYNPRO_SET USING 'VBAK-VTWEG' XVBAK-VTWEG.
Division
PERFORM DYNPRO_SET USING 'VBAK-SPART' XVBAK-SPART.
Sales office
PERFORM DYNPRO_SET USING 'VBAK-VKBUR' XVBAK-VKBUR.
Sales group
PERFORM DYNPRO_SET USING 'VBAK-VKGRP' XVBAK-VKGRP.
ENDFORM.                    " DYNPRO_START
FORM DYNPRO_NEW USING    PROGNAME
                         DYNPRONR
                CHANGING LAST_DYNPRO.
CLEAR BDCDATA.
BDCDATA-PROGRAM = PROGNAME.
BDCDATA-DYNPRO = DYNPRONR.
BDCDATA-DYNBEGIN   = 'X'.
APPEND BDCDATA.
LAST_DYNPRO = DYNPRONR.
ENDFORM.                    " DYNPRO_NEW
FORM DYNPRO_SET USING    FELDNAME
                         FELDINHALT.
CLEAR BDCDATA.
CHECK FELDINHALT NE SPACE.
dynpro field name
BDCDATA-FNAM = FELDNAME.
contents
BDCDATA-FVAL = FELDINHALT.
APPEND BDCDATA.
ENDFORM.                    " DYNPRO_SET
FORM DYNPRO_DETAIL2.
okcode
PERFORM DYNPRO_SET USING 'BDC_OKCODE' PANEL-UER2.
fix dynpro number 4001
PERFORM DYNPRO_NEW USING    PROGRAMM_AUFTRAG
                               '4001'
                      CHANGING LAST_DYNPRO.
order party
PERFORM DYNPRO_SET      USING 'KUAGV-KUNNR' XVBAK-KUNNR.
purchase order number
PERFORM DYNPRO_SET      USING 'VBKD-BSTKD'   XVBAK-BSTNK.
requested delivery date
PERFORM DYNPRO_DATE_SET USING 'VBKD-BSTDK'   XVBAK-BSTDK.
purchase order date
PERFORM DYNPRO_DATE_SET USING 'RV45A-KETDAT' WLDAT.
ENDFORM.                    " DYNPRO_DETAIL2
FORM DYNPRO_DATE_SET USING    FELDNAME
                              FELDINHALT.
DATA: DATE TYPE D.
CLEAR BDCDATA.
CHECK FELDINHALT NE SPACE.
BDCDATA-FNAM = FELDNAME.
WRITE FELDINHALT TO DATE.
BDCDATA-FVAL = DATE.
APPEND BDCDATA.
ENDFORM.                    " DYNPRO_DATE_SET
FORM DYNPRO_HEAD_300.
PERFORM DYNPRO_SET USING 'BDC_OKCODE' PANEL-KKAU.
incoterms part 1
IF NOT XVBAK-INCO1 IS INITIAL.
   PERFORM DYNPRO_SET USING 'VBKD-INCO1' XVBAK-INCO1.
ENDIF.
incoterms part 2
IF NOT XVBAK-INCO2 IS INITIAL.
   PERFORM DYNPRO_SET USING 'VBKD-INCO2' XVBAK-INCO2.
ENDIF.
PERFORM DYNPRO_SET USING 'BDC_OKCODE' 'BACK'.
ENDFORM.                    " DYNPRO_HEAD_300
FORM DYNPRO_POSITION.
LOOP AT XVBAP.
dynpro item double line entry
PERFORM DYNPRO_SET USING 'BDC_OKCODE' 'UER2'.
    IF XVBAP-POSNR = 1.
material number
      PERFORM DYNPRO_SET      USING 'VBAP-MATNR(01)'   XVBAP-MATNR.
order quantity
      PERFORM DYNPRO_SET      USING 'RV45A-KWMENG(01)' XVBAP-WMENG.
desired delivery date
      PERFORM DYNPRO_DATE_SET USING 'RV45A-ETDAT(1)' WLDAT.
sales unit
      PERFORM DYNPRO_SET      USING 'VBAP-VRKME(1)'   XVBAP-VRKME.
    ELSE.
     PERFORM DYNPRO_SET      USING 'BDC_OKCODE'      'POAN'.
material number
      PERFORM DYNPRO_SET      USING 'VBAP-MATNR(02)'    XVBAP-MATNR.
order quantity
      PERFORM DYNPRO_SET      USING 'RV45A-KWMENG(02)' XVBAP-WMENG.
desired delivery date
      PERFORM DYNPRO_DATE_SET USING 'RV45A-ETDAT(02)'   WLDAT.
sales unit
      PERFORM DYNPRO_SET      USING 'VBAP-VRKME(02)'    XVBAP-VRKME.
    ENDIF.
ENDLOOP.
ENDFORM.                    " DYNPRO_POSITION
FORM RETURN_VARIABLES_FILL USING ERRORCODE.
allocate IDOC numbers to Workflow output parameters
IF MASS_PROCESSING <> SPACE.
    IF ERRORCODE = 0.
      RETURN_VARIABLES-WF_PARAM = PID.
      RETURN_VARIABLES-DOC_NUMBER = IDOC_CONTRL-DOCNUM.
      APPEND RETURN_VARIABLES.
      RETURN_VARIABLES-WF_PARAM = APO.
      RETURN_VARIABLES-DOC_NUMBER = BELEGNUMMER.
      APPEND RETURN_VARIABLES.
      WORKFLOW_RESULT = C_WF_RESULT_OK.
    ELSE.
      RETURN_VARIABLES-WF_PARAM = EID.
      RETURN_VARIABLES-DOC_NUMBER = IDOC_CONTRL-DOCNUM.
      APPEND RETURN_VARIABLES.
      WORKFLOW_RESULT = C_WF_RESULT_ERROR.
    ENDIF.
ELSE.
    IF ERRORCODE = 0.
      RETURN_VARIABLES-WF_PARAM = APE.
      RETURN_VARIABLES-DOC_NUMBER = BELEGNUMMER.
      APPEND RETURN_VARIABLES.
      WORKFLOW_RESULT = C_WF_RESULT_OK.
    ELSE.
      WORKFLOW_RESULT = C_WF_RESULT_ERROR.
    ENDIF.
ENDIF.
ENDFORM.                    " RETURN_VARIABLES_FILL
Globale Daten von IDOC_INPUT_TESTER
TABLES: E1HEAD, E1ITEM.
DATA: BEGIN OF BDCDATA OCCURS 500.
        INCLUDE STRUCTURE BDCDATA.
DATA: END OF BDCDATA.
DATA: BEGIN OF XVBAK.                 "Kopfdaten
     INCLUDE STRUCTURE VBAK621.
DATA: END OF XVBAK.
DATA: BEGIN OF XVBAP OCCURS 50.        "Position
       INCLUDE STRUCTURE VBAP.
DATA: WMENG(18) TYPE C.
DATA: LFDAT LIKE VBAP-ABDAT.
DATA: KSCHL LIKE KOMV-KSCHL.
DATA: KBTRG(16) TYPE C.
DATA: KSCHL_NETWR LIKE KOMV-KSCHL.
DATA: KBTRG_NETWR(16) TYPE C.
DATA: INCO1 LIKE VBKD-INCO1.
DATA: INCO2 LIKE VBKD-INCO2.
DATA: YANTLF(1) TYPE C.
DATA: PRSDT LIKE VBKD-PRSDT.
DATA: HPRSFD LIKE TVAP-PRSFD.
DATA: END OF XVBAP.
DATA: BEGIN OF DYNPRO,
      EINSTIEG          LIKE T185V-DYNNR VALUE 101,
      KKAU              LIKE T185V-DYNNR,
      UER2              LIKE T185V-DYNNR,
      KBES              LIKE T185V-DYNNR,
      ERF1              LIKE T185V-DYNNR,
      PBES              LIKE T185V-DYNNR,
      PKAU              LIKE T185V-DYNNR,
      PEIN              LIKE T185V-DYNNR,
      EID1              LIKE T185V-DYNNR,
      POPO              LIKE T185V-DYNNR,
      EIPO              LIKE T185V-DYNNR,
      KPAR              LIKE T185V-DYNNR,
      PSDE              LIKE T185V-DYNNR,
      PPAR              LIKE T185V-DYNNR,
      KDE1              LIKE T185V-DYNNR,
      KDE2              LIKE T185V-DYNNR,
      PDE1              LIKE T185V-DYNNR,
      PDE2              LIKE T185V-DYNNR,
      PKON              LIKE T185V-DYNNR,
      END OF DYNPRO.
DATA: BEGIN OF PANEL,
      KKAU              LIKE T185V-PANEL VALUE 'KKAU',
      UER2              LIKE T185V-PANEL VALUE 'UER2',
      KBES              LIKE T185V-PANEL VALUE 'KBES',
      ERF1              LIKE T185V-PANEL VALUE 'ERF1',
      PBES              LIKE T185V-PANEL VALUE 'PBES',
      PKAU              LIKE T185V-PANEL VALUE 'PKAU',
      PEIN              LIKE T185V-PANEL VALUE 'PEIN',
      EID1              LIKE T185V-PANEL VALUE 'EID1',
      EIAN              LIKE T185V-PANEL VALUE 'EIAN',
      POPO              LIKE T185V-PANEL VALUE 'POPO',
      EIPO              LIKE T185V-PANEL VALUE 'EIPO',
      KPAR              LIKE T185V-PANEL VALUE 'KPAR',
      PSDE              LIKE T185V-PANEL VALUE 'PSDE',
      POAN              LIKE T185V-PANEL VALUE 'POAN',
      PPAR              LIKE T185V-PANEL VALUE 'PPAR',
      KDE1              LIKE T185V-PANEL VALUE 'KDE1',
      KDE2              LIKE T185V-PANEL VALUE 'KDE2',
      PDE1              LIKE T185V-PANEL VALUE 'PDE1',
      PDE2              LIKE T185V-PANEL VALUE 'PDE2',
      PKON              LIKE T185V-PANEL VALUE 'PKON',
      KOAN              LIKE T185V-PANEL VALUE 'KOAN',
      END OF PANEL.
DATA: BEGIN OF ERRTAB OCCURS 20,
       TRANS LIKE TSTC-TCODE,
       ARBGB LIKE T100-ARBGB,
       CLASS(1) TYPE C,
       MSGNR LIKE T100-MSGNR,
     TEXT LIKE T100-TEXT,
       TEXT(123) TYPE C,
       MSGV1 LIKE SY-MSGV1,
       MSGV2 LIKE SY-MSGV2,
       MSGV3 LIKE SY-MSGV3,
       MSGV4 LIKE SY-MSGV4,
      END OF ERRTAB.
*---- Hilfsfelder     -
DATA: PROGRAMM_AUFTRAG LIKE T185V-AGIDV VALUE 'SAPMV45A'.
DATA: LAST_DYNPRO      LIKE T185V-DYNNR,
      WLDAT            LIKE VBAK-BSTDK,
      POSNR            LIKE VBAP-POSNR,
      FIRST(1)         TYPE C VALUE 'X'.
DATA: BEGIN OF XBDCMSGCOLL OCCURS 10.
        INCLUDE STRUCTURE BDCMSGCOLL.
DATA: END OF XBDCMSGCOLL.
Terminauftrag ( Auftragsart wird fest gesetzt !)
DATA:   BELEGNUMMER LIKE VBAK-VBELN.
DATA:   ERRORCODE LIKE SY-SUBRC.
Statuswerte fuer IDOC-Status
DATA:   BELEG_NICHT_GEBUCHT LIKE TEDS1-STATUS VALUE '51'.
DATA:   BELEG_GEBUCHT       LIKE TEDS1-STATUS VALUE '53'.
*- Direktwerte für Return_variables -
data:
    eid like bdwfretvar-wf_param value 'Error_IDOCs',
    pid like bdwfretvar-wf_param value 'Processed_IDOCs',
    apo like bdwfretvar-wf_param value 'Appl_Objects',
    ape like bdwfretvar-wf_param value 'Appl_Object'.
*- Direktwerte für Workflow_Result -
DATA: C_WF_RESULT_ERROR LIKE BDWFAP_PAR-RESULT VALUE '99999'.
thanks
karthik
DATA: C_WF_RESULT_OK    LIKE BDWFAP_PAR-RESULT VALUE '0'.

Is there any function module which gives open invoices &open amount?

Hello All,
I want to use function module which gives open invoices with open amount.
I know 'CUSTOMER_OPEN_ITEMS' 'BAPI_AR_ACC_GETOPENITEMS' function which gives open invoices but does not give open amount.
Can anyone help me to find such function?

From this BAPI ,
BAPI_AR_ACC_GETOPENITEMS, You got amount for items in lc_amount field of lineitems table parameter.
I hope, it will helpful to you.
by
Prasad GVK.

Help required in creating function module which reads payroll clusters.

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