Dump occured in Function module: ME_CREATE_PO_HEADER
Dears,
When I call this FM: ME_CREATE_PO_HEADER, the ABAP Dump occured! But any ABAP check to this FM is OK. The information about the dump is below:
What happened?
Error in the ABAP Application Program
The current ABAP program "SAPLBOS04" had to be terminated because it has
come across a statement that unfortunately cannot be executed.
Function module "ME_CREATE_PO_HEADER" was called
with the parameter "I_ANGDT".
This parameter is not defined.
But actually, the parameter 'I_ANGDT' is defined.
Anyone who can help me explain this problem? Thanks!
Best regards,
Brian Liu
Edited by: Brian Liu on Jun 4, 2009 10:02 PM
Hi,
Please check the variable type that you have passed to import parameter I_ANGDT.
Hope this may help you.
Regards,
Prashant
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Edited by: Suhas Saha on Jul 17, 2011 1:17 PMWell, the thing is I did manage to run 3 other Function Modules asynchronously succeesfully prior to that function call, with the same exact function call syntax. Further more, I have tried editing it with your suggestion but I get the exact same dump.
The complete function group can be downloaded here (slinkee file):
https://docs.google.com/leaf?id=0B3sua1Bw4XK4ZmFhNzcwMTgtYzQ0Mi00NzQ4LTg5YTMtNDNlNWUxYTM2NTg3&hl=en_US
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https://docs.google.com/leaf?id=0B3sua1Bw4XK4YWJmNjU3ODYtODRmMy00Nzg2LThkNTUtZjNkNDRhZGQ3MTUw&hl=en_US
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Basically I ST22 gives me the following:
Runtime Errors RPERF_ILLEGAL_STATEMENT
Date and Time 17.07.2011 05:29:54
|Short text |
| Statement "CALL FUNCTION .. DESTINATION/STARTING NEW TASK/IN BACKGROUND TASK" |
|What happened? |
| Error in the ABAP Application Program |
| |
| The current ABAP program "Z_ZZB1_CLOSE_PERIOD_TEST2" had to be terminated |
| because it has |
| come across a statement that unfortunately cannot be executed. |
And it explains it here (but is not helpful / relevant at all) as I ran the program from SE38.
|Error analysis |
| There is probably an error in the program |
| "Z_ZZB1_CLOSE_PERIOD_TEST2". |
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| or in a field exit. These are implemented by |
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| WRITE statements, field exits during field transports from the |
| screen to the ABAP/4 program. |
| In this connection, the following ABAP/4 statements are not allowed: |
| |
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Procedure
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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).
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Application abbreviation
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Processing type
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Interface for IDOC_INPUT_TESTER (global interface)
Formal parameters
Reference structure
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INPUT_METHOD
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MASS_PROCESSING
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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'.
DATA: C_WF_RESULT_OK LIKE BDWFAP_PAR-RESULT VALUE '0'. -
Hi,
What are the exceptions in function module.
Thanks in advanceHI,
Exceptions are used to return the error which happens in function module to the calling program.
You can't show error messages directly from Function modules. So when there are some error occurs in function module it raises the desired exception. and this exception number is passed back to calling program. in this way calling program can trace out the error happens in function module.
REgards, -
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'. -
Exceptions in Function Modules
Hi
How can I create an Exception in a Function Module and Raise that based on some condition? Plz helpHi Santo,,,,
Look into this link ,, where u will get a clear information on exceptions,,,,,
http://help.sap.com/saphelp_nw70/helpdata/en/9f/db98fc35c111d1829f0000e829fbfe/content.htm
http://abapprogramming.blogspot.com/2007/06/lesson-24-function-groups-and-function.html
In the function module, you can create your own local types and data objects, and call subroutines or other function modules.
You can make a function module trigger exceptions .
To do this, you must first declare the exceptions in the interface definition, that is, assign each one a different name.
In the source code of your function module, you program the statements that trigger an exception under the required condition. At runtime, the function module is terminated when an exception is triggered.
The changes to exporting and changing parameters are the same as in subroutines. There are two statements that you can use to trigger an exception. In the forms given below, stands for the name of an exception that you declared in the interface. The system reacts differently according to whether or not the exception was listed in the function module call:
RAISE .
If the exception is listed in the calling program, the system returns control to it directly. If the exception is not listed, a runtime error occurs.
MESSAGE () RAISING .
If the exception is listed in the calling program, the statement has the same effect as RAISE . If it is not listed, the system sends message from message class with type , and no runtime error occurs.
Function modules differ from subroutines in that you must assume that they will be used by other programmers. For this reason, you should ensure that you complete the steps listed here.
Documentation (can be translated)
You should document both your parameters and exceptions with short texts (and long texts if necessary) and your entire function module. The system provides a text editor for you to do this, containing predefined sections for Functionality, Example Call, Hints, and Further Information.
Work list
When you change an active function module, it acquires the status active (revised). When you save it, another version is created with the status inactive . When you are working on a function module, you can switch between the inactive version and the last version that you activated. When you activate the inactive version, the previous active version is overwritten.
Function test
Once you have activated your function module, you can test it using the built-in test environment in the Function Builder. If an exception is triggered, the test environment displays it, along with any message that you may have specified for it. You can also switch into the Debugger and the Runtime Analysis tool. You can save test data and compare sets of results.
When you insert a function module call in your program, you should use the Pattern function. Then, you only need to enter the name of the function module (input help is available). The system then inserts the call and the exception handling (MESSAGE statement) into your program.
You assign parameters by name. The formal parameters are always on the left-hand side of the expressions:
Exporting parameters are passed by the program. If a parameter is optional, you do not need to pass it. Default values are displayed if they exist.
Importing parameters are received by the program. All importing parameters are optional.
Changing parameters are both passed and received. You do not have to list optional parameters.
Default values are displayed if they exist.
The system assigns a value to each exception, beginning at one, and continuing to number them sequentially in the order they are declared in the function module definition. You can assign a value to all other exceptions that you have not specifically listed using the special exception OTHERS.
If you list the exceptions and one is triggered in the function module, the corresponding value is placed in the return code field sy-subrc. If you did not list the exception in the function call, a runtime error or a message occurs, depending on the statement you used in the function module to trigger the exception.
When you create a function module, you must assign it to a function group. The function group is the main program in which a function module is embedded.
A function group is a program with type F, and is not executable . The entire function group is loaded in a program the first time that you call a function module that belongs to it.
The system also triggers the LOAD-OF-PROGRAM event for the function group.
The function group remains active in the background until the end of the calling program. It is therefore a suitable means of retaining data objects for the entire duration of a program. All of the function modules in a group can access the group's global data.
Please reward if found helpful,,,,,,,,,,,,,,,,
Thanks And Regards ,,,,
Sreekar.Kadiri. -
BUPA_MAIN stays in Intermediate state Function Module missing
We noticed that on our Productive system, since yesterday most
of the BUPA_MAIN BDOCs status are in yellow "After qRFC step (intermediate
state)" since last two days on PRM. Before it was working fine.
We got o SMW01 & re-process it, then we get a short dump which says:
" Function module "/1CRMGC/CGBUPA_MAIN_RRR" not found."
We compared in th eTxn: SBDM the BUPA_MAIN on Production & Test systems.
We found that the Module "/1CRMGC/CGBUPA_MAIN_RRR" is not there in Production but it
is there on other systems where its working.
Please let us know how we can generate this,
Is it the normal process to Generate on the dsired system in our case production directly? or do we do it in Development & then Transport it.
We have this bug in Production and fix this asap.
Thanks
Regards
Rahul
Edited by: Rahul Kumar Lal on Sep 2, 2010 1:50 PMHi Rahul,
Goto Trxn. GNRWB -
Generator Group : REPLI
Industry : Consumer Goods
Select BUPA_MAIN on L.H.S. and all Generators on the R.H.S.
Click on Generate/Check icons.
or you can goto trxn . SMOGGEN and select BUPA_MAIN.
Tnx,
Rohit -
Function module "CRM_DOWNLOAD_RCV_EXIT" not found error
Hello experts,
We are using SRM 5.0 connected to an ECC 6.0 backend system
In SRM, trans. SMQ2 I see queues with status SYSFAIL, and inside them I find that supposely the error is "Error in Mapping (Details: transaction SMW01)".
When I re-process it, I get the following dump in ST22: "Function module "CRM_DOWNLOAD_RCV_EXIT" not found". This module does not exist in SRM, and my guess is that CRM is sending stuff to SRM.
I have everything configured correctly, exactly as note # 720819.
I'll appreciate your comments on this.
Regards,
Gilberto GallardoHi
CRS_DOWNLOAD_RCV_EXIT -check this fm you defined in CRMSUBTAB table in r/3
CRMSUBTAB for subscription table for Up and Download Object and add the following values:
User ObjectName U/D Obj. Class Function Obj. Type Funct. Name
CRM empty Download Material empty empty CRS_MATERIAL_EXTRACT
CRM empty Download Material empty empty CRS_CUSTOMIZING_EXTRACT
CRM empty Download Material empty empty CRS_SERVICE_EXTRACT
BR
Muthu
Edited by: Muthuraman Govindasamy on Oct 24, 2008 6:22 AM -
ABAP Dump due to RFC Function module call in another thread
Hi,
I am facing some problem since yesterday. In one of my executable program I am calling a RFC fm as below mentioned
REPORT ZREPORT.
CALL FUNCTION 'Z_XXXXXXXXX'
STARTING NEW TASK L_NAME
DESTINATION IN GROUP 'TASK'
PERFORMING RETURN_INFO ON END OF TASK
EXPORTING
P_exp1 = l_emp
TABLES
R_VBELN = r_it_vbeln
EXCEPTIONS
NO_DATA_TO_PROCESS = 1
OTHERS = 2.
wait until v_task = 1.
update ztable.
Due to some data inconsistence one of the SAP function
module which I am calling in my function module Z_XXXXXXXXX
is generating dump with message type X. Since there is data inconsistence it is generating dump that's OK.
But the problem i am getting is, report ZREPORT is generating dump at WAIT statement saying illegal statement even though I am calling that function module
Z_XXXXXXXXX as a separate new task.
Can somebody help me.
Thanks,
Amara.hi, Amara
I agree with Rich said, and do a simulate test in my server, here is the analysis.
Assume we have a RFC, like this:
FUNCTION ZGZL_DUMPTEST.
*"*"Local interface:
*" EXPORTING
*" VALUE(OUT) TYPE I
*" EXCEPTIONS
*" CONVERT_FAIL
data:a type i.
a = 'A'.
ENDFUNCTION.
And call this RFC like you way:
REPORT ZGZL_DUMPTEST .
DATA:
SEMAPHORE(1) VALUE SPACE,
LC_OUT TYPE I.
CALL FUNCTION 'ZGZL_DUMPTEST'
STARTING NEW TASK 'DUMP'
PERFORMING RETURN_INFO ON END OF TASK.
WAIT UNTIL SEMAPHORE = 'X'.
WRITE: 'OVER'.
FORM RETURN_INFO USING TASKNAME.
RECEIVE RESULTS FROM FUNCTION 'ZGZL_DUMPTEST'
IMPORTING OUT = LC_OUT.
SEMAPHORE = 'X'.
ENDFORM. " RETURN_INFO
if we run the RFC in se37 directly, obviously it will occur a rumtime error CONVT_NO_NUMBER, and dump.
But if we run the above application to call the RFC, we will get a different runtime error CALL_FUNCTION_REMOTE_ERROR.
Error Analysis in ST22 like this:
An error occurred when executing a REMOTE FUNCTION CALL.
It was logged under the name "CONVT_NO_NUMBER"
on the called page.
I think that means the application receive the runtime error from RFC when call <b>RECEIVE RESULTS</b>.
In normal CALL FUNCTION, the external application will accept the rumetime error throw from FM, that's correct, because it let the caller can handle these runtime errors.
In you case, you said RFC run in a new task, yes, that's true, so you can call the RFC like this:
CALL FUNCTION 'ZGZL_DUMPTEST'
STARTING NEW TASK 'DUMP'
PERFORMING RETURN_INFO ON END OF TASK.
WAIT UNTIL SEMAPHORE = 'X'.
WRITE: 'OVER'.
FORM RETURN_INFO USING TASKNAME.
SEMAPHORE = 'X'.
ENDFORM. " RETURN_INFO
It will goes well, no dump. Why? because we don't use RECEIVE RESULT. RECEIVE RESULT will bring the result from FM, also bring the runtime error from FM.
So if you want to call the FM and receive the result, handle the runtime error in FM inside at first.
like this:
CATCH SYSTEM-EXCEPTIONS CONVT_NO_NUMBER = 1.
a = 'A'.
ENDCATCH.
IF SY-SUBRC = 1.
RAISE CONVERT_FAIL.
ENDIF.
And then you call FM like this:
CALL FUNCTION 'ZGZL_DUMPTEST'
STARTING NEW TASK 'DUMP'
PERFORMING RETURN_INFO ON END OF TASK.
WAIT UNTIL SEMAPHORE = 'X'.
WRITE: 'OVER'.
FORM RETURN_INFO USING TASKNAME.
RECEIVE RESULTS FROM FUNCTION 'ZGZL_DUMPTEST'
IMPORTING OUT = LC_OUT
EXCEPTIONS CONVERT_FAIL = 1.
SEMAPHORE = 'X'.
ENDFORM. " RETURN_INFO
That's will be ok for your scenario.
Hope my reply is useful.
thanks -
Function module ISR_GET_DATA_FROM_XML throwing dump.
Hi All,
Function module ISR_GET_DATA_FROM_XML throwing dump.
The dump says,
The exception, which is assigned to class 'CX_SY_REF_IS_INITIAL', was not
caught in
procedure "ISR_GET_DATA_FROM_XML" "(FUNCTION)", nor was it propagated by a
RAISING clause.
Since the caller of the procedure could not have anticipated that the
exception would occur, the current program is terminated.
The reason for the exception is:
You attempted to use a 'NULL' object reference (points to 'nothing')
access a component.
An object reference must point to an object (an instance of a class)
before it can be used to access components.
Either the reference was never set or it was set to 'NULL' using the
CLEAR statement.
Can you please help me in resolving this error.
PERFORM set_tag_constants.
set size of XML document
ld_size = id_size.
create the input stream
lr_stream = ir_ixml_stream_factory->create_istrea
table = it_xml
size = ld_size ). create XML document object
lr_dom = ir_ixml_factory->create_document( ).
create parser
lr_parser = ir_ixml_factory->create_parser(
stream_factory = ir_ixml_stream_factory
istream = lr_stream
document = lr_dom ).
Thanks
Rohini.Hi,
SELECT MBLNR
MJAHR
FROM MSEG
INTO TABLE I_MKPF
WHERE MBLNR IN S_MBLNR AND
MJAHR IN S_MJAHR.
IF I_MKPF IS NOT INITIAL.
SELECT * FROM MSEG INTO TABLE O_MSEG FOR ALL ENTRIES IN I_MKPF
WHERE MBLNR = I_MKPF-MBLNR
AND MJAHR = I_MKPF-MJAHR
AND MATNR IN I_MATNR
AND WERKS IN I_WERKS
AND LGORT IN I_LGORT.
ENDIF.
ALSO CHECK FM u2018/BEV2/ED_REA_MSEG_MKPFu2019.
Regards,
Deepa Kulkarni -
Function module going for DUMP
Hi ALL,
I have import request and i got sucess .My 3 function modules are import to client system.2 FM are working properly but 1 function module is going for DUMP.
When iam Executing this FM through SE37 F8 its running but iam not able to display or change this ZFM.
In our DEV sytem it is working properly.but Client system it is going for DUMP.
I have gone dump analysis its saying
An exception occurred. This exception is dealt with in more detail below
. *The exception, which is assigned to the class 'CX_SY_IMPORT_MISMATCH_ERROR',
was neither caught nor passed along using a RAISING clause, in the procedure
MO_IMPORT_MODIFICATIONS" "(METHOD
Length error occurred during the IMPORT statement
*The system found when importing that the target object was longer or
shorter than the object to be imported*
Thanks in Advance,
Madhu.
Edited by: madhubabu rao on Apr 23, 2009 10:34 AM
Edited by: madhubabu rao on Apr 23, 2009 10:36 AMHi sekhar,
I did not transport individually.I have transport 3 FM in a function group and it is assigned to a Package.
First i have 2 FM in my function group after that i have copied one more FM from another Function group.
in SE80 right click -->copy it asked me function group name only .not transport number.
After copy the FM i have transport total package.2 FM are working properly .The FM which i have copied it is not able to display or edit.
Madhu -
Function Module READ_TEXT short dump
Hi All,
I've created a bespoke long text object so I can save some long text to it. I created it by copying the SAP standard long text object for CATS (timesheets) in SE75. I save to this object using the function module SAVE_TEXT and I read it back using the function module READ_TEXT. I get a short dump during READ_TEXT which says:
"CONNE_IMPORT_WRONG_COMP_TYPE
Error when attempting to IMPORT object "TLINE".
When importing the object "TLINE", the component no. 1 in the dataset has a different type from the corresponding component of the target object in the program "SAPLSTXD ".
The data type is "I" in the dataset, but "C" in the program."
I've looked on OSS (as it's a SAP standard program) but can't find anything. I get no errors when trying to read the standard object CATS only when I try and read my new object, so I'm thinking that I haven't set it up correctly. An entry in table STXH occurs for both objects so I know I have saved some long text in my object.
Can anyone help?
GillHi,
have you passed the correct parameters to the FM.
try to check the sample...
data: it_lines like tline occurs 0 with header line.
CALL FUNCTION 'READ_TEXT'
EXPORTING
CLIENT = SY-MANDT
ID = 'Z056'
LANGUAGE = 'E'
NAME = L_NAME
OBJECT = 'VBBP'
TABLES
LINES = IT_LINES
EXCEPTIONS
ID = 1
LANGUAGE = 2
NAME = 3
NOT_FOUND = 4
OBJECT = 5
REFERENCE_CHECK = 6
WRONG_ACCESS_TO_ARCHIVE = 7
OTHERS = 8
i think it is because of it_lines declaration.
Regards
vijay
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