Internal PLNNR assignment in Routing (Direct input RCPTRA02)
Hi all,
i finally managed to complete my multiple structure lsmw to create routings via direct input RCPTRA02 program. The only thing i want from SAP now is to assign plan numbers internally. i dont want to give a plannumber for each routing i create, and besides, there's so much data that i can't find logical plan numbers for all those materials.
Can anyone explain how i can make my RCPTRA02 lsmw assign the plannr internally? In change of each material, i want system to create a new plan number. Every material will have its own plan this way.
Any suggestions?
Regards,
Bora.
The number is auto-generated, have you tried creating a few routings in your sandbox? If not please check, system will auto-generate the number.
Check & revert.
Regards,
Vivek
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I tried to use LSMW with program RCPTRA02 to direct input routing master data, but failed. Is there any person kindly show me a example? Thank you very much.
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RCPTRA02 - Direct Input Error logs
Hi All,
We are using LSMW - RCPTRA02 direct input approach to load Routing's in ECC 6.0 as a part of data migration. We are facing issue while reviewing logs displayed after completion of LSMW execution. This direct input program does not display record number which have been failed or successfully updated. So we could not able to tie back which all records have been failed and due to what reason at what level. This is potentially will delay our data load verification process in production. We cannot change our approach at this moment.
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Regards,
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Be carefule while recording, sometimes you see some pop up screens which you need to press "Enter" or "ESC".
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There is screen coming up when you are loading and it is expecting input from you, it can be either data or just an ENTER / ESC.
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I am uploading material masters with LSMW - Direct Input Method.
The materials have internal numbers.
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Hello Experts,
I am using Direct Input Program RCPTRA01 to Load Inspection Plan.
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We have a internal numbering system for assigning Group to Inspection Plan.
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Static [Public] IP vs. DHCP Assigned IP [Router IP Allocation] on Server 2012 R2 Setup
I am deploying a new server specifically for creating and managing VM's with Hyper-V. My testing environment includes a Dell T620 server with 3 each 1 Tb drives configured for Raid 5. My server has 2 Nics. I am installing Server 2012 R2 along with AD
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Problem with direct input program while uploading data into database
TABLES: BGR00, " Mappensatz
BMM00, " MM01/MM02 BTCI-Kopfdaten
BMMH1, " MM01/MM02 Hauptdaten
BMMH2, " Länderdaten (Steuern)
BMMH3, " Prognosewerte
BMMH4, " Verbrauchswerte
BMMH5, " Kurztexte
BMMH6, " Mengeneinheiten
BMMH7, " Langtexte
BMMH8. " Referentielle EAN's
Satztypen
DATA: MAPPENSATZ LIKE BMM00-STYPE VALUE '0',
KOPFSATZ LIKE BMM00-STYPE VALUE '1',
HAUPTSATZ LIKE BMM00-STYPE VALUE '2',
KUN_SATZ LIKE BMM00-STYPE VALUE 'Z',
LANDSATZ LIKE BMM00-STYPE VALUE '3',
PROGSATZ LIKE BMM00-STYPE VALUE '4',
VERBSATZ LIKE BMM00-STYPE VALUE '5',
KTEXTSATZ LIKE BMM00-STYPE VALUE '6',
MESATZ LIKE BMM00-STYPE VALUE '7',
TEXTSATZ LIKE BMM00-STYPE VALUE '8',
EANSATZ LIKE BMM00-STYPE VALUE '9'.
Common Data Bereich fuer die extern aufgerufenen Routinen
Initialstrukturen
DATA: BEGIN OF COMMON PART RMMMBIMY.
DATA: BEGIN OF I_BMM00.
INCLUDE STRUCTURE BMM00. " Kopfdaten
DATA: END OF I_BMM00.
DATA: BEGIN OF I_BMMH1.
INCLUDE STRUCTURE BMMH1. " Haupdaten
DATA: END OF I_BMMH1.
DATA: BEGIN OF I_BMMH2.
INCLUDE STRUCTURE BMMH2. " Länderdaten
DATA: END OF I_BMMH2.
DATA: BEGIN OF I_BMMH3.
INCLUDE STRUCTURE BMMH3. " Prognosewerte
DATA: END OF I_BMMH3.
DATA: BEGIN OF I_BMMH4.
INCLUDE STRUCTURE BMMH4. " Verbrauchswerte
DATA: END OF I_BMMH4.
DATA: BEGIN OF I_BMMH5.
INCLUDE STRUCTURE BMMH5. " Kurztexte
DATA: END OF I_BMMH5.
DATA: BEGIN OF I_BMMH6.
INCLUDE STRUCTURE BMMH6. " Mengeneinheiten
DATA: END OF I_BMMH6.
DATA: BEGIN OF I_BMMH7.
INCLUDE STRUCTURE BMMH7. " Textzeilen
DATA: END OF I_BMMH7.
DATA: BEGIN OF I_BMMH8.
INCLUDE STRUCTURE BMMH8. " Referentielle EAN's
DATA: END OF I_BMMH8.
DATA: END OF COMMON PART.
DATA: WA LIKE TEDATA-DATA.
Einzelfelder
DATA: GROUP_COUNT(6) TYPE C, " Anzahl Mappen
TRANS_COUNT(6) TYPE C, " alte Definition für rmmmbim0
SATZ_COUNT LIKE MUEB_REST-TRANC, " Trans.zähler neu
H_IND_COUNT LIKE MUEB_REST-D_IND, " Index welches Feld zurücks.
SATZ2_COUNT(6) TYPE C. " Anz. Sätze je Trans. ohne Kopfsatz
DATA: XEOF(1) TYPE C, " X=End of File erreicht
XHAUPTSATZ_EXIST TYPE C, " X=Hauptsatz zum Kopf exi.
NODATA(1) TYPE C. " kein BI für dieses Feld
mk/15.08.94:
DATA: GROUP_OPEN(1) TYPE C. " X=Mappe schon geöffnet
*eject
Konstanten
DATA: C_NODATA(1) TYPE C VALUE '/'. " Default für NODATA
DATA: MATNR_ERW LIKE MARA-MATNR VALUE '0 '.
DATA: MATNR_ERW_INT LIKE MARA-MATNR. "internal sight of '0 '
DATA: MATNR_LAST LIKE MARA-MATNR. "Material number
mk/11.08.94 2.1H:
If this flag is initial, the database updates will be done directly
during background maintenance instead of using a separate update
task. (no usage of this flag in dialogue mode!)
DATA: DBUPDATE_VB(1) VALUE ' '. "note 306628
data: matsync type mat_sync. "wk/99a no update in dialog if called
***INCLUDE ZMUSD070.
TABLES: MARA, "Material Master: General Data
MARC, "Material Master: C Segment
MARD, "Material Master: St Loc/Batch
MBEW, "Material Valuation
MVKE, "Material Master: Sales Data
MLGN, "Material Data per Whse Number
MLAN, "Tax Classification: Material
T001W, "Plants/Branches
TBICU.
DATA: BEGIN OF VALUTAB OCCURS 0.
INCLUDE STRUCTURE RSPARAMS.
DATA: END OF VALUTAB.
DATA: BEGIN OF VARTECH.
INCLUDE STRUCTURE VARID.
DATA: END OF VARTECH.
DATA: PARMS LIKE ZXXDCONV.
DATA: REC_COUNT TYPE I,
REC_COUNT_BAD TYPE I,
ZJOBID LIKE TBIZU-JOBID,
ZJOBCOUNT LIKE TBIZU-JOBCOUNT,
ZMATNR LIKE MARA-MATNR,
ZTEXT(80) TYPE C.
CONSTANTS: LIT_ZERO(18) TYPE C VALUE '000000000000000000',
LIT_CHAR TYPE C VALUE '_',
LIT_CREATE LIKE BMM00-TCODE VALUE 'MM01',
LIT_CHANGE LIKE BMM00-TCODE VALUE 'MM02',
LIT_CHECK(1) TYPE C VALUE 'X'.
DATA: BEGIN OF INP_DATA OCCURS 0,
MATNR(18) TYPE C, " Material code
UMREN(6) TYPE C, " Denominator
MEINH(3) TYPE C, " Alternate UOM
UMREZ(6) TYPE C, " Numerator
END OF INP_DATA.
*eject
SELECTION-SCREEN BEGIN OF BLOCK INOUT WITH FRAME TITLE TEXT-001.
SELECTION-SCREEN BEGIN OF LINE.
SELECTION-SCREEN COMMENT (13) TEXT-004.
PARAMETERS: P_PC RADIOBUTTON GROUP SRC DEFAULT 'X'.
SELECTION-SCREEN COMMENT (6) TEXT-005.
PARAMETERS: P_UNIX RADIOBUTTON GROUP SRC.
SELECTION-SCREEN COMMENT (6) TEXT-006.
PARAMETERS: P_DS_TYP LIKE ZXXDCONV-DS_TYP
DEFAULT 'ASC'.
SELECTION-SCREEN END OF LINE.
*SELECT-OPTIONS: S_PATH FOR PARMS-PATH
NO INTERVALS
LOWER CASE.
PARAMETERS: P_PATH TYPE RLGRAP-FILENAME.
PARAMETERS: P_HDRLIN LIKE ZXXDCONV-HDR_LINES
DEFAULT 0,
P_JOBNAM LIKE TBICU_S-JOBNAME
MEMORY ID BM1,
P_DI_EXE AS CHECKBOX
DEFAULT LIT_CHECK,
P_MAPPE LIKE BGR00-GROUP
DEFAULT 'MRP_UOM_LOAD'
NO-DISPLAY.
SELECTION-SCREEN END OF BLOCK INOUT.
*eject
AT SELECTION-SCREEN ON VALUE-REQUEST FOR P_PATH.
CALL FUNCTION 'KD_GET_FILENAME_ON_F4'
EXPORTING
PROGRAM_NAME = SYST-REPID
DYNPRO_NUMBER = SYST-DYNNR
FIELD_NAME = 'P_PATH'
CHANGING
FILE_NAME = S_PATH-LOW
FILE_NAME = P_PATH
EXCEPTIONS
MASK_TOO_LONG = 1
OTHERS = 2.
AT SELECTION-SCREEN.
Set up parameter record
PARMS-UNIX = P_UNIX.
PARMS-PC = P_PC.
PARMS-DS_TYP = P_DS_TYP.
PARMS-JOBNAME = P_JOBNAM.
PARMS-MAPPE = P_MAPPE.
PARMS-HDR_LINES = P_HDRLIN.
*eject
Main Processing Routine *
START-OF-SELECTION.
Initialization
PERFORM 0000_HOUSEKEEPING.
Initialize transaction data in I_BM00
PERFORM 0500_INIT_BMM00.
Process input files
SORT S_PATH BY SIGN OPTION LOW.
MOVE S_PATH-LOW TO PARMS-PATH.
MOVE P_PATH TO PARMS-PATH.
LOOP AT S_PATH.
AT NEW LOW.
CLEAR INP_DATA.
REFRESH INP_DATA.
Read source data into internal table
PERFORM 1000_GET_SOURCE_DATA TABLES INP_DATA.
Processs each record in internal table
ZTEXT = TEXT-007.
ZTEXT+13 = PARMS-DS_NAME.
PERFORM 4000_PROGRESS_INDICATOR USING ZTEXT.
Initialize transaction data in I_BM00
PERFORM 0500_INIT_BMM00.
LOOP AT INP_DATA.
Reset tables for each record
BMM00 = I_BMM00.
BMMH1 = I_BMMH1.
BMMH6 = I_BMMH6.
Load structures with data
MOVE-CORRESPONDING INP_DATA TO BMM00.
PERFORM 2000_WRITE_OUTPUT USING BMM00.
MOVE-CORRESPONDING INP_DATA TO BMMH1.
PERFORM 2000_WRITE_OUTPUT USING BMMH1.
MOVE-CORRESPONDING INP_DATA TO BMMH6.
PERFORM 2000_WRITE_OUTPUT USING BMMH6.
REC_COUNT = REC_COUNT + 1.
ENDLOOP.
ENDAT.
ENDLOOP.
IF REC_COUNT GT 0
AND P_DI_EXE EQ LIT_CHECK.
PERFORM 3000_START_DI_JOB.
ENDIF.
WRITE: / TEXT-008,
REC_COUNT.
PERFORM 9000_END_OF_JOB.
*eject
Include containing common routines used by direct input programs
INCLUDE ZMUSD071.
*eject
FORM 0500_INIT_BMM00 *
Initialize I_BMM00 with transaction code and views selected *
FORM 0500_INIT_BMM00.
***this changes done by samson**
if not inp_data[] is initial.
select single matnr from mara INTO ZMATNR where matnr = inp_data-matnr.
if sy-subrc = 0.
I_BMM00-TCODE = LIT_CHANGE.
Basic data
I_BMM00-XEIK1 = LIT_CHECK.
else.
I_BMM00-TCODE = LIT_CREATE.
Basic data
I_BMM00-XEIK1 = LIT_CHECK.
endif.
endif.
**this changes above done by samson**
Transaction code
I_BMM00-TCODE = LIT_CHANGE.
Basic data
I_BMM00-XEIK1 = LIT_CHECK.
ENDFORM.
INCLUDE ZMUSD069.
*eject
FORM 0000_HOUSEKEEPING *
Initialization routines *
FORM 0000_HOUSEKEEPING.
PERFORM 0010_LDS_NAME.
PERFORM 0020_DS_NAME.
PERFORM 0030_OPEN_FILE.
PERFORM 0040_INIT_STRUCTS.
ENDFORM.
*eject
FORM 0010_LDS_NAME *
Obtain logical file name from DI job details *
FORM 0010_LDS_NAME.
Check valid job name
SELECT SINGLE * FROM TBICU
WHERE JOBNAME EQ PARMS-JOBNAME.
IF SY-SUBRC EQ 0.
CALL FUNCTION 'RS_VARIANT_VALUES_TECH_DATA'
EXPORTING
REPORT = TBICU-REPNAME
VARIANT = TBICU-VARIANT
IMPORTING
TECHN_DATA = VARTECH
TABLES
VARIANT_VALUES = VALUTAB
EXCEPTIONS
VARIANT_NON_EXISTENT = 1
VARIANT_OBSOLETE = 2
OTHERS = 3.
IF SY-SUBRC EQ 0.
READ TABLE VALUTAB WITH KEY 'LDS_NAME'.
MOVE VALUTAB-LOW TO PARMS-LDS_NAME.
ELSE.
MESSAGE I001 WITH PARMS-JOBNAME.
MESSAGE A099.
ENDIF.
ELSE.
MESSAGE I000 WITH PARMS-JOBNAME.
MESSAGE A099.
ENDIF.
ENDFORM.
*eject
FORM 0040_INIT_STRUCTS *
Initialize structures for direct input records *
FORM 0040_INIT_STRUCTS.
Start of standard SAP initialization from example program RMMMBIME
*------- Write session record -
CLEAR BGR00.
BGR00-STYPE = MAPPENSATZ.
BGR00-GROUP = PARMS-MAPPE.
BGR00-NODATA = C_NODATA.
BGR00-MANDT = SY-MANDT.
BGR00-USNAM = SY-UNAME.
BGR00-START = BGR00-NODATA.
BGR00-XKEEP = BGR00-NODATA.
PERFORM 2000_WRITE_OUTPUT USING BGR00.
*----- Initialize structures -
NODATA = BGR00-NODATA.
PERFORM INIT_STRUKTUREN_ERZEUGEN(RMMMBIMI) USING NODATA.
End of standard SAP initialization from example program RMMMBIME
ENDFORM.
*eject.
FORM 3000_START_DI_JOB *
Start direct input job *
FORM 3000_START_DI_JOB.
ZTEXT = 'Starting '(021).
ZTEXT+9 = TBICU-JOBNAME.
PERFORM 4000_PROGRESS_INDICATOR USING ZTEXT.
CALL FUNCTION 'BI_START_JOB'
EXPORTING
JOBID = ' '
JOBTEXT = TBICU-JOBNAME
REPNAME = TBICU-REPNAME
SERVER = TBICU-EXECSERVER
VARIANT = TBICU-VARIANT
NEW_JOB = 'X'
CONTINUE_JOB = ' '
START_IMMEDIATE = 'X'
DO_NOT_PRINT = 'X'
USERNAME = SY-UNAME
IMPORTING
JOBID = ZJOBID
JOBCOUNT = ZJOBCOUNT
EXCEPTIONS
JOB_OPEN_FAILED = 1
JOB_CLOSE_FAILED = 2
JOB_SUBMIT_FAILED = 3
WRONG_PARAMETERS = 4
JOB_DOES_NOT_EXIST = 5
WRONG_STARTTIME_GIVEN = 6
JOB_NOT_RELEASED = 7
WRONG_VARIANT = 8
NO_AUTHORITY = 9
DIALOG_CANCELLED = 10
JOB_ALREADY_EXISTS = 11
PERIODIC_NOT_ALLOWED = 12
ERROR_NUMBER_GET_NEXT = 13
OTHERS = 14.
IF SY-SUBRC EQ 0.
WRITE: / 'Direct input job'(022), TBICU-JOBNAME, 'started'.
ELSE.
WRITE: / 'Direct input failed with return code'(023), SY-SUBRC.
ENDIF.
FORM 0020_DS_NAME.
CALL FUNCTION 'FILE_GET_NAME'
EXPORTING
CLIENT = SY-MANDT
LOGICAL_FILENAME = PARMS-LDS_NAME
OPERATING_SYSTEM = SY-OPSYS
IMPORTING
FILE_NAME = PARMS-DS_NAME
EXCEPTIONS
FILE_NOT_FOUND = 1
OTHERS = 2.
IF SY-SUBRC NE 0.
MESSAGE E002 WITH PARMS-LDS_NAME.
MESSAGE A099.
ENDIF.
ENDFORM.
*eject
FORM 0030_OPEN_FILE *
Open physical file for output *
FORM 0030_OPEN_FILE.
OPEN DATASET PARMS-DS_NAME FOR OUTPUT IN TEXT MODE. "thg191105
OPEN DATASET PARMS-DS_NAME FOR OUTPUT IN TEXT MODE
encoding default. "thg191105
IF SY-SUBRC NE 0.
MESSAGE E003 WITH PARMS-DS_NAME.
MESSAGE A099.
ENDIF.
ENDFORM.
*eject
FORM 1000_GET_SOURCE_DATA *
Read source data into internal table *
--> INP_DATA " Name of internal table passed as parameter *
FORM 1000_GET_SOURCE_DATA TABLES INP_DATA.
CALL FUNCTION 'Z_FILE_UPLOAD'
EXPORTING
UNIX = PARMS-UNIX
PC = PARMS-PC
FILETYPE = PARMS-DS_TYP
FILENAME = PARMS-PATH
HDR_LINES = PARMS-HDR_LINES
TABLES
DATA_TAB = INP_DATA
EXCEPTIONS
CONVERSION_ERROR = 1
FILE_OPEN_ERROR = 2
FILE_READ_ERROR = 3
INVALID_TABLE_WIDTH = 4
INVALID_TYPE = 5
NO_BATCH = 6
UNKNOWN_ERROR = 7
INVALID_SOURCE = 8
OTHERS = 9.
ENDFORM.
*eject
FORM 2000_WRITE_OUTPUT *
Write record in standard SAP structure to UNIX file *
--> I_STRUCT " Name of record passed as parameter *
*FORM 2000_WRITE_OUTPUT USING I_STRUCT."SRY28NOV05
FORM 2000_WRITE_OUTPUT USING I_STRUCT TYPE ANY. "SRY28NOV05
TRANSFER I_STRUCT TO PARMS-DS_NAME.
IF SY-SUBRC NE 0.
MESSAGE E004 WITH PARMS-DS_NAME.
MESSAGE A099.
ENDIF.
ENDFORM.
*eject
*& Form 2100_WS_DOWNLOAD
text *
--> p1 text
<-- p2 text
FORM 2100_WS_DOWNLOAD TABLES INP_DATA.
DATA: FILENAME LIKE RLGRAP-FILENAME. "SRY28NOV05
DATA: W_FILENAME TYPE STRING. "SRY28NOV05
DATA: W_FTYP(10) TYPE C VALUE 'DAT'. "SRY28NOV05
MOVE PARMS-DS_NAME TO FILENAME. "SRY28NOV05
MOVE PARMS-DS_NAME TO W_FILENAME. "SRY28NOV05
*BEGIN OF BLOCK COMMENT BY SRY28NOV05
CALL FUNCTION 'WS_DOWNLOAD'
EXPORTING
BIN_FILESIZE = ' '
CODEPAGE = ' '
FILENAME = FILENAME
FILETYPE = 'DAT'
MODE = ' '
WK1_N_FORMAT = ' '
WK1_N_SIZE = ' '
WK1_T_FORMAT = ' '
WK1_T_SIZE = ' '
COL_SELECT = ' '
COL_SELECTMASK = ' '
importing
filelength =
TABLES
DATA_TAB = INP_DATA
FIELDNAMES =
EXCEPTIONS
FILE_OPEN_ERROR = 1
FILE_WRITE_ERROR = 2
INVALID_FILESIZE = 3
INVALID_TABLE_WIDTH = 4
INVALID_TYPE = 5
NO_BATCH = 6
UNKNOWN_ERROR = 7
OTHERS = 8.
*END OF BLOCK COMMENT BY SRY28NOV05
*BEGIN OF BLOCK ADDED BY SRY28NOV05
CALL FUNCTION 'GUI_DOWNLOAD'
EXPORTING
FILENAME = W_FILENAME
FILETYPE = W_FTYP
TABLES
DATA_TAB = INP_DATA
EXCEPTIONS
FILE_WRITE_ERROR = 1
NO_BATCH = 2
GUI_REFUSE_FILETRANSFER = 3
INVALID_TYPE = 4
NO_AUTHORITY = 5
UNKNOWN_ERROR = 6
HEADER_NOT_ALLOWED = 7
SEPARATOR_NOT_ALLOWED = 8
FILESIZE_NOT_ALLOWED = 9
HEADER_TOO_LONG = 10
DP_ERROR_CREATE = 11
DP_ERROR_SEND = 12
DP_ERROR_WRITE = 13
UNKNOWN_DP_ERROR = 14
ACCESS_DENIED = 15
DP_OUT_OF_MEMORY = 16
DISK_FULL = 17
DP_TIMEOUT = 18
FILE_NOT_FOUND = 19
DATAPROVIDER_EXCEPTION = 20
CONTROL_FLUSH_ERROR = 21
OTHERS = 22.
IF SY-SUBRC NE 0.
MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.
ENDIF.
*END OF BLOCK ADDED BY SRY28NOV05
ENDFORM. " 2100_WS_DOWNLOAD
*eject
FORM 4000_PROGRESS_INDICATOR *
Write progress text to status bar *
--> TEXT " Text passed as parameter *
FORM 4000_PROGRESS_INDICATOR USING TEXT.
CALL FUNCTION 'SAPGUI_PROGRESS_INDICATOR'
EXPORTING
PERCENTAGE = 0
TEXT = TEXT
EXCEPTIONS
OTHERS = 1.
ENDFORM.
*eject.
FORM 9000_END_OF_JOB *
Close files on UNIX *
FORM 9000_END_OF_JOB.
CLOSE DATASET PARMS-DS_NAME.
ENDFORM.
FORM 1000_GET_SOURCE_DATA TABLES INP_DATA.
CALL FUNCTION 'Z_FILE_UPLOAD'
EXPORTING
UNIX = PARMS-UNIX
PC = PARMS-PC
FILETYPE = PARMS-DS_TYP
FILENAME = PARMS-PATH
HDR_LINES = PARMS-HDR_LINES
TABLES
DATA_TAB = INP_DATA
EXCEPTIONS
CONVERSION_ERROR = 1
FILE_OPEN_ERROR = 2
FILE_READ_ERROR = 3
INVALID_TABLE_WIDTH = 4
INVALID_TYPE = 5
NO_BATCH = 6
UNKNOWN_ERROR = 7
INVALID_SOURCE = 8
OTHERS = 9.
ENDFORM.
*eject
FORM 2000_WRITE_OUTPUT *
Write record in standard SAP structure to UNIX file *
--> I_STRUCT " Name of record passed as parameter *
*FORM 2000_WRITE_OUTPUT USING I_STRUCT."SRY28NOV05
FORM 2000_WRITE_OUTPUT USING I_STRUCT TYPE ANY. "SRY28NOV05
TRANSFER I_STRUCT TO PARMS-DS_NAME.
IF SY-SUBRC NE 0.
MESSAGE E004 WITH PARMS-DS_NAME.
MESSAGE A099.
ENDIF.
ENDFORM.
*eject
*& Form 2100_WS_DOWNLOAD
text *
--> p1 text
<-- p2 text
FORM 2100_WS_DOWNLOAD TABLES INP_DATA.Hi,
Thnaks for your reply, This is my requirement.
Here my problem is i am trying to upload the data from flatfile which contain materil number, denominator, Actual UOM, Nominator field values.
Which is the data i need to upload into MM02 and MM01, if material number is new then it has to create the material, if material is already existing it has to update the UOM values.
here i am getting data into my internal table INP_DATA, from that i am trying to upload the data to database by using job name MRP_MATERIAL_MASTER_DATA_UPLOAD with direct input program RMDATIND.
when i execute my program i am getting success message all the records writtin from flatfile to application server. and job started message.
then if i go into sm37 screen there i execute the job it is also giving active message. if i refresh it it is showing job completed message.
then i look at job log status. there i found that for existing material it is expecting material type, for new material it is giving some gravity error.
So could u help me in this it will be gr8.
Thanks & Regards,
RamNV -
Doubt in BDC direct input method
Hi experts
I dont know how to upload data in SAP data base by using BDC direct input coding method. Can u people explain this with coding?
Thanks in advance.
Regards
AntonyHi,
DI is used when u r going upload large amount of data for single application.
Better example where direct input method will be used is... uploading the data for material master.....it includes lot of views so its very much difficult to capture all the views and record the tcode and map the data in such conditions its better to go with DI methods
advantages:
in session method or CT method while uploading the data u do the validation by fallowing the screen sequence and field sequence where as in DI validations can be done set of code so this make the process very fast so its advantageous to upload large amout of data.
you always use the standard sap provided program for this.
Here in DI method very important thing is structure of flat file... so to know the structure first of all you have to download the data for one record into the internal table with the use of the same program then with the use of that structure u have to desing the flat file and upload the data.
Re: re: direct input method
Award points if useful.
Thanks,
Ravee... -
How to use copy of standard program for direct input in LSMW
currently we're using object 0085 Purchase Orders and and method 0001 for standard direct input, which is processed with program RM06EEI0
now I want to set an additional flag and avoid creating it by means of BUS PurchaseOrder.CreateFromData1 method (coz the structure is quite different and more complex).
so my question is now how can i assign a copy of the standard program for processing?
for better understanding I've attached a screenshot of the according screen
[img]http://img71.imageshack.us/img71/1558/lsmwcr6.jpg[/img]ok, solution was to maintain table SXDA1 (SAPDXfer: Data Transfer Objects and Sub-Category).
modify entries for DXPRG, DXPR1 and LOADPRG with custom program names -
Unit Conversion Error in Direct Input
Hi Experts,
I am getting a error "E MG 427: Conversion error: field BMMH6-MEINH; content PAK" When I am uploading Alt. UoM using BMHH6 structure in Direct Input. I checked value for UoM in converted data it is "PAC". I think system is internally converting it to PAK so the error is coming.
Please let me know what need to be done to avoid this error.
Thanks in Advance..
<i>-Harkamal</i>HI
If u r giving alternate UOM in Material Master.
first u need difine the conversion factor.
in basic data view u will have addtional data tab.
in that u need to define conversion factors first.
regards,
raghu -
Unit Conversion Error in Direct Input method for data transfer
Hi Experts,
I am getting a error "E MG 427: Conversion error: field BMMH6-MEINH; content PAK" When I am uploading Alt. UoM using BMHH6 structure in Direct Input. I checked value for UoM in converted data it is "PAC". I think system is internally converting it to PAK so the error is coming.
Please let me know what need to be done to avoid this error.
Thanks in Advance..
-HarkamalHi
Before passing this unit to the program
check the conversion Exit in the Domain of the Field
and use the fun module
CONVERSION_EXIT_ALPHA_INPUT and pass that value and see how it takes
otherwise use the fun module UNIT_CONVERSION_SIMPLE and pass the value to program
Regards
Anji -
Problem in getting data into database with standard direct input program
HI All,
I am having problem which is not updating the records in MM01 or MM02 with standard direct input program. i have data in internal table. from that table i am trying to upload into database by using background job MRP_MATERIAL_MASTER_DATA_LOAD.
when i execute my program it is showing message job is started. then i go into sm37 and seethe job status by executing. there also i am seeing job completed succesfully.
but if i go to mm03 and find the materials are updated or created there i couldn't find the material numbers which are from internal table.
So if ny one help me it wil be great.
Thanks in Advance
Venkat NHi Anil,
Thanks for your answer, but i am facing problem is i have material no and denominator and Actual UOM and nominator field values in the flat file.....
by using RMDATIND direct input program with MRP_MATERIAL_UPLOAD as job name for background job while uploading data into database.
here i am not getting data in to database, but when i execute the job in sm37 it is showing that message job processing successfully completed...this is my status..
if u can help me in this it will be gr8ful..
Thanks,
Venkat N -
Please give an example for Direct Input method in BDC.When it is used? what is the advantage and disadvantage?
Hi Khanna Renga ,
Direct Input method is used for bulk transfer of data into SAP system.It results in faster execution since no screens are processed and the SAP database will be updated directly using the standard function modules.
Better example where direct input method will be used is... uploading the data for material master.....it includes lot of views so its very much difficult to capture all the views and record the tcode and map the data in such conditions its better to go with DI methods
Advantages:
in session method or Call Transaction method while uploading the data u do the validation by fallowing the screen sequence and field sequence where as in Direct Input validations can be done set of code so this make the process very fast so its advantageous to upload large amout of data.
you always use the standard sap provided program for this.
Here in Direct Input method very important thing is structure of flat file... so to know the structure first of all you have to download the data for one record into the internal table with the use of the same program then with the use of that structure u have to desing the flat file and upload the data.
Direct Input:
With direct input, the SAP function modules execute the consistency checks. However with batch input, these consistency checks are executed with help of the screens. This means that direct input has considerable performance advantages. But there are a few programs for direct input, you can use them if it accomplishes your goal. Direct Input programs work like that they update database tables directly. As you know that it is forbidden to update SAP database tables directly, since consistency and security should be considered. Exceptions are these direct input programs. So you are not able to write custom ABAP direct input programs. But of course you can write ABAP programs to update custom database tables (Z tables), if you are sure all about consistency.
SAP has created direct input programs because SAP wanted to enhance the batch input procedure, since batch input is slower. SAP offers the direct input technique, especially for transferring large amount of data. In contrast to batch input, this technique does not create sessions, but stores, updates, inserts data directly. To enter the data into the corresponding database tables directly, the system calls a number of function modules that execute any necessary checks. In case of errors, the direct input technique provides a restart mechanism. However, to able to activate the restart mechanism, direct input programs must be executed in the background only. To maintain and start these programs, use program RBMVSHOW or transaction BMV0.
Examples for direct input programs are:
RFBIBL00 - FI
RMDATIND - MM
RVAFSS00 - SD
RAALTD11 - AM
RKEVEXTO - CO-PA
Also have a look on below thread..
Re: re: direct input method
Re: Give a BDC example by Direct Input Method
In contrast to batch input, this technique does not create sessions, but stores the data directly. It does not simulate the online transaction. To enter the data into the corresponding database tables directly, the system calls a number of function modules that execute any necessary checks. In case of errors, the direct input technique provides a restart mechanism. However, to be able to activate the restart mechanism, direct input programs must be executed in the background only. Direct input checks the data thoroughly and then updates the database directly.
Hope it will solve your doubts and problem..
Reward points if useful..
Thanks & Regards
ilesh 24x7 -
Hi,
Is there any standard direct input programs for material master upload.
rgds
p.kpHi
There is a standard Programs for Different Modules.
But you need to populate the Data, and send the data to the Direct Input Program in a specific format , format in the sense you need to populate the nodata for fields which you don't want to update.
and submit to the std direct input program.
check the code below..
*& Report Z__DIRECT__MAT___CREAT *
REPORT Z__DIRECT__MAT___CREAT .
INCLUDE Z_INCLUDE_MAT_CREAT.
* SELECTION SCREEN
SELECTION-SCREEN BEGIN OF BLOCK B1 WITH FRAME TITLE TEXT-002.
PARAMETERS:P_FILE LIKE RLGRAP-FILENAME OBLIGATORY.
SELECTION-SCREEN END OF BLOCK B1 .
* AT SELECTION SCREEN
AT SELECTION-SCREEN ON VALUE-REQUEST FOR P_FILE.
CALL FUNCTION 'F4_FILENAME'
EXPORTING
PROGRAM_NAME = SYST-CPROG
DYNPRO_NUMBER = SYST-DYNNR
FIELD_NAME = 'P_FILE'
IMPORTING
FILE_NAME = P_FILE.
*START-OF-SELECTION
START-OF-SELECTION.
*Perform to upload the data from Presentation Server
V_FILE = P_FILE.
PERFORM UPLOAD_DATA.
*Transfer the Data to the structure BGR00 BMMH1 BMM00
PERFORM CONVERT_0000. " BGR00
PERFORM POPULATE_DATA CHANGING BMM00.
PERFORM POPULATE_DATA CHANGING BMMH1.
**Looping the flat file data and updating the structures BMM00 & BMMH1
LOOP AT MATERIAL_MASTER.
*Writing the Data to the Application Server in a proper Format
OPEN DATASET C_ZTEST FOR APPENDING IN TEXT MODE ENCODING
DEFAULT.
*Transfer the Data to the structure BMM00
PERFORM CONVERT_0002. " BMM00
*Transfer the Data to the structure BMMh1
PERFORM CONVERT_0003. " BMMH1
**Closing the dataset after transfering the data
CLOSE DATASET C_ZTEST.
ENDLOOP. "Endloop of MATERIAL_MASTER
*END-OF-SELECTION
END-OF-SELECTION.
**Calling the Direct Input Program to Create the material
SUBMIT RMDATIND WITH %%%_R_P = C_X
WITH %%%_PHY = C_ZTEST
WITH SPERR = C_N.
include for the above..
*& Include Z_INCLUDE_MAT_CREAT *
**Tables Used To Create the Material
TABLES:
BGR00,
BMM00,
BMMH1.
DATA:C_ZTEST(60) type c,
C_X TYPE C,
C_N TYPE C,
V_file type string.
C_ZTEST = 'Ztest.lsmw.conv'(001).
C_X = 'X'(003).
C_N = 'N'(004).
**FILED SYMBOLS
FIELD-SYMBOLS: <F> .
**Structure to Hold the Flat File
data:
begin of LSMW_MATERIAL_MASTER,
MATNR(018) type C, "Material number
MTART(004) type C, "Material type
MBRSH(001) type C, "Industry sector
WERKS(004) type C, "Plant
MAKTX(040) type C, "Material description
DISMM(002) type C, "Extra Field Added In the Program as it is required
MEINS(003) type C, "Base unit of measure
MATKL(009) type C, "Material group
SPART(002) type C, "Division
LABOR(003) type C, "Lab/office
PRDHA(018) type C, "Product hierarchy
MSTAE(002) type C, "X-plant matl status
MTPOS_MARA(004) type C, "Gen item cat group
BRGEW(017) type C, "Gross weight
GEWEI(003) type C, "Weight unit
NTGEW(017) type C, "Net weight
GROES(032) type C, "Size/Dimensions
MAGRV(004) type C, "Matl grp pack matls
BISMT(018) type C, "Old material number
WRKST(048) type C, "Basic material
PROFL(003) type C, "DG indicator profile
KZUMW(001) type C, "Environmentally rlvt
BSTME(003) type C, "Order unit
VABME(001) type C,
EKGRP(003) type C, "Purchasing group
XCHPF(001) type C, "Batch management
EKWSL(004) type C, "Purchasing key value
WEBAZ(003) type C, "GR processing time
MFRPN(040) type C, "Manufacturer part number
MFRNR(010) type C, "Manufacturer number
VPRSV(001) type C, "Price control indicator
STPRS(015) type C, "Standard price
BWPRH(014) type C, "Commercial price1
end of LSMW_MATERIAL_MASTER.
**InternalTable to HOld the Flat File Data
DATA:
BEGIN OF MATERIAL_MASTER OCCURS 0.
INCLUDE STRUCTURE LSMW_MATERIAL_MASTER.
DATA:
END OF MATERIAL_MASTER.
*& Form upload_data From Presentation Server
FORM UPLOAD_DATA.
CALL FUNCTION 'GUI_UPLOAD'
EXPORTING
FILENAME = V_FILE
FILETYPE = 'ASC'
HAS_FIELD_SEPARATOR = 'X'
* HEADER_LENGTH = 0
* READ_BY_LINE = 'X'
* DAT_MODE = ' '
* CODEPAGE = ' '
* IGNORE_CERR = ABAP_TRUE
* REPLACEMENT = '#'
* IMPORTING
* FILELENGTH =
* HEADER =
TABLES
DATA_TAB = MATERIAL_MASTER
EXCEPTIONS
FILE_OPEN_ERROR = 1
FILE_READ_ERROR = 2
NO_BATCH = 3
GUI_REFUSE_FILETRANSFER = 4
INVALID_TYPE = 5
NO_AUTHORITY = 6
UNKNOWN_ERROR = 7
BAD_DATA_FORMAT = 8
HEADER_NOT_ALLOWED = 9
SEPARATOR_NOT_ALLOWED = 10
HEADER_TOO_LONG = 11
UNKNOWN_DP_ERROR = 12
ACCESS_DENIED = 13
DP_OUT_OF_MEMORY = 14
DISK_FULL = 15
DP_TIMEOUT = 16
OTHERS = 17
IF SY-SUBRC = 0.
DELETE MATERIAL_MASTER INDEX 1.
ENDIF.
ENDFORM. "upload_data
*& Updating the BGR00 Structure
FORM CONVERT_0000. " BGR00
**Opening the Data Set to write the data to Application Server
OPEN DATASET C_ZTEST FOR OUTPUT IN TEXT MODE ENCODING DEFAULT
MOVE: '0' TO BGR00-STYPE,
'ZTEST' TO BGR00-GROUP,
SY-MANDT TO BGR00-MANDT,
SY-UNAME TO BGR00-USNAM,
'X' TO BGR00-XKEEP,
'/' TO BGR00-NODATA.
*Transefering the Data To the Application Server File
TRANSFER BGR00 TO C_ZTEST.
*Closing the Dataset after Transfer
CLOSE DATASET C_ZTEST.
ENDFORM. "convert_0001
*& Updating BMM00 Structure
FORM CONVERT_0002. " BMM00
* --- BMM00-STYPE
BMM00-STYPE = '1'.
* --- BMM00-TCODE
BMM00-TCODE = 'MM01'.
* --- BMM00-MATNR
IF NOT MATERIAL_MASTER-MATNR IS INITIAL.
BMM00-MATNR = MATERIAL_MASTER-MATNR.
ELSE.
BMM00-MATNR = '/'.
ENDIF.
* --- BMM00-MBRSH
IF NOT MATERIAL_MASTER-MBRSH IS INITIAL.
BMM00-MBRSH = MATERIAL_MASTER-MBRSH.
ELSE.
BMM00-MBRSH = '/'.
ENDIF.
* --- BMM00-MTART
IF NOT MATERIAL_MASTER-MTART IS INITIAL.
BMM00-MTART = MATERIAL_MASTER-MTART.
ELSE.
BMM00-MTART = '/'.
ENDIF.
* --- BMM00-WERKS
IF NOT MATERIAL_MASTER-WERKS IS INITIAL.
BMM00-WERKS = MATERIAL_MASTER-WERKS.
ELSE.
BMM00-WERKS = '/'.
ENDIF.
BMM00-XEIB1 = 'X'. " BMM00-xeib1 = '/'.
BMM00-XEIE1 = 'X'. " BMM00-xeie1 = '/'.
BMM00-XEIK1 = 'X'. " BMM00-xeik1 = '/'.
**Transfer the data to the Application Server File
TRANSFER BMM00 TO C_ZTEST.
ENDFORM. "convert_0002
*& UPdating BMMH1 Structure
FORM CONVERT_0003. " BMMH1
* --- BMMH1-STYPE
BMMH1-STYPE = '2'.
* --- BMMH1-MEINS
IF NOT MATERIAL_MASTER-MEINS IS INITIAL.
BMMH1-MEINS = MATERIAL_MASTER-MEINS.
ELSE.
BMMH1-MEINS = '/'.
ENDIF.
* --- BMMH1-MAKTX
IF NOT MATERIAL_MASTER-MAKTX IS INITIAL.
BMMH1-MAKTX = MATERIAL_MASTER-MAKTX.
ELSE.
BMMH1-MAKTX = '/'.
ENDIF.
* --- BMMH1-MATKL
IF NOT MATERIAL_MASTER-MATKL IS INITIAL.
BMMH1-MATKL = MATERIAL_MASTER-MATKL.
ELSE.
BMMH1-MATKL = '/'.
ENDIF.
* --- BMMH1-BISMT
IF NOT MATERIAL_MASTER-BISMT IS INITIAL.
BMMH1-BISMT = MATERIAL_MASTER-BISMT.
ELSE.
BMMH1-BISMT = '/'.
ENDIF.
* --- BMMH1-LABOR
IF NOT MATERIAL_MASTER-LABOR IS INITIAL.
BMMH1-LABOR = MATERIAL_MASTER-LABOR.
ELSE.
BMMH1-LABOR = '/'.
ENDIF.
* --- BMMH1-WRKST
IF NOT MATERIAL_MASTER-WRKST IS INITIAL.
BMMH1-WRKST = MATERIAL_MASTER-WRKST.
ELSE.
BMMH1-WRKST = '/'.
ENDIF.
* --- BMMH1-BRGEW
IF NOT MATERIAL_MASTER-BRGEW IS INITIAL.
BMMH1-BRGEW = MATERIAL_MASTER-BRGEW.
ELSE.
BMMH1-BRGEW = '/'.
ENDIF.
* --- BMMH1-NTGEW
IF NOT MATERIAL_MASTER-NTGEW IS INITIAL.
BMMH1-NTGEW = MATERIAL_MASTER-NTGEW.
ELSE.
BMMH1-NTGEW = '/'.
ENDIF.
* --- BMMH1-GEWEI
IF NOT MATERIAL_MASTER-GEWEI IS INITIAL.
BMMH1-GEWEI = MATERIAL_MASTER-GEWEI.
ELSE.
BMMH1-GEWEI = '/'.
ENDIF.
* --- BMMH1-GROES
IF NOT MATERIAL_MASTER-GROES IS INITIAL.
BMMH1-GROES = MATERIAL_MASTER-GROES.
ELSE.
BMMH1-GROES = '/'.
ENDIF.
* --- BMMH1-SPART
IF NOT MATERIAL_MASTER-SPART IS INITIAL.
BMMH1-SPART = MATERIAL_MASTER-SPART.
ELSE.
BMMH1-SPART = '/'.
ENDIF.
* --- BMMH1-BSTME
IF NOT MATERIAL_MASTER-BSTME IS INITIAL.
BMMH1-BSTME = MATERIAL_MASTER-BSTME.
ELSE.
BMMH1-BSTME = '/'.
ENDIF.
* --- BMMH1-EKWSL
IF NOT MATERIAL_MASTER-EKWSL IS INITIAL.
BMMH1-EKWSL = MATERIAL_MASTER-EKWSL.
ELSE.
BMMH1-EKWSL = '/'.
ENDIF.
* --- BMMH1-EKGRP
IF NOT MATERIAL_MASTER-EKGRP IS INITIAL.
BMMH1-EKGRP = MATERIAL_MASTER-EKGRP.
ELSE.
BMMH1-EKGRP = '/'.
ENDIF.
* --- BMMH1-XCHPF
IF NOT MATERIAL_MASTER-XCHPF IS INITIAL.
BMMH1-XCHPF = MATERIAL_MASTER-XCHPF.
ELSE.
BMMH1-XCHPF = '/'.
ENDIF.
* --- BMMH1-WEBAZ
IF NOT MATERIAL_MASTER-WEBAZ IS INITIAL.
BMMH1-WEBAZ = MATERIAL_MASTER-WEBAZ.
ELSE.
BMMH1-WEBAZ = '/'.
ENDIF.
IF NOT MATERIAL_MASTER-DISMM IS INITIAL.
BMMH1-DISMM = MATERIAL_MASTER-DISMM.
ELSE.
BMMH1-DISMM = '/'.
ENDIF.
* --- BMMH1-VPRSV
IF NOT MATERIAL_MASTER-VPRSV IS INITIAL.
BMMH1-VPRSV = MATERIAL_MASTER-VPRSV.
ELSE.
BMMH1-VPRSV = '/'.
ENDIF.
BMMH1-VERPR = '/'.
* --- BMMH1-STPRS
IF NOT MATERIAL_MASTER-STPRS IS INITIAL.
BMMH1-STPRS = MATERIAL_MASTER-STPRS.
ELSE.
BMMH1-STPRS = '/'.
ENDIF.
* --- BMMH1-BWPRH
IF NOT MATERIAL_MASTER-BWPRH IS INITIAL.
BMMH1-BWPRH = MATERIAL_MASTER-BWPRH.
ELSE.
BMMH1-BWPRH = '/'.
ENDIF.
* --- BMMH1-PRDHA
IF NOT MATERIAL_MASTER-PRDHA IS INITIAL.
BMMH1-PRDHA = MATERIAL_MASTER-PRDHA.
ELSE.
BMMH1-PRDHA = '/'.
ENDIF.
* --- BMMH1-VABME
IF NOT MATERIAL_MASTER-VABME IS INITIAL.
BMMH1-VABME = MATERIAL_MASTER-VABME.
ELSE.
BMMH1-VABME = '/'.
ENDIF.
* --- BMMH1-MAGRV
IF NOT MATERIAL_MASTER-MAGRV IS INITIAL.
BMMH1-MAGRV = MATERIAL_MASTER-MAGRV.
ELSE.
BMMH1-MAGRV = '/'.
ENDIF.
* --- BMMH1-KZUMW
IF NOT MATERIAL_MASTER-KZUMW IS INITIAL.
BMMH1-KZUMW = MATERIAL_MASTER-KZUMW.
ELSE.
BMMH1-KZUMW = '/'.
ENDIF.
* --- BMMH1-MFRNR
IF NOT MATERIAL_MASTER-MFRNR IS INITIAL.
BMMH1-MFRNR = MATERIAL_MASTER-MFRNR.
ELSE.
BMMH1-MFRNR = '/'.
ENDIF.
* --- BMMH1-MFRPN
IF NOT MATERIAL_MASTER-MFRPN IS INITIAL.
BMMH1-MFRPN = MATERIAL_MASTER-MFRPN.
ELSE.
BMMH1-MFRPN = '/'.
ENDIF.
BMMH1-MPROF = '/'.
* --- BMMH1-MSTAE
IF NOT MATERIAL_MASTER-MSTAE IS INITIAL.
BMMH1-MSTAE = MATERIAL_MASTER-MSTAE.
ELSE.
BMMH1-MSTAE = '/'.
ENDIF.
* --- BMMH1-PROFL
IF NOT MATERIAL_MASTER-PROFL IS INITIAL.
BMMH1-PROFL = MATERIAL_MASTER-PROFL.
ELSE.
BMMH1-PROFL = '/'.
ENDIF.
* --- BMMH1-MTPOS_MARA
IF NOT MATERIAL_MASTER-MTPOS_MARA IS INITIAL.
BMMH1-MTPOS_MARA = MATERIAL_MASTER-MTPOS_MARA.
ELSE.
BMMH1-MTPOS_MARA = '/'.
ENDIF.
**Transfer the Data to Application Server File
TRANSFER BMMH1 TO C_ZTEST.
ENDFORM. "convert_0003
*& Form POPULATE_DATA
* text
* <--P_BLF text
FORM POPULATE_DATA CHANGING P_BLF.
DATA: L_NUM TYPE I.
DO.
L_NUM = L_NUM + 1.
ASSIGN COMPONENT L_NUM OF STRUCTURE P_BLF TO <F>.
IF SY-SUBRC <> 0.
EXIT.
ENDIF.
MOVE BGR00-NODATA TO <F>.
ENDDO.
ENDFORM. " POPULATE_DATA -
Error Log in Direct Input Method of LSMW
Hello!
We are developing an upload through LSMW using its direct input method for material master. This method is better than the Recording method but the only problem we are having is maintaining the error log. Unlike the recording method, in direct input the system gives an error log but it cant me maintained in a permanent file i.e when we go back to the upload for specifying a new file, the error log of the previous file is gone.
Is there any way that we can maintain the error log in a permanent file? Help needed ASAP!
Thank You!
Regards
SaharWhen i enter %PC in the command field the system gives following information
Function code cannot be selected
Message no. 00255
Diagnosis
You entered an inactive function code.
You can trigger this by:
o inputting directly in the OK code field,
o inputting the fastpath of an inactive menu function,
o choosing an inactive function key, or even by
o choosing ENTER, if ENTER has an inactive function.
In batch input, a function code is included in field BDC_OKCODE of the
session, if this function code is not assigned to ENTER.
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