LSMW program

need to assign different roles to different users and the role number and user number is here big so need to create the LSMW program to accomplish this work, please let me know step by step procedure to create LSMW script/program to assign mutiple roles to mutiple users (here unique roles, if smae roles goes to all users may be we can use SU10 but different roles to different users, crazy spread sheet)
Lisa

> can you please let me the step by step for LSMW.
Nope, sorry, I'm more of an ECATT person myself but I'm sure if you enter LSMW and tutorial in google you'll get plenty examples. Maybe not exactly for SU10 but once you've grasped the recording concept I'm sure you'll be fine.
Good luck!
Jurjen

Similar Messages

Creation of 'Transport Request' for an lsmw program.

Hi all,
I have created an LSMW program, and created a 'Transport Request'(throuh the option : Extras -> Generate Change Request).
But, the Transport Request did not create any Subtask for the 'LSMW program'; Instead The TR has created a listing of 'Table Contents' under 'Object list of request'.
I need to know how i can create a subtask for the LSMW program in the Transport Request. And, in the absence of the subtask(like in my current situation), is it possible to transfer the contents of my LSMW program from my system to another system without suffering any loss of data?
Thanks and Regards,
Abhinay.

This is standard behaviour for LSMW transports, no task is created, all relevant table entries reside directly under the transport request. Be aware that always an entire project including all subprojects and objects in being transported.
Thomas

BDC or LSMW program for AS91 transaction

HI gurus,
i need a BDC or lsmw program for tran:AS91 ie.create legacy data for two inter company data transfer.can anyone please help me bkz it's very urgent for me...
i promise that if i get the ans i reward u.

Hi,
Use Function Module:MAINTENANCE_PLAN_POST

LSMW program to upload the sales order with multiple line items.

Dear SD and PP Gurus,
I am new to creating LSMW Program.
I want to create a LSMW program to upload the sales order with multiple line items. I have read on SDN that it can be done on two phases. First Create Header Data than line items. IS IT TRUE??, Or
Is there any procedure by which we can load the sales orders with multiple line items in a single run (part).
I want to use Batch process, not a BAPI or IDOC procedure.
I have created a program with
object 0090
Method 0000
Program Name RVINVB10
Program Type D
Source Structure 1 - For Header and Source Structure 2 for Line Items.
Mapped Field INDET (With Fix Value 1), ORDERTYPE, SALESORG, DISTCHANNEL, DIVISION, CUSTOMER, PONUMBER , DELVDATE, PRCGDATE, PMTTERM
INCOT1 INCOT2 with Source Structure - 1 and
Field INDENT (With Fix Value 2), ITEMNO, MATCODE, MATQTY, SUOM, PLANT, BATCH, AMOUNT with Structure-2
than maintained Structure relation ship, field Mapping, Specified Files, Assigned files, Read Data and other process,
At final stage (Start Direct Input program RVINVB10) it is giving a message - Table name not allowed.
Please tell me where I am wrong.
Thanks in advance.
DSC

Dear SD Gurus n Experts,
I have solved the above problem. But there is another problem appearing regarding the date format. Now system generating a message: Date . . is not valid.
While I am using Date: YYYYMMDD format in flat file, which is SAP's Standard Format.
In SDN Link: LSMW upload Sales Order using VA01/VA02 I have found that there are some date fields which are mandatory to filled. Here I have mapped
VDATU - Requested delivery date, BSTDK - Customer purchase order date, PRSDT - Date for pricing and exchange rate, BSTDK_E - Ship-to party's PO date, FKDAT - Billing Date, KORDT - Delivery Date,
and PRGRS - Date type is Constant = D
Can any one tell me, where is the priblem.
With thanks,
DSC

Where will store the lsmw program means whether local object or package?

need a solution for where will store lsmw program..
how to see itt.

it is stored in $tmp
in LSMW click the personal menu button and set a check mark to display program.
so you get new entry in your LSMW menu.
now you can display the program, on top you can see the program name like : /1CADMC/SAP_LSMW_CONV_00000082
copy this program name and execute transaction SE38
enter the program name
set the radio button to Attributes and click display.

Using an LSMW program with dummy recording.

Hi all,
I am new to lsmw, and i am facing some issues with a program i am working on.
In my current program I created a dummy recording, and bypassed other steps by manually writing my code in the step 'Maintain Field Mapping and Conversion'. I supplied dummy data to all the other steps. When i run the step convert data, the output I get is supposedly redundant because the data generation is already happening in the 'Read Data' step.
Right now I am generating the output data manually through the conversion program generated for the program I wrote in the step 'Maintain Field Mapping and Conversion'. Essentially the same thing is happening when i run the 'Read Data' step.
is it possible to access the data already generated in the 'Read Data' step in the 'Convert Data' step, instead of generating the data all over again(i am doing just that right now) through the conversion program.
In Short, is there a way to manipulate the data generated in the 'Read Data' step in the 'Convert Data' step.
Thanks,
Abhinay

Hi ,
Read step is to read the data from the input fyou specified. No code or progam , written in " filed mapping and conversion" step is executed during the read data step. It is executed only during the conversion step.You can modify the data read during the read step anyways during the Coversion step by writing your own logic.
Regards
Vijay

Assining LSMW program to T.code

Dear all,
Is there any way to convert a specific LSMW programme to T.code so that the user will assign the text file and only have the option of reading the system read data and reading the converted data and the final upload through batch input.
How this functionality can be achieved - is there any provision in SAP to achieve this
Regards,
M.M

T-Code: SCAT
Enter the name of Test case (must start with Z) and record transaction (TCD).
Enter transaction code and record.
Save transaction and end recording.
After that, maintan functions test case (modify), enter constants or maintain field entry. Save and export variants.
Go to - Variants - export.
Step by step information:
http://help.sap.com/saphelp_470/helpdata/en/d7/e21407408e11d1896b0000e8322d00/frameset.htm

Reg:lsmw

i created lsmw program for mm01 using direct input method .
i done upto defining source fields now i want to create the relation between structures ,In this step what to do can any body give suggetions
here i am sending what i have dine
Here I am defining source structures.this one is 2nd step
ZCPROJ - ZCSUB - ZCOBJ demo on object
Source Structures
|
|-----ZBSTRUC basic view structure
|-----ZMDES Material description
|-----ZALT ALT UOM Structure
|-----ZCLAS Classification structure
|-----ZSALV Sales view
|-----ZSALT sales taxes
|-----ZSALTX sales text
|-----ZPUR Purchasing
|-----ZPURT Purchasing text
|-----ZPLAN Plant data
|-----ZFORC forecasting
|-----ZWSH Work scheduling
|-----ZPLS plant data storage
|-----ZWMST WM Structure
|-----ZQMST QM Structure
|-----ZACCO account cost
3rd step defining source fields
ZCPROJ - ZCSUB - ZCOBJ demo on object
Source Fields
|
|--5 ZBSTRUC basic view structure
| |-----MATNR C(010) Material
| |-----MBRSH C(010) Industry sector
| |-----MTART C(010) Material type
| |-----AENNR C(010) Change number
| |-----MATNR1 C(010) material
| |-----MAKTX C(010) material description
| |-----MEINS C(010) asic unit of measure
| |-----MATKL C(010) Material group
| |-----BISMT C(010) old matrerial no
| |-----EXTWG C(010) External material group
| |-----SPART C(010) division
| |-----LABOR C(010) lab off
| |-----PRDHA C(010) product heirarchy
| |-----MSTAE C(010) material status
| |-----MSTDE C(010) valid from
| |-----MTPOS_MARA C(010) General item catogory group
| |-----FERTH C(010) Produc inspection memo
| |-----CADKZ C(010) cad indicator
| |-----WRKST C(010) basic material
| |-----KZUMW C(010) environmentally relevent indicator
| |-----ZZPCODE C(010) product code
| |-----ZZPMODEL C(010) product model
| |-----ZSWVER C(010) version
| |-----ZZMET C(010) meta class
| |-----ZEINR C(010) document
| |-----ZEIVR C(010) documentversion
| |-----ZEIAR C(010) document type
| |-----SATNR C(010) cross plat CM
| |-----BLATT C(010) page number
| |-----KZKFG C(010) material configurable
| |-----BRGEW C(010) gross weight
| |-----GEWEI C(010) weight unit
| |-----NTGEW C(010) net weight
| |-----VOLUM C(010) volume
| |-----VOLEH C(010) volme unit
| |-----GROES C(010) size/ deimension
| |-----MDZUO C(010) design documents attached
|
|--5 ZMDES Material description
| |-----MATNR C(010) material
| |-----SPRAS C(010) language
| |-----MAKTX C(010) material description
|
|--5 ZALT ALT UOM Structure
| |-----MATNR C(010) material
| |-----MAKTX C(010) material description
| |-----UMREN C(010) alt uom volume
| |-----MEINH C(010) alt uom
| |-----UMREZ C(010) base conversion factor
| |-----MEINS C(010) basic unit of measuer
|
|--5 ZCLAS Classification structure
| |-----MATNR C(010) material
| |-----MAKTX C(010) material description
| |-----KLART C(010) material type
| |-----CLASS C(010) mateial class
| |-----ATNAM C(010) internal charecteristic
| |-----ATWRT C(010) charecteristic value
|
|--5 ZSALV Sales view
| |-----MATNR C(010) material
| |-----MAKTX C(010) material description
| |-----VKORG C(010) sales organization
| |-----SPART C(010) division
| |-----MSTAV C(010) cross distribution channel status
| |-----MSTDV C(010) valid from
| |-----VMSTA C(010) Distribution channel specific status
| |-----VMSTD C(010) valid from
| |-----DWERK C(010) delivery plat
| |-----MATKL C(010) material group
| |-----SKTOF C(010) cash discount
| |-----AUMNG C(010) minimum order quantity
| |-----LFMNG C(010) min delivery quantity
| |-----SCMNG C(010) delivery unit quantity
| |-----RDPRF C(010) rounding frofile
| |-----VERSG C(010) material statistic group
| |-----KONDM C(010) material pricing group
| |-----KTGRM C(010) account assign ment group
| |-----MTPOS_MARA C(010) general item category group
| |-----MTPOS C(010) item category group
| |-----PMATN C(010) pricing material group
| |-----PRODH C(010) product heirarchy
| |-----MVGR1 C(010) material group1
| |-----MVGR2 C(010) material group2
| |-----MVGR3 C(010) material group3
| |-----MVGR4 C(010) material group4
| |-----MVGR5 C(010) material group5
| |-----ZMORT C(010) mat type
| |-----ZZCCODE C(010) char cdoe
| |-----ZZCVALU C(010) charecter value
|
|--5 ZSALT sales taxes
| |-----MATNR C(020) material
| |-----TALND C(003) tax country code
| |-----TAXKM C(010) taxclassification 1
| |-----TAXKM1 C(010) tax clasificaton 2
| |-----TAXKM2 C(010) tax classification3
| |-----TAXKM3 C(010) tax classification 4
| |-----TAXKM4 C(010) tax classification 5
| |-----TAXKM5 C(010) tax classification 6
| |-----TAXKM6 C(010) tax classification 7
| |-----TAXKM7 C(010) tax classification 8
| |-----TAXKM8 C(010) tax classification 9
|
|--5 ZSALTX sales text
| |-----RMATNR C(020) refrence material
| |-----MATNR C(020) material code
| |-----VKORG C(010) sales organization
| |-----VTWEG C(010) distribution channel
| |-----SPART C(010) division
| |-----DESC C(040) descrition
| |-----SPARS C(003) language
|
|--5 ZPUR Purchasing
| |-----MATKL C(010) material description
| |-----MMSTA C(010) plant specific material status
| |-----MMSTD C(008) valid from
| |-----KAUTB C(020) automatic purchase order
| |-----XCHPF C(020) batch management
| |-----EKWSL C(020) purchasing value key
| |-----WEBAZ C(020) goods receiving proc time
| |-----INSMK C(020) post into inspection stock
| |-----KZKRI C(020) critical part
| |-----USEQU C(020) quota arr usage
| |-----KORDB C(020) source list
| |-----FABKZ C(020) jit scheduling
|
|--5 ZPURT Purchasing text
| |-----REMATNR C(020) refrence material
| |-----MATNR C(020) material
| |-----WERKS C(010) plat
| |-----TEXT C(040) text line
| |-----SPRAS C(003) language
|
|--5 ZPLAN Plant data
| |-----MATNR C(020) material
| |-----WERKS C(010) plant
| |-----MEINS C(010) basic unit of measure
| |-----BRGEW C(010) gross weight
| |-----GEWEI C(010) weight unit
| |-----NTGEW C(010) net weight
| |-----MTVFP C(010) availability check
| |-----XCHPF C(010) batch management
| |-----TRAGR C(010) transportation group
| |-----LADGR C(010) loading group
| |-----XMCNG C(010) negative stocks
| |-----PRCTR C(010) profit center
| |-----SERNP C(010) serial number profile
| |-----STAWN C(010) commodity import code
| |-----MTVER C(010) export import group
| |-----CASNR C(010) cash number
| |-----HERKL C(010) contry of origin
| |-----HERKR C(010) regeion of orih\gin
| |-----PRENC C(010) excemption cert
| |-----PRENO C(010) excempton cert no
| |-----PREND C(010) issue date of cert no
| |-----ZDTCD C(010) import duty code
| |-----ZDTRT C(010) import date
| |-----DISGR C(010) mrp group
| |-----EKGRP C(010) purchasing group
| |-----MAABC C(010) abc indicator
| |-----MMSTA C(020) plant specific material status
| |-----MMSTD C(010) date of pim spe status
| |-----DISMM C(010) mrp type
| |-----MINBE C(010) reorder print
| |-----FXHOR C(010) planning time fence
| |-----LFRHY C(010) planing cycle
| |-----DISPO C(010) mrp controller
| |-----DISLS C(010) lot size key
| |-----BSTFE C(010) fixed lot size
| |-----MABST C(010) maximum stock level
| |-----BSTMI C(010) minimum lot size
| |-----BSTMA C(010) maximun lot size
| |-----BSTRF C(010) Rounding value
| |-----DIBER C(010) MRP area exists
| |-----BESKZ C(010) Procurement type
| |-----SOBSL C(010) Special procurement
| |-----LGPRO C(010) Prod. stor. location
| |-----USEQU C(010) Quota arr. usage
| |-----VSPVB C(010) Default supply area
| |-----RGEKZ C(010) Backflush
| |-----LGFSB C(010) Storage loc. for EP
| |-----FABKZ C(010) JIT sched. indicator
| |-----EPRIO C(010) Withdr. seq. group
| |-----SCHGT C(010) Bulk Material
| |-----DZEIT C(010) In-house production
| |-----PLIFZ C(010) Plnd delivery time
| |-----WEBAZ C(010) GR processing time
| |-----MRPPP C(010) Planning calendar
| |-----FHORI C(019) SchedMargin key
| |-----EISBE C(010) Safety stock
| |-----LGRAD C(010) Service level (%)
| |-----EISLO C(010) Min safety stock
| |-----RWPRO C(010) Coverage profile
| |-----SHFLG C(010) Safety time ind.
| |-----SHZET C(010) Safety time/act.cov.
| |-----SHPRO C(010) STime period profile
| |-----ZKROP C(010) ZKROP
| |-----ZZUSI C(010) ZZUSI
| |-----ZRPQT C(010) ZRPQT
| |-----ZZUS2 C(010) ZZUS2
| |-----ZRPCD C(010) ZRPCD
| |-----ZZUS3 C(010) ZZUS3
| |-----ZXKBR C(010) ZXKBR
| |-----ZZPACK C(010) ZZPACK
| |-----ZSKBR C(010) ZSKBR
| |-----ZRTRN C(019) ZRTRN
| |-----ZPDAY C(010) ZPDAY
| |-----ZRPRB C(010) ZRPRB
| |-----ZSTOP C(010) ZSTOP
| |-----ZZMCL C(010) ZZMCL
| |-----ZPRN_FLG1 C(010) ZPRN_FLG1
| |-----ZZSERIALIZED C(010) ZZSERIALIZED
| |-----ZPRN_FLG2 C(010) ZPRN_FLG2
| |-----ZZFRU C(010) ZZFRU
| |-----ZZMENGE C(010) ZZMENGE
| |-----PERKZ C(010) Period indicator
| |-----PERIV C(010) Fiscal Year Variant
| |-----STRGR C(010) Planning strategy group
| |-----VRMOD C(010) Consumption mode
| |-----VINT1 C(010) Bwd consumption per.
| |-----VINT2 C(010) Fwd consumption per.
| |-----MISKZ C(010) Mixed MRP
| |-----PRGRP C(010) Product group
| |-----PRWRK C(010) Production plant
| |-----UMREF C(010) Conversion factor
| |-----VPBME C(010) Planning matl BUnit
| |-----WZEIT C(010) Tot. repl. lead time
| |-----KZPSP C(010) Cross-project matl
| |-----STDPD C(010) ConfigurableMaterial
| |-----ALTSL C(001) Selection method
| |-----KAUSF C(010) Component scrap (%)
| |-----SBDKZ C(010) Individual/coll.
| |-----KZBED C(010) Requirements group
| |-----VERKZ C(010) Special stock maint.
| |-----AHDIS C(010) MRP dep.requirements
| |-----KZAUS C(010) Discontinuation ind.
| |-----AUSDT C(010) Effective-out date
| |-----NFMAT C(010) Follow-up material
| |-----SAUFT C(010) Sales value
| |-----SFEPR C(010) REM profile
| |-----MDACH C(010) Action control
| |-----DPLFS C(010) Fair share rule
| |-----DPLPU C(010) Push distribution
| |-----DPLHO C(010) Deployment horizon
|
|--5 ZFORC forecasting
| |-----MATNR C(020) Material_No
| |-----WERKS C(010) plant
| |-----PRMOD C(010) Forecast model
| |-----PERKZ C(010) Period indicator
| |-----PRDAT C(010) Last forecast
| |-----PERIV C(010) Fiscal Year Variant
| |-----VRBMT C(010) RefMatl: consumption
| |-----VRBWK C(010) RefPlant:consumption
| |-----VRBDT C(010) Date to
| |-----VRBFK C(010) Multiplier
| |-----PERAN C(010) Historical periods
| |-----ANZPR C(010) Forecast periods
| |-----PERIO C(010) Periods per season
| |-----PERIN C(010) Initialization pds
| |-----FIMON C(010) Fixed periods
| |-----KZINI C(010) Initialization
| |-----SIGGR C(010) Tracking limit
| |-----AUTRU C(010) Reset automatically
| |-----MODAW C(010) Model selection
| |-----MODAV C(010) Selection procedure
| |-----KZPAR C(010) Param.optimization
| |-----OPGRA C(010) Optimization level
| |-----GEWGR C(010) Weighting group
| |-----KZKFK C(010) Correction factors
| |-----ALPHA C(010) Alpha factor
| |-----BETA1 C(010) Beta factor
| |-----GAMMA C(010) Gamma factor
| |-----DELTA C(010) Delta factor
|
|--5 ZWSH Work scheduling
| |-----MATNR C(010) Material_No
| |-----WERKS C(010)
| |-----AUSME C(010) Unit of issue
| |-----FRTME C(010) Production unit
| |-----MMSTA C(010) Plant-sp.matl status
| |-----MMSTD C(019) Valid from
| |-----FEVOR C(010) Production scheduler
| |-----LGPRO C(010) Prod. stor. location
| |-----SFCPF C(010) SFCPF
| |-----MATGR C(010) MATGR
| |-----SERAIL C(010) Serial no. profile
| |-----OCMPF C(010) OCMPF
| |-----INSMK C(010) Stock type
| |-----KZKRI C(010) Critical part
| |-----VERKZ C(010) Special stock maint.
| |-----XCHPF C(010) Batch management
| |-----KZECH C(010) Batch entry
| |-----UNETO C(010) Underdely tolerance
| |-----UEETO C(010) Overdely tolerance
| |-----UEETK C(010) Unltd overdelivery
| |-----RUEZT C(010) Setup time
| |-----PRANZ C(010) Number of
| |-----DZEIT C(010) In-house production
| |-----EISBE C(010) Safety stock
| |-----BASMG C(010) Base quantity
|
|--5 ZPLS plant data storage
| |-----MATNR C(010) Material_No
| |-----WERKS C(010) plant
| |-----LGORT C(010) storage location
| |-----MEINS C(010) Base Unit of Measure
| |-----AUSME C(010) Unit of issue
| |-----LGPBE C(010) Storage bin
| |-----LWMKB C(010) LWMKB
| |-----TEMPB C(010) Temp. conditions
| |-----RAUBE C(010) Storage conditions
| |-----BEHVO C(010) Container reqmts
| |-----STOFF C(010) Haz. material number
| |-----ABCIN C(010) CC phys. inv. ind.
| |-----CCFIX C(010) CC indicator fixed
| |-----WESCH C(010) Number of GR slips
| |-----ETIAR C(010) Label type
| |-----ETIFO C(010) Label form
| |-----XCHPF C(010) Batch management
| |-----MAXLZ C(010) Max. storage period
| |-----LZEIH C(010) Time unit
| |-----MHDRZ C(010) Min. rem. shelf life
| |-----MHDHB C(010) Total shelf life
| |-----IPRKZ C(010) IPRKZ
| |-----RDMHD C(010) Rounding rule SLED
| |-----MHDLP C(010) Storage percentage
| |-----BRGEW C(010) Gross weight
| |-----GEWEI C(010) Weight unit
| |-----NTGEW C(010) Net weight
| |-----VOLUM C(010) Volume
| |-----VOLEH C(010) Volume unit
| |-----GROES C(010) Size/dimensions
| |-----XMCNG C(010) Neg. stocks in plant
| |-----LOGGR C(010) Log. handling group
| |-----SERAIL C(010) Serial no. profile
| |-----PRCTR C(010) Profit Center
| |-----EPRIO C(010) Withdr. seq. group
|
|--5 ZWMST WM Structure
| |-----MATNE C(010) MATNE
| |-----WERKS C(010)
| |-----LGNUM C(010) Warehouse Number
| |-----STOFF C(010) Haz. material number
| |-----LVSME C(010) LVSME
| |-----BRGEW C(010) Gross weight
| |-----GEWEI C(010) Weight unit
| |-----AUSME C(010) Unit of issue
| |-----VOLUM C(010) Volume
| |-----VOLEH C(010) Volume unit
| |-----VOMEM C(010) VOMEM
| |-----MKAPV C(010) MKAPV
| |-----BEZME C(010) BEZME
| |-----PLKPT C(010) PLKPT
| |-----XCHPF C(010) Batch management
| |-----LTKZA C(010) LTKZA
| |-----LTKZE C(010) LTKZE
| |-----LGBKZ C(010) LGBKZ
| |-----BLOCK C(010) Seq. blocked
| |-----BSSKZ C(010) BSSKZ
| |-----KZMBF C(010) Message to inv. mgmt
| |-----L2SKR C(010) L2SKR
| |-----KZZUL C(010) KZZUL
| |-----LHMG1 C(010) LHMG1
| |-----LHME1 C(010) LHME1
| |-----LETY1 C(010) LETY1
| |-----LHMG2 C(010) LHMG2
| |-----LHME2 C(010) LHME2
| |-----LETY2 C(010) LETY2
| |-----LHMG3 C(010) LHMG3
| |-----LHME3 C(010) LHME3
| |-----LETY3 C(010) LETY3
|
|--5 ZQMST QM Structure
| |-----MATNR C(010) Material_No
| |-----MEINS C(010) Base Unit of Measure
| |-----QMATV C(010) Inspection setup
| |-----AUSME C(010) Unit of issue
| |-----INSMK C(010) Stock type
| |-----QMATA C(010) QMATA
| |-----KZDKZ C(010) Documentation reqd
| |-----WEBAZ C(010) GR processing time
| |-----PRFRQ C(010) Inspection interval
| |-----RBNRM C(010) RBNRM
| |-----MMSTA C(010) Plant-sp.matl status
| |-----MMSTD C(010) Valid from
| |-----QMPUR C(010) QM proc. active
| |-----LANGU C(010) Language Key
| |-----ART C(010) ART
| |-----APA C(010) APA
| |-----AKTIV C(010) Total
|
|--5 ZACCO account cost
|
|-----MATNR C(010) Material_No
|-----WERKS C(019) plant
|-----BWTTY C(010)
|-----MLAST C(010) MLAST
|-----MLMAA C(010) MLMAA
|-----BKLAS C(010) Valuation Class
|-----EKLAS C(010) VC: Sales order stk
|-----QKLAS C(010) Proj. stk val. class
|-----VPRSV C(010) Price control
|-----PEINH C(010) Price unit
|-----VERPR C(010) Moving price
|-----STPRS C(010) Standard price
|-----LBKUM C(010) Total stock
|-----SALK3 C(010) Total value
|-----ZKPRS C(010) ZKPRS
|-----ZKDAT C(010) ZKDAT
|-----STPRV C(010) Previous price
|-----LAEPR C(010) Last price change
|-----BWPRS C(010) Tax price 1
|-----BWPS1 C(010) Tax price 2
|-----VJBWS C(010) Tax price 3
|-----BWPRH C(010) Commercial price 1
|-----BWPH1 C(010) Commercial price 2
|-----VJBWH C(010) Commercial price 3
|-----ABWKZ C(010) Devaluation ind.
|-----BWPEI C(010) Price unit
|-----XLIFO C(010) LIFO/FIFO-relevant
|-----MYPOL C(010) MYPOL
|-----NCOST C(010) NCOST
|-----EKALR C(010) EKALR
|-----HRKFT C(010) Origin group
|-----HKMAT C(010) Material origin
|-----KOSGR C(010) KOSGR
|-----AWSLS C(010) Variance Key
|-----SOBSK C(010) SOBSK
|-----LOSGR C(010) Planned lot size
|-----KZKUP C(010) Co-product
|-----FVIDK C(010) FVIDK
|-----PPRDZ C(010) Period
|-----PDATZ C(010) Fiscal year
|-----ZPLRP C(010) ZPLRP
|-----PPRDL C(010) PPRDL
|-----PDATL C(010) PDATL
|-----LPLPR C(010) LPLPR
|-----PPRDV C(010) PPRDV
|-----PDATV C(010) PDATV
|-----VPLPR C(010) PreviousPlannedPrice
|-----ZPLP1 C(010) ZPLP1
|-----ZPLD1 C(010) ZPLD1
|-----ZPLP2 C(010) ZPLP2
|-----ZPLD2 C(010) ZPLD2
|-----ZPLP3 C(010) ZPLP3
|-----ZPLD3 C(010) ZPLD3
In 4th step what to do could you pleas sggest me
ZCPROJ - ZCSUB - ZCOBJ demo on object
Structure Relations
|
|--5 BGR00 Batch Input Structure for Session Data
| Select Target Structure BGR00 .
|
|--5 BMM00 Material Master: Transaction Data for Batch Input
| Select Target Structure BMM00 .
|
|-----BMMH1 Material Master: Transfer of Main Data
| Select Target Structure BMMH1 .
|-----BMMH2 Material Master: Country Data for Batch Input (from 2nd Cty)
|-----BMMH3 Material Master: Forecast Values for Batch Input
|-----BMMH4 Material Master: Consumption Values for Batch Input
|-----BMMH5 Mat. Master: Descriptions for Batch Input (Except 1st Text)
|-----BMMH6 Material Master: Units of Measure for BTCI
|-----BMMH7 Material Master: Long Texts for Batch Input
|-----BMMH8 Material Master: Referential EANs for BTCI
in this step these structures are have some fields but in source structure which i created previous steps each structure have fields which are not there in these strcture
could you lease suggest me what to do
regard,
Chaitanya

<b>>Place the cursor on Maintain Source Relations on the LSMW workbench screen and press the Execute button.
>Press the Display<->Change button to switch to Edit mode.
>Here you must map the fields of the source structure with the fields of the destination structure.
>This mapping is important as it will direct the data in the fields from the Source Structure (populated from flat file) to the appropriate fields in the Destination Structure.
Regards,
Pavan P.
</b>

LSMW - Error BDC_INSERT, Transaction code .. is invalid XD01

Dear all.
I have done the following Steps:
1 - Maintain Object Attributes. Chose the Object type Batch Recording, then created a Record using the name (CLI_PMR). And created the Batch record and then assign the fields name.
2 - Maintain Source Structures Created the Struture (CLI_PMR1)
3 - Maintain Source Fields Assign the fields name and length that I used in my program. (CLI_PMR1).
4 - Maintain Structure Relations Assign the Struture (CLI_PMR1 to CLI_PMR)
5 - Maintain Field Mapping and Conversion Rules The normal thing in this point.
6 - Specify Files - Specified the Legacy Data, path for the file.
7 - Generate Read Program Generated the Program.
8 Read Data Executed this Step and every thing is correct
9 - Generate Conversion Program Generated the program
10 - Convert Data Convert data
11 - Display Converted Data Every thing is fine, with no errors
12 - Create Batch Input Session- At this the error message appears Error BDC_INSERT, Transaction code .. is invalid time.
At the time we have created other LSMW programs for this T-Code and every thing is OK.
I'm using the T-CODE=XD01
Best Regards
Pedro Miguel Rodrigues

Hi, I had the same problem in LSMW when generating a batch input for trx IE01. The cause was that there were tab/newline-characters in my text file (some descriptions contained tab-characters). Since I used a tab delimited file, these tabs/newlines in the fields messed up my file.
The excel file contained multiple lines per cell in some description fields. When this was exported to tab delimited text, it contained additional tabs. After checking the contents and removing the tabs/newlines from Excel and performed a new export to txt-file, it was solved.
Best regards,
Jan-Peter Molenaar
SAP EAM Consultant

Sales order creation by using LSMW

Hi All,
We have designed one LSMW program by which we are able to create Sales Orders.
Import method for this LSMW is *BAPI Method*.So finally by processing IDOC steps, sales orders getting created.
My req is
1) We have to schedule a background job for this LSMW
2) Finally I need to provide all the Sales Orders those are created into one Text Document.
Can you please tell me do we have any solution for the requirements I have mentioned.
Thank You very much inadvance............................

answere..

Creation Sales Order by using LSMW...................

Hi All,
We have designed one LSMW program by which we are able to create Sales Orders.
Import method for this LSMW is *BAPI Method*.So finally by processing IDOC steps, sales orders getting created.
My req is
1) We have to schedule a background job for this LSMW
2) Finally I need to provide all the Sales Orders those are created into one Text Document.
Can you please tell me do we have any solution for the requirements I have mentioned.
Thank You very much inadvance............................

HI,
1) /SAPDMC/SAP_LSMW_INTERFACE
This is program to to schedule LSMW (periodic transfer)in background, create a variant when you reach frame program in periodic transfer step, then go to SM36 create a job and schdule it and with above program and your variant and release job usng SM37.
2) Get the log of your job in SM37 transaction once it is finished, you will get all list of sales orders created , just download tem into text file.
Thanks
RK

LSMW Upload vendor master data

I am uploading vendor master data via a batch input in LSMW (program RFBIKR00).
I uploaded all the vendors for 1 company code.
When I try to upload the vendors for another company code, in the step Create Batch Input Session I get the error: Trans. 1 XK01 : Acct already exists; general area not being processed, ... Data in table BLFA1 cannot be processed.
When I try to manually create a vendor for another company code via tcode XK01, I have no problems. But when I create an existing vendor manually for another company code I dont have to add the information which is contained in table lfa1.
Therefore I tried to upload the vendor, which has to be created for the company code, with a / in the data for table lfa1. But this doesnt work.
Has somebody a suggestion to solve this problem?
Thanks

In the similar thread you said:
"If the vendor exists in LFA1 but not LFB1, use XK02 with the structures for LFA1. Then use XK01 with the structures for LFB1."
It is not possible to use XK02 in order to create the vendor for another company code if the vendor already exists with a certain company code. You will get the error "Vendor xxx has not been created for company code yyy".
The problem is that LSMW requires a mapping onto structure LFA1, but when the vendor already exists for a certain company code, LSMW returns in the step "Create Batch Input Session" the error: "Trans. 1 XK01 : Acct already exists; general area not being processed, ... Data in table BLFA1 cannot be processed".

How to use pkmc by using lsmw

I have many items their location need to be changed from one to another ,and qty is also need to be changed if needed,so I want to using the automatic method -lsmw, but when I have recorded the steps and save the table to excel version at step 3,it only includes some fields as blow
TABNAME          CHAR     30
TCODE          CHAR     20
WERKS          CHAR     4
PRVBE          CHAR     10
BEHMG          QUAN     17
but as you know ,I at least need the art.no field and two PRVBE to let me input two different locations,
so who knows how to get this table includes GS_SEARCH-VALUE(the art.no),two RMPKR-PRVBE(two supply areas)
or who knows how to using this automatic method to let me change location and qty by batch?
and I also find one BDC_OKCODE is ccy_dbcl ,I think it means double click the art.no to move to the next view,but later when i execute this lsmw program, no action happened except I double-click this art.no manually,why?
how to record the action of double-click in view SAPLMPK_CCY_UI 0110
Thanks in advances
Helai
Message was edited by:
        lai he

still want to get answer
Thanks,
helai

LSMW parent child?

Hi Everyone ,
In LSMW , Header and Details file specification , If the header file has some records which do not have a corresponding record in the details file ...then Would LSMW program read those records from the header file ? I mean does LSMW reads all records from the parent file even if it doesnt have any child records in the second file ??

hi no it wont do.but keep in mind that you should have an indicator for distinguishing between header and line items.And also create the flags for the same while defining source field........
Cheers,
Abdul Hakim

Material Price at Valuation type using LSMW

How to upload material prices at valuation type level in LSMW Program for Material Master which should affect MBEW table.

If you are using the direct input method, you should see a structure for MBEW which you can fill to update the price.
The fields are in structure BMMH1.
VPRSV     VPRSV     CHAR     1     0     Price control indicator
VERPR     VERPR_BI     CHAR     14     0     Moving average price (BTCI)
STPRS     STPRS_BI     CHAR     14     0     Standard price
PEINH     PEINH_BI     CHAR     6     0     Price unit (BTCI)
Regards,
Rich Heilman

LSMW program

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