How to use WS_DOWNLOAD funciton module in back ground (Batch Job)

Hi all,
Can any one tell,
How to use WS_DOWNLOAD funciton module in back ground (Batch Job)
Thanks,
Ravi Kumar.

As disussed above you can use DATASET techniques to write the file to the application server. Then you could do a bdc call to Transaction CG3Y to transfer the file to the presentation server.
Just F1 help on keyword DATASET in SE80 for more information.
BDC Call Info found here: <a href="http://www.sap-img.com/bdc.htm">http://www.sap-img.com/bdc.htm</a>
Regards,
Philip Johannesen

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hi,
i script how to use the text modules and how to write the code in layout of the script?

Hi,
You canr use text modules in script. You have to use standard texts .
Standard text are maintained in SO10 transaction.
you can create translation text for other languages also . So based on logon language it will print translation text.
go to SO10
give textname it say Ztextname id as ST and language as EN
say create, then you will get editor there maintain your text and save it . then come back . Now change language (say for german DE) say create and eneter translation text and save it.
so now you have created a text called ztextname which you can use in your script.
Inorder to insert the texts in your script do as below
go to any window editor and select path
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Reward points if useful
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How to use read_text function module

Hi how to use read_text function module to read purchase order header text .what are all tht things to pass in ID,Name and Object
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Mahe

Dear,
Use below code.
DATA:IT_LINE LIKE TLINE OCCURS 0 WITH HEADER LINE,
V_TDNAME LIKE THEAD-TDNAME.
V_TDNAME = PO_NUMBER.
CALL FUNCTION 'READ_TEXT'
EXPORTING
*   CLIENT                        = SY-MANDT
    ID                            = 'F01'
    LANGUAGE                      = 'EN'
    NAME                          = V_TDNAME
    OBJECT                        = 'EKKO'
TABLES
    LINES                         = IT_LINE.
Thanks and Regards,

How to use these function modules

Hi all,
can anyone help that how to use these Function modules to update the status of a task, what are all the inputs i required to proceed
1. FC_USER_AUTHORITY_CHECK
<b>2. FC_USER_STATUS_CHECK
3. FC_USER_STATUS_UPDATE</b>
4. FC_USER_GET_CACTI
5. FC_USER_CHECK_FOR_OUTPUT
Thanks in Advance
Ganesh

Hi Rob,
thanks for ur reply,
but they are not clear what they are meant to be, I understood there are some flags needed to run the Function Modules 2 & 3 which are in bold...
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How to use BAPI_MATERIAL_AVAILABILITY Function Module at batch level?

How to use BAPI_MATERIAL_AVAILABILITY FM to check material available at batch level?
And another question is what's the meaning of 'CHECK_RULE' in this FM. Thanks!

Field name : PRREG
fcheck more details on f1 help...
check_group defines the checking procedure to be used for availability check in individual applications.
along with the checkg group, checking rule specifies the final procedure for chkg..
eg:
ST for stock transport order
AQ for SD order project srock
also chk this help doc.
http://help.sap.com/saphelp_470/helpdata/en/cf/70124adf2d11d1b55e0000e82de178/content.htm
search the forum for sample code..
How to use BAPI_MATERIAL_AVAILABILITY Function Module....

How to use BAPI_MATERIAL_AVAILABILITY Function Module....

Hi Experts,
I want to know actual free available quantity (ATP Qty.) for mass materials,
How to use BAPI_MATERIAL_AVAILABILITY function module ?
I have select all material from MARA and inserted in itab.
LOOP AT ITAB.
CALL FUNCTION 'BAPI_MATERIAL_AVAILABILITY'
EXPORTING
    PLANT                    =
    MATERIAL                 =
    UNIT                     =
CHECK_RULE               =
STGE_LOC                 =
BATCH                    =
CUSTOMER                 =
DOC_NUMBER               =
ITM_NUMBER               =
WBS_ELEM                 =
STOCK_IND                =
DEC_FOR_ROUNDING         =
DEC_FOR_ROUNDING_X       =
READ_ATP_LOCK            =
READ_ATP_LOCK_X          =
IMPORTING
ENDLEADTME               =
AV_QTY_PLT               =
DIALOGFLAG               =
RETURN                   =
TABLES
    WMDVSX                   =
    WMDVEX                   =
I dont know how to use it.
pl. guide us.
Yusuf

Hi,
       data: iwmdvsx type table of bapiwmdvs with header line,
       iwmdvex type table of bapiwmdve with header line.
parameters: p_matnr type mara-matnr,
            p_werks type marc-werks,
            p_meins type mara-meins.
call function 'BAPI_MATERIAL_AVAILABILITY'
exporting
    plant            = p_werks
    material         = p_matnr
    unit             = p_meins
CHECK_RULE       =
STGE_LOC         =
BATCH            =
CUSTOMER         =
DOC_NUMBER       =
ITM_NUMBER       =
WBS_ELEM         =
STOCK_IND        =
IMPORTING
ENDLEADTME       =
AV_QTY_PLT       =
DIALOGFLAG       =
RETURN           =
tables
    wmdvsx           = iwmdvsx
    wmdvex           = iwmdvex.
check sy-subrc = 0.
Text
ATP information
Functionality
Using this function module, you can determine the receipt quantity still available for a particular material in a certain plant according to ATP logic (MRPII).
The availability check is carried out on transferring the material number, the plant and the input table (WMDVSX). The scope of the check, that is, which stocks, receipts and issues are to be included in the check is defined by the combination of checking group (material master) and cheking rule. In the function module, the system uses the checking rule defined in Sales & Distribution (A). You can overrule this checking rule by using an interface or a user-exit (exit_saplw61v_001). A similar procedure is also valid for the plant parameters. The customer number in the user-exit means that the plant selection can be controlled via the customer. If no plant parameters are given via the interface, the system uses the parameter 'WRK' saved in the user's fixed values.
The results of the availability check are recorded in the output table (WMDVEX). This table contains dates and available receipt quantities (ATP quantities). The results of the check depends on the following entries:
If no date and no quantity is transferred, the system displays the ATP situation from today's date into the future as the result.
If only a date and no quantity is transferred, the system displays the ATP situation from the corresponding date as the result.
If both a date and a quantity are transferred, the system calculates the availability situation for the quantity specified.
In the last two cases, the parameter 'DIALOGFLAG' is supplied. This can result in the following:
' ' (blank)   <=> quantity completely available
'X'           <=> only partial quantity available or not available at
                  all
'N'           <=> Material not included in the availability check
                  (Material not relevant to the availability check)
The system also displays the end of the replenishment lead time (ENDLEADTME).
regards

How to use SO_OBJECT_SEND function module

Hi friends,
how to use SO_OBJECT_SEND function module in 4.0B Server .

hi
good
check this code
REPORT ZTSAPMAIL.
DATA: X_OBJECT_TYPE LIKE SOOD-OBJTP.
DATA: BEGIN OF X_OBJECT_HD_CHANGE.
INCLUDE STRUCTURE SOOD1.
DATA: END OF X_OBJECT_HD_CHANGE.
DATA: BEGIN OF X_OBJCONT OCCURS 10.
INCLUDE STRUCTURE SOLI.
DATA: END OF X_OBJCONT.
DATA: BEGIN OF X_OBJHEAD OCCURS 0.
INCLUDE STRUCTURE SOLI.
DATA: END OF X_OBJHEAD.
DATA: BEGIN OF RAW_HEAD.
INCLUDE STRUCTURE SORH.
DATA: END OF RAW_HEAD.
DATA: BEGIN OF X_RECEIVERS OCCURS 0.
INCLUDE STRUCTURE SOOS1.
DATA: END OF X_RECEIVERS.
PARAMETERS: RECEIVER LIKE X_RECEIVERS-RECNAM. " Name
*BUILD MESSAGE HEADER
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MOVE 'Name of the object goes here' TO X_OBJECT_HD_CHANGE-OBJNAM. " Name
MOVE 'Document title goes here' TO X_OBJECT_HD_CHANGE-OBJDES. " Title
MOVE 'F' TO X_OBJECT_HD_CHANGE-OBJSNS. " Functional OBJECT
MOVE 'E' TO X_OBJECT_HD_CHANGE-OBJLA. " Language
Object type of the new document
MOVE 'RAW' TO X_OBJECT_TYPE.
CLEAR X_OBJCONT.
MOVE 'Contents of mail' TO X_OBJCONT-LINE.
APPEND X_OBJCONT.
CLEAR X_OBJCONT-LINE. APPEND X_OBJCONT.
MOVE 'More contents' TO X_OBJCONT-LINE.
APPEND X_OBJCONT.
MOVE 'Still more contents'
to x_objcont-line.
APPEND X_OBJCONT.
MOVE ' ' TO X_OBJCONT-LINE.
APPEND X_OBJCONT.
Specific header (Dependent on the object type, here RAW)
REFRESH X_OBJHEAD.
DESCRIBE TABLE X_OBJCONT LINES RAW_HEAD-RAWSIZ.
MOVE RAW_HEAD TO X_OBJHEAD.
APPEND X_OBJHEAD.
*RECEIVERS table
CLEAR X_RECEIVERS.
REFRESH X_RECEIVERS.
MOVE RECEIVER TO X_RECEIVERS-RECNAM. " Name
MOVE 'B' TO X_RECEIVERS-RECESC. " Receiver type
MOVE 'X' TO X_RECEIVERS-SNDCP. " Send as a copy
MOVE 'X' TO X_RECEIVERS-SNDEX. " EXPRESS DOCUMENT
APPEND X_RECEIVERS.
CALL FUNCTION 'SO_OBJECT_SEND'
EXPORTING
folder_id = 'OUTBOX'
forwarder = x_forwarder
object_fl_change = x_object_fl_change
OBJECT_HD_CHANGE = X_OBJECT_HD_CHANGE
object_id = x_object_id
OBJECT_TYPE = X_OBJECT_TYPE
OUTBOX_FLAG = 'X'
OWNER = SY-UNAME
store_flag = x_store_flag
importing
object_id_new = x_object_id_new
sent_to_all = x_sent_to_all "May need to use
TABLES
OBJCONT = X_OBJCONT
OBJHEAD = X_OBJHEAD
objpara = x_objpara
objparb = x_objparb
RECEIVERS = X_RECEIVERS.
reward point if hlepful.
thanks
mrutyun^

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how to use ADD_MAINTAIN_COMPLETE function module
please help me.
by using the above function module
how can i change the ADRT table REMARK field

how to use ADD_MAINTAIN_COMPLETE function module
please help me.
by using the above function module
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How to use the function module 'HR_ES_FEATURE_BACKFIELD'

Hi,
How to use the function module 'HR_ES_FEATURE_BACKFIELD'?
I need the usage from both technical as well as functional point of view.
What is the use of this function module and technically how it is to be used to retrieve a feature for a particular employee.

hey iam from functional side can u be little bit clear of that feature
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sikindar

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Hi,
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Replacing one namespace with another using XML Anonymizer Module
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Hi,
Can you pls suggest me how to use BAPI Fuction module CCAP_REV_LEVEL_MAINTAIN
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Pts will be rewarded.
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Hi,
Can you pls suggest me how to use BAPI Fuction module CCAP_REV_LEVEL_MAINTAIN
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Pts will be rewarded.
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How to use Check Function Module???

Hi Friends,
How to use Check Function Module in Workflow???
My requirement is to trigger the workflow at the last line item of the Material Document.
Rewards for sure for helpful answer.
-Satish

Hi Satish,
You know, the real power of forums like these is the search functionality. First you locate the correct forum, you succeeded in that and then you locate the search field and type in your question. In your case "check function module"
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How to use the function module ....

hi
how to use the function module ssf_function_module_name in smartforms

Hi..
If you are using this Function module, you can get the generated function module name of smartform dynamically. It is good progrmaming practice to get the fucntion module name dynamically because there might be some problems if you are hard coding in program.
This will return the name of the function module and then from the exporting parameters you can use the fucntion module name to pass parameters to Smartforms.
Check this link.I am expalining here how to use this function module.
https://wiki.sdn.sap.com/wiki/pages/pointstab/viewpageversion.action?pageId=36109&version=2
Calling SMARTFORMS from your ABAP program
REPORT ZSMARTFORM.
Calling SMARTFORMS from your ABAP program.
Collecting all the table data in your program, and pass once to SMARTFORMS
SMARTFORMS
Declare your table type in :-
Global Settings -> Form Interface
Global Definintions -> Global Data
Main Window -> Table -> DATA
Written by : SAP Hints and Tips on Configuration and ABAP/4 Programming
http://sapr3.tripod.com
TABLES: MKPF.
DATA: FM_NAME TYPE RS38L_FNAM.
DATA: BEGIN OF INT_MKPF OCCURS 0.
INCLUDE STRUCTURE MKPF.
DATA: END OF INT_MKPF.
SELECT-OPTIONS S_MBLNR FOR MKPF-MBLNR MEMORY ID 001.
SELECT * FROM MKPF WHERE MBLNR IN S_MBLNR.
MOVE-CORRESPONDING MKPF TO INT_MKPF.
APPEND INT_MKPF.
ENDSELECT.
At the end of your program.
Passing data to SMARTFORMS
call function 'SSF_FUNCTION_MODULE_NAME'
exporting
formname = 'ZSMARTFORM'
VARIANT = ' '
DIRECT_CALL = ' '
IMPORTING
FM_NAME = FM_NAME
EXCEPTIONS
NO_FORM = 1
NO_FUNCTION_MODULE = 2
OTHERS = 3.
if sy-subrc <> 0.
WRITE: / 'ERROR 1'.
MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.
endif.
call function FM_NAME
EXPORTING
ARCHIVE_INDEX =
ARCHIVE_INDEX_TAB =
ARCHIVE_PARAMETERS =
CONTROL_PARAMETERS =
MAIL_APPL_OBJ =
MAIL_RECIPIENT =
MAIL_SENDER =
OUTPUT_OPTIONS =
USER_SETTINGS = 'X'
IMPORTING
DOCUMENT_OUTPUT_INFO =
JOB_OUTPUT_INFO =
JOB_OUTPUT_OPTIONS =
TABLES
GS_MKPF = INT_MKPF
EXCEPTIONS
FORMATTING_ERROR = 1
INTERNAL_ERROR = 2
SEND_ERROR = 3
USER_CANCELED = 4
OTHERS = 5.
if sy-subrc <> 0.
MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.
endif.
<b>Reward points if useful</b>
Regards
Ashu

How to use this function module on abap hr GET_PDSNR_RANGE

how to use this function module on abap hr GET_PDSNR_RANGE
thankx.

PASS INETRNAL TABLE WITH SOME DATA TO TABELLE FOR GENERATING PDSNR SEQUENCE

How to use the function module /IRM/IPBB_AGREEMENT_CREATE.

Hi all,
Please help me how to use the function module /IRM/IPBB_AGREEMENT_CREATE.
It is a Vistex fuction module which is used to create Sales contract in SAP-Vistex. If anyone has use the function module and do have the sample code please share it.
Thanks.

FORM create_agreement TABLES pt_agreement
                                       CHANGING po_agreement .
CONSTANTS: c_strt_knumh TYPE knumh VALUE '0000000000'.
DATA: lc_kona TYPE /irm/s_gkona,
        lc_cbasp TYPE /irm/s_ipcbasp,
      lt_cbapr TYPE /irm/t_ipcbapr,         "Partners
      lc_cbapr TYPE /irm/s_ipcbapr,
      lt_cbadt TYPE /irm/t_ipcbadt,        "Dates
      lc_cbadt TYPE /irm/s_ipcbadt,
      lt_cbafs TYPE /irm/t_ipcbafs,
      lc_cbafs TYPE /irm/s_ipcbafs,
      lt_cbacn TYPE /irm/t_ipcbacn,
      lc_cbacn TYPE /irm/s_ipcbacn,
      lt_cbacl TYPE /irm/t_ipcbacl,
      lc_cbacl TYPE /irm/s_ipcbacl,
      lt_cbtpv TYPE /irm/t_ipagtpv,
      lc_cbtpv TYPE /irm/s_ipagtpv,
      lt_texts TYPE text_lh,
      lc_texts TYPE itclh,
      lt_cbasd TYPE /irm/t_ipcbasd,
      lc_cbasd TYPE /irm/s_ipcbasd,
      lc_agreement    TYPE /irm/s_ipcbasp_doc,
      lc_e_log_number TYPE balognr,
      lt_messages     TYPE /irm/t_gprolog.
DATA: lt_vake      TYPE cond_vakevb_t,
        lc_vake      TYPE LINE OF cond_vakevb_t,
        lt_konh      TYPE /irm/t_gkonh,
        lc_konh      TYPE LINE OF /irm/t_gkonh,
        lt_konp      TYPE /irm/t_gkonp,
        lc_konp      TYPE LINE OF /irm/t_gkonp,
        lt_konw      TYPE /irm/t_gkonwu,
        lc_konw      TYPE LINE OF /irm/t_gkonwu,
        lt_konm      TYPE /irm/t_gkonmu,
        lc_konm      TYPE LINE OF /irm/t_gkonmu,
        lt_komg      TYPE /irm/t_gkomg_index,
        lc_komg      TYPE LINE OF /irm/t_gkomg_index,
        lt_user_data TYPE /irm/t_gpraxfu_index,
        lc_user_data TYPE LINE OF /irm/t_gpraxfu_index.
DATA: lc_updt(1) TYPE c.
DATA: lc_knumh TYPE knumh.
DATA: BEGIN OF lc_str_knumh,
         hd(2) TYPE c VALUE '$$',
         inc_num(8) TYPE c,
        END OF lc_str_knumh.
DATA: blank_agree_key TYPE knuma VALUE '~~~~~~~~~~'.
FIELD-SYMBOLS <konh_line> LIKE LINE OF lt_konh.
FIELD-SYMBOLS <konp_line> LIKE LINE OF lt_konp.
DATA: lc_rule TYPE type_key_rule.
READ TABLE pt_agreement INTO lc_rule INDEX 1.
SELECT SINGLE * FROM kona
        WHERE vkorg   = lc_rule-vkorg
        AND    vtweg   = '10'
        AND    spart   = '10'
        AND    boart   = 'ZPS1'
        AND    botext = lc_rule-sap_agkey.
IF sy-subrc = 0.
   lc_updt = 'U'.
ELSE.
lc_updt = 'I'.
ENDIF.
LOOP AT pt_agreement INTO lc_rule.
    MOVE sy-tabix TO lc_str_knumh-inc_num.
    CONDENSE lc_str_knumh-inc_num NO-GAPS.
    WHILE lc_str_knumh-inc_num+7(1) = ' '.
      CONCATENATE '0' lc_str_knumh-inc_num INTO lc_str_knumh-inc_num.
      CONDENSE lc_str_knumh-inc_num NO-GAPS.
    ENDWHILE.
    CONCATENATE '$$' lc_knumh INTO lc_knumh.
    MOVE lc_str_knumh TO lc_knumh.
   MOVE c_strt_knumh TO lc_knumh.
    CLEAR: lc_konh, lc_konp, lc_komg.
    MOVE: lc_rule-vkorg    TO lc_komg-komg-vkorg,
          '10'             TO lc_komg-komg-vtweg,
          '10'             TO lc_komg-komg-spart,
          p_waers          TO lc_komg-komg-waerk,
          '1300'           TO lc_komg-komg-bukrs,
          lc_rule-lifnr    TO lc_komg-komg-lifnr,
          lc_knumh         TO lc_komg-knumh,
          lc_knumh         TO lc_konh-knumh,
          lc_knumh         TO lc_konp-knumh,
          lc_rule-datab    TO lc_konh-datab,
          lc_rule-datbi    TO lc_konh-datbi.
    CASE lc_rule-tablnam.
      WHEN 'A701'.                   "Every Agreement will have a A701 rule -
        "Therefore we acn setup the header using A701
        MOVE: 'New       ' TO lc_kona-knuma,
              lc_rule-vkorg TO lc_kona-vkorg,
              '10'          TO lc_kona-vtweg,
              '10'          TO lc_kona-spart,
              'ZPS1'        TO lc_kona-boart,
              'C'           TO lc_kona-abtyp,
              'V'           TO lc_kona-kappl,
              p_waers       TO lc_kona-waers,
              lc_rule-knuma_ag TO lc_kona-abrex,
              'ZPS2'        TO lc_kona-kobog,
              lc_rule-datab TO lc_kona-datab,
              lc_rule-datbi TO lc_kona-datbi,
              lc_rule-sap_agkey TO lc_kona-botext,
              '1300'        TO lc_kona-bukrs,
              'I'           TO lc_kona-updkz.
        MOVE: 'New       ' TO lc_cbasp-knuma_ag,
              'ZPS1'        TO lc_cbasp-boart_ag,
              p_waers       TO lc_cbasp-waers,
              'A'           TO lc_cbasp-setl_mth,
              'B'           TO lc_cbasp-setl_typ,
              'A2'          TO lc_cbasp-ident,
              'E'           TO lc_cbasp-setlm,
              'ZPDA'        TO lc_cbasp-pargr,
              'X'           TO lc_cbasp-npric,
              'LF'          TO lc_cbasp-stprl,
              lc_rule-lifnr TO lc_cbasp-stpar,
              lc_rule-contract_rev TO lc_cbasp-rvnum,
              'I'           TO lc_cbasp-updkz.
        CONCATENATE: blank_agree_key
               lc_rule-lifnr        INTO lc_konh-vakey.
        MOVE: lc_rule-lifnr TO lc_konp-lifnr.
      WHEN 'A703'.
        CONCATENATE: blank_agree_key
                     lc_rule-kunnr      INTO lc_konh-vakey.
        MOVE lc_rule-kunnr TO lc_komg-komg-kunnr.
      WHEN 'A709'.
        CONCATENATE: blank_agree_key
        lc_rule-zzprodh1 lc_rule-zzprodh2 lc_rule-zzprodh3
               lc_rule-zzprodh4 lc_rule-zzprodh5 INTO lc_konh-vakey.
        CONCATENATE: lc_rule-zzprodh1 lc_rule-zzprodh2 lc_rule-zzprodh3
               lc_rule-zzprodh4 lc_rule-zzprodh5 INTO lc_komg-komg-prodh.
      WHEN 'A710'.
        CONCATENATE: blank_agree_key
            lc_rule-matkl   INTO lc_konh-vakey.
        MOVE lc_rule-matkl TO lc_komg-komg-matkl.
      WHEN 'A711'.
        CONCATENATE: blank_agree_key
             lc_rule-matnr   INTO lc_konh-vakey.
        MOVE lc_rule-matnr TO lc_komg-komg-matnr.
        IF lc_rule-kschl = 'ZPPL'.
          MOVE: 'C'              TO lc_konp-krech,
                'CAD'              TO lc_konp-konwa.
          lc_konp-kbetr = lc_rule-net_po_price * 1.
        ENDIF.
      WHEN 'A717'.
      WHEN 'A718'.
        CONCATENATE: blank_agree_key
             lc_rule-zzextwg INTO lc_konh-vakey.
        MOVE lc_rule-zzextwg TO lc_komg-komg-zzextwg.
     WHEN 'A719'.
       CONCATENATE: blank_agree_key
            lc_rule-werks INTO lc_konh-vakey.
       MOVE lc_rule-werks TO lc_komg-komg-werks.
     WHEN 'A721'.
       CONCATENATE: blank_agree_key
             lc_rule-kunnr lc_rule-werks INTO lc_konh-vakey.
       MOVE: lc_rule-kunnr TO lc_konp-kunnr,
             lc_rule-kunnr TO lc_komg-komg-kunnr.
      WHEN 'A722'.
        CONCATENATE: blank_agree_key
                     lc_rule-vkbur INTO lc_konh-vakey.
        MOVE lc_rule-vkbur TO lc_komg-komg-vkbur.
      WHEN 'A724'.
        CONCATENATE: blank_agree_key
                      lc_rule-kunnr lc_rule-vkbur INTO lc_konh-vakey.
        MOVE: lc_rule-kunnr TO lc_konp-kunnr,
              lc_rule-kunnr TO lc_komg-komg-kunnr,
              lc_rule-vkbur TO lc_komg-komg-vkbur.
    ENDCASE.
    MOVE: 'A'                  TO lc_konh-kvewe,
          lc_rule-tablnam+1(3) TO lc_konh-kotabnr,
          lc_rule-kappl        TO lc_konh-kappl,
          lc_rule-kschl        TO lc_konh-kschl.
    REPLACE ALL OCCURRENCES OF '~' IN lc_konh-vakey WITH ' '.
    APPEND lc_konh TO lt_konh.
    CLEAR lc_konh.
*--- Add in the KONP.Do we need to add
    MOVE: lc_rule-kappl        TO lc_konp-kappl,
          lc_rule-kschl        TO lc_konp-kschl,
          'G'                  TO lc_konp-krech.
    IF lc_rule-kschl+3(1) = '%'.
      MOVE: 'A'              TO lc_konp-krech,
            '%'              TO lc_konp-konwa.
      lc_konp-kbetr = lc_rule-rebate_perc * 1.
    ENDIF.
    APPEND lc_konp TO lt_konp. CLEAR lc_konp.
    APPEND lc_komg TO lt_komg. CLEAR lc_komg.
ENDLOOP.
IF lc_updt = 'I'.
    CALL FUNCTION '/IRM/IPCB_AGREEMENT_CREATE'
      EXPORTING
      I_MESSAGES_DISPLAY        = ' '
      I_SAVE_MESSAGES           = ' '
      I_COMMIT_WORK             = 'X'
      I_CALL_FROM_WS            = ' '
        is_kona                   = lc_kona
        is_cbasp                  = lc_cbasp
        it_cbapr                  = lt_cbapr
        it_cbadt                  = lt_cbadt
        it_cbafs                  = lt_cbafs
        it_cbacn                  = lt_cbacn
        it_cbacl                  = lt_cbacl
        it_cbtpv                  = lt_cbtpv
        it_texts                  = lt_texts
        it_cbasd                  = lt_cbasd
      IMPORTING
        es_agreement              = lc_agreement
        e_log_number              = lc_e_log_number
      TABLES
        t_messages                = lt_messages
     CHANGING
      CT_VAKE                   = lt_vake
      ct_konh                   = lt_konh
      ct_konp                   = lt_konp
      CT_KONW                   = lt_konw
      CT_KONM                   = lt_konm
       ct_komg                   = lt_komg
      CT_USER_DATA              = lt_usr_data
      EXCEPTIONS
        no_documents_to_process   = 1
        no_authorization          = 2
        creation_failed           = 3
        new_pricing_not_maitained = 4
        OTHERS                    = 5.
    IF sy-subrc <> 0.
Implement suitable error handling here
    ELSE.
      MOVE: lc_agreement-knuma_ag TO po_agreement,
            lc_agreement-knuma_ag TO lc_kona-knuma.
    ENDIF.
    APPEND LINES OF lt_messages TO gt_messages.
ELSE.
    MOVE-CORRESPONDING kona TO lc_kona.
ENDIF.
LOOP AT lt_konh ASSIGNING <konh_line>.
    MOVE lc_kona-knuma TO <konh_line>-vakey+0(10).
   move '&'           to <konh_line>-knumh+0(1).
ENDLOOP.
LOOP AT lt_konp ASSIGNING <konp_line>.
   MOVE lc_kona-knuma TO <konp_line>-vakey+0(10).
    move '&'           to <konh_line>-knumh+0(1).
ENDLOOP.
lc_kona-updkz = 'U'.
lc_cbasp-updkz = 'U'.
CLEAR lt_messages.
CALL FUNCTION '/IRM/IPCB_AGREEMENT_CHANGE'
    EXPORTING
    I_MESSAGES_DISPLAY      = ' '
    I_SAVE_MESSAGES         = ' '
    I_COMMIT_WORK           = 'X'
    I_INIT_DATA             = 'X'
      is_kona                 = lc_kona
      is_cbasp                = lc_cbasp
     it_cbapr                = lt_cbapr
     it_cbadt                = lt_cbadt
     it_cbafs                = lt_cbafs
     it_cbacl                = lt_cbacl
     it_cbacn                = lt_cbacn
    IT_FIELDS               =
     it_texts                = lt_texts
   IMPORTING
     e_log_number            = lc_e_log_number
     TABLES
       t_messages              = lt_messages
    CHANGING
      cs_agreement            = lc_agreement
    CT_VAKE                 = lt_vake
      ct_konh                 = lt_konh
      ct_konp                 = lt_konp
    CT_KONW                 = lt_konw
    CT_KONM                 = lt_konm
      ct_komg                 = lt_komg
    CT_USER_DATA            = lt_usr_data
    EXCEPTIONS
      no_documents_to_process = 1
      no_authorization        = 2
      change_failed           = 3
      agreement_locked        = 4
      OTHERS                  = 5.
IF sy-subrc <> 0.
Implement suitable error handling here
ENDIF.
APPEND LINES OF lt_messages TO gt_messages.
ENDFORM.                    " CREATE_AGREEMENT

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