How to generate a mail on click of save button on Module pool program.
Hi geeks,
I am developing a Module pool having table control..The table control is supposedly having 10 columns. The user enters values in first 5 colmns and when he saves , a mail should be generated to his hierarchy indicatiing it .How could this be achieved?? . The mail should just have details like the i/p entered in screen . If possible explain through a code snippet..
Thanks in advance
Regards,
Navin
when you press save button, get the sy-ucomm and write the below code. Capture the entries from
table control and send the mail.
DATA : it_objpack TYPE STANDARD TABLE OF sopcklsti1 ,
it_objtxt TYPE STANDARD TABLE OF solisti1 ,
it_objbin TYPE STANDARD TABLE OF solisti1 ,
it_reclist TYPE STANDARD TABLE OF somlreci1 ,
wa_doc_chng TYPE sodocchgi1,
wa_objhead TYPE soli_tab,
l_attachment TYPE i,
l_testo TYPE i.
DATA: wa_objpack TYPE sopcklsti1,
wa_objtxt TYPE solisti1 ,
wa_objbin TYPE solisti1 ,
wa_reclist TYPE somlreci1 .
CLEAR: wa_reclist,
wa_objhead,
wa_objtxt, it_objtxt[],
wa_objbin, it_objbin[],
wa_objpack, it_objpack[].
CLEAR wa_objbin.
REFRESH it_objbin.
it_objbin[] = gt_mess_att[].
DESCRIBE TABLE it_objbin LINES l_attachment.
LOOP AT it_message INTO wa_message.
wa_objtxt = wa_message. APPEND wa_objtxt TO it_objtxt.
ENDLOOP.
DESCRIBE TABLE it_objtxt LINES l_testo.
wa_doc_chng-obj_name = 'Test'.
wa_doc_chng-expiry_dat = sy-datum + 10.
CONCATENATE 'Send '
INTO wa_doc_chng-obj_descr .
wa_doc_chng-sensitivty = 'P'.
wa_doc_chng-obj_prio = '1'.
wa_doc_chng-doc_size = l_testo * 255.
CLEAR wa_objpack-transf_bin.
wa_objpack-head_start = 1.
wa_objpack-head_num = 0.
wa_objpack-body_start = 1.
wa_objpack-body_num = l_testo.
wa_objpack-doc_type = 'RAW'.
APPEND wa_objpack TO it_objpack.
CLEAR wa_reclist.
wa_reclist-copy = 'X'.
IF wa_email IS NOT INITIAL.
wa_reclist-receiver = wa_email-value1.
wa_reclist-express = 'X'.
wa_reclist-rec_type = 'U'.
wa_reclist-notif_del = 'X'.
wa_reclist-notif_ndel = 'X'.
APPEND wa_reclist TO it_reclist.
CALL FUNCTION 'SO_NEW_DOCUMENT_ATT_SEND_API1'
EXPORTING
document_data = wa_doc_chng
put_in_outbox = 'X'
commit_work = 'X'
TABLES
packing_list = it_objpack
object_header = wa_objhead
contents_bin = it_objbin
contents_txt = it_objtxt
receivers = it_reclist
EXCEPTIONS
too_many_receivers = 1
document_not_sent = 2
document_type_not_exist = 3
operation_no_authorization = 4
parameter_error = 5
x_error = 6
enqueue_error = 7
OTHERS = 8.
IF sy-subrc <> 0.
WRITE 'mail fail'.
ENDIF.
ENDIF.
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FUNCTION zscheme_determination.
*"*"Local Interface:
*" IMPORTING
*" REFERENCE(I_KUNNR) TYPE KUNNR
*" EXPORTING
*" REFERENCE(E_VALUE) TYPE NETWR_AK
*" TABLES
*" G_ITEM_DATA_ITAB STRUCTURE ZITEM_DATA
* TYPES: BEGIN OF ty_sord,
* include type ZSD_SCHEME_DTL,
* END OF ty_sord.
* data : gt_sord type standard table of ZSD_SCHEME_DTL,
* wa_sord type ZSD_SCHEME_DTL.
* select * from ZSD_SCHEME_DTL into table
* gt_sord
* where matnr = i_matnr.
* T_ITEM_DATA
*********Data Declarations
DATA:
salesdocumentin LIKE bapivbeln-vbeln,
orderheaderin LIKE bapisdhd1,
orderheaderinx LIKE bapisdhd1x,
sender LIKE bapi_sender,
binaryrelationshiptype LIKE bapireltype-reltype,
intnumberassignment LIKE bapiflag-bapiflag,
behavewhenerror LIKE bapiflag-bapiflag,
logicswitch LIKE bapisdls,
testrun LIKE bapiflag-bapiflag,
convert LIKE bapiflag-bapiflag,
return LIKE bapiret2 OCCURS 0,
orderitemsin LIKE bapisditm OCCURS 0,
orderitemsinx LIKE bapisditmx OCCURS 0,
orderpartners LIKE bapiparnr OCCURS 0,
orderschedulesin LIKE bapischdl OCCURS 0,
orderschedulesinx LIKE bapischdlx OCCURS 0,
orderconditionsin LIKE bapicond OCCURS 0,
orderconditionsinx LIKE bapicondx OCCURS 0,
ordercfgsref LIKE bapicucfg OCCURS 0,
ordercfgsinst LIKE bapicuins OCCURS 0,
ordercfgspartof LIKE bapicuprt OCCURS 0,
ordercfgsvalue LIKE bapicuval OCCURS 0,
ordercfgsblob LIKE bapicublb OCCURS 0,
ordercfgsvk LIKE bapicuvk OCCURS 0,
ordercfgsrefinst LIKE bapicuref OCCURS 0,
orderccard LIKE bapiccard OCCURS 0,
ordertext LIKE bapisdtext OCCURS 0,
orderkeys LIKE bapisdkey OCCURS 0,
extensionin LIKE bapiparex OCCURS 0,
partneraddresses LIKE bapiaddr1 OCCURS 0.
DATA : wa_orderpartners LIKE bapiparnr,
wa_orderitemsin LIKE bapisditm,
wa_orderitemsinx LIKE bapisditmx,
wa_orderschedulesin LIKE bapischdl,
wa_orderschedulesinx LIKE bapischdlx,
wa_orderconditionsin LIKE bapicond,
wa_orderconditionsinx LIKE bapicondx,
wa_return LIKE bapiret2,
lv_value TYPE netwr_ak.
DATA : lv_dtyp TYPE char45,
lv_sorg TYPE vkorg,
lv_sdch TYPE vtweg,
lv_sdiv TYPE spart.
TYPES : BEGIN OF ty_sord,
zsdscheme TYPE comt_scheme_id,
posnr TYPE posnr_va,
matnr TYPE matnr,
disc_type TYPE rebate_disc_type,
calc_type TYPE catyp,
qty_from TYPE kwmeng,
qty_to TYPE kwmeng,
spart TYPE spart,
custcondgrp TYPE kdkg1,
werks TYPE werks_d,
matmn TYPE matnr,
END OF ty_sord.
DATA : gt_sord TYPE STANDARD TABLE OF ty_sord,
gt_sordd TYPE STANDARD TABLE OF ty_sord,
wa_sord TYPE ty_sord,
wa_knvv TYPE knvv,
lv_cal_foc TYPE p DECIMALS 3,
lv_cal_dis TYPE p DECIMALS 3,
lv_new_qty TYPE kwmeng,
lv_posmat TYPE posnr_va,
lv_posfoc TYPE posnr_va.
DATA:lv_diff TYPE kwmeng.
******Schemes Selection Logic
* Get Valid Schemes
* Validate Scheme for validity Period, Material, Customer Type and Plant
TYPES : BEGIN OF ty_rtab,
sign TYPE c LENGTH 1,
option TYPE c LENGTH 2,
low LIKE mara-matnr,
high LIKE mara-matnr,
END OF ty_rtab.
* TYPES : ty_matnr TYPE RANGE OF ty_rtab.
DATA : it_matnr TYPE TABLE OF ty_rtab,
wa_matnr TYPE ty_rtab,
wa_it TYPE zitem_data,
wa_tab TYPE zitem_data.
*order table declaration
TYPES:
BEGIN OF ty_order,
zsdscheme TYPE comt_scheme_id,
matnr TYPE matnr,
kwmeng TYPE kwmeng,
END OF ty_order,
BEGIN OF ty_scheme,
zsdscheme TYPE comt_scheme_id,
* matnr TYPE matnr,
kwmeng TYPE kwmeng,
END OF ty_scheme.
DATA:
gt_order TYPE TABLE OF ty_order,
gt_scheme TYPE TABLE OF ty_scheme,
wa_scheme TYPE ty_scheme,
wa_order TYPE ty_order.
DATA:i_kwmeng TYPE kwmeng.
* Transfer all the material received from order to internal table
LOOP AT g_item_data_itab INTO wa_it.
MOVE : wa_it-matnr TO wa_matnr-low,
'I' TO wa_matnr-sign,
'EQ' TO wa_matnr-option.
APPEND wa_matnr TO it_matnr.
CLEAR wa_it.
ENDLOOP.
* Get the Valid Schemes based on given criteria
SELECT
zsd_scheme_dtl~zsdscheme
zsd_scheme_dtl~posnr
zsd_scheme_dtl~matnr
zsd_scheme_dtl~disc_type
zsd_scheme_dtl~calc_type
zsd_scheme_dtl~qty_from
zsd_scheme_dtl~qty_to
zsd_scheme~spart
zsd_scheme_hdr~custcondgrp
zsd_scheme_hdr~werks
zsd_scheme_hdr~matnr
FROM zsd_scheme_hdr
INNER JOIN zsd_scheme ON zsd_scheme~zsdscheme = zsd_scheme_hdr~zsdscheme
INNER JOIN zsd_scheme_dtl ON zsd_scheme_dtl~zsdscheme = zsd_scheme_hdr~zsdscheme
INTO TABLE gt_sord
WHERE zsd_scheme_dtl~matnr IN it_matnr
* zsd_scheme_hdr~matnr IN it_matnr
* AND zsd_scheme_hdr~werks = '1509'
AND zsd_scheme_hdr~werks = '1529'
AND zsd_scheme_hdr~custcondgrp = '01'
AND zsd_scheme~datuv LE sy-datum
AND zsd_scheme~datub GE sy-datum.
SORT gt_sord BY zsdscheme ASCENDING.
* LOOP AT gt_sord INTO wa_sord.
* READ TABLE g_item_data_itab INTO wa_it WITH KEY matnr = wa_sord-matnr.
* wa_order-zsdscheme = wa_sord-zsdscheme.
* wa_order-matnr = wa_it-matnr.
* wa_order-kwmeng = wa_it-kwmeng.
* COLLECT wa_order INTO gt_order.
* CLEAR wa_order.
* ENDLOOP.
LOOP AT g_item_data_itab INTO wa_it.
READ TABLE gt_sord INTO wa_sord WITH KEY matnr = wa_it-matnr.
wa_order-zsdscheme = wa_sord-zsdscheme.
wa_order-matnr = wa_it-matnr.
wa_order-kwmeng = wa_it-kwmeng.
COLLECT wa_order INTO gt_order.
MOVE : wa_sord-zsdscheme TO wa_scheme-zsdscheme,
wa_it-kwmeng TO wa_scheme-kwmeng.
COLLECT wa_scheme INTO gt_scheme.
CLEAR : wa_order, wa_scheme.
ENDLOOP.
CLEAR wa_scheme.
DATA w_line TYPE sy-tabix.
* Updating table based on Schemes
LOOP AT gt_scheme INTO wa_scheme.
CLEAR w_line.
gt_sordd[] = gt_sord[].
* DELETE gt_sordd WHERE zsdscheme NE wa_scheme-zsdscheme and disc_type NE 'FOC'.
DELETE gt_sordd WHERE zsdscheme NE wa_scheme-zsdscheme AND disc_type NE 'F'.
DELETE ADJACENT DUPLICATES FROM gt_sordd COMPARING zsdscheme matnr.
DESCRIBE TABLE gt_sordd LINES w_line.
IF w_line GT 1.
* popup message to select one foc type.
ELSE.
CLEAR wa_sord.
READ TABLE gt_sordd INTO wa_sord INDEX 1.
IF sy-subrc EQ 0.
i_kwmeng = wa_scheme-kwmeng.
lv_cal_foc = i_kwmeng DIV wa_sord-qty_from.
lv_cal_dis = i_kwmeng MOD wa_sord-qty_from.
MOVE : lv_cal_foc TO wa_it-kwmeng,
wa_sord-matnr TO wa_it-matnr.
APPEND wa_it TO g_item_data_itab.
SORT gt_order BY kwmeng DESCENDING.
LOOP AT gt_order INTO wa_order WHERE zsdscheme = wa_scheme-zsdscheme.
IF lv_cal_dis GT 0.
* LOOP AT gt_order INTO wa_order WHERE zsdscheme = wa_scheme-zsdscheme
* AND lv_cal_dis GT 0.
* LOOP AT gt_order INTO wa_order WHERE zsdscheme = wa_scheme-zsdscheme.
* LOOP AT g_item_data INTO wa_item_data WHERE matnr EQ wa_order-matnr.
LOOP AT g_item_data_itab INTO wa_tab WHERE matnr EQ wa_order-matnr.
wa_orderconditionsin-itm_number = wa_tab-posnr.
* wa_orderconditionsin-itm_number = wa_item_data-posnr.
wa_orderconditionsin-cond_st_no = '001'.
* IF gt_sordd-calc EQ ‘post AND disc_type EQ ‘percentage’.
IF wa_sord-calc_type EQ 'O' AND wa_sord-disc_type EQ 'P'.
wa_orderconditionsin-cond_type = 'ZTPB'. "'ZREG'.
* ELSEIF gt_sordd-calc EQ ‘pre’ AND disc_type EQ ‘percentage’
ELSEIF wa_sord-calc_type EQ 'E' AND wa_sord-disc_type EQ 'P'.
wa_orderconditionsin-cond_type = 'ZTPP'. "'ZREG'.
ENDIF.
wa_orderconditionsin-currency = 'INR'.
wa_orderconditionsin-conpricdat = sy-datum.
APPEND wa_orderconditionsin TO orderconditionsin.
CLEAR wa_orderconditionsin.
*Update Discount Conditon
ENDLOOP.
* ENDLOOP.
*Modify balance of Item
CLEAR wa_tab.
READ TABLE g_item_data_itab INTO wa_tab WITH KEY matnr = wa_order-matnr.
IF sy-subrc EQ 0.
lv_diff = wa_tab-kwmeng - lv_cal_dis.
IF lv_diff GT 0.
wa_tab-kwmeng = wa_tab-kwmeng - lv_cal_dis.
* MODIFY g_item_data TRANSPORTING kwmeng index sy-tabix.
MODIFY g_item_data_itab INDEX sy-tabix FROM wa_tab TRANSPORTING kwmeng .
ELSE.
wa_tab-kwmeng = lv_cal_dis.
lv_cal_dis = lv_diff.
MODIFY g_item_data_itab INDEX sy-tabix FROM wa_tab TRANSPORTING kwmeng .
* MODIFY G_ITEM_DATA_ITAB TRANSPORTING kwmeng index sy-tabix.
ENDIF.
gt_sordd[] = gt_sord[].
DELETE gt_sordd WHERE zsdscheme NE wa_scheme-zsdscheme AND disc_type EQ 'F'.
DESCRIBE TABLE gt_sordd LINES w_line.
IF w_line GT 1.
SORT gt_sordd BY zsdscheme DESCENDING.
* SORT gt_sordd BY quantity DESCENDING.
CLEAR wa_sord.
* LOOP AT gt_sordd WHERE quantity_from LT wa_shceme-kwmeng AND quantity_to GT wa_shceme-kwmeng.
LOOP AT gt_sordd INTO wa_sord WHERE qty_from LT wa_scheme-kwmeng AND qty_to GT wa_scheme-kwmeng.
* LOOP AT gt_order INTO wa_order WHERE scheme = wa_scheme-scheme.
LOOP AT gt_order INTO wa_order WHERE zsdscheme = wa_scheme-zsdscheme.
* LOOP AT g_item_data INTO wa_item_data WHERE matnr EQ wa_order-matnr.
LOOP AT g_item_data_itab INTO wa_tab WHERE matnr EQ wa_order-matnr.
wa_orderconditionsin-itm_number = wa_tab-posnr.
* wa_orderconditionsin-itm_number = wa_item_data-posnr.
wa_orderconditionsin-cond_st_no = '001'.
* IF gt_sordd-calc EQ ‘post AND disc_type EQ ‘percentage’.
IF wa_sord-calc_type EQ 'O' AND wa_sord-disc_type EQ 'P'.
wa_orderconditionsin-cond_type = 'ZDPD'. "'ZREG'.
* ELSEIF gt_sordd-calc EQ ‘pre’ AND disc_type EQ ‘percentage’
ELSEIF wa_sord-calc_type EQ 'E' AND wa_sord-disc_type EQ 'P'.
wa_orderconditionsin-cond_type = 'ZDPD'. "'ZREG'.
ENDIF.
wa_orderconditionsin-currency = 'INR'.
wa_orderconditionsin-conpricdat = sy-datum.
APPEND wa_orderconditionsin TO orderconditionsin.
CLEAR wa_orderconditionsin.
*Update Discount Conditon
ENDLOOP.
ENDLOOP.
ENDLOOP.
ELSE.
ENDIF.
ENDIF.
ENDIF.
ENDLOOP.
ENDIF.
ENDIF.
ENDLOOP.
* select
* ZSD_SCHEME_DTL~ZSDSCHEME
* ZSD_SCHEME_DTL~POSNR
* ZSD_SCHEME_DTL~matnr
* ZSD_SCHEME_DTL~DISC_TYPE
* ZSD_SCHEME_DTL~CALC_TYPE
* ZSD_SCHEME_DTL~QTY_FROM
* ZSD_SCHEME_DTL~QTY_TO
* ZSD_SCHEME~SPART
* ZSD_SCHEME_HDR~CUSTCONDGRP
* ZSD_SCHEME_HDR~WERKS
* ZSD_SCHEME_HDR~MATNR
* from ZSD_SCHEME_DTL
* inner join ZSD_SCHEME on ZSD_SCHEME~ZSDSCHEME = ZSD_SCHEME_DTL~ZSDSCHEME
* inner join ZSD_SCHEME_HDR on ZSD_SCHEME_HDR~ZSDSCHEME = ZSD_SCHEME_DTL~ZSDSCHEME
* into table
* gt_sord
* where ZSD_SCHEME_DTL~matnr = i_matnr and
* ZSD_SCHEME~DATUV LE sy-datum and
* ZSD_SCHEME~DATUB GE sy-datum.
* break-point.
* Process Common Logic for Schemes Processcing
CLEAR wa_sord.
* Convert FOC Quantity and Materials
* LOOP AT gt_sord INTO wa_sord.
** lv_cal = i_kwmeng / wa_sord-QTY_FROM.
* lv_cal_foc = i_kwmeng DIV wa_sord-qty_from.
* lv_cal_dis = i_kwmeng MOD wa_sord-qty_from.
* ENDLOOP.
*lv_new_qty = i_kwmeng - lv_cal_dis.
* Get the Sales Document Type
SELECT SINGLE low
FROM tvarvc
INTO lv_dtyp WHERE
name = 'SD_DOC_TYPE'.
SELECT SINGLE * FROM knvv INTO wa_knvv WHERE kunnr = i_kunnr.
IF sy-subrc = 0.
lv_sorg = wa_knvv-vkorg.
lv_sdch = wa_knvv-vtweg.
lv_sdiv = wa_knvv-spart.
ENDIF.
* Give the Popup for schemes with multiple FOC
* Schemes Specific Processing
* Schemes Specific Processing
orderheaderin-doc_type = lv_dtyp.
orderheaderin-sales_org = lv_sorg.
orderheaderin-distr_chan = lv_sdch.
orderheaderin-division = lv_sdiv.
wa_orderpartners-partn_role = 'AG'.
wa_orderpartners-partn_numb = i_kunnr.
APPEND wa_orderpartners TO orderpartners.
* wa_ORDERPARTNERS-PARTN_ROLE = 'WE'.
* wa_ORDERPARTNERS-PARTN_NUMB = p_ship.
* append wa_ORDERPARTNERS to ORDERPARTNERS.
* Item number begin
CLEAR : lv_posmat.
lv_posmat = lv_posmat + 10.
wa_orderitemsin-itm_number = lv_posmat.
wa_orderitemsin-material = wa_sord-matmn. "i_matnr.
wa_orderitemsin-target_qty = lv_new_qty.
* wa_ORDERITEMSIN-TARGET_QU = i_VRKME.
APPEND wa_orderitemsin TO orderitemsin.
wa_orderitemsinx-itm_number = lv_posmat.
wa_orderitemsinx-material = 'X'.
wa_orderitemsinx-target_qty = 'X'.
wa_orderitemsinx-target_qu = 'X'.
APPEND wa_orderitemsinx TO orderitemsinx.
wa_orderschedulesin-itm_number = lv_posmat.
wa_orderschedulesin-sched_line = lv_posmat.
wa_orderschedulesin-req_qty = lv_new_qty.
APPEND wa_orderschedulesin TO orderschedulesin.
wa_orderschedulesinx-itm_number = lv_posmat.
wa_orderschedulesinx-sched_line = lv_posmat.
wa_orderschedulesinx-req_qty = 'X'.
wa_orderschedulesinx-updateflag = 'X'.
APPEND wa_orderschedulesinx TO orderschedulesinx.
wa_orderconditionsin-itm_number = lv_posmat.
wa_orderconditionsin-cond_st_no = '001'.
wa_orderconditionsin-cond_type = 'ZDPD'. "'ZREG'.
wa_orderconditionsin-currency = 'INR'.
wa_orderconditionsin-conpricdat = sy-datum.
APPEND wa_orderconditionsin TO orderconditionsin.
wa_orderconditionsinx-itm_number = lv_posmat.
wa_orderconditionsinx-cond_st_no = '001'.
wa_orderconditionsinx-cond_type = 'ZDPD'. "'ZREG'.
wa_orderconditionsinx-updateflag = 'X'.
wa_orderconditionsinx-cond_value ='X'.
wa_orderconditionsinx-currency = 'X'.
APPEND wa_orderconditionsinx TO orderconditionsinx.
****18/06Beg
* if not lv_cal_dis is initial.
* lv_posmat = lv_posmat + 10.
* wa_ORDERITEMSIN-ITM_NUMBER = lv_posmat.
* wa_ORDERITEMSIN-MATERIAL = WA_SORD-MATMN. "i_matnr.
* wa_ORDERITEMSIN-TARGET_QTY = lv_cal_dis.
** wa_ORDERITEMSIN-TARGET_QU = i_VRKME.
* append wa_ORDERITEMSIN to ORDERITEMSIN.
* wa_ORDERITEMSINX-ITM_NUMBER = lv_posmat.
* wa_ORDERITEMSINX-MATERIAL = 'X'.
* wa_ORDERITEMSINX-TARGET_QTY = 'X'.
* wa_ORDERITEMSINX-TARGET_QU = 'X'.
* append wa_ORDERITEMSINX to ORDERITEMSINX.
* wa_ORDERSCHEDULESIN-ITM_NUMBER = lv_posmat.
* wa_ORDERSCHEDULESIN-SCHED_LINE = lv_posmat.
* wa_ORDERSCHEDULESIN-REQ_QTY = lv_cal_dis.
* append wa_ORDERSCHEDULESIN to ORDERSCHEDULESIN.
* wa_ORDERSCHEDULESINX-itm_number = lv_posmat.
* wa_ORDERSCHEDULESINX-sched_line = lv_posmat.
* wa_ORDERSCHEDULESINX-req_qty = 'X'.
* wa_ORDERSCHEDULESINX-updateflag = 'X'.
* append wa_ORDERSCHEDULESINX to ORDERSCHEDULESINX.
* endif.
* lv_posmat = lv_posmat + 10.
* wa_ORDERITEMSIN-ITM_NUMBER = lv_posmat.
* wa_ORDERITEMSIN-MATERIAL = i_matnr. "WA_SORD-MATMN.
* wa_ORDERITEMSIN-TARGET_QTY = LV_CAL_FOC.
* wa_ORDERITEMSIN-ITEM_CATEG = 'ZDGN'.
** wa_ORDERITEMSIN-TARGET_QU = i_VRKME.
* append wa_ORDERITEMSIN to ORDERITEMSIN.
* wa_ORDERITEMSINX-ITM_NUMBER = lv_posmat.
* wa_ORDERITEMSINX-MATERIAL = 'X'.
* wa_ORDERITEMSINX-TARGET_QTY = 'X'.
* wa_ORDERITEMSINX-TARGET_QU = 'X'.
* wa_ORDERITEMSINX-ITEM_CATEG = 'X'.
* append wa_ORDERITEMSINX to ORDERITEMSINX.
* wa_ORDERSCHEDULESIN-ITM_NUMBER = lv_posmat.
* wa_ORDERSCHEDULESIN-SCHED_LINE = lv_posmat.
* wa_ORDERSCHEDULESIN-REQ_QTY = LV_CAL_FOC.
* append wa_ORDERSCHEDULESIN to ORDERSCHEDULESIN.
* wa_ORDERSCHEDULESINX-itm_number = lv_posmat.
* wa_ORDERSCHEDULESINX-sched_line = lv_posmat.
* wa_ORDERSCHEDULESINX-req_qty = 'X'.
* wa_ORDERSCHEDULESINX-updateflag = 'X'.
* append wa_ORDERSCHEDULESINX to ORDERSCHEDULESINX.
****18/06End
* Item number end
* Switch off dialog (BAPIs always run without)
CALL FUNCTION 'DIALOG_SET_NO_DIALOG'.
CALL FUNCTION 'BAPI_SALESORDER_CREATEFROMDAT2'
EXPORTING
* SALESDOCUMENTIN =
order_header_in = orderheaderin
* ORDER_HEADER_INX =
* SENDER =
* BINARY_RELATIONSHIPTYPE =
* INT_NUMBER_ASSIGNMENT =
* BEHAVE_WHEN_ERROR =
* LOGIC_SWITCH =
* TESTRUN =
* CONVERT = ' '
* IMPORTING
* SALESDOCUMENT =
TABLES
return = return
order_items_in = orderitemsin
order_items_inx = orderitemsinx
order_partners = orderpartners
order_schedules_in = orderschedulesin
order_schedules_inx = orderschedulesinx
order_conditions_in = orderconditionsin
order_conditions_inx = orderconditionsinx
* ORDER_CFGS_REF =
* ORDER_CFGS_INST =
* ORDER_CFGS_PART_OF =
* ORDER_CFGS_VALUE =
* ORDER_CFGS_BLOB =
* ORDER_CFGS_VK =
* ORDER_CFGS_REFINST =
* ORDER_CCARD =
* ORDER_TEXT =
* ORDER_KEYS =
* EXTENSIONIN =
* PARTNERADDRESSES =
* commit work.
CALL FUNCTION 'BAPI_TRANSACTION_COMMIT'
* EXPORTING
* WAIT =
* IMPORTING
* RETURN =
LOOP AT return INTO wa_return.
WRITE:/ wa_return-message.
ENDLOOP.
ENDFUNCTION.
*& Include ZSD_SO_CHANGES2_TOP Module Pool ZSD_SO_CHANGES2
PROGRAM ZSD_SO_CHANGES2.
***&SPWIZARD: DATA DECLARATION FOR TABLECONTROL 'ITEM_DATA'
*&SPWIZARD: DEFINITION OF DDIC-TABLE
TABLES: VBAP,kna1.
*&SPWIZARD: TYPE FOR THE DATA OF TABLECONTROL 'ITEM_DATA'
TYPES: BEGIN OF T_ITEM_DATA,
POSNR LIKE VBAP-POSNR,
MATNR LIKE VBAP-MATNR,
KWMENG LIKE VBAP-KWMENG,
VRKME LIKE VBAP-VRKME,
END OF T_ITEM_DATA.
*&SPWIZARD: INTERNAL TABLE FOR TABLECONTROL 'ITEM_DATA'
DATA: G_ITEM_DATA_ITAB TYPE T_ITEM_DATA OCCURS 0,
G_ITEM_DATA_WA TYPE T_ITEM_DATA. "work area
DATA: G_ITEM_DATA_COPIED. "copy flag
*&SPWIZARD: DECLARATION OF TABLECONTROL 'ITEM_DATA' ITSELF
CONTROLS: ITEM_DATA TYPE TABLEVIEW USING SCREEN 4000.
DATA:GV_NUM TYPE I VALUE 1,
GV_NUM2 TYPE I.
DATA: G_T_YREC_TAB_LINES LIKE SY-LOOPC.***********top*************
*& Include ZSD_SO_CHANGES2_TOP Module Pool ZSD_SO_CHANGES2
PROGRAM ZSD_SO_CHANGES2.
***&SPWIZARD: DATA DECLARATION FOR TABLECONTROL 'ITEM_DATA'
*&SPWIZARD: DEFINITION OF DDIC-TABLE
TABLES: VBAP,kna1.
*&SPWIZARD: TYPE FOR THE DATA OF TABLECONTROL 'ITEM_DATA'
TYPES: BEGIN OF T_ITEM_DATA,
POSNR LIKE VBAP-POSNR,
MATNR LIKE VBAP-MATNR,
KWMENG LIKE VBAP-KWMENG,
VRKME LIKE VBAP-VRKME,
END OF T_ITEM_DATA.
*&SPWIZARD: INTERNAL TABLE FOR TABLECONTROL 'ITEM_DATA'
DATA: G_ITEM_DATA_ITAB TYPE T_ITEM_DATA OCCURS 0,
G_ITEM_DATA_WA TYPE T_ITEM_DATA. "work area
DATA: G_ITEM_DATA_COPIED. "copy flag
*&SPWIZARD: DECLARATION OF TABLECONTROL 'ITEM_DATA' ITSELF
CONTROLS: ITEM_DATA TYPE TABLEVIEW USING SCREEN 4000.
DATA:GV_NUM TYPE I VALUE 1,
GV_NUM2 TYPE I.
DATA: G_T_YREC_TAB_LINES LIKE SY-LOOPC.
************************pbo*******************
*& Include ZSD_SO_CHANGES2_PBO
*&SPWIZARD: OUTPUT MODULE FOR TC 'ITEM_DATA'. DO NOT CHANGE THIS LINE!
*&SPWIZARD: COPY DDIC-TABLE TO ITAB
MODULE ITEM_DATA_INIT OUTPUT.
IF G_ITEM_DATA_COPIED IS INITIAL.
*&SPWIZARD: COPY DDIC-TABLE 'VBAP'
*&SPWIZARD: INTO INTERNAL TABLE 'g_ITEM_DATA_itab'
* SELECT * FROM VBAP
* INTO CORRESPONDING FIELDS
* OF TABLE G_ITEM_DATA_ITAB.
* G_ITEM_DATA_COPIED = 'X'.
REFRESH CONTROL 'ITEM_DATA' FROM SCREEN '4000'.
ENDIF.
ITEM_DATA-LINES = G_T_YREC_TAB_LINES + 15.
ENDMODULE.
*&SPWIZARD: OUTPUT MODULE FOR TC 'ITEM_DATA'. DO NOT CHANGE THIS LINE!
*&SPWIZARD: MOVE ITAB TO DYNPRO
MODULE ITEM_DATA_MOVE OUTPUT.
MOVE-CORRESPONDING G_ITEM_DATA_WA TO VBAP.
ENDMODULE.
*& Module STATUS_4000 OUTPUT
* text
MODULE STATUS_4000 OUTPUT.
SET PF-STATUS 'APAR'.
* REFRESH G_ITEM_DATA_ITAB.
GV_NUM = 1.
* SET TITLEBAR 'xxx'.
ENDMODULE. " STATUS_4000 OUTPUT -
How to Add F4 Help To a Screen Field In a Module Pool Program
Hi Friends,
1. How to Add F4 Help To a Screen Field In a Module Pool Program?
2. How to select a single cell in ALV report output for interactive reporting ?
Kindly give code example.
regards,
PradeepHi,
Try using the fm 'F4IF_INT_TABLE_VALUE_REQUEST'.
Refer the link below for selecting single cell.
alv
Reward points if useful.
Regards
Rose -
How to get the size of uploaded file in sap ABAP MODULE POOL PROGRAMMING
Hello,
I am using a fucntion module GUI UPLOAD to upload a file from pc to SAP .
I want to upload the details of the file.
i.e TYPE NAME AND SIZE of the file.
I am unable to do so.
Help me.
Gaur MayankPerhaps you could count this by yourself...
You could approach the correct size by calculating the number of bytes contained in each rows of your table.
For this you will first need to upload the file to a table of string, so that each field separator is counted.
something like:
DATA: lt_data TYPE STANDARD TABLE OF string,
l_len TYPE i.
FIELD-SYMBOLS <data> TYPE string.
"... gui_upload to lt_data
DESCRIBE TABLE lt_data LINES l_len.
l_len = ( l_len - 1 ) * 2. "Count 2 bytes at end of each line for CRLF
LOOP AT lt_data ASSIGNING <data>. "Add length of each line
l_len = l_len + strlen( <data> ).
ENDLOOP.
WRITE: l_len.
This for a single-byte codepage of course... you can use charlen in order to have the length of one char on your system, here I'm asuming it is 1.
Kr,
Manu. -
How to create a gui pf status and guititle in module pool programming?
hi frnds,
how to create a gui pf status and gui title in module pool programming?
my problem is i created a screen and wen execute the screen by a tcode.am nt able to activate SAVE BACK EXIT CANCEL COMMANDS?.how to do this can any one explain in detail procedure?
plz gve step by step process.Hi,
For Title:In PBO...just write
SET TITLEBAR 'ZTITLE'.
double click on 'ZTITLE'....give whatever title u want...save it...activate...and check...reward points if useful...
PF means FUNCTION CODE
ex; set pf-status 'zrstatus'.
double click on the zrstatus expand the application server ,
at the time of execution the default menu(ie system,help),application toolbar buttons like enter,help etc and function keys(by default there will be no function keys)as are there on the normal
will appear on the screen.
Details:
PF-STATUS is used to set the GUI Status of a screen, ie you can control the options on your menu bar, application toolbar, the function keys assigned to various options etc.
Implementing the status for a screen can be done in 2 ways:
1) Create the GUI status using the object list of the program or by using the transaction SE41. Then, assign it to the screen using SET PF-STATUS statement.
2) Create the GUI status by means of forward navigation, ie, use the SET PF-STATUS 'XXX' statement where 'XXX' is the name of the GUI status and double click on it to create it.
Status names can have a maximum of 20 characters.
After assigning a GUI status to a screen, this is inherited to all subsequent screens. In order to have a different status for each of the subsequent screens, you have to set a separate status for each screen.
In transaction SE41,
1) Give the program name and the status name and click on the Create button.
2) Go to 'Function keys' and expand.
3) On top of the save icon type SAVE, on top of the back icon type BACK, on top the the exit icon type EXIT etc ie on top of all the icons that you want to use, type the respective names that you want to give.
Whatever you have typed now becomes the function codes of these icons and can be used in your program.
For example you have a screen 100.
In the 'Element list' tab of the screen, give "ok_code" as the name where "OK" is the type of screen element. Activate screen.
The flow logic for the screen looks like this:
PROCESS BEFORE OUTPUT.
MODULE STATUS_0100.
PROCESS AFTER INPUT.
MODULE USER_COMMAND_0100.
Create the modules STATUS_0100 and USER_COMMAND_0100 in the main program by simply double clicking on them.
The code for these modules can be something like this:
MODULE status_0100 OUTPUT.
SET PF-STATUS 'Example'. "Example is the name of the GUI status
ENDMODULE.
MODULE user_command_0100 INPUT.
CASE ok_code.
WHEN 'SAVE'.
"call a subroutine to save the data or give statements to save data.
WHEN 'BACK'.
LEAVE TO SCREEN 0.
WHEN 'EXIT'.
LEAVE PROGRAM.
ENDCASE.
ENDMODULE.
Regards,
Shiva Kumar (Reward If helpful) -
How to get "double click" as an event in Module Pool
Dear Experts,
Being new to ABAp, I am struck in a problem.
I want to get double click as an event in my module pool program.
On the screen I have two input/output fields. The attributes of them are as below:
1) 1st I/O field Attributes:
Name: WA_AUFN-A
Dropdown: List box
Display: Resp. to DblClk = Checked
1) 2nd I/O field Attributes:
Name: IT_AUF-A
Dropdown: No drop down box
Display: Resp. to DblClk = UN- Checked
I get some data populated in 1st I/O field in list display.
My Requirement:
As I select one of the data from the 1st I/O field and double click on it, then what I want is that the same selected data
should appear in the 2nd I/O field.
So I want to know how can I capture "Double click as an event".
Can any1 help me out.
Regards
ChandanHi Chandan,
below is the explanation.
for example if u have 2 screen fields VBAK-VBELN & VBAK-VKORG.
VBAK-VBELN has some value say 1000. based on this one u have to fill VBAK_VKORG.
Data: l_f_field like HELP_INFO-DYNPROFLD,
l_f_value like vbak-vbeln.
case pick.
GET CURSOR FIELD l_f_field.
with this u will get to know on which field user is double clicked. so, in this case l_f_filed will have a value of VBAK-VBELN
if l_f_field = ''VABK-VBELN' and
l_f_value = '1000'. "this is optional, based on ur requirement
VBAK-VKORG = '0780'. "fill here
endif.
endcase.
Let me know if it is not clear.
Regards,
Prasad -
Report is Blank after Click on Save button
Hi All,
I am having a Real Time Infocube, which is been used by Monthly and Yearly report separately using different Aggregation Levels.
During Monthly report testing, I made changes in Yearly Report (common for monthly as well) and clicked on SAVE button.
As a result, a new request generated into the Cube, whereas my old request (yellow one) was still there and was containing only 700 records.
Step1:
Now, after that when I activated aggregation level. The output of the report was blank.
Same thing happened with monthly report also.
Step2:
So, I deleted that new request from Cube after changing its behaviour from Planned mode --> Load mode.
Now, when I tried to get it back. It was asking me to green the existing request (old request).
Step3:
when the cube was containing only old yellow request (before changing the behaviour) monthly report was showing me correct data. But, Yearly report was blank.
So, I manually green the request and changed the behaviour to Planned mode.
Whereas, Now (after changing behavior to Planned mode) both reports are blank.
Please help!!
Best Regards,
JatinHi,
first you the correct settings in transaction RSDIPROP for your InfoCube:
On tab 'Roll Up' you should set the flag Set Quality Status to OK Automatically.
Second delete the cache for the planbuffer query; the name of the plan buffer queries are as follows
- if your aggregation level is defined on InfoCube CUBE the name is CUBE/!!1CUBE
- if your aggregation level is defined on MultiProvider IPROV the name is IPROV/!!1IPROV
- if you are using a query on a MultiProvider containing aggregatiion levels delete also the cache of the query.
Now check the values of your query again.
Note 1136163 contains the recommended cache settings in RSRT.
Regards,
Gregor -
How to take backup of an entire module pool program with code,screen,etc.
Hi experts,
I have some important data in the ides server for which i want to take backup of them.
I have some question regarding the same.
1.How to take backup/download of an entire module pool program with code,screen,etc.
2.How can we take backup/download for a DB table with its structure?
3.How can we take backup of a search help?
Please give some suggestions abt the same.
Regards,
Ashesh.Hi,
May be just for viewing, try downloading from SE80 transaction from the others option.
Here just try issuing the print, it will generate the spool.
Now using the spool, download to your desktop as required. It will have all the information regarding the attributes, fields, elements everything.
The only issue is, may be you need to take all the screens separately.
Regards,
Santhosh. -
How to DOWNLOAD a whole module pool program????
Hi..
can anybody tell me how to download a <b>whole module pool program</b> into my desktop with .sap extension???
Actually i want to download a whole module pool program from a server so that i can upload the same program into another sap server instead of writing the whole code.
Thanx in advance......the program is exits..
i don't y it is not for ur.....
i am sending d code for the same....
create a program and check...
*& Report REPTRAN *
*& This report allows to display and save complete programs and *
*& function modules. *
*& This report was originally written by Frank Wolf, Xaption GmbH. *
*& Its original name was ZREPTRAN (see www.abaps.de). *
REPORT reptran LINE-SIZE 170 .
TABLES: d010inc, trdir, eudb, title, d020t, trkey, tfdir, tmdir, tadir,
seoclass, seoclassdf, seoclassex, seoclasstx, seometarel,
seocompo, seocompodf, seocompoex, seocompotx, seoimplrel,
seomapatt, seomapcls, seoredef, seofriends, seotypepls,
seosubco, seosubcodf, seosubcoex, seosubcotx.
TYPES: abapline(255).
TYPES: BEGIN OF ty_tit,
code TYPE rsoldleng-title,
text TYPE title-text_line,
END OF ty_tit.
TYPES: BEGIN OF ty_reptxt,
id TYPE textpool-id,
key TYPE textpool-key,
entry TYPE textpool-entry,
length(4) TYPE n,
END OF ty_reptxt.
TYPES: BEGIN OF ty_d020t,
prog TYPE d020t-prog,
dynr TYPE d020t-dynr,
dtxt TYPE d020t-dtxt,
END OF ty_d020t.
TYPES: BEGIN OF dynp_rel_type, "Dynpro-Releases
rel(1),
dot(1),
version(2),
END OF dynp_rel_type.
TYPES: BEGIN OF ty_seocompodf_t.
INCLUDE STRUCTURE seocmpkey.
TYPES: version TYPE seocompodf-version,
alias TYPE seocompodf-alias,
redefin TYPE seocompodf-redefin,
exposure TYPE seocompodf-exposure,
state TYPE seocompodf-state,
editorder(4) TYPE n,
locked TYPE seocompodf-locked,
dispid(4) TYPE n.
INCLUDE STRUCTURE seochange.
INCLUDE STRUCTURE seomtdapx.
INCLUDE STRUCTURE seoevtapx.
INCLUDE STRUCTURE seotypapx.
TYPES: typtype TYPE seocompodf-typtype,
type TYPE seocompodf-type,
tableof TYPE seocompodf-tableof,
srcrow1(4) TYPE n,
srccolumn1(2) TYPE n,
srcrow2(4) TYPE n,
srccolumn2(2) TYPE n.
INCLUDE STRUCTURE seocmpref.
TYPES: END OF ty_seocompodf_t.
TYPES: BEGIN OF ty_seosubcodf_t.
INCLUDE STRUCTURE seoscokey.
TYPES: version TYPE seosubcodf-version,
editorder(4) TYPE n,
dispid(4) TYPE n.
INCLUDE STRUCTURE seochange.
TYPES: pardecltyp TYPE seosubcodf-pardecltyp,
parpasstyp TYPE seosubcodf-parpasstyp,
typtype TYPE seosubcodf-typtype,
type TYPE seosubcodf-type,
tableof TYPE seosubcodf-tableof,
srcrow1(4) TYPE n,
srccolumn1(2) TYPE n,
srcrow2(4) TYPE n,
srccolumn2(2) TYPE n,
parvalue TYPE seosubcodf-parvalue,
paroptionl TYPE seosubcodf-paroptionl.
INCLUDE STRUCTURE seoexcapx.
TYPES: END OF ty_seosubcodf_t.
Release bis 3.1
*INCLUDE mseuxcom.
DATA: eu_key TYPE rseu1_key.
Titel
DATA: tit TYPE STANDARD TABLE OF ty_tit WITH HEADER LINE.
Release from 4.6
DATA: fun4 TYPE STANDARD TABLE OF rsmpe_funt WITH HEADER LINE.
DATA: ctx4 TYPE STANDARD TABLE OF rsmpe_ctx WITH HEADER LINE.
DATA: mtx4 TYPE STANDARD TABLE OF rsmpe_mnlt WITH HEADER LINE.
DATA: men4 TYPE STANDARD TABLE OF rsmpe_men WITH HEADER LINE.
DATA: act4 TYPE STANDARD TABLE OF rsmpe_act WITH HEADER LINE.
DATA: doc4 TYPE STANDARD TABLE OF rsmpe_atrt WITH HEADER LINE.
DATA: sta4 TYPE STANDARD TABLE OF rsmpe_stat WITH HEADER LINE.
DATA: set4 TYPE STANDARD TABLE OF rsmpe_staf WITH HEADER LINE.
DATA: pfk4 TYPE STANDARD TABLE OF rsmpe_pfk WITH HEADER LINE.
DATA: but4 TYPE STANDARD TABLE OF rsmpe_but WITH HEADER LINE.
DATA: tit4 TYPE STANDARD TABLE OF rsmpe_titt WITH HEADER LINE.
DATA: stx4 TYPE STANDARD TABLE OF rsmptexts WITH HEADER LINE.
DATA: adm4 TYPE rsmpe_adm.
Release from 4.6c
DATA: biv46c TYPE STANDARD TABLE OF rsmpe_buts WITH HEADER LINE.
DATA: reports TYPE STANDARD TABLE OF trdir-name WITH HEADER LINE,
reportname TYPE string.
DATA: i_repsrc TYPE STANDARD TABLE OF abapline WITH HEADER LINE.
DATA: i_reptx TYPE STANDARD TABLE OF textpool WITH HEADER LINE.
DATA: i_reptxt TYPE STANDARD TABLE OF ty_reptxt WITH HEADER LINE.
DATA: i_adm4 TYPE STANDARD TABLE OF rsmpe_adm WITH HEADER LINE.
DATA: i_tmd TYPE STANDARD TABLE OF tmdir.
DATA: i_tfd TYPE STANDARD TABLE OF tfdir.
DATA: i_cls TYPE STANDARD TABLE OF seoclass.
DATA: i_cdf TYPE STANDARD TABLE OF seoclassdf.
DATA: i_clx TYPE STANDARD TABLE OF seoclassex.
DATA: i_clt TYPE STANDARD TABLE OF seoclasstx.
DATA: i_cmr TYPE STANDARD TABLE OF seometarel.
DATA: i_cmp TYPE STANDARD TABLE OF seocompo.
DATA: i_cmd TYPE STANDARD TABLE OF seocompodf WITH HEADER LINE.
DATA: i_cmd_t TYPE STANDARD TABLE OF ty_seocompodf_t WITH HEADER LINE.
DATA: i_cmx TYPE STANDARD TABLE OF seocompoex.
DATA: i_cmt TYPE STANDARD TABLE OF seocompotx.
DATA: i_irl TYPE STANDARD TABLE OF seoimplrel.
DATA: i_mat TYPE STANDARD TABLE OF seomapatt.
DATA: i_mac TYPE STANDARD TABLE OF seomapcls.
DATA: i_red TYPE STANDARD TABLE OF seoredef.
DATA: i_frd TYPE STANDARD TABLE OF seofriends.
DATA: i_tpl TYPE STANDARD TABLE OF seotypepls.
DATA: i_sco TYPE STANDARD TABLE OF seosubco.
DATA: i_scd TYPE STANDARD TABLE OF seosubcodf WITH HEADER LINE.
DATA: i_scd_t TYPE STANDARD TABLE OF ty_seosubcodf_t WITH HEADER LINE.
DATA: i_scx TYPE STANDARD TABLE OF seosubcoex.
DATA: i_sct TYPE STANDARD TABLE OF seosubcotx.
DATA: i_inc TYPE STANDARD TABLE OF d010inc-include WITH HEADER LINE.
DATA: i_d020t TYPE STANDARD TABLE OF ty_d020t WITH HEADER LINE.
DATA: hdr TYPE d020s,
fld TYPE STANDARD TABLE OF d021s WITH HEADER LINE,
src TYPE STANDARD TABLE OF d022s WITH HEADER LINE,
mat TYPE STANDARD TABLE OF d023s WITH HEADER LINE.
CONSTANTS:
stars(64) VALUE
"#EC NOTEXT
comment1(64) VALUE
'* THIS FILE IS GENERATED BY THE SCREEN PAINTER. *',
"#EC NOTEXT
comment2(64) VALUE
'* NEVER CHANGE IT MANUALLY, PLEASE ! *',
"#EC NOTEXT
dynpro_text(8) VALUE '%_DYNPRO', "#EC NOTEXT
header_text(8) VALUE '%_HEADER', "#EC NOTEXT
params_text(8) VALUE '%_PARAMS', "#EC NOTEXT
descript_text(13) VALUE '%_DESCRIPTION', "#EC NOTEXT
fields_text(8) VALUE '%_FIELDS', "#EC NOTEXT
kreuz(1) VALUE 'x', "#EC NOTEXT
flowlogic_text(11) VALUE '%_FLOWLOGIC'. "#EC NOTEXT
DATA: header_char TYPE scr_chhead.
DATA: fields_char TYPE STANDARD TABLE OF scr_chfld WITH HEADER LINE.
DATA: dynp_char TYPE STANDARD TABLE OF scr_chfld WITH HEADER LINE.
DATA: prog_len TYPE p.
DATA: BEGIN OF dynp,
prog TYPE d020s-prog,
dnum TYPE d020s-dnum,
END OF dynp.
DATA:
scrp_rel TYPE dynp_rel_type VALUE '4.02'. "Rel. Scrp. 4.02
scrp_rel TYPE dynp_rel_type VALUE '4.60'. "Rel. Scrp. 4.6A
DATA dynp_rel TYPE dynp_rel_type. "akt. Rel. Dynpro
DATA: dynpro_rel(4).
DATA status.
DATA prog_len_akt TYPE p.
DATA release.
DATA rows LIKE sy-curow.
DATA lines LIKE sy-cucol.
DATA: filename TYPE string.
DATA: subrc LIKE sy-subrc.
DATA: os(10).
DATA: delux VALUE '/'.
DATA: delwn VALUE '\'.
DATA: delim.
DATA: dirux(250) VALUE '-l>dir.tmp'.
DATA: dirwn(250) VALUE '/Q /Cdir>dir.tmp'.
DATA: command(250).
DATA: shellux(250) VALUE 'bash'.
DATA: shellwn(250) VALUE 'cmd.exe'.
DATA: shell(250).
DATA: file TYPE rlgrap-filename.
DATA: answer.
DATA: incname TYPE d010inc-include.
DATA: repname TYPE d010inc-include.
DATA: rest1 TYPE d010inc-include.
DATA: rest2 TYPE d010inc-include.
DATA: kz_renam.
DATA: classname TYPE seoclsname.
DATA: classtype(2).
DATA: offset TYPE i.
DATA: savepath(250).
SELECT-OPTIONS: report FOR trdir-name.
SELECTION-SCREEN: SKIP.
SELECT-OPTIONS: cnam FOR trdir-cnam MATCHCODE OBJECT user_addr,
unam FOR trdir-unam MATCHCODE OBJECT user_addr,
devclass FOR tadir-devclass,
subc FOR trdir-subc,
rstat FOR trdir-rstat,
cdat FOR trdir-cdat,
udat FOR trdir-udat.
SELECTION-SCREEN: SKIP.
PARAMETERS: path(250).
SELECTION-SCREEN: SKIP.
PARAMETERS: display RADIOBUTTON GROUP func,
save RADIOBUTTON GROUP func,
savedspl RADIOBUTTON GROUP func.
SELECTION-SCREEN: SKIP.
PARAMETERS: codeonly AS CHECKBOX.
SELECTION-SCREEN: SKIP.
*PARAMETERS: suffix(80) LOWER CASE.
DATA: suffix(80) TYPE c.
LOAD-OF-PROGRAM.
AUTHORITY-CHECK OBJECT 'S_DEVELOP'
ID 'DEVCLASS' DUMMY
ID 'OBJTYPE' FIELD 'PROG'
ID 'OBJNAME' FIELD 'REPTRAN'
ID 'PGROUP' DUMMY
ID 'ACTVT' FIELD '03'.
IF sy-subrc <> 0.
MESSAGE e059(EU) WITH 'REPTRAN'.
ENDIF.
INITIALIZATION.
GET PARAMETER ID 'REPTRAN_PATH' FIELD path.
IF path IS INITIAL.
path = 'C:\ABAPS\'.
ENDIF.
save = 'X'.
codeonly = 'X'.
CALL FUNCTION 'WS_QUERY'
EXPORTING
ENVIRONMENT = ' '
FILENAME = ' '
query = 'OS'
WINID = ' '
IMPORTING
return = os
EXCEPTIONS
inv_query = 1
no_batch = 2
frontend_error = 3
OTHERS = 4.
IF sy-subrc = 0 AND
( os CS 'OS2' OR os CS 'DOS' OR os CS 'NT' ).
delim = delwn.
command = dirwn.
shell = shellwn.
ELSE.
delim = delux.
command = dirux.
shell = shellux.
ENDIF.
AT SELECTION-SCREEN ON VALUE-REQUEST FOR path.
GET CURSOR FIELD path VALUE path.
filename = path.
PERFORM fileselector.
AT SELECTION-SCREEN.
IF report[] IS INITIAL.
IF NOT reports[] IS INITIAL.
report = 'IEQ'.
report-low = reports.
APPEND report.
MESSAGE i208(00)
WITH 'Report/BSP application was also identified'(009).
ELSE.
MESSAGE e208(00)
WITH 'Enter report or BSP application or enter path'(011).
ENDIF.
ENDIF.
START-OF-SELECTION.
offset = strlen( path ) - 1.
IF path+offset(1) <> '\'.
CONCATENATE path '\' INTO path.
ENDIF.
SET PARAMETER ID 'REPTRAN_PATH' FIELD path.
FORMAT COLOR COL_BACKGROUND INTENSIFIED OFF.
eu_key-sprsl = sy-langu.
IF NOT save IS INITIAL OR
NOT display IS INITIAL OR
NOT savedspl IS INITIAL.
DOWNLOAD PROGRAMS
SELECT name FROM trdir
INTO TABLE reports
WHERE name IN report
AND cnam IN cnam
AND unam IN unam
AND subc IN subc
AND rstat IN rstat
AND cdat IN cdat
AND udat IN udat.
IF sy-subrc <> 0.
LOOP AT report.
CONCATENATE report(3) 'SAPL' report+3 INTO report.
MODIFY report.
ENDLOOP.
SELECT name FROM trdir
INTO TABLE reports
WHERE name IN report
AND cnam IN cnam
AND unam IN unam
AND subc IN subc
AND rstat IN rstat
AND cdat IN cdat
AND udat IN udat.
ENDIF.
IF sy-subrc <> 0.
MESSAGE i208(00)
WITH 'The program/function name entered does not exist!'(082).
ENDIF.
LOOP AT reports.
Check if report is in development class
classtype = reports+30.
IF reports(5) NE 'CL_O2'.
IF classtype = 'CP'.
tadir-obj_name = reports.
SHIFT tadir-obj_name RIGHT DELETING TRAILING space.
SHIFT tadir-obj_name RIGHT BY 2 PLACES.
SHIFT tadir-obj_name RIGHT DELETING TRAILING '='.
SHIFT tadir-obj_name LEFT DELETING LEADING space.
SELECT SINGLE * FROM tadir
WHERE pgmid = 'R3TR'
AND object = 'CLAS'
AND obj_name = tadir-obj_name
AND devclass IN devclass.
ENDIF.
IF classtype <> 'CP' OR sy-subrc <> 0.
SELECT SINGLE * FROM tadir
WHERE pgmid = 'R3TR'
AND object = 'PROG'
AND obj_name = reports
AND devclass IN devclass.
IF sy-subrc <> 0.
SELECT SINGLE * FROM tadir
WHERE pgmid = 'R3TR'
AND object = 'FUGR'
AND obj_name = reports
AND devclass IN devclass.
ENDIF.
IF sy-subrc <> 0 AND
( reports(4) = 'SAPL' OR reports(4) = 'sapl' ).
reportname = reports+4.
SELECT SINGLE * FROM tadir
WHERE pgmid = 'R3TR'
AND object = 'FUGR'
AND obj_name = reportname
AND devclass IN devclass.
ENDIF.
ENDIF.
IF sy-subrc <> 0.
CONTINUE.
ENDIF.
ENDIF.
reportname = reports.
PERFORM makepath USING reportname
path
CHANGING savepath.
PERFORM writeinfo USING reportname
savepath.
REFRESH: i_repsrc, i_reptx, i_reptxt, i_inc,
sta4, ctx4, fun4, mtx4, doc4, tit4, men4, act4, but4,
pfk4, set4, stx4, biv46c,
i_d020t, i_adm4,
i_tmd, i_tfd, i_cls, i_cdf, i_clx, i_clt, i_cmr, i_cmp,
i_cmd, i_cmx, i_cmt, i_irl, i_mat, i_mac, i_red, i_frd,
i_tpl, i_sco, i_scd, i_scx, i_sct, i_cmd_t, i_scd_t.
CLEAR: adm4.
eu_key-name = reports.
READ REPORT reports INTO i_repsrc.
IF codeonly <> 'X'.
READ TEXTPOOL reports INTO i_reptx.
ENDIF.
LOOP AT i_reptx.
MOVE-CORRESPONDING i_reptx TO i_reptxt.
APPEND i_reptxt.
ENDLOOP.
IF NOT display IS INITIAL OR
NOT savedspl IS INITIAL.
PERFORM show_rep.
ENDIF.
IF classtype = 'CP' OR classtype = 'IP'.
classname = reports(30).
TRANSLATE classname USING '= '.
SELECT * FROM tmdir INTO TABLE i_tmd
WHERE classname = classname.
SELECT * FROM seoclass INTO TABLE i_cls
WHERE clsname = classname.
SELECT * FROM seoclassdf INTO TABLE i_cdf
WHERE clsname = classname.
SELECT * FROM seoclassex INTO TABLE i_clx
WHERE clsname = classname.
SELECT * FROM seoclasstx INTO TABLE i_clt
WHERE clsname = classname.
SELECT * FROM seometarel INTO TABLE i_cmr
WHERE clsname = classname.
SELECT * FROM seocompo INTO TABLE i_cmp
WHERE clsname = classname.
SELECT * FROM seocompodf INTO TABLE i_cmd
WHERE clsname = classname.
LOOP AT i_cmd.
MOVE-CORRESPONDING i_cmd TO i_cmd_t.
APPEND i_cmd_t.
ENDLOOP.
SELECT * FROM seocompoex INTO TABLE i_cmx
WHERE clsname = classname.
SELECT * FROM seocompotx INTO TABLE i_cmt
WHERE clsname = classname.
SELECT * FROM seoimplrel INTO TABLE i_irl
WHERE clsname = classname.
SELECT * FROM seomapatt INTO TABLE i_mat
WHERE clsname = classname.
SELECT * FROM seomapcls INTO TABLE i_mac
WHERE clsname = classname.
SELECT * FROM seoredef INTO TABLE i_red
WHERE clsname = classname.
SELECT * FROM seofriends INTO TABLE i_frd
WHERE clsname = classname.
SELECT * FROM seotypepls INTO TABLE i_tpl
WHERE clsname = classname.
SELECT * FROM seosubco INTO TABLE i_sco
WHERE clsname = classname.
SELECT * FROM seosubcodf INTO TABLE i_scd
WHERE clsname = classname.
LOOP AT i_scd.
MOVE-CORRESPONDING i_scd TO i_scd_t.
APPEND i_scd_t.
ENDLOOP.
SELECT * FROM seosubcoex INTO TABLE i_scx
WHERE clsname = classname.
SELECT * FROM seosubcotx INTO TABLE i_sct
WHERE clsname = classname.
ELSE.
CLEAR classtype.
ENDIF.
IF codeonly <> 'X'.
SELECT * FROM tfdir INTO TABLE i_tfd
WHERE pname = reports.
CALL FUNCTION 'RS_CUA_INTERNAL_FETCH'
EXPORTING
program = reports
LANGUAGE =
STATE = 'A'
IMPORTING
adm = adm4
LANGU =
AUTHOR =
DATE =
TIME =
CAUTHOR =
CDATE =
CTIME =
GDATE =
GTIME =
TABLES
sta = sta4
fun = fun4
men = men4
mtx = mtx4
act = act4
but = but4
pfk = pfk4
set = set4
doc = doc4
tit = tit4
biv = biv46c
EXCEPTIONS
not_found = 1
unknown_version = 2
OTHERS = 3.
SELECT ddnr text_line FROM title INTO TABLE tit
WHERE ddlanguage = eu_key-sprsl AND
progname = eu_key-name.
SELECT * FROM rsmptexts INTO TABLE stx4
WHERE progname = eu_key-name AND
sprsl = eu_key-sprsl.
SELECT prog dynr dtxt FROM d020t INTO TABLE i_d020t
WHERE prog = reports AND
NOT dtxt LIKE 'SEL_SCREEN%'.
ENDIF.
IF NOT classtype IS INITIAL.
reports = classname.
ENDIF.
TRANSLATE reports TO LOWER CASE.
TRANSLATE reports USING '/.'.
IF NOT save IS INITIAL OR
NOT savedspl IS INITIAL.
CONCATENATE savepath reports suffix '.txt' INTO filename.
PERFORM download TABLES i_repsrc USING filename
'Source'(003).
IF NOT i_reptxt[] IS INITIAL.
CONCATENATE savepath reports suffix '_txt.txt' INTO filename.
PERFORM download TABLES i_reptxt USING filename
'Text elements'(004).
ENDIF.
ENDIF.
SELECT include FROM d010inc INTO TABLE i_inc
WHERE master = eu_key-name.
DELETE i_inc WHERE table_line(1) = '<'.
DELETE i_inc WHERE table_line(1) = '>'.
DELETE i_inc WHERE table_line = 'DB__SSEL'.
IF ( NOT save IS INITIAL OR
NOT savedspl IS INITIAL ) AND
NOT i_inc[] IS INITIAL.
CONCATENATE savepath reports suffix '_inc.txt' INTO filename.
PERFORM download TABLES i_inc USING filename
'Include List'(033).
ENDIF.
IF ( NOT save IS INITIAL OR
NOT savedspl IS INITIAL ) AND
NOT i_tmd[] IS INITIAL.
CONCATENATE savepath reports suffix '_tmd.txt' INTO filename.
PERFORM download TABLES i_tmd USING filename
'Methods List'(048).
ENDIF.
IF ( NOT save IS INITIAL OR
NOT savedspl IS INITIAL ) AND
NOT i_cls[] IS INITIAL.
CONCATENATE savepath reports suffix '_cls.txt' INTO filename.
PERFORM download TABLES i_cls USING filename
'Class Entry'(050).
ENDIF.
IF ( NOT save IS INITIAL OR
NOT savedspl IS INITIAL ) AND
NOT i_cdf[] IS INITIAL.
CONCATENATE savepath reports suffix '_cdf.txt' INTO filename.
PERFORM download TABLES i_cdf USING filename
'Class Definition'(051).
ENDIF.
IF ( NOT save IS INITIAL OR
NOT savedspl IS INITIAL ) AND
NOT i_clx[] IS INITIAL.
CONCATENATE savepath reports suffix '_clx.txt' INTO filename.
PERFORM download TABLES i_clx USING filename
'Class Remote Info'(052).
ENDIF.
IF ( NOT save IS INITIAL OR
NOT savedspl IS INITIAL ) AND
NOT i_clt[] IS INITIAL.
CONCATENATE savepath reports suffix '_clt.txt' INTO filename.
PERFORM download TABLES i_clt USING filename
'Class Description'(053).
ENDIF.
IF ( NOT save IS INITIAL OR
NOT savedspl IS INITIAL ) AND
NOT i_cmr[] IS INITIAL.
CONCATENATE savepath reports suffix '_cmr.txt' INTO filename.
PERFORM download TABLES i_cmr USING filename
'Class Meta Relations'(054).
ENDIF.
IF ( NOT save IS INITIAL OR
NOT savedspl IS INITIAL ) AND
NOT i_cmp[] IS INITIAL.
CONCATENATE savepath reports suffix '_cmp.txt' INTO filename.
PERFORM download TABLES i_cmp USING filename
'Class Components'(055).
ENDIF.
IF ( NOT save IS INITIAL OR
NOT savedspl IS INITIAL ) AND
NOT i_cmd_t[] IS INITIAL.
CONCATENATE savepath reports suffix '_cmd.txt' INTO filename.
PERFORM download TABLES i_cmd_t USING filename
'Class Components Definitions'(056).
ENDIF.
IF ( NOT save IS INITIAL OR
NOT savedspl IS INITIAL ) AND
NOT i_cmx[] IS INITIAL.
CONCATENATE savepath reports suffix '_cmx.txt' INTO filename.
PERFORM download TABLES i_cmx USING filename
'Class Components Remote Infos'(057).
ENDIF.
IF ( NOT save IS INITIAL OR
NOT savedspl IS INITIAL ) AND
NOT i_cmt[] IS INITIAL.
CONCATENATE savepath reports suffix '_cmt.txt' INTO filename.
PERFORM download TABLES i_cmt USING filename
'Class Components Descriptions'(058).
ENDIF.
IF ( NOT save IS INITIAL OR
NOT savedspl IS INITIAL ) AND
NOT i_irl[] IS INITIAL.
CONCATENATE savepath reports suffix '_irl.txt' INTO filename.
PERFORM download TABLES i_irl USING filename
'Class Components Relation Types'(059).
ENDIF.
IF ( NOT save IS INITIAL OR
NOT savedspl IS INITIAL ) AND
NOT i_mat[] IS INITIAL.
CONCATENATE savepath reports suffix '_mat.txt' INTO filename.
PERFORM download TABLES i_mat USING filename
'Class Mapping Attributes'(060).
ENDIF.
IF ( NOT save IS INITIAL OR
NOT savedspl IS INITIAL ) AND
NOT i_mac[] IS INITIAL.
CONCATENATE savepath reports suffix '_mac.txt' INTO filename.
PERFORM download TABLES i_mac USING filename
'Class Mapping Classes'(061).
ENDIF.
IF ( NOT save IS INITIAL OR
NOT savedspl IS INITIAL ) AND
NOT i_red[] IS INITIAL.
CONCATENATE savepath reports suffix '_red.txt' INTO filename.
PERFORM download TABLES i_red USING filename
'Class Redefinitions'(062).
ENDIF.
IF ( NOT save IS INITIAL OR
NOT savedspl IS INITIAL ) AND
NOT i_frd[] IS INITIAL.
CONCATENATE savepath reports suffix '_frd.txt' INTO filename.
PERFORM download TABLES i_frd USING filename
'Class Friends'(063).
ENDIF.
IF ( NOT save IS INITIAL OR
NOT savedspl IS INITIAL ) AND
NOT i_tpl[] IS INITIAL.
CONCATENATE savepath reports suffix '_tpl.txt' INTO filename.
PERFORM download TABLES i_tpl USING filename
'Class Type-Pools'(064).
ENDIF.
IF ( NOT save IS INITIAL OR
NOT savedspl IS INITIAL ) AND
NOT i_sco[] IS INITIAL.
CONCATENATE savepath reports suffix '_sco.txt' INTO filename.
PERFORM download TABLES i_sco USING filename
'Class Sub Components'(065).
ENDIF.
IF ( NOT save IS INITIAL OR
NOT savedspl IS INITIAL ) AND
NOT i_scd_t[] IS INITIAL.
CONCATENATE savepath reports suffix '_scd.txt' INTO filename.
PERFORM download TABLES i_scd_t USING filename
'Class Sub Components Definitions'(066).
ENDIF.
IF ( NOT save IS INITIAL OR
NOT savedspl IS INITIAL ) AND
NOT i_scx[] IS INITIAL.
CONCATENATE savepath reports suffix '_scx.txt' INTO filename.
PERFORM download TABLES i_scx USING filename
'Class Sub Components Remote Infos'(067).
ENDIF.
IF ( NOT save IS INITIAL OR
NOT savedspl IS INITIAL ) AND
NOT i_sct[] IS INITIAL.
CONCATENATE savepath reports suffix '_sct.txt' INTO filename.
PERFORM download TABLES i_sct USING filename
'Class Sub Components Descriptions'(068).
ENDIF.
IF ( NOT save IS INITIAL OR
NOT savedspl IS INITIAL ) AND
NOT i_tfd[] IS INITIAL.
CONCATENATE savepath reports suffix '_tfd.txt' INTO filename.
PERFORM download TABLES i_tfd USING filename
'Function List'(049).
ENDIF.
IF NOT i_inc[] IS INITIAL.
LOOP AT i_inc.
REFRESH: i_reptx, i_reptxt.
READ REPORT i_inc INTO i_repsrc.
IF codeonly <> 'X'.
READ TEXTPOOL i_inc INTO i_reptx.
ENDIF.
LOOP AT i_reptx.
MOVE-CORRESPONDING i_reptx TO i_reptxt.
APPEND i_reptxt.
ENDLOOP.
IF NOT display IS INITIAL OR
NOT savedspl IS INITIAL.
PERFORM show_inc.
ENDIF.
TRANSLATE i_inc TO LOWER CASE.
TRANSLATE i_inc USING '/.'.
IF NOT save IS INITIAL OR
NOT savedspl IS INITIAL.
CONCATENATE savepath i_inc suffix '.txt' INTO filename.
PERFORM download TABLES i_repsrc USING filename
'Include Source'(032).
IF NOT i_reptxt[] IS INITIAL.
CONCATENATE savepath i_inc suffix '_txt.txt'
INTO filename.
PERFORM download TABLES i_reptxt USING filename
'Text elements'(004).
ENDIF.
ENDIF.
ENDLOOP.
ENDIF.
IF NOT i_d020t[] IS INITIAL.
LOOP AT i_d020t.
IMPORT DYNPRO hdr fld src mat ID i_d020t.
CALL FUNCTION 'RS_SCRP_UPGRADE_DYNPRO'
TABLES
f = fld
m = mat
CHANGING
h = hdr.
IF src[] IS INITIAL.
DELETE i_d020t.
CONTINUE.
ENDIF.
CLEAR src.
READ TABLE src INDEX 1.
IF src-line CS 'Do not change'.
DELETE i_d020t.
CONTINUE.
ENDIF.
CALL FUNCTION 'RS_SCRP_GET_SCREEN_INFOS'
EXPORTING
dynnr = hdr-dnum
progname = hdr-prog
with_fieldlist = 'X'
IMPORTING
lines = lines
columns = rows
TABLES
fieldlist = fld
EXCEPTIONS
dynpro_does_not_exist = 01
no_field_list = 02.
hdr-bzmx = lines.
hdr-bzbr = rows.
IF NOT display IS INITIAL OR
NOT savedspl IS INITIAL.
PERFORM show_dyn.
ENDIF.
IF NOT save IS INITIAL OR
NOT savedspl IS INITIAL.
PERFORM dynpro_download.
ENDIF.
ENDLOOP.
IF ( NOT save IS INITIAL OR
NOT savedspl IS INITIAL ) AND
NOT i_d020t[] IS INITIAL.
CONCATENATE savepath reports suffix '_dyn.txt' INTO filename.
PERFORM download TABLES i_d020t USING filename
'Dynpro List'(040).
ENDIF.
ENDIF.
IF NOT save IS INITIAL OR
NOT savedspl IS INITIAL.
IF NOT sta4[] IS INITIAL.
CONCATENATE savepath reports suffix '_sta.txt' INTO filename.
PERFORM download TABLES sta4 USING filename
'GUI Status'(013).
ENDIF.
IF NOT ctx4[] IS INITIAL.
CONCATENATE savepath reports suffix '_ctx.txt' INTO filename.
PERFORM download TABLES ctx4 USING filename
'Object Codes'(045).
ENDIF.
IF NOT fun4[] IS INITIAL.
CONCATENATE savepath reports suffix '_fun.txt' INTO filename.
PERFORM download TABLES fun4 USING filename
'Function Texts'(014).
ENDIF.
IF NOT men4[] IS INITIAL.
CONCATENATE savepath reports suffix '_men.txt' INTO filename.
PERFORM download TABLES men4 USING filename
'Menus'(015).
ENDIF.
IF NOT tit4[] IS INITIAL.
CONCATENATE savepath reports suffix '_sti.txt' INTO filename.
PERFORM download TABLES tit4 USING filename
'Title Codes'(042).
ENDIF.
IF NOT mtx4[] IS INITIAL.
CONCATENATE savepath reports suffix '_mtx.txt' INTO filename.
PERFORM download TABLES mtx4 USING filename
'Menu Texts'(016).
ENDIF.
IF NOT act4[] IS INITIAL.
CONCATENATE savepath reports suffix '_act.txt' INTO filename.
PERFORM download TABLES act4 USING filename
'Menu Bars'(047).
ENDIF.
IF NOT but4[] IS INITIAL.
CONCATENATE savepath reports suffix '_but.txt' INTO filename.
PERFORM download TABLES but4 USING filename
'Push Buttons'(018).
ENDIF.
IF NOT pfk4[] IS INITIAL.
CONCATENATE savepath reports suffix '_pfk.txt' INTO filename.
PERFORM download TABLES pfk4 USING filename
'PF Keys'(019).
ENDIF.
IF NOT adm4 IS INITIAL.
APPEND adm4 TO i_adm4.
CONCATENATE savepath reports suffix '_adm.txt' INTO filename.
PERFORM download TABLES i_adm4 USING filename
'Management Information'(043).
ENDIF.
IF NOT set4[] IS INITIAL.
CONCATENATE savepath reports suffix '_set.txt' INTO filename.
PERFORM download TABLES set4 USING filename
'Function Sets'(020).
ENDIF.
IF NOT stx4[] IS INITIAL.
CONCATENATE savepath reports suffix '_stx.txt' INTO filename.
PERFORM download TABLES stx4 USING filename
'Status Texts'(023).
ENDIF.
IF NOT doc4[] IS INITIAL.
CONCATENATE savepath reports suffix '_doc.txt' INTO filename.
PERFORM download TABLES doc4 USING filename
'Status Short Texts'(024).
ENDIF.
IF NOT biv46c[] IS INITIAL.
CONCATENATE savepath reports suffix '_biv.txt' INTO filename.
PERFORM download TABLES biv46c USING filename
'Invariant Functions'(048).
ENDIF.
IF NOT tit[] IS INITIAL.
CONCATENATE savepath reports suffix '_tit.txt' INTO filename.
PERFORM download TABLES tit USING filename
'Title Bars'(030).
ENDIF.
ENDIF.
ULINE.
ENDLOOP.
ENDIF.
REFRESH reports.
*& Form DOWNLOAD
FORM download TABLES tabelle
USING value(filename)
component.
CALL FUNCTION 'GUI_DOWNLOAD'
EXPORTING
BIN_FILESIZE = ' '
filename = filename
filetype = 'ASC'
IMPORTING
FILELENGTH =
TABLES
data_tab = tabelle
EXCEPTIONS
file_write_error = 1
no_batch = 2
gui_refuse_filetransfer = 3
invalid_type = 4
OTHERS = 5.
IF reports IS INITIAL.
WRITE: / appls.
ELSE.
WRITE: / reports.
ENDIF.
WRITE: /(20) component.
IF sy-subrc = 0.
WRITE: 'successfully downloaded'(001).
PERFORM getfilename USING filename
CHANGING filename.
WRITE: '->', filename.
ELSE.
WRITE: 'not downloaded, RC ='(002), sy-subrc.
ENDIF.
ENDFORM. " DOWNLOAD
*& Form FILESELECTOR
FORM fileselector.
DATA: repname(250).
DATA: fdpos(2) TYPE p.
CALL FUNCTION 'WS_FILENAME_GET'
EXPORTING
DEF_FILENAME = ' '
def_path = path
mask = ',.txt,.txt.'
mode = 'O'
TITLE = ' '
IMPORTING
filename = file
RC =
EXCEPTIONS
inv_winsys = 1
no_batch = 2
selection_cancel = 3
selection_error = 4
OTHERS = 5.
subrc = sy-subrc.
path = file.
CLEAR: sy-fdpos, sy-subrc.
fdpos = 1.
WHILE sy-subrc = 0.
fdpos = fdpos + sy-fdpos + 1.
SEARCH path FOR delim STARTING AT fdpos.
ENDWHILE.
fdpos = fdpos - 1.
path = path(fdpos).
repname = file.
CLEAR sy-subrc.
WHILE sy-subrc = 0.
SHIFT repname LEFT.
SHIFT repname LEFT UP TO delim.
ENDWHILE.
SHIFT repname RIGHT UP TO '.'.
SHIFT repname RIGHT.
SHIFT repname LEFT DELETING LEADING space.
TRANSLATE repname TO UPPER CASE.
reports = repname.
APPEND reports.
ENDFORM. " FILESELECTOR
*& Form LS
FORM ls.
TYPES: c80(80).
DATA: dirtab TYPE STANDARD TABLE OF c80 WITH HEADER LINE.
DATA: datei TYPE string.
DATA: i LIKE sy-tabix.
DATA: endtime LIKE sy-uzeit.
CALL FUNCTION 'WS_EXECUTE'
EXPORTING
DOCUMENT = ' '
cd = path
commandline = command
INFORM = ' '
program = shell
STAT = ' '
WINID = ' '
OSMAC_SCRIPT = ' '
OSMAC_CREATOR = ' '
WIN16_EXT = ' '
EXEC_RC = ' '
IMPORTING
RBUFF =
EXCEPTIONS
frontend_error = 1
no_batch = 2
prog_not_found = 3
illegal_option = 4
OTHERS = 5.
IF sy-subrc NE 0.
MESSAGE e001(pc).
Error when executing the WS program
ENDIF.
CONCATENATE path 'dir.tmp' INTO datei.
GET TIME.
endtime = sy-uzeit + 3.
WHILE sy-uzeit < endtime.
GET TIME.
ENDWHILE.
CALL FUNCTION 'GUI_UPLOAD'
EXPORTING
filename = datei
filetype = 'ASC'
IMPORTING
FILELENGTH =
TABLES
data_tab = dirtab
EXCEPTIONS
file_read_error = 1
no_batch = 2
gui_refuse_filetransfer = 3
invalid_type = 4
OTHERS = 5.
IF sy-subrc NE 0.
MESSAGE e001(pc).
Error when executing the WS program
ENDIF.
REFRESH reports.
i = 1.
DO.
SEARCH dirtab FOR '.txt' STARTING AT i.
IF sy-subrc NE 0.
EXIT.
ENDIF.
READ TABLE dirtab INDEX sy-tabix.
i = sy-tabix + 1.
CHECK dirtab NS 'txt_.txt'.
SHIFT dirtab LEFT UP TO space.
SHIFT dirtab LEFT DELETING LEADING space.
SHIFT dirtab LEFT UP TO space.
SHIFT dirtab LEFT DELETING LEADING space.
SHIFT dirtab LEFT UP TO space.
SHIFT dirtab RIGHT UP TO '.'.
SHIFT dirtab RIGHT.
SHIFT dirtab LEFT DELETING LEADING space.
IF NOT dirtab IS INITIAL.
TRANSLATE dirtab TO LOWER CASE.
APPEND dirtab TO reports.
ENDIF.
ENDDO.
SORT reports.
DELETE ADJACENT DUPLICATES FROM reports.
ENDFORM. " LS
*& Form SHOW_DYN
FORM show_dyn.
Printing Dynpro data
Header for Dynpro
FORMAT COLOR COL_TOTAL.
WRITE: / 'Dynpro header', AT sy-linsz ''.
FORMAT COLOR COL_NORMAL.
WRITE: / 'Program:', 30 hdr-prog, AT sy-linsz '',
/ 'Dynpro:', 30 hdr-dnum, AT sy-linsz '',
/ 'Follow-up dynpro:', 30 hdr-fnum, AT sy-linsz ''.
ULINE.
Print field list
FORMAT COLOR COL_TOTAL.
WRITE: / 'Field list' COLOR COL_TOTAL, AT sy-linsz ''.
FORMAT COLOR COL_HEADING.
WRITE: / 'Field',
25 'Line',
30 'Column',
37 'TYPE',
42 'LOOPTyp',
50 'DDIC',
55 'FormByte', AT sy-linsz ''.
CALL FUNCTION 'RS_SCRP_FIELDS_RAW_TO_CHAR'
TABLES
fields_int = fld
fields_char = fields_char
EXCEPTIONS
OTHERS = 1.
FORMAT COLOR COL_NORMAL.
LOOP AT fields_char.
WRITE: /(24) fields_char-feldname,
25 fields_char-line,
30 fields_char-coln,
37 fields_char-feldformat,
42 fields_char-looptype,
50 fields_char-inttyp,
55 fields_char-fmb1,
58 fields_char-fmb2.
ENDLOOP.
ULINE.
Display logic
FORMAT COLOR COL_TOTAL.
WRITE: / 'Logic', AT sy-linsz ''.
FORMAT COLOR COL_NORMAL.
LOOP AT src.
WRITE: / src-line.
ENDLOOP.
ULINE.
SKIP.
Display matchcode data
FORMAT COLOR COL_TOTAL.
WRITE: / 'Matchcode data', AT sy-linsz ''.
FORMAT COLOR COL_NORMAL.
LOOP AT mat.
WRITE: /(80) mat.
ENDLOOP.
IF sy-subrc NE 0.
WRITE / ' no matchcode files available ' COLOR COL_NEGATIVE.
ENDIF.
NEW-PAGE.
ENDFORM. " SHOW_DYN
*& Form SHOW_REP
FORM show_rep.
FORMAT COLOR COL_TOTAL.
WRITE: / 'Program:', reports, AT sy-linsz ''.
FORMAT COLOR COL_BACKGROUND.
LOOP AT i_repsrc.
WRITE: / i_repsrc.
ENDLOOP.
ULINE.
FORMAT COLOR COL_TOTAL.
WRITE: / 'Text elements for program:', reports, AT sy-linsz ''.
FORMAT COLOR COL_HEADING.
WRITE: / 'Type',
5 'Key',
20 'Length',
30 'Text', AT sy-linsz ''.
FORMAT COLOR COL_NORMAL.
LOOP AT i_reptxt.
WRITE: / i_reptxt-id,
5 i_reptxt-key,
20(4) i_reptxt-length,
30(80) i_reptxt-entry.
ENDLOOP.
NEW-PAGE.
ENDFORM. " SHOW_REP
*& Form SHOW_INC
FORM show_inc.
FORMAT COLOR COL_TOTAL.
WRITE: / 'Include:', i_inc, AT sy-linsz ''.
FORMAT COLOR COL_BACKGROUND.
LOOP AT i_repsrc.
WRITE: / i_repsrc.
ENDLOOP.
ULINE.
FORMAT COLOR COL_TOTAL.
WRITE: / 'Text elements for include:', i_inc, AT sy-linsz ''.
FORMAT COLOR COL_HEADING.
WRITE: / 'Type',
5 'Key',
20 'Length',
30 'Text', AT sy-linsz ''.
FORMAT COLOR COL_NORMAL.
LOOP AT i_reptxt.
WRITE: / i_reptxt-id,
5 i_reptxt-key,
20(4) i_reptxt-length,
30(80) i_reptxt-entry.
ENDLOOP.
NEW-PAGE.
ENDFORM. " SHOW_INC
*& Form DYNPRO_DOWNLOAD
& -
How to use module pool program in my custom report?
Hi,
I am developing a custom report in abap. I want to fetch data from a standard module pool program.I want output of this standard module pool program to be used in my standad report.Submit cannot be used with module pool programs. How can i do this?Can u please suggest?HI friend,
For this you can directly use the table fields i.e. each and every module pool screen fields will be having the table name along with its fields (which you can see by double clicking the field and selecting technical settings button) and since it is a standard module pool program that will get populated directly. So you can get the screen field values directly from the table. I think this will help. Please try and let us know wheather it is solved.
Thanks and regards,
Sri Hari Anand Kumar
Edited by: srihari.kumar on Apr 6, 2011 3:31 PM -
How to create a module pool program
Dear Guru
I want to know know how to create a module pool program from se80 step by step. I want to know the steps where i will get the four includes like form routines, PAI, PBO, and global data please its very urgent.
Thanks & regards
Saifur Rahamanhi Saifur Rahaman,
goto se80 then click find program,
next u want any name of the program enter as,
Attribute type as find Module pool click it.
next u want any package and save and activate.
program name with create screen with any number then
click layout and u want any object and save , actived.
click flow logic , four types as PBO and PAI and POV, POH.
PBO---> Trigger is before screen.
its applied for display screen and inactive or no display screen only
PAI--->Trigger is after screen
when u want button then its processed.
POV--> Value requested for F4.
POH-->Help requested for F1.
Reward if useful,
S.Suresh. -
How to Draw a graph Using layout In a module pool Program
Hello Friends
How to Represent a Graph in the layout in a module pool program.
Plz suggest me.
Thanking you all
lavanyaTHIS IS AN EXAMPLE PROGRAM FOR GRAPHICS.
Run this program & see whether it will be useful for u or not.
before running dont forget to set the pf status.
after copying double click the pf status & in application tool bar. give function code like this.
PF07 - for 2d graph.
PF06 - for 3d
PF05 - for 4d
DATA: BEGIN OF DATA OCCURS 1,
P TYPE P,
END OF DATA.
--- options-table -
DATA: BEGIN OF OPTS OCCURS 1,
C(80) TYPE C,
END OF OPTS.
DATA: BEGIN OF TDIM1 OCCURS 1,
C(80) TYPE C,
END OF TDIM1.
DATA: BEGIN OF TDIM2 OCCURS 1,
C(80) TYPE C,
END OF TDIM2.
DATA: BEGIN OF TDIM3 OCCURS 1,
C(80) TYPE C,
END OF TDIM3.
DATA: BEGIN OF MAX OCCURS 1,
D1(3) TYPE P VALUE 4,
D2(3) TYPE P VALUE 5,
D3(3) TYPE P VALUE 6,
END OF MAX.
DATA: TYEAR1(5) VALUE '#1991',
TYEAR2(5) VALUE '#1992',
TYEAR3(5) VALUE '#1993',
TYEAR4(5) VALUE '#1994'.
DATA: TPROD1(9),
TPROD2(9),
TPROD3(9),
TPROD4(9),
TPROD5(9).
TPROD1 = TEXT-P01.
TPROD2 = TEXT-P02.
TPROD3 = TEXT-P03.
TPROD4 = TEXT-P04.
TPROD5 = TEXT-P05.
DATA: TLAND1(20),
TLAND2(20),
TLAND3(20),
TLAND4(20),
TLAND5(20),
TLAND6(20).
TLAND1 = TEXT-L01.
TLAND2 = TEXT-L02.
TLAND3 = TEXT-L03.
TLAND4 = TEXT-L04.
TLAND5 = TEXT-L05.
TLAND6 = TEXT-L06.
DATA: INDEX LIKE SY-INDEX.
DATA: MAXD(3) TYPE P.
DATA: TYP.
FIELD-SYMBOLS: <F>.
SET PF-STATUS 'GRAF'.
PERFORM FILL_DATA.
MAXD = MAX-D1 * MAX-D2.
*{listdisplay
display of a list: *
for 5 countries each 4 colums (years) and 5 lines (products)
WRITE: / TLAND1.
INDEX = 1.
PERFORM LISTE.
SKIP.
ULINE.
WRITE: / TLAND2.
INDEX = MAXD + 1.
PERFORM LISTE.
NEW-PAGE.
WRITE: / TLAND3.
INDEX = 2 * MAXD + 1.
PERFORM LISTE.
SKIP.
ULINE.
WRITE: / TLAND4.
INDEX = 3 * MAXD + 1.
PERFORM LISTE.
NEW-PAGE.
WRITE: / TLAND5.
INDEX = 4 * MAXD + 1.
PERFORM LISTE.
SKIP.
ULINE.
WRITE: / TLAND6.
INDEX = 5 * MAXD + 1.
PERFORM LISTE.
PF05: 4D-graphic, general function-module *
AT PF05.
REFRESH OPTS.
--- first screen: selection -
WRITE 'FIFRST = PU' TO OPTS-C. APPEND OPTS.
--- 2D-graphic-type: perspective bars -
WRITE 'P2TYPE = TD' TO OPTS-C. APPEND OPTS.
--- kind of colours: regular -
WRITE 'P3CTYP = PL' TO OPTS-C. APPEND OPTS.
*--- dimension 1
REFRESH TDIM1.
MOVE TYEAR1 TO TDIM1.
APPEND TDIM1.
MOVE TYEAR2 TO TDIM1.
APPEND TDIM1.
MOVE SPACE TO TDIM1.
APPEND TDIM1.
MOVE TYEAR4 TO TDIM1.
APPEND TDIM1.
*--- dimension 2
REFRESH TDIM2.
MOVE SPACE TO TDIM2.
APPEND TDIM2.
MOVE TPROD2 TO TDIM2.
APPEND TDIM2.
MOVE TPROD3 TO TDIM2.
APPEND TDIM2.
MOVE TPROD4 TO TDIM2.
APPEND TDIM2.
MOVE SPACE TO TDIM2.
APPEND TDIM2.
*--- dimension 3
REFRESH TDIM3.
MOVE TLAND1 TO TDIM3.
APPEND TDIM3.
MOVE SPACE TO TDIM3.
APPEND TDIM3.
MOVE TLAND3 TO TDIM3.
APPEND TDIM3.
MOVE TLAND4 TO TDIM3.
APPEND TDIM3.
MOVE SPACE TO TDIM3.
APPEND TDIM3.
MOVE SPACE TO TDIM3.
APPEND TDIM3.
CALL FUNCTION 'GRAPH_MATRIX'
EXPORTING
TITL = TEXT-VGL
VALT = 'DM'
DIM1 = TEXT-J00
DIM2 = TEXT-P00
DIM3 = TEXT-L00
TABLES
DATA = DATA
TDIM1 = TDIM1
TDIM2 = TDIM2
TDIM3 = TDIM3
OPTS = OPTS.
PF06: 3D-graphic general function-module *
AT PF06.
REFRESH OPTS.
--- first screen: selection -
WRITE 'FIFRST = PU' TO OPTS-C. APPEND OPTS.
--- 2D-graphic-Type: perspective bars -
WRITE 'P2TYPE = TD' TO OPTS-C. APPEND OPTS.
--- kind of colours: regular -
WRITE 'P3CTYP = PL' TO OPTS-C. APPEND OPTS.
*--- dimension 1
REFRESH TDIM1.
MOVE TYEAR1 TO TDIM1.
APPEND TDIM1.
MOVE SPACE TO TDIM1.
APPEND TDIM1.
MOVE TYEAR3 TO TDIM1.
APPEND TDIM1.
MOVE TYEAR4 TO TDIM1.
APPEND TDIM1.
*--- dimension 2
REFRESH TDIM2.
MOVE TPROD1 TO TDIM2.
APPEND TDIM2.
MOVE SPACE TO TDIM2.
APPEND TDIM2.
MOVE TPROD3 TO TDIM2.
APPEND TDIM2.
MOVE SPACE TO TDIM2.
APPEND TDIM2.
MOVE TPROD5 TO TDIM2.
APPEND TDIM2.
REFRESH TDIM3.
CALL FUNCTION 'GRAPH_MATRIX'
EXPORTING
TITL = TEXT-VGL
VALT = 'DM'
DIM1 = TEXT-J00
DIM2 = TEXT-P00
TABLES
DATA = DATA
TDIM1 = TDIM1
TDIM2 = TDIM2
TDIM3 = TDIM3
OPTS = OPTS.
PF07: 2D-graphic general function-module *
AT PF07.
REFRESH OPTS.
--- first screen: selection -
WRITE 'FIFRST = PU' TO OPTS-C. APPEND OPTS.
--- 2D-graphic-type perspective bars -
WRITE 'P2TYPE = TD' TO OPTS-C. APPEND OPTS.
--- kind of colour: regular -
WRITE 'P3CTYP = PL' TO OPTS-C. APPEND OPTS.
*--- dimension 1
REFRESH TDIM1.
MOVE TYEAR1 TO TDIM1.
APPEND TDIM1.
MOVE SPACE TO TDIM1.
APPEND TDIM1.
MOVE TYEAR3 TO TDIM1.
APPEND TDIM1.
MOVE TYEAR4 TO TDIM1.
APPEND TDIM1.
REFRESH TDIM2.
REFRESH TDIM3.
CALL FUNCTION 'GRAPH_MATRIX'
EXPORTING
TITL = TEXT-VGL
VALT = 'DM'
DIM1 = TEXT-J00
TABLES
DATA = DATA
TDIM1 = TDIM1
TDIM2 = TDIM2
TDIM3 = TDIM3
OPTS = OPTS.
FORM LISTE *
displays a list with turnover figures *
(products and years) *
FORM LISTE.
DATA: CNT_MOD LIKE SY-TABIX.
DATA: CNT_DIV LIKE SY-TABIX.
WRITE: / TEXT-P00,22 TYEAR1,39 TYEAR2,56 TYEAR3, 73 TYEAR4.
SKIP 2.
DO MAXD TIMES.
READ TABLE DATA INDEX INDEX.
IF SY-SUBRC NE 0. EXIT. ENDIF.
INDEX = INDEX + 1.
CNT_MOD = SY-INDEX MOD MAX-D1.
CNT_DIV = SY-INDEX DIV MAX-D1.
IF CNT_MOD EQ 1.
CASE CNT_DIV.
WHEN 0.
WRITE: / TPROD1, ' '.
WHEN 1.
WRITE: / TPROD2, ' '.
WHEN 2.
WRITE: / TPROD3, ' '.
WHEN 3.
WRITE: / TPROD4, ' '.
WHEN 4.
WRITE: / TPROD5, ' '.
ENDCASE.
ENDIF.
WRITE: DATA-P.
ENDDO.
ENDFORM.
FORM FILL_DATA *
fills the datatable *
FORM FILL_DATA.
DATA-P = 153470.
APPEND DATA.
DATA-P = 243470.
APPEND DATA.
DATA-P = 124567.
APPEND DATA.
DATA-P = 179037.
APPEND DATA.
DATA-P = 234980.
APPEND DATA.
DATA-P = 287513.
APPEND DATA.
DATA-P = 253430.
APPEND DATA.
DATA-P = 223440.
APPEND DATA.
DATA-P = 24567.
APPEND DATA.
DATA-P = 180037.
APPEND DATA.
DATA-P = 129830.
APPEND DATA.
DATA-P = 145530.
APPEND DATA.
DATA-P = 132470.
APPEND DATA.
DATA-P = 453470.
APPEND DATA.
DATA-P = 24456.
APPEND DATA.
DATA-P = 119807.
APPEND DATA.
DATA-P = 288710.
APPEND DATA.
DATA-P = 166656.
APPEND DATA.
DATA-P = 300430.
APPEND DATA.
DATA-P = 723110.
APPEND DATA.
DATA-P = 22767.
APPEND DATA.
DATA-P = 195522.
APPEND DATA.
DATA-P = 38970.
APPEND DATA.
DATA-P = 89635.
APPEND DATA.
DATA-P = 166970.
APPEND DATA.
DATA-P = 401470.
APPEND DATA.
DATA-P = 29967.
APPEND DATA.
DATA-P = 112957.
APPEND DATA.
DATA-P = 37860.
APPEND DATA.
DATA-P = 77450.
APPEND DATA.
DATA-P = 253150.
APPEND DATA.
DATA-P = 343570.
APPEND DATA.
DATA-P = 768867.
APPEND DATA.
DATA-P = 236790.
APPEND DATA.
DATA-P = 122750.
APPEND DATA.
DATA-P = 328760.
APPEND DATA.
DATA-P = 292150.
APPEND DATA.
DATA-P = 356570.
APPEND DATA.
DATA-P = 268867.
APPEND DATA.
DATA-P = 36790.
APPEND DATA.
DATA-P = 125680.
APPEND DATA.
DATA-P = 178893.
APPEND DATA.
DATA-P = 333150.
APPEND DATA.
DATA-P = 373570.
APPEND DATA.
DATA-P = 168867.
APPEND DATA.
DATA-P = 226790.
APPEND DATA.
DATA-P = 278940.
APPEND DATA.
DATA-P = 177784.
APPEND DATA.
DATA-P = 234150.
APPEND DATA.
DATA-P = 296570.
APPEND DATA.
DATA-P = 233867.
APPEND DATA.
DATA-P = 16790.
APPEND DATA.
DATA-P = 125590.
APPEND DATA.
DATA-P = 208760.
APPEND DATA.
DATA-P = 113150.
APPEND DATA.
DATA-P = 388570.
APPEND DATA.
DATA-P = 565867.
APPEND DATA.
DATA-P = 211790.
APPEND DATA.
DATA-P = 277480.
APPEND DATA.
DATA-P = 277489.
APPEND DATA.
DATA-P = 53470.
APPEND DATA.
DATA-P = 321560.
APPEND DATA.
DATA-P = 452456.
APPEND DATA.
DATA-P = 174695.
APPEND DATA.
DATA-P = 277590.
APPEND DATA.
DATA-P = 177490.
APPEND DATA.
DATA-P = 153470.
APPEND DATA.
DATA-P = 467560.
APPEND DATA.
DATA-P = 222456.
APPEND DATA.
DATA-P = 198695.
APPEND DATA.
DATA-P = 99470.
APPEND DATA.
DATA-P = 100340.
APPEND DATA.
DATA-P = 11470.
APPEND DATA.
DATA-P = 323560.
APPEND DATA.
DATA-P = 434456.
APPEND DATA.
DATA-P = 224695.
APPEND DATA.
DATA-P = 277490.
APPEND DATA.
DATA-P = 467890.
APPEND DATA.
DATA-P = 953470.
APPEND DATA.
DATA-P = 67560.
APPEND DATA.
DATA-P = 298456.
APPEND DATA.
DATA-P = 98695.
APPEND DATA.
DATA-P = 577900.
APPEND DATA.
DATA-P = 199490.
APPEND DATA.
DATA-P = 18470.
APPEND DATA.
DATA-P = 390560.
APPEND DATA.
DATA-P = 411456.
APPEND DATA.
DATA-P = 94695.
APPEND DATA.
DATA-P = 182000.
APPEND DATA.
DATA-P = 260570.
APPEND DATA.
DATA-P = 367356.
APPEND DATA.
DATA-P = 231850.
APPEND DATA.
DATA-P = 436645.
APPEND DATA.
DATA-P = 346650.
APPEND DATA.
DATA-P = 82500.
APPEND DATA.
DATA-P = 300560.
APPEND DATA.
DATA-P = 467109.
APPEND DATA.
DATA-P = 161850.
APPEND DATA.
DATA-P = 356470.
APPEND DATA.
DATA-P = 198840.
APPEND DATA.
DATA-P = 199000.
APPEND DATA.
DATA-P = 340570.
APPEND DATA.
DATA-P = 127356.
APPEND DATA.
DATA-P = 591850.
APPEND DATA.
DATA-P = 287460.
APPEND DATA.
DATA-P = 299770.
APPEND DATA.
DATA-P = 12500.
APPEND DATA.
DATA-P = 230560.
APPEND DATA.
DATA-P = 437109.
APPEND DATA.
DATA-P = 191850.
APPEND DATA.
DATA-P = 36780.
APPEND DATA.
DATA-P = 78789.
APPEND DATA.
DATA-P = 282000.
APPEND DATA.
DATA-P = 270570.
APPEND DATA.
DATA-P = 567356.
APPEND DATA.
DATA-P = 31850.
APPEND DATA.
DATA-P = 92410.
APPEND DATA.
DATA-P = 121350.
APPEND DATA.
DATA-P = 67356.
APPEND DATA.
DATA-P = 431891.
APPEND DATA.
ENDFORM. -
How to copy the module pool program ( Screens, codeing ) ?
Hi guys,
How can I copy the Module pool program to another program including screen and every thing?
can anyone help me....1. GO TO SE80, and select program from drop down
2. Enter Source Prog Name and press enter
3. Below Object name, right click on the program
4. Select COPY and enter the (New) Target Prog Name
it ll ask for following check box options
-Source
-Text Element
-Documentation
-Variant...etc.
5 Select all and press enter.
Hope this ll be helpful.
Thanks & Regards
Vinsee -
How to write module pool program
hai,
what is the module -pool program ?
what are the procedures to write the module-pool program.
plz give the simple program for module-pool programs?
regards
surenderHi
This component though is not attached to the screen painter, plays important role in transaction. Normally, for reports, on line executable programs are written but for transaction, Module Pool Programs are written. The module pool program contains only modules to handle various events associated with screen and data declaration statements.
System divides the module pool program into several include program. These are global field, PBO modules, and PAI modules. It is entirely users decision whether to use these modules or write directly into main program.
Creation of Module Pool Program
You can create module pool program either through
Object browser
System automatically creates the module pool program and for these program which are created through object browser, system creates the include modules.
Or
ABAP/4 editor
It is similar to normal program creation. Type of program should be given M and is not created by system.
Communication between Dynpro and Module Program
For each screen, the system executes the flow logic, which contains corresponding events. The control is passed to Module Pool Program. Module Pool Program handles the code for these events and again passes back control to the flow logic and finally to screen. Unlike on line program, in this case, the control remains with flow logic. The switching of control between flow logic and module pool program and back is common process when user executes transaction.
Creation of a Complete Transaction
Steps involved to create a complete transaction
Create module pool program.
From screen painter create screens.
Write flow logic for each screen.
Write code for all the events in module pool program.
Check for any error in screen and flow logic.
Generate each and every component of screen i.e. flow logic and screen.
Single screen can be tested using Screen Painter.
Create transaction code through object browser.
Generate the transaction code.
User can execute the transaction by entering the transaction code in the command field.
Handling Function Code
The function code or OKCODE is the last field of Field list. Function code can be handled as follows:
During the Designing of the screen, a function code is assigned to pushbutton.
In field list, developer needs to specify OKCODE as last field.
In module program it is a global field and can be evaluated in the PAI event.
A function code is treated in the same way, regardless it comes from pushbutton, menu item or any other GUI element.
When the user clicks on the Display button, you want to display details of sflight, with corresponding carrid and connid (which is entered by the user).
Module pool program to handle this particular screen is as follows:
Program YVTEST7.
TABLES: SFLIGHT.
DATA: OKCODE (4).
MODULE INPUT1 INPUT,
CASE OKCODE.
WHEN DISP.
SELECT * FROM SFLIGHT
WHERE CARRID = SFLIGHT CARRID AND
CONNID = SFLIGHT CONNID.
ENDSELECT.
LEAVE TO SCREEN 200.
WHEN EXIT. LEAVE TO SCREEN 0.
ENDCASE.
ENDMODULE. INPUT1 INPUT
MODULE USER_COMMAND_0200 INPUT.
CASE OKCODE.
WHEN BACK. LEAVE TO SCREEN 100.
ENDCASE.
ENDMODULE. USER_COMMAND_0200 INPUT
When the user clicks on display, control is transferred to screen no. 200 on which you display sflight details & on the same screen, when user clicks on BACK button, he comes back to main screen.
Flow logic for screen 100 is as follows:
PROCESS AFTER INPUT.
MODULE INPUT.
Flow logic for screen 200
PROCESS AFTER INPUT.
USER_COMMAND_0200.
MODULES: Modules are handled in module pool program.
You need to write flow logic for screen 200 and design screen 200.
In case of transaction transfer of data from program to screen is automatic i.e. you need not transfer the data from program to screen explicitly. The fields, which you define in the screen receives the data from program and displays the same.
The Field Checks
As already mentioned Transaction is the only method, which SAP recommends to update the database tables. Data entered in the database table should be valid and correct. Data entered is validated at each and every point. ABAP/4 offers various methods to validate data and those are as follows:
Automatic field checks
Checks performed in the flow logic
Checks performed in the ABAP/4 module pool program
Automatic Field Checks
These checks are based on the field information stored in the dictionary. These checks are performed by the system automatically when the user enters the data for the screen field. System performs these checks before PAI event is triggered. Types of field checks performed by system are as follows:
Required input
While designing the screen, for particular screen field if you click the Req. Entry checkbox, the field becomes mandatory. When the transaction is executed if user leaves this particular field blank, the system displays error message. User cannot proceed until the user enters some data.
Proper Data Format
Each field has its own data format whether it is table field or screen field. Whenever data is entered, system checks for the proper format of the data. For example date. Each user has its own format for date, which is defined in the user master record. If the date defined in the user master record is in the format DD/MM/YYYY, if the user enters the date, say, in YY/DD/MM, the user displays the error message. System also checks for the value of month or days. For example if month entered is greater than twelve then the error message is displayed.
Valid Value for the Field
In data dictionary two tables are related by Primary key-Foreign key relationship. Whenever the user enters the data, the system checks for the check table values. Also in Domain, if you have fixed values, then the system checks for these values.
Automatic field checks are repeated each time the user enters the data.
About at Exit Command
Automatic field checks can be avoided by AT EXIT-COMMAND, which works exactly the same way as Cancel works on application tools bar. In the R/3 screen, if you want to quit the processing of that particular screen without entering the mandatory fields, user can click the Cancel button. Same functionality can be incorporated in the user-defined transaction by using AT EXIT-COMMAND. This module can be called before the system executes the automatic field checks and it goes without saying that before PAI event. Code for AT EXIT-COMMAND in flow logic and in module pool program can be written as follows:
In Flow Logic
Process After Input.
Module exit AT EXIT-COMMAND.
In module pool program.
Module exit.
Case okcode.
When Exit.
Leave to screen 0.
To achieve this kind of functionality a pushbutton or menu item should be assigned a function type E. It tells the system to process this particular module before carrying out any field checks.
Flow Logic Validations
Consider the case where you want user to enter only LH and SQ for sflight-carrid. In this case, you are restricting value of a screen field. This cannot be achieved by automatic field check. Hence there is a need of additional validation. It can be done in flow logic by using following statement:
Field -
Values
Syntax
PAI.
Field sflight-carrid values (LH).
For multiple values
PAI.
Field sflight-carrid values (LH SQ).
Field sflight-price values (between 1000 and 2000).
In this case when the user enters the value, PAI is triggered and field is checked for that particular value. If the value entered happens to be wrong, that field is enabled for user to enter. If you have multiple Field statements in your flow logic, it is sequential execution.
Consider the following case:
PAI.
Module assign.
Field sflight-carrid values (LH SQ).
In ABAP/4
Module assign.
Data: carrid1 like sflight-carrid.
Carrid1 = sflight-carrid.
Endmodule.
In this case, Sflight-carrid is used in the flow logic before the field statement. The system will give invalid value or some previous value as the field sflight-carrid is used in module before it is checked i.e., field statement is after the module in which sflight-carrid is being used. The field is not available to the system unless it executes the field statement. Field statement transfers the values to the program and is done only once. If you dont have Field statement in your flow logic, transfer of values takes place in PAI event.
Consider one more case where you have multiple field statement
PAI.
Field Sflight-carrid values (LH).
Field Sflight-connid values (0400 0500).
In this case if the user enters only carrid wrong, then this particular field is enabled and rest of the fields are disabled for user to input. Many times if the user enters wrong value for one field, then you might want to give option to user to enter all the fields, which is not possible by using Field statement only. This functionality can be achieved by CHAIN ENDCHAIN.
Syntax
Chain.
Field sflight-carrid value (LH).
Field sflight-connid values (between 200 and 500).
Endchain.
Field sflight-price values (100 1000).
In this case, if the user enters wrong value only for carrid, both the fields i.e. carrid and connid are enabled as they are grouped together in the Chain statement. The field price will be disabled for input. Usually, logically related fields are grouped together with Chain-Endchain statement.
Module Pool Program Validations
Checking fields ABAP/4 program includes
Field statement in flow logic.
Module statement in ABAP/4 module pool Program.
Syntax
PAI.
Field sflight-carrid module <name>.
This module can be handled in the main program i.e. module pool program.
In ABAP/4 program
Module Check.
Select single * from sflight where carrid = sflight-carrid.
If sy-subrc ne 0.
Message e001.
Endif.
In this case, field sflight-carrid is checked in the table for its existence.
Dynamically Calling the Screens
About Displaying Next Screen
Transaction is a sequence of screens, which are displayed one after the other. The next screen displayed depends upon the attributes of first screen. In attributes you need to give Next Screen number i.e. if next screen displayed should be 200 screen, then this number should be given in next Screen attributes. These are static attributes of the screen. By default, if nothing is specified in the program, the system branches out to the screen number, which is specified in the attribute screen.
In this case, if user selects MARA pushbutton, then fields from Mara table are displayed. When the user clicks on the MARD, then the fields from MARD table are displayed. Depending upon users selection, the screen is branched out and this has to be done during runtime. This functionality can be achieved by dynamically calling the screen in module pool program.
The screen can branch out to new screen depending upon user selection. Following command in module pool program can do this:
SET SCREEM
CALL SCREEN
LEAVE TO SCREEN <NUMBER>
All these commands override the specifications given in the attributes. This overriding is temporary. The values stored in the attribute are not changed.
Set Screen
Syntax
Set screen <number>.
In module pool program
Case okcode.
When DISP.
Set screen 200.
When LIST.
Set screen 300.
Endcase.
In this case, the entire processing of current screen takes place and then the system branches out to next screen. If you want to branch out to the next screen without processing the current screen, LEAVE SCREEN should be used along with the SET SCREEN.
For Example:
Case okcode..
When DISP.
Set screen 200.
Leave Screen.
When LIST.
Set screen 300.
Leave Screen.
Endcase.
When SET SCREEN is used, control cannot be transferred to the main screen or previous screen, unless you write code for the same.
Call Screen
Usually used for pop up screens. Many times, there is a need for user to enter additional information or secondary information on another screen or pop up screen. Once the user enters the data, he should be able to go back to main screen or to the screen where he started. This is not possible by using SET SCREEN. CALL SCREEN achieves this functionality.
Syntax
Call Screen 200.
Will simply call a screen number 200 from a main screen. Once the screen is displayed the user can enter all the data and return to the main screen by clicking BACK button.
To call screen as pop up screen the syntax is
Call screen starting at <col.no.> <line no>
Ending at <col no> <line no>.
In this case window will be popped as window and user can close it by using BACK button.
Leave to screen
To SET a new screen without processing current screen, you need to use the following two statements together:
SET SCREEN 200.
LEAVE SCREEN.
Or a Single statement
LEAVE TO SCREEN 200. -
Session should logoff on click of save button in webgui window
Hi All
I am directly changing section 80 details using WEBGUI ervices( PA30 tcode with infotype 585 in change mode) WITH BELOW URL
'http://XXXXXXXXXXXXXXX/sap/bc/gui/sap/its/webgui?~transaction=*pa30%20RP50G-PERNR=' lv_aempid
';RP50G-choic=0006;RP50G-SUBTY=4;RP50G-begda=01.01.1800;RP50G-endda=31.12.9999;DYNP_OKCODE=CHG'
So user able to change their details using above URL, but when user clicks on save button, it is showing PA30 main screen..I want o know how to avoid this screen...
My requirement is when user clicks on Save button, it should save and logoff from session.*
Regards
SrinivasTry to use CALL FUNCTION 'ITS_END_SESSION' in the user-exit.
Of couse you must check that it is webgui session (not sapgui).
Hope this helps
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