Function module for Outbound Delivery

Dear ABAPers,
Can anyone tell me the Function module for Out bound Delivery.
Thanks & Regards,
Ashok.

Hi,
Check this BAPI:
BAPI_OUTB_DELIVERY_CREATE_SLS.
Hope it is helps.
Regards,
T.D.M.

Similar Messages

Function Module for Changing delivery date

Hi Friends ,
I am held up with a scenario of changing the delivery date while creating purchase order. Could you please suggest any function module to change the delivery date in purchase order if it is less than 5 days.
With Regards ,
Sudhir S
Moderator message: please do some own research before asking.
Edited by: Thomas Zloch on Feb 21, 2011 11:45 AM

Hi praveen for u r requirement there is no need of any FM
Try this code
parameters:
p_date like sy-datum,
p_no type i.
data:
w_date like sy-datum.
w_date = p_date - p_no.
write: / w_date .
it is enogh for u r requirement
plzz reward if it is usefull...
for any further quiries my mail id is [email protected]
plzz dont forget to reward

Function Module for Outbound process code

Hi,
I have a scenario in which i have to send MBGMCR02 Idoc from SAP to XI.
I created a new Outbound process code and now I have to code the function module that populates data into the segments.
Does anyone have sample code for this, i.e code to put in the finction module of an outbound process code?

hi...
please find the below code.
*& Report ZPROGRAM11
REPORT ZPROGRAM11.
tables : likp,vbuk,vbfa,ibin,vbap,vbak,kna1.
types : begin of iy_tab,
 vbeln type vbfa-vbeln,
 vbelv type vbfa-vbelv,
 posnv type vbfa-posnv,
 end of iy_tab.
types : begin of iy_tab1,
vbeln type vbuk-vbeln,
wbstk type vbuk-wbstk,
end of iy_tab1.
types : begin of iy_tab2,
vbeln type vbak-vbeln,
kunnr type vbak-kunnr,
vkorg type vbak-vkorg,
vtweg type vbak-vtweg,
spart type vbak-spart,
end of iy_tab2.
data : i_ibase type ib_ibase.
data : i_kunnr type vbak-kunnr.
data : it_tab type table of iy_tab with header line,
it_tab1 type standard table of iy_tab1 ,
wa_tab1 type iy_tab1,
it_tab2 type standard table of iy_tab2 ,
wa_tab2 type iy_tab2.
data : t_edidd type standard table of edidd .
data : t_edidc type edidc.
data : t_edidc1 type standard table of edidc .
data : wa type edidd.
data : wa1 type e1edl20.
data : wa2 type zibase.
data : wa3 type e1edl32.
data : wa4 type e1edl44.
data : wa5 type e1edl37.
data : wa6 type e1edl28.
data : wa7 type e1edl30.
data : wa8 type e1edl24.
data : wa9 type e1adrm1.
data : begin of it_tab3 occurs 10,
 vbeln type iy_tab-vbelv,
 posnr type iy_tab-posnv,
 i_ibase type ib_ibase,
 end of it_tab3.
types : begin of iy_tab4 ,
 valfr type ibin-valfr,
 ibase type ibin-ibase,
 amount type ibin-amount,
 unit type ibin-unit,
 end of iy_tab4.
 data : it_tab4 type standard table of iy_tab4,
 wa_tab4 type iy_tab4.
data : begin of it_tab5 occurs 10,
 vbeln type vbfa-vbelv,
 posnr type vbfa-posnv,
 ibase type ibib-ibase,
 valfr type ibin-valfr,
 amount type ibin-amount,
 unit type ibin-unit,
 matnr type vbap-matnr,
 kunnr type vbak-kunnr,
 vkorg type vbak-vkorg,
 vtweg type vbak-vtweg,
 spart type vbak-spart,
 name1 type kna1-name1,
 end of it_tab5.
 types : begin of iy_tab6,
 vbeln type vbap-vbeln,
 posnr type vbap-posnr,
 matnr type vbap-matnr,
 end of iy_tab6.
 data : it_tab6 type standard table of iy_tab6,
 wa_tab6 type iy_tab6.
types : begin of iy_tab7,
 kunnr type kna1-kunnr,
 name1 type kna1-name1,
 end of iy_tab7.
data: it_tab7 type standard table of iy_tab7,
 wa_tab7 type iy_tab7.
 data : wa_table type ytable1.
selection-screen: begin of block b1 with frame title text-t00.
parameters: p_vbeln type vbfa-vbeln.
selection-screen: end of block b1.
start-of-selection.
select vbeln vbelv posnv from vbfa into table it_tab
where vbeln = p_vbeln.
if sy-subrc eq 0.
 loop at it_tab.
 select vbeln wbstk from vbuk into table it_tab1
 for all entries in it_tab
 where vbeln = it_tab-vbeln.
 endloop.
endif.
loop at it_tab1 into wa_tab1.
 if wa_tab1-wbstk = 'C'.
 loop at it_tab.
 call function 'IBSD_CREATE_IBASE'
 exporting
 i_vbeln = it_tab-vbelv
 i_posnr = it_tab-posnv
 i_as_sold = '0'
 i_as_build = '0'
 i_capid = '0'
 I_CHANGE = ' '
 i_commit = 'X'
 I_COMMIT_WAIT = ' '
 importing
 e_ibase = i_ibase
 exceptions
 order_not_found = 1
 position_not_found = 2
 nothing_to_do = 3
 too_much_to_do = 4
 missing_authorization = 5
 foreign_lock = 6
 others = 7
 if sy-subrc <> 0.
 message id sy-msgid type sy-msgty number sy-msgno
 with sy-msgv1 sy-msgv2 sy-msgv3 sy-msgv4.
 else.
 move it_tab-vbelv to it_tab3-vbeln.
 move it_tab-posnv to it_tab3-posnr.
 move i_ibase to it_tab3-i_ibase.
 append it_tab3.
 if sy-subrc eq 0.
 select valfr ibase amount unit from ibin into table it_tab4
 for all entries in it_tab3
 where ibase = it_tab3-i_ibase.
 if sy-subrc eq 0.
 select vbeln posnr matnr from vbap into table it_tab6
 for all entries in it_tab3
 where vbeln = it_tab3-vbeln and posnr = it_tab3-posnr .
 if sy-subrc eq 0.
 select vbeln kunnr vkorg vtweg spart from vbak into table it_tab2
 for all entries in it_tab
 where vbeln = it_tab-vbelv.
 sort it_tab2 by vbeln.
 delete adjacent duplicates from it_tab2 comparing all fields.
 if sy-subrc <> 0.
 select kunnr name1 from kna1 into table it_tab7
 for all ENTRIES IN it_tab2
 where kunnr = it_tab2-kunnr.
 endif.
 endif.
 endif.
 endif.
 endif.
 endloop.
 else.
 exit.
 if sy-subrc eq 0.
 endif.
 endif.
endloop.
loop at it_tab3.
 move it_tab3-vbeln to it_tab5-vbeln.
 move it_tab3-posnr to it_tab5-posnr.
 move it_tab3-i_ibase to it_tab5-ibase.
 if sy-subrc eq 0.
 read table it_tab4 into wa_tab4 with key ibase = it_tab3-i_ibase.
 move wa_tab4-valfr to it_tab5-valfr.
 move wa_tab4-amount to it_tab5-amount.
 move wa_tab4-unit to it_tab5-unit.
 if sy-subrc eq 0.
 read table it_tab6 into wa_tab6 with key vbeln = it_tab3-vbeln posnr = it_tab3-posnr.
 move wa_tab6-matnr to it_tab5-matnr.
 if sy-subrc eq 0.
 read table it_tab2 into wa_tab2 with key vbeln = it_tab3-vbeln.
 move wa_tab2-kunnr to it_tab5-kunnr.
 move wa_tab2-vkorg to it_tab5-vkorg.
 move wa_tab2-vtweg to it_tab5-vtweg.
 move wa_tab2-spart to it_tab5-spart.
 if sy-subrc eq 0.
 read table it_tab7 into wa_tab7 with key kunnr = wa_tab2-kunnr.
 move wa_tab7-name1 to it_tab5-name1.
 append it_tab5.
 endif.
 endif.
 endif.
 endif.
 append it_tab5.
 endloop.
 loop at it_tab5.
 move it_tab5-vbeln to wa_table-vbeln.
 move it_tab5-kunnr to wa_table-kunnr.
 move it_tab5-vbeln to wa_table-vbeln.
 move it_tab5-ibase to wa_table-ibase.
 move it_tab5-matnr to wa_table-matnr.
 move it_tab5-valfr to wa_table-valfr.
 move it_tab5-unit to wa_table-unit.
 move it_tab5-amount to wa_table-amount.
 move it_tab5-vkorg to wa_table-vkorg.
 move it_tab5-vtweg to wa_table-vtweg.
 move it_tab5-spart to wa_table-spart.
 move it_tab5-name1 to wa_table-name1.
 insert ytable1 from wa_table.
 endloop.
*INSERT ytable1 FROM TABLE it_tab5.
 loop at it_tab5.
 wa1-vbeln = it_tab-vbeln.
 wa1-vkorg = it_tab5-vkorg.
 wa-segnam = 'E1EDL20'.
 wa-sdata = wa1.
 wa-hlevel = 2.
 append wa to t_edidd.
loop at it_tab3.
 wa2-i_ibase = it_tab5-ibase.
 wa2-i_qty = it_tab5-amount.
 wa2-i_dat = it_tab5-valfr.
 wa-segnam = 'ZIBASE'.
 wa-sdata = wa2.
 wa-hlevel = 3.
 append wa to t_edidd.
 endloop.
wa9-name1 = it_tab5-name1.
wa-segnam = 'E1ADRM1'.
wa-sdata = wa9.
wa-hlevel = 3.
append wa to t_edidd.
 wa-segnam = 'E1EDL28'.
 wa-sdata = wa6.
 wa-hlevel = 3.
 append wa to t_edidd.
 wa-segnam = 'E1EDL30'.
 wa-sdata = wa7.
 wa-hlevel = 4.
 append wa to t_edidd.
 wa3-kunnr = it_tab5-kunnr.
 wa-segnam = 'E1EDL32'.
 wa-sdata = wa3.
 wa-hlevel = 5.
 append wa to t_edidd.
 wa8-meins = it_tab5-unit.
 wa8-vtweg = it_tab5-vtweg.
 wa8-spart = it_tab5-spart.
 wa-segnam = 'E1EDL24'.
 wa-sdata = wa8.
 wa-hlevel = 3.
 append wa to t_edidd.
 wa-segnam = 'E1EDL37'.
 wa-sdata = wa5.
 wa-hlevel = 3.
 append wa to t_edidd.
 wa4-vbeln = it_tab5-vbeln.
 wa4-posnr = it_tab5-posnr.
 wa4-matnr = it_tab5-matnr.
 wa-segnam = 'E1EDL44'.
 wa-sdata = wa4.
 wa-hlevel = 4.
 append wa to t_edidd.
 endloop.
 t_edidc-mandt = sy-mandt.
 t_edidc-direct = '1'.
 t_edidc-rcvpor = 'A000000062'.
 t_edidc-rcvprt = 'LS'.
 t_edidc-rcvprn = 'O2C_ASSET'.
t_edidc-rcvpfc = 'LS'.
 t_edidc-sndpor = 'SAPSIT'.
 t_edidc-sndprt = 'LS'.
 t_edidc-sndprn = 'T90CLNT090'.
t_edidc-sndpfc = 'LS'.
 t_edidc-mestyp = 'DELVRY'.
 t_edidc-idoctp = 'DELVRY03'.
*t_edidc-rcvpfc = 'LS'.
t_edidc-sndpfc = 'LS'.
 t_edidc-cimtyp = 'ZDELVRY03'.
 append t_edidc to t_edidc1.
 call function 'MASTER_IDOC_DISTRIBUTE'
 exporting
 master_idoc_control = t_edidc
 OBJ_TYPE = ''
 CHNUM = ''
 tables
 communication_idoc_control = t_edidc1
 master_idoc_data = t_edidd
 exceptions
 error_in_idoc_control = 1
 error_writing_idoc_status = 2
 error_in_idoc_data = 3
 sending_logical_system_unknown = 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.
 else.
 CALL FUNCTION 'DB_COMMIT'
 CALL FUNCTION 'DEQUEUE_ALL'
 EXPORTING
 _SYNCHRON = ' '
 COMMIT WORK.
 endif.
 endloop.

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Hi,
Can anyone tell me which function module to be used for OUtbound DESADV01 which i will be using for ASN. In addition to this, please let me know which procesisng code will be used.
Can anyone please share the code for writting a funciion module in case I have to write custom FM.
Regards
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Message was edited by:
Rinku Malik

Hi,
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Thanks!

hi sridhar,
i have the same requirement as yours....
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thanks and regards,
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Hi,
Pls check the BAPIs,
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Function module for assigning a HU to delivery

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this creates HU's NOT yet assigned.
After F'tn BAPI_TRANSACTION_COMMIT
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F'tn BAPI_HU_CHANGE_HEADER
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Could you please send me the Function Module for Posting the Delivery Doument.
Thanks & Regards,
Ashok.

Hi,
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Hi Nikhil
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Please reward points if helpful.

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Please reward points if helpful.

Sample Outbound Function Module for IDocs

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ty, dd
Message was edited by:
 Demi Douglas

Hi,
Check this program:
REPORT zmatmas_idoc.
INCLUDE zmatmas_idoc_top.
INCLUDE zmatmas_idoc_selscreen.
INCLUDE zmatmas_idoc_formroutine.
START OF SELECTION
START-OF-SELECTION.
PERFORM get_data.
PERFORM create_idoc.
PERFORM distribute_idoc.
TABLES
TABLES: mara.
Structures
*Header
TYPES: BEGIN OF gs_h_mara,
 matnr TYPE mara-matnr,
 ersda TYPE mara-ersda,
 ernam TYPE mara-ernam,
 laeda TYPE mara-laeda,
 aenam TYPE mara-aenam,
 pstat TYPE mara-pstat,
 END OF gs_h_mara.
*Item
TYPES: BEGIN OF gs_i_makt,
 spras TYPE makt-spras,
 maktx TYPE makt-maktx,
 maktg TYPE makt-maktg,
 matnr TYPE makt-matnr,
 END OF gs_i_makt.
TYPES: BEGIN OF gs_i_mbew,
 lvorm TYPE mbew-lvorm,
 lbkum TYPE mbew-lbkum,
 salk3 TYPE mbew-salk3,
 vprsv TYPE mbew-vprsv,
 verpr TYPE mbew-verpr,
 stprs TYPE mbew-stprs,
 peinh TYPE mbew-peinh,
 matnr TYPE mbew-matnr,
 END OF gs_i_mbew.
TYPES: BEGIN OF gs_i_mvke,
 vkorg TYPE mvke-vkorg,
 vtweg TYPE mvke-vtweg,
 lvorm TYPE mvke-lvorm,
 versg TYPE mvke-versg,
 bonus TYPE mvke-bonus,
 provg TYPE mvke-provg,
 matnr TYPE mvke-matnr,
 END OF gs_i_mvke.
TYPES: BEGIN OF gs_i_mlan,
 aland TYPE mlan-aland,
 taxm1 TYPE mlan-taxm1,
 taxm2 TYPE mlan-taxm2,
 taxm3 TYPE mlan-taxm3,
 taxm4 TYPE mlan-taxm4,
 matnr TYPE mlan-matnr,
 END OF gs_i_mlan.
*Segment & control record
DATA: gs_segment_h LIKE zmara_h,
 gs_segment_i1 LIKE zmakt_i,
 gs_segment_i2 LIKE zmbew_i,
 gs_segment_i3 LIKE zmvke_i,
 gs_segment_i4 LIKE zmlan_i,
 gs_control_rec LIKE edidc.
Internal Table and work area
*Header & Item
DATA: gt_h_mara TYPE STANDARD TABLE OF gs_h_mara,
 gt_i_makt TYPE STANDARD TABLE OF gs_i_makt,
 gt_i_mbew TYPE STANDARD TABLE OF gs_i_mbew,
 gt_i_mvke TYPE STANDARD TABLE OF gs_i_mvke,
 gt_i_mlan TYPE STANDARD TABLE OF gs_i_mlan.
DATA: gw_h_mara TYPE gs_h_mara,
 gw_i_makt TYPE gs_i_makt,
 gw_i_mbew TYPE gs_i_mbew,
 gw_i_mvke TYPE gs_i_mvke,
 gw_i_mlan TYPE gs_i_mlan.
*EDIDD & EDIDC
DATA: gt_edidc LIKE TABLE OF edidc WITH HEADER LINE,
 gt_edidd LIKE TABLE OF edidd WITH HEADER LINE.
SELECTION SCREEN
SELECTION-SCREEN BEGIN OF BLOCK b1 WITH FRAME.
SELECT-OPTIONS: s_matnr FOR mara-matnr OBLIGATORY.
SELECTION-SCREEN END OF BLOCK b1.
*& Include ZMATMAS_IDOC_FORMROUTINE
*& Form get_data
FORM get_data .
SELECT matnr ersda ernam laeda aenam pstat
FROM mara
INTO TABLE gt_h_mara
WHERE matnr IN s_matnr.
IF sy-subrc <> 0.
 MESSAGE e003(zkaren_msgclass).
No data found according to the selection criteria
ENDIF.
IF gt_h_mara IS NOT INITIAL.
 SELECT spras maktx maktg matnr
 INTO TABLE gt_i_makt
 FROM makt
 FOR ALL ENTRIES IN gt_h_mara WHERE matnr = gt_h_mara-matnr.
 SELECT lvorm lbkum salk3 vprsv verpr stprs peinh matnr
 INTO TABLE gt_i_mbew
 FROM mbew
 FOR ALL ENTRIES IN gt_h_mara WHERE matnr = gt_h_mara-matnr.
 SELECT vkorg vtweg lvorm versg bonus provg matnr
 INTO TABLE gt_i_mvke
 FROM mvke
 FOR ALL ENTRIES IN gt_h_mara WHERE matnr = gt_h_mara-matnr.
 SELECT aland taxm1 taxm2 taxm3 taxm4 matnr
 INTO TABLE gt_i_mlan
 FROM mlan
 FOR ALL ENTRIES IN gt_h_mara WHERE matnr = gt_h_mara-matnr.
ENDIF.
ENDFORM. " get_data
*& Form create_idoc
FORM create_idoc .
*Control data
gs_control_rec-mestyp = 'ZKAR_MATMAS_MSG_TYPE'. "Message type
gs_control_rec-idoctp = 'ZKAR_MATMAS'. "IDoc
gs_control_rec-rcvprt = 'LS'. "Partner type of receiver
gs_control_rec-rcvprn = 'T90CLNT810'. "Partner number of receiver
LOOP AT gt_h_mara INTO gw_h_mara .
*Header data.
 gs_segment_h-matnr = gw_h_mara-matnr.
 gs_segment_h-ersda = gw_h_mara-ersda.
 gs_segment_h-ernam = gw_h_mara-ernam.
 gs_segment_h-laeda = gw_h_mara-laeda.
 gs_segment_h-aenam = gw_h_mara-aenam.
 gs_segment_h-pstat = gw_h_mara-pstat.
*Header segment
 gt_edidd-segnam = 'ZMARA_H'.
 gt_edidd-sdata = gs_segment_h.
 MOVE gt_edidd-sdata TO gs_segment_h.
 APPEND gt_edidd.
 WRITE:/ gs_segment_h-matnr, gs_segment_h-ersda, gs_segment_h-ernam,
 gs_segment_h-laeda, gs_segment_h-aenam, gs_segment_h-pstat.
*ITEM 1
 LOOP AT gt_i_makt INTO gw_i_makt.
 IF gw_i_makt-matnr = gw_h_mara-matnr.
*Item data
 gs_segment_i1-spras = gw_i_makt-spras.
 gs_segment_i1-maktx = gw_i_makt-maktx.
 gs_segment_i1-maktg = gw_i_makt-maktg.
*Item segment
 gt_edidd-segnam = 'ZMAKT_I'.
 gt_edidd-sdata = gs_segment_i1.
 APPEND gt_edidd.
 ENDIF.
 ENDLOOP. "at gt_i_vbak
*ITEM2
 LOOP AT gt_i_mbew INTO gw_i_mbew.
 IF gw_i_mbew-matnr = gw_h_mara-matnr.
*Item data
 gs_segment_i2-lvorm = gw_i_mbew-lvorm.
 gs_segment_i2-lbkum = gw_i_mbew-lbkum.
 gs_segment_i2-salk3 = gw_i_mbew-salk3.
 gs_segment_i2-vprsv = gw_i_mbew-vprsv.
 gs_segment_i2-verpr = gw_i_mbew-verpr.
 gs_segment_i2-stprs = gw_i_mbew-stprs.
 gs_segment_i2-peinh = gw_i_mbew-peinh.
*Item segment
 gt_edidd-segnam = 'ZMBEW_I'.
 gt_edidd-sdata = gs_segment_i2.
 APPEND gt_edidd.
 ENDIF.
 ENDLOOP.
*ITEM3
 LOOP AT gt_i_mvke INTO gw_i_mvke.
 IF gw_i_mvke-matnr = gw_h_mara-matnr.
*Item data
 gs_segment_i3-vkorg = gw_i_mvke-vkorg.
 gs_segment_i3-vtweg = gw_i_mvke-vtweg.
 gs_segment_i3-lvorm = gw_i_mvke-lvorm.
 gs_segment_i3-versg = gw_i_mvke-versg.
 gs_segment_i3-bonus = gw_i_mvke-bonus.
 gs_segment_i3-provg = gw_i_mvke-provg.
*Item segment
 gt_edidd-segnam = 'ZMVKE_I'.
 gt_edidd-sdata = gs_segment_i3.
 APPEND gt_edidd.
 ENDIF.
 ENDLOOP.
*ITEM4
 LOOP AT gt_i_mlan INTO gw_i_mlan.
 IF gw_i_mlan-matnr = gw_h_mara-matnr.
*Item data
 gs_segment_i4-aland = gw_i_mlan-aland.
 gs_segment_i4-taxm1 = gw_i_mlan-taxm1.
 gs_segment_i4-taxm2 = gw_i_mlan-taxm2.
 gs_segment_i4-taxm3 = gw_i_mlan-taxm3.
 gs_segment_i4-taxm4 = gw_i_mlan-taxm4.
*Item segment
 gt_edidd-segnam = 'ZMLAN_I'.
 gt_edidd-sdata = gs_segment_i4.
 APPEND gt_edidd.
 ENDIF.
 ENDLOOP.
ENDLOOP. "at gt_h_kna1
ENDFORM. " create_idoc
*& Form distribute_idoc
FORM distribute_idoc .
CALL FUNCTION 'MASTER_IDOC_DISTRIBUTE'
 EXPORTING
 master_idoc_control = gs_control_rec
 TABLES
 communication_idoc_control = gt_edidc
 master_idoc_data = gt_edidd
 EXCEPTIONS
 error_in_idoc_control = 1
 error_writing_idoc_status = 2
 error_in_idoc_data = 3
 sending_logical_system_unknown = 4
 OTHERS = 5.
IF sy-subrc <> 0.
 WRITE:/ 'Error'.
ELSE.
 LOOP AT gt_edidc.
 WRITE:/ gt_edidc-docnum.
 ENDLOOP. "at gt_edidc
ENDIF.
ENDFORM. " distribute_idoc

Function module for the Inbound Delivery

Dear ABAPers,
        I have created the Inbound Delivery in VL01N Transaction.I want to create the Post goods issue for the Delivery number.What is the Function module for the Post goods issue for the Delivery number and what all the Parameter needs to be passed.
Thanks & Regards,
Ashok.

Hi,
Try this code...
PARAMETERS: p_vbeln LIKE likp-vbeln OBLIGATORY.
DATA:    l_vbkok_wa   TYPE vbkok,
         l_i_prott    TYPE STANDARD TABLE OF prott,
         l_pgi_status TYPE xfeld,
         c_check      TYPE c VALUE 'X'.
l_vbkok_wa-vbeln_vl = p_vbeln.
l_vbkok_wa-vbtyp_vl = 'T'.
l_vbkok_wa-wabuc    = c_check.
Do PGI
CALL FUNCTION 'WS_DELIVERY_UPDATE'
EXPORTING
    vbkok_wa                  = l_vbkok_wa
    commit                    = c_check
    delivery                  = l_vbkok_wa-vbeln_vl
IMPORTING
    ef_error_in_goods_issue_0 = l_pgi_status
TABLES
    prot                      = l_i_prott.
IF l_pgi_status IS NOT INITIAL.
WRITE:/ 'PGI Failure : ', p_vbeln.
ELSE.
WRITE:/ 'PGI Success : ', p_vbeln.
CALL FUNCTION 'BAPI_TRANSACTION_COMMIT'
    EXPORTING
      wait = c_check.
ENDIF.
Regards
Meenakshi

Function Module for message "MBGMCR" in outbound process

Hi all,
I want to create an IDoc via EDI when I post a material document. I use messgae type MBGMCR and IDoc type MBGMCR02 and I already configured in partner profile and all about output determination in SAP-IM.
And now I need a function module to process outbound IDoc of posting material document but I couldn't find a function module for processing.
Pls let me know about that.
Thanks for your time.

Hi,
You need to Code your own Z Function Module for this. Copy any standard outbound FM to create your own Z FM, so as to ensure that Interfaces are correct.
Refer to given below threads:
Re: Standard IDOC for Goods Receipt
Re: Idoc type for Goods Receipt
Goods Receipt MIGO IDOC

Goods Receive for Outbound Delivery Without Reference using MIGO

Dear Colleague ...
We might need your insight on the case below related to Goods Receive of Outbound Delivery without Reference using MIGO:
(1) In the current SAP Enjoy screen of MIGO, we are allowed to select the reference document (e.g. = PO, Material Document, Inbound Document, Outbound Document, etc.)
(2) We did 3 (three) kind of test set: GR for Inbound Delivery, GR for Outbound Delivery with STO and GR for Outbound Delivery without reference.
(3) The first 2 (two) cases work just find with MIGO. We believe it is because the receiving plant is pretty much determined in the reference document, which is PO (case 1) or STO (case 3)
(4) However, the last case came up with the error message "Goods receipt not possible for delivery 8000610236: error code 5". We believe that this is the standard design of SAP, that the receiving plant is required and it is not defined explicitly in the delivery document.
(5) Moreover, we also believe that that's the reason why SAP (via the Logistic Execution module) provide the Handling Unit and Shipment, which can be used to perform such receive function, which will imply the MM posting (goods issue and goods receive) IF there is stock transfer involved.
Appreciate for any thoughts or input on the above. Many thanks,
Alvon Sibarani

use transaction mb0a it will work for the scenario.

Function module for Outbound Delivery

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