The requirement is to create an Inbound IDOC in the same system. The input data can be from an input file with values in it.
We can create a custom program and call function module 'IDOC_INBOUND_WRITE_TO_DB' to create the Inbound IDOC.
1. Populating the Data Record:
DATA: lst_MATHEAD TYPE E1segment1,
lst_KEY TYPE E1segment2,
DATA: li_idoc_data TYPE STANDARD TABLE OF edidd,
lw_idoc_data TYPE edidd.
CONSTANTS: lc_MATHEAD TYPE edilsegtyp VALUE 'HEAD',
lc_KEY TYPE edilsegtyp VALUE 'KKEY'.
* Header
Populate lw_idoc_data-sdata.
lw_idoc_data-hlevel = 01.
lw_idoc_data-segnam = <Header Segment Name>.
APPEND lw_idoc_data TO li_idoc_data.
CLEAR : lw_idoc_data.
* Item
LOOP AT <Item Data>.
Populate lw_idoc_data-sdata.
lw_idoc_data-hlevel = 02.
lw_idoc_data-segnam = <Item Segment Name>.
APPEND lw_idoc_data TO li_idoc_data.
CLEAR : lw_idoc_data.
ENDLOOP.
2. Populating the Control Record:
Getting the name of the current logical system we are working in:
CALL FUNCTION 'OWN_LOGICAL_SYSTEM_GET'
IMPORTING
OWN_LOGICAL_SYSTEM = lv_logsys .
IF SY-SUBRC <> 0.
ENDIF.
lw_edidc-SNDPRN = lw_edidc-rcvprn = lv_logsys.
lw_edidc-status = '64'.
lw_edidc-direct = '2'.
lw_edidc-stdmes = 'ARTMAS'.
lw_edidc-mestyp = 'ARTMAS'.
SELECT single sndprt
FROM edp21
INTO l_sndprt
WHERE sndprn = lv_logsys
AND mestyp = ‘ARTMAS’
AND mescod = ''
AND mesfct = ''.
IF sy-subrc EQ 0.
rec_edidc-rcvprt = l_sndprt.
rec_edidc-sndprt = l_sndprt.
ENDIF.
lw_edidc-idoctp = 'ARTMAS05'.
lw_edidc-rcvpor = maintained in Set
lw_edidc-sndpor = maintained in Set
3. Call the IDOC creating Function module:
DATA: lw_edids TYPE edids,
lv_sysubrc TYPE sysubrc.
CALL FUNCTION 'IDOC_INBOUND_WRITE_TO_DB'
EXPORTING
pi_status_message = lw_edids
IMPORTING
pe_state_of_processing = lv_sysubrc
TABLES
t_data_records = li_idoc_data
CHANGING
pc_control_record = lw_edidc
EXCEPTIONS
idoc_not_saved = 1
OTHERS = 2.
