DBIDFF00 SAP ABAP INCLUDE - Include Database Access for Logical Database IDF (All Real Estate)
DBIDFF00 is a standard ABAP INCLUDE available within your SAP system (depending on your version and release level). Below is the basic information available for this SAP report including which OBJECTS it interacts with such as TABLES, FUNCTION MODULES, INCLUDES ETC. Also check out the submitted Comments related to this SAP report or see any standard documentation available.
If you would like to execute this report or see the full code listing simply enter DBIDFF00 into the relevant SAP transactions such as SE38 or SE80
ABAP code to call this SAP report using the submit statement
This report can be called from another progam/report simply by using the ABAP SUBMIT statement, see below for example ABAP code snipts of how to do this.
SUBMIT DBIDFF00. "Basic submit
SUBMIT DBIDFF00 AND RETURN. "Return to original report after report execution complete
SUBMIT DBIDFF00 VIA SELECTION-SCREEN. "Display selection screen of submitted report to user
See more syntax options for the ABAP SUBMIT statement
Text pool values
Title: Include Database Access for Logical Database IDF (All Real Estate)
INCLUDES used within this REPORT DBIDFF00
No INCLUDES are used within this REPORT code!
TABLES used within REPORT and the associated SELECT statement:
No SAP DATABASE tables are accessed within this REPORT code!
Function Modules used within report and the associated call statement:
ABR_AE_FOR_ME_GET CALL FUNCTION 'ABR_AE_FOR_ME_GET' EXPORTING i_bukrs = tab_viob01-bukrs i_swenr = tab_viob01-swenr * I_SMENR = " ME leer => Alle MEs zur WE TABLES e_t_ae_me = loc_tab_ae_act_we * E_T_VIAK05_BIS = EXCEPTIONS OTHERS = 0.
ABR_VIAK04_READ_WITH_BUFFER CALL FUNCTION 'ABR_VIAK04_READ_WITH_BUFFER' EXPORTING i_key_single = loc_key_viak03 TABLES e_t_viak04 = tab_viak04 EXCEPTIONS OTHERS = 0.
ABR_VIAK25_READ_WITH_BUFFER CALL FUNCTION 'ABR_VIAK25_READ_WITH_BUFFER' EXPORTING i_key_single = loc_key_viak03 TABLES e_t_viak25 = tab_viak25 EXCEPTIONS OTHERS = 0.
ABR_ME_STEILNME_GET CALL FUNCTION 'ABR_ME_STEILNME_GET' EXPORTING i_rfviaekey = loc_rfviaekey i_datum_ab = loc_date_ab i_datum_bis = loc_date_bis i_kz_bypass_buffer = space " <<< INS 170538 TABLES e_tab_viak23 = tab_viak23 e_tab_viak23_db = tab_viak23_db e_tab_viak24 = tab_viak24 e_tab_viak05_bis = tab_viak05 * e_tab_vimi01 = tab_vimi01 " <<< DEL 305934 e_tab_vimi01 = tab_viakme " <<< INS 305934 EXCEPTIONS OTHERS = 0.
ABR_ME_STEILNME_GET CALL FUNCTION 'ABR_ME_STEILNME_GET' EXPORTING i_rfviaekey = loc_rfviaekey i_datum_ab = loc_date_ab i_datum_bis = loc_date_bis i_kz_bypass_buffer = space " <<< INS 170538 TABLES e_tab_viak23 = tab_viak23 e_tab_viak23_db = tab_viak23_db e_tab_viak24 = tab_viak24 e_tab_viak05_bis = tab_viak05 *< e_tab_vimi01 = tab_vimi01 EXCEPTIONS OTHERS = 0.
ABR_ME_STEILNME_GET CALL FUNCTION 'ABR_ME_STEILNME_GET' EXPORTING i_rfviaekey = loc_rfviaekey i_datum_ab = loc_date_ab i_datum_bis = loc_date_bis i_kz_bypass_buffer = space " <<< INS 170538 TABLES e_tab_viak23 = tab_viak23 e_tab_viak23_db = tab_viak23_db *< e_tab_viak24 = tab_viak24 e_tab_viak05_bis = tab_viak05 *< e_tab_vimi01 = tab_vimi01 EXCEPTIONS OTHERS = 0.
ABR_ME_STEILNME_GET CALL FUNCTION 'ABR_ME_STEILNME_GET' EXPORTING i_rfviaekey = loc_rfviaekey i_datum_ab = loc_date_ab i_datum_bis = loc_date_bis i_kz_bypass_buffer = space " <<< INS 170538 TABLES *< e_tab_viak23 = tab_viak23 *< e_tab_viak24 = tab_viak24 e_tab_viak05_bis = tab_viak05 *< e_tab_vimi01 = tab_vimi01 EXCEPTIONS OTHERS = 0.
OBJECT_SELECT_S CALL FUNCTION 'OBJECT_SELECT_S' EXPORTING ausw_kz_adr = 'A' ausw_kz_obj = 'A' no_displ_if_one = ' ' * sano1_in = ' ' sans1_in = loc_sans1 TABLES rsoadr_in = so_adrnr rsoobj_in = so_objnr sano1_out = tab_sano1 sans1_out = tab_sans1 tzv03_in = loc_tab_tzv03 EXCEPTIONS OTHERS = 0.
BPAR_S_BPCENTRAL_ADR_REF CALL FUNCTION 'BPAR_S_BPCENTRAL_ADR_REF' EXPORTING adr_ref_k = vzgpo-adr_ref * ausw_kz = 'A' " <<< DEL PJEK002807 ausw_kz = ' ' " <<< INS PJEK002807 date_in = loc_date "#EC DOM_EQUAL no_displ_if_one = 'X' partnr = bp000-partnr * DISPLAY = ' ' IMPORTING address_out = bpdadr adrbez_out = bp030 EXCEPTIONS OTHERS = 0.
ME_GET_AREA CALL FUNCTION 'ME_GET_AREA' EXPORTING * I_BUKRS = * I_SWENR = * I_SMENR = i_dstich = p_dstich "#EC DOM_EQUAL i_intreno = vimi01-intreno * I_OBJNR = * I_IMKEY = * I_KZ_ONE_UNIT = * I_UNIT = * I_KZ_ALL = i_refresh_buffer = 'X' TABLES t_viob40 = tab_viob40 * T_RANGES_SFLART = EXCEPTIONS OTHERS = 0 .
ME_GET_AREA CALL FUNCTION 'ME_GET_AREA' EXPORTING * I_BUKRS = * I_SWENR = * I_SMENR = * I_DSTICH = SY-DATUM i_intreno = vimi01-intreno * I_OBJNR = * I_IMKEY = * I_KZ_ONE_UNIT = * I_UNIT = i_kz_all = 'X' i_refresh_buffer = 'X' TABLES t_viob40 = tab_viob40 * T_RANGES_SFLART = EXCEPTIONS OTHERS = 0 .
MV_ADJUST_TYPE_LOAD CALL FUNCTION 'MV_ADJUST_TYPE_LOAD' EXPORTING i_date = par_dstich i_kz_bypass_buffer = 'X' i_vimimv = par_vimimv TABLES e_tab_vimi54 = loc_tab_vimi54_kz.
MV_ADJUST_TYPE_LOAD CALL FUNCTION 'MV_ADJUST_TYPE_LOAD' EXPORTING i_kz_bypass_buffer = 'X' i_vimimv = par_vimimv TABLES e_tab_vimi54 = loc_tab_vimi54_kz.
MV_ADJUST_TYPE_INDEX_LOAD CALL FUNCTION 'MV_ADJUST_TYPE_INDEX_LOAD' EXPORTING i_date = par_dstich i_intreno = par_vimimv-intreno i_kz_bypass_buffer = 'X' TABLES e_tab_vimi55 = loc_tab_vimi55_kz.
MV_ADJUST_TYPE_INDEX_LOAD CALL FUNCTION 'MV_ADJUST_TYPE_INDEX_LOAD' EXPORTING i_intreno = par_vimimv-intreno i_kz_bypass_buffer = 'X' TABLES e_tab_vimi55 = loc_tab_vimi55_kz.
STATUS_PRE_READ CALL FUNCTION 'STATUS_PRE_READ' TABLES jsto_pre_tab = jsto_pre_tab EXCEPTIONS OTHERS = 0.
STATUS_CHECK_BY_SELSCHEM CALL FUNCTION 'STATUS_CHECK_BY_SELSCHEM' EXPORTING objnr =
selid = par_i_selid IMPORTING fullfill = loc_kz_ok EXCEPTIONS OTHERS = 0.
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DBIDFF00 - Include Database Access for Logical Database IDF (All Real Estate) DBHV0JF01 - documentation and ABAP source code DBGLGPBO - Data Definition for FI-SL Archiving DBGLGF01 - Data Definition for FI-SL Archiving DBGLGCO2 - documentation and ABAP source code DBGLGCO1 - Common Area for Archiving