SAP Reports / Programs | Basis Components | Business Management | Organizational Management(BC-BMT-OM) SAP BC
DBPCHF10 SAP ABAP INCLUDE - documentation and ABAP source code
DBPCHF10 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 DBPCHF10 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 DBPCHF10. "Basic submit
SUBMIT DBPCHF10 AND RETURN. "Return to original report after report execution complete
SUBMIT DBPCHF10 VIA SELECTION-SCREEN. "Display selection screen of submitted report to user
See more syntax options for the ABAP SUBMIT statement
INCLUDES used within this REPORT DBPCHF10
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:
RH_BASE_PARTITION CALL FUNCTION 'RH_BASE_PARTITION' EXPORTING form = 'PROCESS_EXTINT' repid = 'SAPDBPCH' check_stru_auth = 'X' TABLES objects = extint.
RHEO_DATA_PRESEL CALL FUNCTION 'RHEO_DATA_PRESEL' "GG61 EXPORTING otype = pc-otype "only sequential access TABLES dp_tab = pe_otjid_range EXCEPTIONS OTHERS = 0.
RHEO_DBSEL CALL FUNCTION 'RHEO_DBSEL' "GG61 EXPORTING otype = pc-otype plvar = pc-plvar obeg = pc-obeg oend = pc-oend TABLES objid = pchobjid extern = extint EXCEPTIONS OTHERS = 0.
RHEO_DBSEL CALL FUNCTION 'RHEO_DBSEL' "GG61 EXPORTING otype = pc-otype plvar = pc-plvar obeg = pc-obeg oend = pc-oend TABLES objid = pchsobid extern = external EXCEPTIONS OTHERS = 0.
RH_READ_INFTY_1001_EXT CALL FUNCTION 'RH_READ_INFTY_1001_EXT' EXPORTING istat = data_istat extend = 'X' begda = data_begda endda = data_endda TABLES i1001 = phset_i1001 objects = $ffpe_inttab EXCEPTIONS others = 0.
RH_READ_INFTY_1001_EXT CALL FUNCTION 'RH_READ_INFTY_1001_EXT' EXPORTING istat = data_istat extend = 'X' begda = data_begda endda = data_endda TABLES i1001 = phset_i1001 objects = ffpe_exttab EXCEPTIONS others = 0.
RH_READ_INFTY_1001_EXT CALL FUNCTION 'RH_READ_INFTY_1001_EXT' EXPORTING istat = data_istat extend = 'X' begda = data_begda endda = data_endda TABLES i1001 = phset_i1001 objects = $ffpe_inttab EXCEPTIONS others = 0.
RH_READ_INFTY_1001_EXT CALL FUNCTION 'RH_READ_INFTY_1001_EXT' EXPORTING istat = data_istat extend = 'X' begda = data_begda endda = data_endda TABLES i1001 = ffpe_i1001 objects = ffpe_exttab EXCEPTIONS nothing_found = 4.
RH_STRU_AUTHORITY_CHECK CALL FUNCTION 'RH_STRU_AUTHORITY_CHECK' EXPORTING plvar = dp_objects-plvar otype = dp_objects-otype objid = dp_objects-objid EXCEPTIONS OTHERS = 4.
RH_BASE_PARTITION_REST CALL FUNCTION 'RH_BASE_PARTITION_REST' EXPORTING rest = dp_otjid_range_lines IMPORTING rest_partition = dp_add$.
RH_BASE_READ_INFTY_1000 CALL FUNCTION 'RH_BASE_READ_INFTY_1000' EXPORTING with_stru_auth = space plvar = fib_plvar selid = req_infty-selid extend = space TABLES i1000 = onnnn range = fib_range EXCEPTIONS OTHERS = 0.
RH_BASE_READ_INFTY_1000 CALL FUNCTION 'RH_BASE_READ_INFTY_1000' EXPORTING with_stru_auth = space plvar = fib_plvar istat = data_istat extend = 'X' begda = data_begda endda = data_endda selid = req_infty-selid TABLES i1000 = onnnn range = fib_range EXCEPTIONS OTHERS = 0.
RH_BASE_READ_INFTY_1000 CALL FUNCTION 'RH_BASE_READ_INFTY_1000' EXPORTING with_stru_auth = space plvar = fib_plvar selid = req_infty-selid extend = 'D' condition = req_infty-condition TABLES i1000 = onnnn range = fib_range EXCEPTIONS OTHERS = 0.
RH_BASE_READ_INFTY_1000 CALL FUNCTION 'RH_BASE_READ_INFTY_1000' EXPORTING with_stru_auth = space plvar = fib_plvar selid = req_infty-selid extend = space TABLES i1000 = onnnn_ro range = fib_range EXCEPTIONS OTHERS = 0.
RH_BASE_READ_INFTY_1000 CALL FUNCTION 'RH_BASE_READ_INFTY_1000' EXPORTING with_stru_auth = space plvar = fib_plvar istat = data_istat extend = 'X' begda = data_begda endda = data_endda selid = req_infty-selid TABLES i1000 = onnnn_ro range = fib_range EXCEPTIONS OTHERS = 0.
RH_BASE_READ_INFTY_1000 CALL FUNCTION 'RH_BASE_READ_INFTY_1000' EXPORTING with_stru_auth = space plvar = fib_plvar selid = req_infty-selid extend = 'D' condition = req_infty-condition TABLES i1000 = onnnn_ro range = fib_range EXCEPTIONS OTHERS = 0.
RH_BASE_READ_INFTY_1001 CALL FUNCTION 'RH_BASE_READ_INFTY_1001' EXPORTING with_stru_auth = space plvar = fib_plvar extend = space selid = req_infty-selid adata = req_infty-adata TABLES i1001 = o1001 range = fib_range EXCEPTIONS OTHERS = 0.
RH_BASE_READ_INFTY_1001 CALL FUNCTION 'RH_BASE_READ_INFTY_1001' EXPORTING with_stru_auth = space plvar = fib_plvar istat = data_istat extend = 'X' begda = data_begda endda = data_endda selid = req_infty-selid adata = req_infty-adata TABLES i1001 = o1001 range = fib_range EXCEPTIONS OTHERS = 0.
CALL FUNCTION 'RH_BASE_READ_INFTY_1001' EXPORTING with_stru_auth = space plvar = fib_plvar selid = req_infty-selid extend = 'D' condition = req_infty-condition adata = req_infty-adata TABLES i1001 = o1001 range = fib_range EXCEPTIONS OTHERS = 0.
RH_BASE_READ_INFTY_1001 CALL FUNCTION 'RH_BASE_READ_INFTY_1001' EXPORTING with_stru_auth = space plvar = fib_plvar extend = space selid = req_infty-selid adata = req_infty-adata TABLES i1001 = o1001_ro range = fib_range EXCEPTIONS OTHERS = 0.
RH_BASE_READ_INFTY_1001 CALL FUNCTION 'RH_BASE_READ_INFTY_1001' EXPORTING with_stru_auth = space plvar = fib_plvar istat = data_istat extend = 'X' begda = data_begda endda = data_endda selid = req_infty-selid adata = req_infty-adata TABLES i1001 = o1001_ro range = fib_range EXCEPTIONS OTHERS = 0.
RH_BASE_READ_INFTY_1001 CALL FUNCTION 'RH_BASE_READ_INFTY_1001' EXPORTING with_stru_auth = space plvar = fib_plvar selid = req_infty-selid extend = 'D' condition = req_infty-condition adata = req_infty-adata TABLES i1001 = o1001_ro range = fib_range EXCEPTIONS OTHERS = 0.
RH_BASE_READ_INFTY_NNNN CALL FUNCTION 'RH_BASE_READ_INFTY_NNNN' EXPORTING with_stru_auth = space plvar = fib_plvar infty = req_infty-infty extend = space inftb = req_infty-inftb selid = req_infty-selid TABLES innnn = onnnn range = fib_range EXCEPTIONS OTHERS = 0.
RH_BASE_READ_INFTY_NNNN CALL FUNCTION 'RH_BASE_READ_INFTY_NNNN' EXPORTING with_stru_auth = space plvar = fib_plvar infty = req_infty-infty istat = data_istat extend = 'X' begda = data_begda endda = data_endda inftb = req_infty-inftb selid = req_infty-selid TABLES innnn = onnnn range = fib_range EXCEPTIONS OTHERS = 0.
RH_BASE_READ_INFTY_NNNN CALL FUNCTION 'RH_BASE_READ_INFTY_NNNN' EXPORTING with_stru_auth = space plvar = fib_plvar infty = req_infty-infty inftb = req_infty-inftb selid = req_infty-selid extend = 'D' condition = req_infty-condition TABLES innnn = onnnn range = fib_range EXCEPTIONS OTHERS = 0.
RH_READ_INFTY_TABDATA CALL FUNCTION 'RH_READ_INFTY_TABDATA' EXPORTING infty = req_infty-infty TABLES innnn = fib_tabi hrtnnnn = fib_tabd EXCEPTIONS OTHERS = 4.
RH_BASE_READ_INFTY_NNNN CALL FUNCTION 'RH_BASE_READ_INFTY_NNNN' EXPORTING with_stru_auth = space plvar = fib_plvar infty = req_infty-infty extend = space inftb = req_infty-inftb selid = req_infty-selid TABLES innnn = onnnn_ro range = fib_range EXCEPTIONS OTHERS = 0.
RH_BASE_READ_INFTY_NNNN CALL FUNCTION 'RH_BASE_READ_INFTY_NNNN' EXPORTING with_stru_auth = space plvar = fib_plvar infty = req_infty-infty istat = data_istat extend = 'X' begda = data_begda endda = data_endda inftb = req_infty-inftb selid = req_infty-selid TABLES innnn = onnnn_ro range = fib_range EXCEPTIONS OTHERS = 0.
RH_BASE_READ_INFTY_NNNN CALL FUNCTION 'RH_BASE_READ_INFTY_NNNN' EXPORTING with_stru_auth = space plvar = fib_plvar infty = req_infty-infty inftb = req_infty-inftb selid = req_infty-selid extend = 'D' condition = req_infty-condition TABLES innnn = onnnn_ro range = fib_range EXCEPTIONS OTHERS = 0.
RH_READ_INFTY_TABDATA CALL FUNCTION 'RH_READ_INFTY_TABDATA' EXPORTING infty = req_infty-infty TABLES innnn = fib_tabi hrtnnnn = fib_tabd EXCEPTIONS OTHERS = 4.
RH_READ_INFTY CALL FUNCTION 'RH_READ_INFTY' EXPORTING infty = space inftb = $pch$-inftb istat = data_istat extend = 'X' begda = data_begda endda = data_endda via_t777d = 'X' TABLES innnn = phset_onnnn objects = ffpi_internal EXCEPTIONS OTHERS = 0.
RH_READ_INFTY CALL FUNCTION 'RH_READ_INFTY' EXPORTING infty = space inftb = $pch$-inftb istat = data_istat extend = 'X' begda = data_begda endda = data_endda sort = space via_t777d = 'X' TABLES innnn = $ffpi_onnnn objects = phset_object EXCEPTIONS OTHERS = 0.
SAPGUI_PROGRESS_INDICATOR CALL FUNCTION 'SAPGUI_PROGRESS_INDICATOR' EXPORTING percentage = progress text = progress_text.
RH_CONDITION_BUILD CALL FUNCTION 'RH_CONDITION_BUILD' EXPORTING infty = sc_infty IMPORTING condition = sc_condition TABLES condtab = sc_tab EXCEPTIONS wrong_condition = 4 no_db_field = 6 unknown_infty_db = 8 OTHERS = 9.
RH_DYNAMIC_WHERE_BUILD CALL FUNCTION 'RH_DYNAMIC_WHERE_BUILD' EXPORTING dbtable = index_infty_tab TABLES condtab = siic_tab where_clause = index_infty_cond EXCEPTIONS empty_condtab = 01 no_db_field = 02 unknown_db = 03 wrong_condition = 04.
Contribute (Add Comments)
Although this basic information may have limited use it does provide an easy to find location to store any knowledge about this program/report.
The contribute/comments section below therefore offer's an opportunity for anyone to add additional information. This can be anything from useful hints, tips and screen shots to relevant SAP notes or anything else you feel is relevant to this report.
This will then be available for everyone to easily find by simply searching on the report name DBPCHF10 or its description.