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RVBAI_ATP_CONVERT SAP ABAP Report - RVBAIATPCONVERT
RVBAI_ATP_CONVERT is a standard Executable ABAP Report 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 RVBAI_ATP_CONVERT 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 RVBAI_ATP_CONVERT. "Basic submit
SUBMIT RVBAI_ATP_CONVERT AND RETURN. "Return to original report after report execution complete
SUBMIT RVBAI_ATP_CONVERT 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 RVBAI_ATP_CONVERT
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:
VBXU_DEFINITIONS_GET CALL FUNCTION 'VBXU_DEFINITIONS_GET' EXCEPTIONS batch_spec_uom_not_active = 1 OTHERS = 99.
VBXU_APO_UOM_CONVERT CALL FUNCTION 'VBXU_APO_UOM_CONVERT' EXPORTING i_matnr = lv_matnr i_r3_2_apo = 'X' i_apo_2_r3 = space CHANGING c_meins = pt_apoatpallx-meins EXCEPTIONS batch_spec_uom_not_active = 1 OTHERS = 99.
VBXU_MATERIAL_UOM_APO_CHECK CALL FUNCTION 'VBXU_MATERIAL_UOM_APO_CHECK' EXPORTING i_matnr = lv_matnr EXCEPTIONS no_material = 1 batch_spec_uom_not_active = 2 OTHERS = 99.
VBXU_APO_UOM_CONVERT CALL FUNCTION 'VBXU_APO_UOM_CONVERT' EXPORTING i_matnr = lv_matnr i_charg = lv_charg i_werks = lv_werks i_r3_2_apo = 'X' i_apo_2_r3 = space CHANGING c_quan15_1 = pt_aporeqitmx-reqqty c_quan15_2 = pt_aporeqitmx-witqty c_quan15_3 = pt_aporeqitmx-allqty_cum c_quan15_4 = pt_aporeqitmx-atpqty_cum c_quan15_5 = pt_aporeqitmx-plnqty_cum EXCEPTIONS batch_spec_uom_not_active = 1 OTHERS = 99.
VBXU_APO_UOM_CONVERT CALL FUNCTION 'VBXU_APO_UOM_CONVERT' EXPORTING i_matnr = lv_matnr i_charg = lv_charg i_werks = lv_werks i_r3_2_apo = 'X' i_apo_2_r3 = space CHANGING c_quan15_1 = pt_apocorrx-reqqty c_quan15_2 = pt_apocorrx-cnfqty EXCEPTIONS batch_spec_uom_not_active = 1 OTHERS = 99.
VBXU_APO_UOM_CONVERT CALL FUNCTION 'VBXU_APO_UOM_CONVERT' EXPORTING i_matnr = pt_atpcsx-matnr i_charg = pt_atpcsx-charg i_werks = pt_atpcsx-werks i_r3_2_apo = 'X' i_apo_2_r3 = space CHANGING c_meins = pt_quot_vbx-basme c_quan13_1 = pt_quot_vbx-menge c_quan13_2 = pt_quot_vbx-lfmng EXCEPTIONS batch_spec_uom_not_active = 1 OTHERS = 99.
VBXU_APO_UOM_CONVERT CALL FUNCTION 'VBXU_APO_UOM_CONVERT' EXPORTING i_matnr = pt_atpcsx-matnr i_charg = pt_atpcsx-charg i_werks = pt_atpcsx-werks i_r3_2_apo = 'X' i_apo_2_r3 = space CHANGING c_meins = pt_quot_vbapox-basme c_quan13_1 = pt_quot_vbapox-menge c_quan13_2 = pt_quot_vbapox-lfmng EXCEPTIONS batch_spec_uom_not_active = 1 OTHERS = 99.
VBXU_DEFINITIONS_GET CALL FUNCTION 'VBXU_DEFINITIONS_GET' EXCEPTIONS batch_spec_uom_not_active = 1 OTHERS = 99.
VBXU_MATERIAL_UOM_APO_CHECK CALL FUNCTION 'VBXU_MATERIAL_UOM_APO_CHECK' EXPORTING i_matnr = lv_matnr EXCEPTIONS no_material = 1 batch_spec_uom_not_active = 2 OTHERS = 99.
VBXU_APO_UOM_CONVERT CALL FUNCTION 'VBXU_APO_UOM_CONVERT' EXPORTING i_matnr = lv_matnr i_charg = lv_charg i_werks = lv_werks i_r3_2_apo = space i_apo_2_r3 = 'X' CHANGING c_quan15_1 = pt_aporeqitmx-reqqty c_quan15_2 = pt_aporeqitmx-witqty c_quan15_3 = pt_aporeqitmx-allqty_cum c_quan15_4 = pt_aporeqitmx-atpqty_cum c_quan15_5 = pt_aporeqitmx-plnqty_cum EXCEPTIONS batch_spec_uom_not_active = 1 OTHERS = 99.
VBXU_APO_UOM_CONVERT CALL FUNCTION 'VBXU_APO_UOM_CONVERT' EXPORTING i_matnr = lv_matnr i_charg = lv_charg i_werks = lv_werks i_r3_2_apo = space i_apo_2_r3 = 'X' CHANGING c_quan15_1 = pt_aporesx-cnfqty EXCEPTIONS batch_spec_uom_not_active = 1 OTHERS = 99.
VBXU_APO_UOM_CONVERT CALL FUNCTION 'VBXU_APO_UOM_CONVERT' EXPORTING i_matnr = pt_atpcsx-matnr i_charg = pt_atpcsx-charg i_werks = pt_atpcsx-werks i_r3_2_apo = space i_apo_2_r3 = 'X' CHANGING c_meins = pt_quot_vbx-basme c_quan13_1 = pt_quot_vbx-menge c_quan13_2 = pt_quot_vbx-lfmng EXCEPTIONS batch_spec_uom_not_active = 1 OTHERS = 99.
VBXU_APO_UOM_CONVERT CALL FUNCTION 'VBXU_APO_UOM_CONVERT' EXPORTING i_matnr = pt_atpcsx-matnr i_charg = pt_atpcsx-charg i_werks = pt_atpcsx-werks i_r3_2_apo = space i_apo_2_r3 = 'X' CHANGING c_meins = pt_quot_vbapox-basme c_quan13_1 = pt_quot_vbapox-menge c_quan13_2 = pt_quot_vbapox-lfmng EXCEPTIONS batch_spec_uom_not_active = 1 OTHERS = 99.
Contribute (Add Comments)
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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.
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