/NFM/SUM_NE_KONSTRUKTIONSGEW SAP ABAP Report - Calculation and Updating of Structural Weights in Batch Mode

/NFM/SUM_NE_KONSTRUKTIONSGEW 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 /NFM/SUM_NE_KONSTRUKTIONSGEW 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.

Text pool values

INCLUDES used within this REPORT /NFM/SUM_NE_KONSTRUKTIONSGEW

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:

MGV_SELOP_AFTER_INITIALIZATION
call function 'MGV_SELOP_AFTER_INITIALIZATION'
     EXPORTING
         PROGRAM        = mgv_matnr_prog
     TABLES
         SELOP          = mgv_matnr_selopt_tab
     EXCEPTIONS
         NO_PROGRAMNAME = 1
         OTHERS         = 2
          .

MGV_SELOP_AFTER_START_OF_SEL
      CALL FUNCTION 'MGV_SELOP_AFTER_START_OF_SEL'
           EXPORTING
                SELOPT_NAME = mgv_matnr_selopt_tab-name
           TABLES
                RANGE       = .

CK_F_CSTG_STRUCTURE_EXPLOSION
    CALL FUNCTION 'CK_F_CSTG_STRUCTURE_EXPLOSION'
         EXPORTING
              klvar                 = ls_keko-klvar
              kalnr                 = ls_keko-kalnr
              kadky                 = ls_keko-kadky
              tvers                 = ls_keko-tvers
              werk                  = ls_keko-werks
              sicht                 = '01'
              s_losgr               = 'X'
*            S_BEZUGSMENGE         =
*         s_aufloesungstiefe    = '1'
              s_read_only_db        = 'X'
              s_only_mat_pos        = 'X'
         IMPORTING
*             f_keko                = ls_keko1
              f_header_mat          = ls_header_mat
*             s_aufl_unvollstaendig =
         TABLES
              strukturtabelle       = lt_struktur
              t_keko_imp            = lt_keko_imp
         EXCEPTIONS
              invalid_bzobj         = 1
              keko_not_found        = 2
              meta_model_error      = 3
              OTHERS                = 4
              .

/NFM/TCO_SELECT
      CALL FUNCTION '/NFM/TCO_SELECT'
        EXPORTING
          i_kokrs = lt_herkunft_summe-kokrs
          i_hrkft = lt_herkunft_summe-hrkft
        IMPORTING
          e_co    = /nfm/tco
        EXCEPTIONS
          OTHERS  = 1.

/NFM/TNES_SELECT
        CALL FUNCTION '/NFM/TNES_SELECT'
          EXPORTING
            i_nes   = /nfm/tco-nes
          IMPORTING
            e_tnes  = /nfm/tnes
            e_nestx = lt_herkunft_summe-nestx.

UNIT_CORRESPONDENCE_CHECK
      CALL FUNCTION 'UNIT_CORRESPONDENCE_CHECK'
        EXPORTING
          unit_in  = lt_struktur-meeht
          unit_out = lt_herkunft_summe-bme
        EXCEPTIONS
          OTHERS   = 1.

MARM_SINGLE_READ
        CALL FUNCTION 'MARM_SINGLE_READ'
          EXPORTING
            MATNR            = lt_struktur-matnr
            MEINH            = lt_herkunft_summe-bme
          IMPORTING
            WMARM            = l_marm
          EXCEPTIONS
            WRONG_CALL       = 1
            NOT_FOUND        = 2
            OTHERS           = 3.

UNIT_CONVERSION_SIMPLE
        CALL FUNCTION 'UNIT_CONVERSION_SIMPLE'
          EXPORTING
            input      = lt_struktur-menge
            round_sign = 'X'
            unit_in    = lt_struktur-meeht
            unit_out   = lt_herkunft_summe-bme
          IMPORTING
            output     = l_menge
          EXCEPTIONS
            OTHERS     = 1.

UNIT_CONVERSION_SIMPLE
          CALL FUNCTION 'UNIT_CONVERSION_SIMPLE'
            EXPORTING
              input      = lt_herkunft_summe-kgw
              round_sign = 'X'
              unit_in    = lt_herkunft_summe-bme
              unit_out   = lt_struktur-meeht
            IMPORTING
              output     = l_menge
            EXCEPTIONS
              OTHERS     = 1.

ENQUEUE_EMMARCE
    CALL FUNCTION 'ENQUEUE_EMMARCE'
      EXPORTING
        matnr          = i_matnr
        werks          = i_werks
      EXCEPTIONS
        foreign_lock   = 1
        system_failure = 2.

/NFM/TKGW_VB
      CALL FUNCTION '/NFM/TKGW_VB' IN UPDATE TASK
        EXPORTING
          i_matnr      = i_matnr
        TABLES
          t_kgw_vb_old = lt_del_kgw
          t_kgw_vb_new = lt_new_kgw.

DEQUEUE_EMMARCE
      CALL FUNCTION 'DEQUEUE_EMMARCE'                       "CSAK001099
           EXPORTING                                        "CSAK001099
                matnr = i_matnr                             "CSAK001099
                werks = i_werks.                            "CSAK001099

/NFM/TKGW_SELECT
  CALL FUNCTION '/NFM/TKGW_SELECT'
    EXPORTING
      I_MATNR         = LT_STRUKTUR-MATNR
      I_WERKS         = LT_STRUKTUR-WERKS
    TABLES
      T_KGW           = LT_KGW
   EXCEPTIONS
     NOT_FOUND       = 1
     OTHERS          = 2.

MATERIAL_UNIT_CONVERSION
        CALL FUNCTION 'MATERIAL_UNIT_CONVERSION'
          EXPORTING
            INPUT               = LT_STRUKTUR-MENGE
            KZMEINH             = 'X'
            MATNR               = LT_STRUKTUR-MATNR
            MEINH               = LT_STRUKTUR-MEEHT
            MEINS               = LT_STRUKTUR-MEINS
          IMPORTING
            OUTPUT              = LT_STRUKTUR-MENGE
         EXCEPTIONS
           CONVERSION_NOT_FOUND = 1
           INPUT_INVALID        = 2
           MATERIAL_NOT_FOUND   = 3
           MEINH_NOT_FOUND      = 4
           MEINS_MISSING        = 5
           NO_MEINH             = 6
           OUTPUT_INVALID       = 7
           OVERFLOW             = 8
           OTHERS               = 9.

/NFM/TNES_SELECT
        CALL FUNCTION '/NFM/TNES_SELECT'
             EXPORTING
                  I_NES   = -NES
             IMPORTING
                  E_TNES  = /NFM/TNES
                  E_NESTX = LT_HERKUNFT_SUMME-NESTX.