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RFFMSPLIT_DERIVE SAP ABAP Report - Rule-Based Account Distributions - Callback Report for Deriving Rule







RFFMSPLIT_DERIVE is a standard Executable ABAP Report available within your SAP system (depending on your version and release level). It is used for Callback Report for the FMOA Derivation Tool This report contains all forms (user exits) used in the CO-PA derivationtool when processing the strategy FMOA...see full standard documentation available for this report. Also check out the submitted Comments related to this SAP report and the details below to see which OBJECTS it interacts with such as TABLES, FUNCTION MODULES, INCLUDES ETC.

If you would like to execute this report or see the full code listing simply enter RFFMSPLIT_DERIVE 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 RFFMSPLIT_DERIVE. "Basic submit
SUBMIT RFFMSPLIT_DERIVE AND RETURN. "Return to original report after report execution complete
SUBMIT RFFMSPLIT_DERIVE VIA SELECTION-SCREEN. "Display selection screen of submitted report to user
    See more syntax options for the ABAP SUBMIT statement


Text pool values


Title: Rule-Based Account Distributions - Callback Report for Deriving Rule


INCLUDES used within this REPORT RFFMSPLIT_DERIVE

INCLUDE LABADRTYP.


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:

FM_STRATEGY_ENV_POPUP_LIST
    CALL FUNCTION 'FM_STRATEGY_ENV_POPUP_LIST'
      EXPORTING
        i_applclass          = con_strat_appl
        i_subclass           = con_strat_subclass
        i_abadrstratid       = con_strategy_id
        i_show_only_editable = con_on
      IMPORTING
        e_abadrenv           = e_env.

FMDT_LONG_TEXT
  CALL FUNCTION 'FMDT_LONG_TEXT'
    EXPORTING
      i_appl         = i_strategy_key-appl
      i_subclass     = i_strategy_key-subclass
      i_strategy_id  = i_strategy_key-strategy_id
      i_env          = i_strategy_key-env
      i_stepid       = i_int_id
      i_display_only = l_display_only
    EXCEPTIONS
      not_found      = 1
      internal_error = 2
      OTHERS         = 3.

FMSP_DERIVE_GET_BADI_INSTANCE
  CALL FUNCTION 'FMSP_DERIVE_GET_BADI_INSTANCE'
    IMPORTING
      e_instance = l_badi_fmsplit_derive.

FMSP_DERIVE_GET_BADI_INSTANCE
  CALL FUNCTION 'FMSP_DERIVE_GET_BADI_INSTANCE'
    IMPORTING
      e_instance = l_badi_fmsplit_derive.

FMDT_WRITE_DRULE_CHANGEDOC
    CALL FUNCTION 'FMDT_WRITE_DRULE_CHANGEDOC'
      EXPORTING
        i_intid      = i_rule-step-int_id
        i_tablename  = i_rule-step-param_1
        i_old_max_id = i_rule-id_old_max
        it_new_drule = i_rule-tab_entries
        it_old_drule = i_rule-tab_deleted_entries
      EXCEPTIONS
        OTHERS       = 1.

FMSP_DERIVE_GET_BADI_INSTANCE
  CALL FUNCTION 'FMSP_DERIVE_GET_BADI_INSTANCE'
    IMPORTING
      e_instance = l_badi_fmsplit_derive.

FM_READ_FMDERIVEFUNC_PROPOSAL
      CALL FUNCTION 'FM_READ_FMDERIVEFUNC_PROPOSAL'
        EXPORTING
          i_tab_names    = l_tab_names
          i_default_flag = 'S'
        CHANGING
          c_step         = x_step.

FM_READ_FMDERIVEFUNC_PROPOSAL
      CALL FUNCTION 'FM_READ_FMDERIVEFUNC_PROPOSAL'
        EXPORTING
          i_tab_names    = l_tab_names
          i_default_flag = 'T'
        CHANGING
          c_step         = x_step.

ABAD0_GET_INTID
  CALL FUNCTION 'ABAD0_GET_INTID'
    IMPORTING
      e_intid = i_new_step-int_id.

FMDT_LONG_TEXT
  CALL FUNCTION 'FMDT_LONG_TEXT'
    EXPORTING
      i_appl           = con_strat_appl
      i_subclass       = con_strat_subclass
      i_strategy_id    = con_strategy_id
      i_env            = i_env
      i_stepid         = i_old_step-int_id
      i_copy_to_stepid = i_new_step-int_id
    EXCEPTIONS
      not_found        = 1
      internal_error   = 2
      OTHERS           = 3.

ABADR_BUFFERS_REFRESH
  CALL FUNCTION 'ABADR_BUFFERS_REFRESH'.

FMSP_DERIVE_TEST
  CALL FUNCTION 'FMSP_DERIVE_TEST'
    EXPORTING
      i_env = i_env.

FMDT_WRITE_ABADR_CHANGEDOC
    CALL FUNCTION 'FMDT_WRITE_ABADR_CHANGEDOC'
      EXPORTING
        i_applclass   = i_new_strategy-key-appl
        i_subclass    = i_new_strategy-key-subclass
        i_stratid     = i_new_strategy-key-strategy_id
        i_env         = i_new_strategy-key-env
        it_new_steps  = i_new_strategy-tab_steps
        it_old_steps  = i_old_strategy-tab_steps
        i_new_version = i_new_strategy-version
        i_old_version = i_old_strategy-version
      EXCEPTIONS
        OTHERS        = 1.

FMDT_LONG_TEXT
        CALL FUNCTION 'FMDT_LONG_TEXT'
          EXPORTING
            i_appl         = i_old_strategy-key-appl
            i_subclass     = i_old_strategy-key-subclass
            i_strategy_id  = i_old_strategy-key-strategy_id
            i_env          = i_old_strategy-key-env
            i_stepid       = -int_id
            i_delete       = con_on
          EXCEPTIONS
            not_found      = 1
            internal_error = 2
            OTHERS         = 3.

FMDT_SHOW_ABADR_CHANGEDOC
  CALL FUNCTION 'FMDT_SHOW_ABADR_CHANGEDOC'
    EXPORTING
      i_applclass = i_appl
      i_subclass  = i_subclass
      i_stratid   = i_strategy_id
      i_env       = i_env
    EXCEPTIONS
      OTHERS      = 1.

FMDT_SHOW_DRULE_CHANGEDOC
  CALL FUNCTION 'FMDT_SHOW_DRULE_CHANGEDOC'
    EXPORTING
      i_step = i_step.

FMSP_DERIVE_GET_BADI_INSTANCE
  CALL FUNCTION 'FMSP_DERIVE_GET_BADI_INSTANCE'
    IMPORTING
      e_instance = l_badi_fmsplit_derive.

FMSP_DERIVE_GET_BADI_INSTANCE
  CALL FUNCTION 'FMSP_DERIVE_GET_BADI_INSTANCE'
    IMPORTING
      e_instance = l_badi_fmsplit_derive.

FMSP_DERIVE_GET_BADI_INSTANCE
















  CALL FUNCTION 'FMSP_DERIVE_GET_BADI_INSTANCE'
    IMPORTING
      e_instance = l_badi_fmsplit_derive.

FMSP_DERIVE_GET_BADI_INSTANCE
  CALL FUNCTION 'FMSP_DERIVE_GET_BADI_INSTANCE'
    IMPORTING
      e_instance = l_badi_fmsplit_derive.

FM_F4_FOR_MEASURE
  CALL FUNCTION 'FM_F4_FOR_MEASURE'
    EXPORTING
      i_fmarea  = u_fikrs
      i_measure = l_measure
    IMPORTING
      e_measure = l_measure
    EXCEPTIONS
      no_select = 1
      OTHERS    = 2.

FM_F4_FOR_FUND
  CALL FUNCTION 'FM_F4_FOR_FUND'
    EXPORTING
      i_fikrs   = u_fikrs
    IMPORTING
      e_fund    = l_fund
    EXCEPTIONS
      no_select = 1
      OTHERS    = 2.

FM_F4_FOR_BUDGET_PERIOD
  CALL FUNCTION 'FM_F4_FOR_BUDGET_PERIOD'
    IMPORTING
      e_budget_period    = l_budget_period
    EXCEPTIONS
      no_select = 1
      OTHERS    = 2.

FM_F4_FOR_FUNDS_CENTER
  CALL FUNCTION 'FM_F4_FOR_FUNDS_CENTER'
    EXPORTING
      i_fikrs   = u_fikrs
      i_gjahr   = u_gjahr
    IMPORTING
      e_fictr   = l_fictr
    EXCEPTIONS
      no_select = 1
      OTHERS    = 2.

FM_F4_FOR_COMMITMENT_ITEM
  CALL FUNCTION 'FM_F4_FOR_COMMITMENT_ITEM'
    EXPORTING
      i_fikrs   = u_fikrs
      i_gjahr   = u_gjahr
    IMPORTING
      e_fipex   = l_fipex
    EXCEPTIONS
      no_select = 1
      OTHERS    = 2.

F4IF_FIELD_VALUE_REQUEST
  CALL FUNCTION 'F4IF_FIELD_VALUE_REQUEST'
    EXPORTING
      tabname           = u_tabname
      fieldname         = u_fieldname
    TABLES
      return_tab        = lt_values_tab
    EXCEPTIONS
      field_not_found   = 1
      no_help_for_field = 2
      inconsistent_help = 3
      no_values_found   = 4
      OTHERS            = 5.

FMSP_DERIVE_GET_BADI_INSTANCE
  CALL FUNCTION 'FMSP_DERIVE_GET_BADI_INSTANCE'
    IMPORTING
      e_instance = l_badi_fmsplit_derive.

FM_GET_INPUT_OUTPUT_PARAMETERS
  CALL FUNCTION 'FM_GET_INPUT_OUTPUT_PARAMETERS'
    EXPORTING
      i_funcname = i_funcname
    IMPORTING
      e_input    = l_input
      e_output   = l_output.

FM_READ_FMDERIVEFUNC_FUNCTIONS
  CALL FUNCTION 'FM_READ_FMDERIVEFUNC_FUNCTIONS'
    EXPORTING
      i_appl        = con_strat_appl
      i_subclass    = con_strat_subclass
      i_strategy_id = con_strategy_id
      i_tab_names   = l_tab_names
    TABLES
      t_tftit       = lt_tftit.

FM_GET_INPUT_OUTPUT_PARAMETERS
    CALL FUNCTION 'FM_GET_INPUT_OUTPUT_PARAMETERS'
      EXPORTING
        i_funcname = ls_tftit-funcname
      IMPORTING
        e_input    = l_input
        e_output   = l_output.

FM_GET_INPUT_OUTPUT_PARAMETERS
  CALL FUNCTION 'FM_GET_INPUT_OUTPUT_PARAMETERS'
    EXPORTING
      i_funcname = i_funcname
    IMPORTING
      e_input    = e_strname.

FM_GET_INPUT_OUTPUT_PARAMETERS
  CALL FUNCTION 'FM_GET_INPUT_OUTPUT_PARAMETERS'
    EXPORTING
      i_funcname = i_funcname
    IMPORTING
      e_output   = e_strname.

FMSP_DERIVE_GET_BADI_INSTANCE
  CALL FUNCTION 'FMSP_DERIVE_GET_BADI_INSTANCE'
    IMPORTING
      e_instance = l_if_ex_badi_derive.

SXC_EXIT_CHECK_ACTIVE
  CALL FUNCTION 'SXC_EXIT_CHECK_ACTIVE'
    EXPORTING
      exit_name   = con_exit_name_derive
    TABLES
      active_imps = l_t_act_imp
    EXCEPTIONS
      not_active  = 1
      OTHERS      = 2.


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.

This will then be available for everyone to easily find by simply searching on the report name RFFMSPLIT_DERIVE or its description.


   
 

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