Inserting data to a dynamic structure

[Former Member]

Hi,

I have the following code in my BADI:

ct_value_list is defined in the parameters of the method as a type standard table.

• Create values list reference

CREATE DATA lv_value_list_ref LIKE LINE OF ct_value_list.

ASSIGN lv_value_list_ref->* TO <lfs_value_list>.

IF CT_VALUE_LIST IS INITIAL.

lv_tabix = sy-tabix.

IF NOT LT_DATA[] IS INITIAL.

LOOP AT lt_data assigning <lfs_data>.

assign <lfs_data> to <lfs_value_list>.

• assign <lfs_value_list> to <lv_value_list>.

ASSIGN COMPONENT lc_prvar OF STRUCTURE <lfs_value_list>

TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• Get the material id

READ TABLE it_matkey_tab ASSIGNING <lfs_matkey>

WITH KEY matnr = <lfs_attribute>.

IF sy-subrc = 0.

lv_matid = <lfs_matkey>-matid.

ENDIF.

ENDIF.

ASSIGN COMPONENT lc_mktgr OF STRUCTURE <lfs_value_list>

TO <lfs_attribute>.

IF <lfs_value_list> IS ASSIGNED.

READ TABLE it_loc ASSIGNING <lfs_loc>

WITH KEY locno = <lfs_attribute>.

IF sy-subrc = 0.

lv_locid = <lfs_loc>-locid.

ENDIF.

READ TABLE it_matloc ASSIGNING <lfs_matloc_int>

WITH KEY matid = lv_matid

locid = lv_locid.

if sy-subrc = 0.

• MATLOC: Assignment of Values - START

ASSIGN COMPONENT 'MATLOCID'

OF STRUCTURE <lfs_matloc_int> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_matloc_int>-matlocid.

• INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

INSERT <lfs_matloc_int> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'PLANNER_SNP'

OF STRUCTURE <lfs_matloc_int> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_matloc_int>-planner_snp.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'AT101'

OF STRUCTURE <lfs_matloc_int> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_matloc_int>-at101.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'AT102'

OF STRUCTURE <lfs_matloc_int> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_matloc_int>-at102.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'AT103'

OF STRUCTURE <lfs_matloc_int> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_matloc_int>-at103.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'AT104'

OF STRUCTURE <lfs_matloc_int> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_matloc_int>-at104.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'AT105'

OF STRUCTURE <lfs_matloc_int> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_matloc_int>-at105.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

endif.

ENDIF.

ASSIGN COMPONENT 'PRVAR'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

<lfs_attribute> = <lfs_value_list>-prvar.

INSERT <lfs_value_list> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'PARPR'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-parpr.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'VARID'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-varid.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'VARCT'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-varct.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'VARTX'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-vartx.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'DMOAP'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-dmoap.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'PRDID'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-prdid.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'BRFAM'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-brfam.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'MATKL'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-matkl.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'BRDIF'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-brdif.

INSERT <lfs_attribute> INTO TABLE ct_value_list.

ENDIF.

ASSIGN COMPONENT 'MEIND'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-meind.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'MKLEN'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-mklen.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'PCKTY'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-pckty.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'ITPCK'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-itpck.

INSERT <lfs_attribute> INTO TABLE ct_value_list.

ENDIF.

ASSIGN COMPONENT 'PMEIN'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-pmein.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'MKTHK'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-mkthk.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'FLIND'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-flind.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'EDTID'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-edtid.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'BNDTY'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-bndty.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'ITBND'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-itbnd.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'ITCSE'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-itcse.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'TPCOL'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-tpcol.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'SPFLV'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-spflv.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'PRSHP'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-prshp.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'MKTGR'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-mktgr.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'SUBMK'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-submk.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'BOMHD'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-bomhd.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'BRDSC'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-brdsc.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'MKSTR'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-mkstr.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'EDDSC'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-eddsc.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'EDCAT'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-edcat.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'CCIND'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-ccind.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'CGSTY'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-cgsty.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'FLTTY'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-fltty.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'CPIND'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-cpind.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'MBIND'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-mbind.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'USPRP'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-usprp.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'EDDET'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-eddet.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'BRGEW'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-brgew.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'NTGEW'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-ntgew.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'GEWEI'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-gewei.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'VOLUM'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-volum.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'VOLEH'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-voleh.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'DMOAPP1'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-dmoapp1.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'MAKTX'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-maktx.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ASSIGN COMPONENT 'RPLVL'

OF STRUCTURE <lfs_value_list> TO <lfs_attribute>.

IF <lfs_attribute> IS ASSIGNED.

• <lfs_attribute> = <lfs_value_list>-rplvl.

INSERT <lfs_attribute> INTO TABLE <lv_value_list>.

ENDIF.

ENDLOOP.

ENDIF.

ENDIF.

I get a shortdump in the code for the above code. There are diff types of inserts that I am trying to do and each one gives a short dump.

Looking forward to your inputs.

Your program is not applicable in my case as I have ct_value_list passed as a changing parameter of type standard table in my APO BADI.

cheers

Aveek

[Former Member]

Hi,

Will try your option and keep you posted.

cheers

Aveek

Will award points if problem is solved.

[Former Member]

Hi,

Can you show us the declaration of <lv_value_list>?

Also, please let us know the DUMP details.

Regards,

Ravi

[Former Member]

Hi,

FIELD-SYMBOLS : <lv_value_list> type any table.

Dump Analysis:

-

---

The statement

"INSERT wa INTO TABLE itab"

requires the lines of the internal table "CT_VALUE_LIST" and the

work area " wa" to be compatible. Compatibility means

equivalence in the context of ABAP/4 type checking.

In this case, the condition is not satisfied because the internal table

"CT_VALUE_LIST" has the line type "u" and the length 610, but the work area

wa"

has the type "C" and the length 18.

(If the work area " wa" is the header line of the internal

table "CT_VALUE_LIST", the above inconsistency can arise if an internal

table t with the line type T1 is passed to a subroutine (FORM or

FUNCTION) as an actual parameter and the corresponding formal

parameter p is declared in the subroutine by "TABLES p STRUCTURE T2".

If then T1 and T2 are incompatible, the header line p

has the type T2 (specifed by STRUCTURE), but the internal

table p has the line type T1 (passed from the actual parameter)).

cheers

Aveek

[Former Member]

Hi,

Instead of doing this

CREATE DATA lv_value_list_ref LIKE LINE OF ct_value_list.

ASSIGN lv_value_list_ref->* TO <lfs_value_list>.

Can you try doing this.

field-symbols : <fs_value_list> like line of table ct_value_list.

Now use the <fs_value_list> to get the individual values, like the way you are doing and then finally append that to the table.

APPEND <FS_VALUE_LIST> TO TABLE.

Regards,

Ravi

Note : please mark the helpful answers

[Former Member]

Hi,

Will try your option and keep you posted.

cheers

Aveek

Will award points if problem is solved.

[Former Member]

Hai Aveek

try this example:

=====================================

REPORT zmaschl_create_data_dynamic .

TYPE-POOLS: slis.

DATA: it_fcat TYPE slis_t_fieldcat_alv,

is_fcat LIKE LINE OF it_fcat.

DATA: it_fieldcat TYPE lvc_t_fcat,

is_fieldcat LIKE LINE OF it_fieldcat.

DATA: new_table TYPE REF TO data.

DATA: new_line TYPE REF TO data.

FIELD-SYMBOLS: <l_table> TYPE ANY TABLE,

<l_line> TYPE ANY,

<l_field> TYPE ANY.

• Build fieldcat

CALL FUNCTION 'REUSE_ALV_FIELDCATALOG_MERGE'

EXPORTING

i_structure_name = 'SYST'

CHANGING

ct_fieldcat = it_fcat[].

LOOP AT it_fcat INTO is_fcat WHERE NOT reptext_ddic IS initial.

MOVE-CORRESPONDING is_fcat TO is_fieldcat.

is_fieldcat-fieldname = is_fcat-fieldname.

is_fieldcat-ref_field = is_fcat-fieldname.

is_fieldcat-ref_table = is_fcat-ref_tabname.

APPEND is_fieldcat TO it_fieldcat.

ENDLOOP.

• Create a new Table

CALL METHOD cl_alv_table_create=>create_dynamic_table

EXPORTING

it_fieldcatalog = it_fieldcat

IMPORTING

ep_table = new_table.

• Create a new Line with the same structure of the table.

ASSIGN new_table->* TO <l_table>.

CREATE DATA new_line LIKE LINE OF <l_table>.

ASSIGN new_line->* TO <l_line>.

• Test it...

DO 30 TIMES.

ASSIGN COMPONENT 'SUBRC' OF STRUCTURE <l_line> TO <l_field>.

<l_field> = sy-index.

INSERT <l_line> INTO TABLE <l_table>.

ENDDO.

LOOP AT <l_table> ASSIGNING <l_line>.

ASSIGN COMPONENT 'SUBRC' OF STRUCTURE <l_line> TO <l_field>.

WRITE <l_field>.

ENDLOOP.

Thanks & regards

Sreenivasulu P