SELECTING FIELDS

[former_member713390]

HI EXPERT

I want to display all their statuses in one row for each FGRU1(Table CRFH-FGRU1)

We have different status in the CRFH table for each FGRU1 I want to display all the different status that exist for each FGRU1 in a row And to know how many of each status there are

For example, for each FGRU1 = 1000 we have 4 to status 03, we have 2 to status 01, a status of 02 and none of status 04.

Thank you for your help

[Sandra_Rossi]

Do you mind telling us what FGRU1 is? Any table name, any transaction code, any name of business object to help us understand your question?

[former_member1716]

afsane_salehi,

Spend some time in the details of Question which can improve your chances of getting appropriate answers.

Regards!

[former_member713390]

im sorry satishkumarbalasubramanian sandra.rossi

I edited my question

We have different status in the CRFH table for each FGRU1 I want to display all the different status that exist for each FGRU1 in a row And to know how many of each status there are

For example, for each FGRU1 = 1000 we have 4 to status 03, we have 2 to status 01, a status of 02 and none of status 04.

Grouping key1 status01 status02 status03 status04

1000 2 1 4 0

[Sandra_Rossi]

You may at least first use

select FGRU1, STATUS, count(*) as count from CRFH group by FGRU1, STATUS ...

to obtain something like

FGRU1  STATUS  COUNT
1000   03      4
1000   01      2
1000   02      1

and then transpose by ABAP to obtain

Grouping key1  status01  status02  status03  status04
1000           2         1         4         0

Is there any issue with this approach?

[former_member713390]

sandra.rossi

Thank you, can you explain more about how to display this in its final form?

[Sandra_Rossi]

You loop at the lines, and depending on the value of STATUS, you fill the corresponding column:

CHECK select_result IS NOT INITIAL.
sort select_result by FGRU1.
DATA(previous_line) = select_result[ 1 ].
alv_line = VALUE #( FGRU1 = previous_line-FGRU1 ).
LOOP AT select_result REFERENCE INTO DATA(line)
  IF line->FGRU1 <> previous_line-FGRU1.
    APPEND alv_line TO alv_table.
    alv_line = VALUE #( FGRU1 = line->FGRU1 ).
  ENDIF.
  CASE line->status.
    WHEN '03'.
      alv_line-status03 = line->count.
    WHEN '01'.
      alv_line-status01 = line->count.
...

[former_member713390]

Sandra Rossi

Honestly, this is very hard for me, I did not understand much It can be written in a simpler way

[former_member713390]

Sandra Rossi

I can not understand these parts. What is previous_line? What is line? What is alv_line? And where do these come from and what do they do?

DATA(previous_line) = select_result[ 1 ].
alv_line = VALUE #( FGRU1 = previous_line-FGRU1 ).
LOOP AT select_result REFERENCE INTO DATA(line)
  IF line->FGRU1 <> previous_line-FGRU1.
    APPEND alv_line TO alv_table.
    alv_line = VALUE #( FGRU1 = line->FGRU1 ).

[Sandra_Rossi]

Where is COUNT(*)?

I was supposing you wanted to output the result to an ALV. But you are outputting data to a tree (ABAP List). So rename ALV_LINE and ALV_TABLE to WA_NODE and IT_NODE.

Let's write it in obsolete ABAP (of the importance to provide all information with the initial question, because I have now to spend time to rewrite my first answer):

CHECK it_final IS NOT INITIAL.
sort it_final by FGRU1.
DATA(previous_final) = it_final[ 1 ].
wa_node = VALUE #( ).
LOOP AT it_final INTO wa_final.
  IF wa_node IS NOT INITIAL.
    wa_node-name = 'XXXX'.
    APPEND wa_node TO it_node.
    CLEAR wa_node.
  ENDIF.
  IF wa_final-FGRU1 <> previous_line-FGRU1.
    wa_node-text = wa_final-FGRU1.
    wa_node-level = 2.
    wa_node-name = 'XXXX'.
    APPEND wa_node TO it_node.
    CLEAR wa_node.
    wa_node-level = 3.
  ENDIF.
  CASE wa_final-status.
    WHEN 'Z1'.
      wa_node-text = wa_final-count.
    WHEN 'Z2'.
      wa_node-text1 = wa_final-count.
    WHEN 'Z3'.
      wa_node-text2 = wa_final-count.
  ...
  previous_final = wa_final.
ENDLOOP.
IF wa_node IS NOT INITIAL.
  wa_node-name = 'XXXX'.
  APPEND wa_node TO it_node.
  CLEAR wa_node.
ENDIF.

NB: do you really need to use this obsolete technology RS_TREE_LIST_DISPLAY? See that later, first solve your current issue.

[former_member713390]

HI sandra.rossi

Thank you for posting I changed the code as follows. But I get an error and the code does not execute (error photo attached)pic.png

DATA :IT_FINAL TYPE STANDARD TABLE OF ZFINAL ,
      WA_FINAL TYPE ZFINAL.

DATA:  IT_NODE TYPE STANDARD TABLE OF SNODETEXT,
       WA_NODE TYPE SNODETEXT.


SELECT-OPTIONS : S_FGRU1 FOR WA_FINAL-FGRU1,
                 S_FGRTXT FOR WA_FINAL-FGRTXT,
                 S_STOWK FOR WA_FINAL-STOWK .


START-OF-SELECTION.
PERFORM GET_DATA.
PERFORM CRATE_NODE .
PERFORM CONSTRUCT_TREE.
FORM GET_DATA.


  SELECT FGRU1 FGRTXT  STATUS COUNT(*)
       INTO TABLE IT_FINAL
    FROM CRFH
    INNER JOIN TCF13 ON CRFH~FGRU1 = TCF13~FGRUA
    WHERE FGRU1 IN S_FGRU1
    AND FGRTXT IN S_FGRU1
    AND STOWK IN S_STOWK
    GROUP BY FGRU1 FGRTXT  STATUS.

  ENDFORM.
 FORM CRATE_NODE .

 CHECK IT_FINAL IS NOT INITIAL.
SORT IT_FINAL BY FGRU1.
DATA(PREVIOUS_FINAL) = IT_FINAL[ 1 ].
WA_NODE = VALUE #( ).
LOOP AT IT_FINAL INTO WA_FINAL.
  IF WA_NODE IS NOT INITIAL.
    WA_NODE-NAME = 'GROUPING KEY1'.
    APPEND WA_NODE TO IT_NODE.
    CLEAR WA_NODE.
  ENDIF.
  IF WA_FINAL-FGRU1 <> PREVIOUS_FINAL-FGRU1.
    WA_NODE-TEXT = WA_FINAL-FGRU1.
    WA_NODE-TLEVEL = 2.
    WA_NODE-NAME = WA_FINAL-FGRU1.
    APPEND WA_NODE TO IT_NODE.
    CLEAR WA_NODE.
    WA_NODE-TLEVEL = 3.
  ENDIF.
  CASE WA_FINAL-STATUS.
    WHEN 'Z1'.
      WA_NODE-TEXT = WA_FINAL-COUNT1.
    WHEN 'Z2'.
      WA_NODE-TEXT1 = WA_FINAL-COUNT1.
    WHEN 'Z3'.
      WA_NODE-TEXT2 = WA_FINAL-COUNT1.
    WHEN 'Z3'.
      WA_NODE-TEXT2 = WA_FINAL-COUNT1.
    ENDCASE.
  PREVIOUS_FINAL = WA_FINAL.
ENDLOOP.
IF WA_NODE IS NOT INITIAL.
  WA_NODE-NAME = 'XXXX'.
  APPEND WA_NODE TO IT_NODE.
  CLEAR WA_NODE.
ENDIF.

ENDFORM.


FORM CONSTRUCT_TREE.
  CALL FUNCTION 'RS_TREE_CONSTRUCT'
    TABLES
      NODETAB            = IT_NODE .


  ENDFORM.

[Sandra_Rossi]

I just tested the algorithm and the debug shows that it's not what you expect.

I'd like to know why you are interested to know why RS_TREE_CONSTRUCT fails if the data is wrong anyway.

Please adjust the algorithm.

If other people are interested to answer, here is the missing code to test the code autonomously:

TYPES: BEGIN OF zfinal,
         fgru1  TYPE crfh-fgru1,
         fgrtxt TYPE tcf13-fgrtxt,
         status TYPE crfh-status,
         count1 TYPE i,
         stowk  TYPE crfh-stowk,
       END OF zfinal.

...

  it_final = VALUE #(
      ( fgru1 = '1000' fgrtxt = 'aaaa' status = 'Z3' count1 = 4 )
      ( fgru1 = '1000' fgrtxt = 'aaaa' status = 'Z1' count1 = 2 )
      ( fgru1 = '1000' fgrtxt = 'aaaa' status = 'Z2' count1 = 1 )
      ).

[Sandra_Rossi]

For information, concerning RS_TREE_LIST_DISPLAY (although it's not your primary question), I can make it produce this:

Grouping key1                  Status01   Status02   Status03   Status04
│
│
├──────1000                           2          1          4          0
└──────2000                           2          1          4          0

With this code:

DATA: it_node TYPE STANDARD TABLE OF snodetext.

it_node = VALUE #(
( name = 'XXXX' tlevel = 1 text = 'Grouping key1' tlength = 30 text1 = 'Status01' tlength1 = 10
  text2 = 'Status02' tlength2 = 10 text3 = 'Status03' tlength3 = 10 text4 = 'Status04' tlength4 = 10 )
( name = 'XXXX' tlevel = 2 text = '1000'          tlength = 30 text1 = '2'        tlength1 = 10
  text2 = '1'        tlength2 = 10 text3 = '4'        tlength3 = 10 text4 = '0'        tlength4 = 10 )
( name = 'XXXX' tlevel = 2 text = '2000'          tlength = 30 text1 = '2'        tlength1 = 10
  text2 = '1'        tlength2 = 10 text3 = '4'        tlength3 = 10 text4 = '0'        tlength4 = 10 )
).

CALL FUNCTION 'RS_TREE_CONSTRUCT'
  TABLES
    nodetab = it_node.

CALL FUNCTION 'RS_TREE_LIST_DISPLAY'.

[former_member713390]

Thank you for all your help.sandra.rossi

I wrote it, the problem was solved, but I do not know why my Level 3 data is not displayed, even though I debugged it, it will be ENTRI in IT_NODE, but when I exit, my Level 3 is completely empty.

DATA :IT_FINAL TYPE STANDARD TABLE OF ZFINAL ,
      WA_FINAL TYPE ZFINAL ,
      WA_OUT TYPE ZFINAL,
      WA_MV TYPE ZFINAL.

DATA :IT_DATA  TYPE STANDARD TABLE OF ZCRFHF,
      WA_DATA  TYPE  ZCRFHF.

TYPES: BEGIN OF TY_GRP_KEY,
         FGRU1 TYPE CRFH-FGRU1,
       END OF TY_GRP_KEY.
DATA :IT_GRPKEY TYPE TABLE OF TY_GRP_KEY,
      WA_GRPKEY TYPE TY_GRP_KEY.



DATA:  IT_NODE TYPE STANDARD TABLE OF SNODETEXT,
       WA_NODE TYPE SNODETEXT.

SELECT-OPTIONS : S_FGRU1 FOR WA_FINAL-FGRU1,
                 S_FGRTXT FOR WA_FINAL-FGRTXT,
                 S_STOWK FOR WA_FINAL-STOWK .

START-OF-SELECTION.
PERFORM GET_DATA.
PERFORM CRATE_NODE .
PERFORM CONSTRUCT_TREE.
PERFORM DISPLAY_TREE.



FORM GET_DATA.



    SELECT DISTINCT FGRU1
      FROM CRFH
      INTO TABLE IT_GRPKEY
      WHERE FGRU1 NE ' ' AND FGRU1 IN S_FGRU1.

  SELECT FGRU1 FGRTXT  STATUS
       INTO TABLE IT_DATA
    FROM CRFH
    INNER JOIN TCF13 ON CRFH~FGRU1 = TCF13~FGRUA
    WHERE FGRU1 IN S_FGRU1
    AND FGRTXT IN S_FGRU1
    AND STOWK IN S_STOWK.
    SORT IT_FINAL BY FGRU1.


DATA V_INDEX TYPE SY-TABIX.

    SORT IT_GRPKEY.

    LOOP AT IT_GRPKEY INTO WA_GRPKEY.
      READ TABLE IT_DATA INTO WA_DATA WITH KEY FGRU1 = WA_GRPKEY-FGRU1 BINARY SEARCH.
      IF WA_GRPKEY-FGRU1 = WA_DATA-FGRU1.
        MOVE-CORRESPONDING WA_DATA TO WA_MV.
        APPEND WA_MV TO IT_FINAL.
      ENDIF.
      IF SY-SUBRC = 0.
        V_INDEX = SY-TABIX.

        LOOP AT IT_DATA INTO WA_DATA WHERE FGRU1 = WA_GRPKEY-FGRU1.
          CASE WA_DATA-STATUS.
            WHEN 'Z1'.
              WA_OUT-STAUSZ1 = WA_OUT-STAUSZ1 + 1.
            WHEN 'Z2'.
              WA_OUT-STAUSZ2 = WA_OUT-STAUSZ2 + 1.
            WHEN 'Z3'.
              WA_OUT-STAUSZ3 = WA_OUT-STAUSZ3 + 1.
            WHEN 'Z4'.
              WA_OUT-STAUSZ4 = WA_OUT-STAUSZ4 + 1.
          ENDCASE.

          MODIFY IT_FINAL FROM WA_OUT INDEX V_INDEX TRANSPORTING STAUSZ1 STAUSZ2 STAUSZ3 STAUSZ4.
        ENDLOOP.

      ENDIF.

      CLEAR: WA_GRPKEY, WA_DATA, WA_OUT.
  ENDFORM.
 FORM CRATE_NODE .



  WA_NODE-TLEVEL = 1.
  WA_NODE-NAME   = 'PM TREE REPORT' .
  WA_NODE-NLENGTH = 20.
  APPEND WA_NODE TO IT_NODE.
    CLEAR WA_NODE.

      LOOP AT IT_FINAL INTO WA_FINAL.


  WA_NODE-TLEVEL = 2.
  WA_NODE-NAME   = WA_FINAL-FGRU1 .
  WA_NODE-NLENGTH = 20.

      WA_NODE-TEXT = ' 01'.
      WA_NODE-TLENGTH = 20.

      WA_NODE-TEXT1 = '02'.
      WA_NODE-TLENGTH1 = 20.


      WA_NODE-TEXT2  = '03'.
      WA_NODE-TLENGTH2 = 20.

      WA_NODE-TEXT3  = '04'.
      WA_NODE-TLENGTH3 = 20.


  APPEND WA_NODE TO IT_NODE.
    CLEAR WA_NODE.


    WA_NODE-TLEVEL = 3.
    WA_NODE-NAME   = WA_FINAL-STAUSZ1.
    WA_NODE-NLENGTH = 20.

    WA_NODE-TEXT1   = WA_FINAL-STAUSZ2.
    WA_NODE-TLENGTH1 = 20.

    WA_NODE-TEXT2   = WA_FINAL-STAUSZ3.
    WA_NODE-TLENGTH2 = 20.

    WA_NODE-TEXT3   = WA_FINAL-STAUSZ4.
    WA_NODE-TLENGTH3 = 20.

 APPEND WA_NODE TO IT_NODE.
    ENDLOOP.

ENDFORM.

FORM CONSTRUCT_TREE.
  CALL FUNCTION 'RS_TREE_CONSTRUCT'
    TABLES
      NODETAB            = IT_NODE .

  ENDFORM.
FORM DISPLAY_TREE.
  CALL FUNCTION 'RS_TREE_LIST_DISPLAY'
    EXPORTING
      CALLBACK_PROGRAM = SY-REPID.
ENDFORM.<br>

[Sandra_Rossi]

Nice, well played, and thanks for the feedback!

In debug, at level 3, look carefully at the contents of TEXT1, TEXT2. The numbers are right-adjusted and so the total length is above 20! (something like 75 = maximum possible).

To left-adjust, one way is to use a String Template:

    wa_node-tlevel = 3.
    wa_node-name   = |{ wa_final-stausz1 }|.
    wa_node-nlength = 20.

    wa_node-text1   = |{ wa_final-stausz2 }|.
    wa_node-tlength1 = 20.

    wa_node-text2   = |{ wa_final-stausz3 }|.
    wa_node-tlength2 = 20.

    wa_node-text3   = |{ wa_final-stausz4 }|.
    wa_node-tlength3 = 20.