Startseite Beiträge getaggt mit "CASE"

Schlagwort: CASE

[ABAP] GUI-Controls stapeln 

* Quelle: https://www.tricktresor.de/blog/controls-stapeln/

DATA: it_mara TYPE STANDARD TABLE OF mara WITH DEFAULT KEY.
DATA: o_dock TYPE REF TO cl_gui_docking_container.
DATA: o_txt TYPE REF TO cl_gui_textedit.
DATA: o_alv TYPE REF TO cl_gui_alv_grid.

PARAMETERS: rb_txt RADIOBUTTON GROUP rbg DEFAULT 'X' USER-COMMAND rbc.
PARAMETERS: rb_alv RADIOBUTTON GROUP rbg.

INITIALIZATION.
  IF NOT o_dock IS BOUND.
* Containerobjekt erzeugen
    o_dock = NEW #( side  = cl_gui_docking_container=>dock_at_bottom
                    ratio = 90 ).

* Texteditor erzeugen
    o_txt = NEW #( parent = o_dock ).

* Daten für ALV holen
    SELECT *
      INTO TABLE @it_mara
      FROM mara
      UP TO 100 ROWS.

* ALV-Gitter erzeugen
    o_alv = NEW #( i_parent = o_dock ).
    o_alv->set_table_for_first_display( EXPORTING
                                          i_structure_name = 'MARA'
                                        CHANGING
                                          it_outtab = it_mara ).
  ENDIF.

AT SELECTION-SCREEN.
* wenn Radiobuttons geklickt
  IF sy-ucomm = 'RBC'.
* je nach Radiobutton die GUI-Controls ein-/ausblenden
    CASE abap_true.
      WHEN rb_txt.
        o_txt->set_visible( abap_true ).
        o_alv->set_visible( abap_false ).
      WHEN rb_alv.
        o_txt->set_visible( abap_false ).
        o_alv->set_visible( abap_true ).
    ENDCASE.
  ENDIF.

[ABAP] OpenSQL: Abhängigkeit (CASE)

Variante 1

SELECT matnr,
       CASE meins
          WHEN 'ST' THEN 'Stück'
          WHEN 'KG' THEN 'Kg'
          ELSE 'andere Einheit'
       END AS meins_desc,
       maktx
  INTO TABLE @DATA(it_mara)
  FROM marav.

cl_demo_output=>display( it_mara ).

Variante 2

SELECT matnr,
       CASE
          WHEN meins = 'ST' THEN 'Stück'
          WHEN meins = 'KG' THEN 'Kg'
          ELSE 'andere Einheit'
       END AS meins_desc,
       maktx
  INTO TABLE @DATA(it_mara)
  FROM marav.

cl_demo_output=>display( it_mara ).

Links

[ABAP] OpenSQL: Summenbildung (SUM) mit Abhängigkeit (CASE)

Variante 1

* Summenbildung, abhängig von Spalte Soll/Haben
DATA: lv_bsid_sum type bsid-dmbtr.

SELECT SUM( CASE shkzg
* Haben
                WHEN 'H' THEN dmbtr
* Soll, negieren für Subtraktion
                WHEN 'S' THEN dmbtr * -1
            END )
  INTO @lv_bsid_sum
  FROM bsid
  WHERE bukrs = '0040'.

IF sy-subrc = 0.
* Summierten Wert ausgeben
  WRITE: / lv_bsid_sum.
ENDIF.

Variante 2

* Summenbildung, abhängig von Spalte Soll/Haben
DATA: lv_bsid_sum type bsid-dmbtr.

SELECT SUM( CASE
* Haben
                WHEN shkzg = 'H' THEN dmbtr
* Soll, negieren für Subtraktion
                WHEN shkzg = 'S' THEN dmbtr * -1
            END )
  INTO @lv_bsid_sum
  FROM bsid
  WHERE bukrs = '0040'.

IF sy-subrc = 0.
* Summierten Wert ausgeben
  WRITE: / lv_bsid_sum.
ENDIF.

[ABAP] string-Formatierungen mit String-Templates 

* ab V7.31
* http://zevolving.com/2013/07/abap-string-templates-new-feature-in-abap-731/

* Hinweis: String-Templates funktionieren nur Programmen bei denen die Unicodeprüfung aktiv ist!
* Z.B. kommt es in Modulpool-Programmen zu Fehlern beim kompilieren des Codes und der Compiler moniert die '|'-Symbole

DATA: text TYPE string VALUE 'Text'.
DATA: atext TYPE string VALUE '012345'.
DATA: num TYPE p DECIMALS 3 VALUE '-123.45'.

* Case
WRITE: / |RAW:   { text CASE = RAW }|.   " Text
WRITE: / |LOWER: { text CASE = LOWER }|. " text
WRITE: / |UPPER: { text CASE = UPPER }|. " TEXT

* Align
WRITE: / |LEFT:   ->{ text WIDTH = 20 ALIGN = LEFT }<--|.   " >Text                <
WRITE: / |RIGHT:  ->{ text WIDTH = 20 ALIGN = RIGHT }<--|.  " >                Text<
WRITE: / |CENTER: ->{ text WIDTH = 20 ALIGN = CENTER }<--|. " >        Text        <

* Padding, Auffüllen mit definiertem Zeichen
WRITE: / |PAD: { text ALIGN = LEFT WIDTH = 20 PAD = '_' }|.   " Text________________
WRITE: / |PAD: { text ALIGN = RIGHT WIDTH = 20 PAD = '_' }|.  " ________________Text
WRITE: / |PAD: { text ALIGN = CENTER WIDTH = 20 PAD = '_' }|. " ________Text________

* führende Nullen hinzufügen, ersetzt FUBA 'CONVERSION_EXIT_ALPHA_INPUT'
WRITE: / |ALPHA: { atext WIDTH = 20 ALPHA = IN }|. " 00000000000000012345
* führende Nullen entfernen, ersetzt FUBA 'CONVERSION_EXIT_ALPHA_OUTPUT'
WRITE: / |ALPHA: { atext ALPHA = OUT }|.           " 12345

* Zahlen 1
WRITE: / |RAW:         { num NUMBER = RAW }|.         " -123.45
WRITE: / |USER:        { num NUMBER = USER }|.        " -123,45
WRITE: / |ENVIRONMENT: { num NUMBER = ENVIRONMENT }|. " -123,45

* Zahlen 2
WRITE: / |SCIENTIFIC:                   { num STYLE = SCIENTIFIC }|.                   " -1.2345E+02
WRITE: / |SCIENTIFIC_WITH_LEADING_ZERO: { num STYLE = SCIENTIFIC_WITH_LEADING_ZERO }|. " -0.12345E+03
WRITE: / |SCALE_PRESERVING_SCIENTIFIC:  { num STYLE = SCALE_PRESERVING_SCIENTIFIC }|.  " -1.2345E+0002
WRITE: / |ENGINEERING:                  { num STYLE = ENGINEERING }|.                  " -123.45E+00

* Datumsformat
WRITE: / |RAW:         { sy-datum DATE = RAW }|.         " 20160705
WRITE: / |ISO:         { sy-datum DATE = ISO }|.         " 2016-07-05
WRITE: / |USER:        { sy-datum DATE = USER }|.        " 05.07.2016
WRITE: / |ENVIRONMENT: { sy-datum DATE = ENVIRONMENT }|. " 05.07.2016

* Uhrzeitformat
WRITE: / |RAW:         { sy-uzeit TIME = RAW }|.         " 102336
WRITE: / |ISO:         { sy-uzeit TIME = ISO }|.         " 10:23:36
WRITE: / |USER:        { sy-uzeit TIME = USER }|.        " 10:23:36
WRITE: / |ENVIRONMENT: { sy-uzeit TIME = ENVIRONMENT }|. " 10:23:36

* Timestampformat
DATA: lv_tsl TYPE timestampl.
* Zeitstempel lang
GET TIME STAMP FIELD lv_tsl.
WRITE: / |SPACE:       { lv_tsl TIMESTAMP = SPACE }|.       " 2016-07-05 08:23:36.0908600
WRITE: / |ISO:         { lv_tsl TIMESTAMP = ISO }|.         " 2016-07-05T08:23:36,0908600
WRITE: / |USER:        { lv_tsl TIMESTAMP = USER }|.        " 05.07.2016 08:23:36,0908600
WRITE: / |ENVIRONMENT: { lv_tsl TIMESTAMP = ENVIRONMENT }|. " 05.07.2016 08:23:36,0908600

* ABAP Serialization XML (axXML)
WRITE: / |XML: { lv_tsl XSD = YES }|. " 20160705082336.09086