Docs for Normal reps needed

can anyone send me the docs for Normal reports( including List processing)..not ALV

hi Sumi,
Check ..
Interactive reports
Regards,
Santosh

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hi all,
can anyone give me steps for creating PO or screen shots.
i need it urgently.
i am new to this.
i will award ur efforts.
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sanjeev

Hi Sanjeev,
At first not able to understand what you need to create doc for po.
in SAP below is the requriement to create PO, by considering you have organizational elements created.
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2) Vendor Master - create in XK01
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see
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Hi all,
I need a SAP doc for Case Management-Interaction center.
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Will surealy get points .
Nice weekend

Hi Babu,
Please check the following SAP Help link:
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KZ

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HI
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Traffic Signals in ALV Without using oops only for normal Grid Display.

Hi Experts ,
I need to add traffic signals into my normal ALV Grid program without using oops concepts.
Please any one send me full code or provide me one program code without using oops concept for normal ALV Grid .
I searched in many forums but i found most of the programs wriiten using oops concept with ALV's but here my requirement without using oops concept and only normal reuse_alv_grid_display.
Thanks in Advance.
Venky.

You can check the below sample code.Traffic light is implemented in it.
REPORT ztest NO STANDARD PAGE HEADING
                LINE-SIZE 255 MESSAGE-ID zlqm.
TYPE-POOLS : slis,icon.
TABLES :qals,qave.
INCLUDE : zlqmr002_top,              "Global Data Declaration
          zlqmr002_selection_screen, "Selection Screen Inputs
          zlqmr002_subroutine.       "Subroutines
INITIALIZATION
INITIALIZATION.
PERFORM variant_init.
AT SELECTION-SCREEN
AT SELECTION-SCREEN.
Check for Variant existance
PERFORM pai_of_selection_screen.
*Validation for Material
AT SELECTION-SCREEN ON s_matnr.
IF NOT s_matnr IS INITIAL.
    SELECT SINGLE matnr
           INTO g_matnr
           FROM mara
           WHERE matnr IN s_matnr.
    IF sy-subrc <> 0.
      SET CURSOR FIELD 'S_MATNR'.
      MESSAGE e000 WITH text-003.
    ENDIF.
ENDIF.
*Validation for Plant
AT SELECTION-SCREEN ON s_werk.
IF NOT s_werk IS INITIAL.
    SELECT SINGLE werks
           INTO g_werk
           FROM t001w
           WHERE werks IN s_werk.
    IF sy-subrc <> 0.
      SET CURSOR FIELD 'S_WERK'.
      MESSAGE e000 WITH text-004.
    ENDIF.
ENDIF.
*Validation for Inspection Type
AT SELECTION-SCREEN ON s_art.
IF NOT s_art IS INITIAL.
    SELECT SINGLE art
           INTO g_art
           FROM tq30
           WHERE art IN s_art.
    IF sy-subrc <> 0.
      SET CURSOR FIELD 'S_ART'.
      MESSAGE e000 WITH text-005.
    ENDIF.
ENDIF.
*Validation for Code group
AT SELECTION-SCREEN ON s_vcdgrp.
IF NOT s_vcdgrp IS INITIAL.
    SELECT SINGLE codegruppe
           INTO g_vcdgrp
           FROM qpgr
           WHERE codegruppe IN s_vcdgrp.
    IF sy-subrc <> 0.
      SET CURSOR FIELD 'S_VCDGRP'.
      MESSAGE e000 WITH text-006.
    ENDIF.
ENDIF.
*Validation for Code
AT SELECTION-SCREEN ON s_vcode.
IF NOT s_vcode IS INITIAL.
    SELECT SINGLE code
           INTO g_vcode
           FROM qpcd
           WHERE code IN s_vcode.
    IF sy-subrc <> 0.
      SET CURSOR FIELD 'S_VCODE'.
      MESSAGE e000 WITH text-007.
    ENDIF.
ENDIF.
Process on value request
AT SELECTION-SCREEN ON VALUE-REQUEST FOR p_vari.
PERFORM f4_for_variant.
AT SELECTION-SCREEN ON VALUE-REQUEST FOR s_vcdgrp-low.
PERFORM get_codegroup.
AT SELECTION-SCREEN ON VALUE-REQUEST FOR s_vcdgrp-high.
PERFORM get_codegroup.
AT SELECTION-SCREEN ON VALUE-REQUEST FOR s_vcode-low.
PERFORM get_code.
AT SELECTION-SCREEN ON VALUE-REQUEST FOR s_vcode-high.
PERFORM get_code.
START-OF-SELECTION.
START-OF-SELECTION.
**Selecting data form Database tables
PERFORM select_data TABLES i_out i_out1.
END-OF-SELECTION
END-OF-SELECTION.
**Generate ALV
PERFORM generate_alv.
DATA TYPES
TYPES : BEGIN OF t_qals,
          matnr      TYPE qals-matnr,          "Material
          werk       TYPE qals-werk,           "Plant
          mengeneinh TYPE qals-mengeneinh,     "UOM
          lmenge01   TYPE qals-lmenge01,       "Unrestricted qty
          lmenge02   TYPE qals-lmenge02,       "Scrap qty
          lmenge03   TYPE qals-lmenge03,       "Sample qty
          lmenge04   TYPE qals-lmenge04,       "Blocked qty
          lmenge05   TYPE qals-lmenge05,       "Retain qty
          lmenge06   TYPE qals-lmenge06,       "Othermat qty
          lmenge07   TYPE qals-lmenge07,       "RTV qty
          lmenge08   TYPE qals-lmenge08,       "Exp.scrap qty
          prueflos   TYPE qals-prueflos,       "Inspection lot
          art        TYPE qals-art,            "Inspection type
          charg      TYPE qals-charg,          "Batch
          vcode      TYPE qave-vcode,          "Usage decision
          vdatum     TYPE qave-vdatum,         "Date
          qmnum      TYPE qmel-qmnum,          "Notification
        END OF t_qals.
TYPES : BEGIN OF t_out,
          icon       TYPE icon-id,             "Status
          matnr      TYPE qals-matnr,          "Material
          werk       TYPE qals-werk,           "Plant
          mengeneinh TYPE qals-mengeneinh,     "UOM
          vcode      TYPE qave-vcode,          "Usage decision
          mncod(30) TYPE c,                   "Disposition
          lmenge01   TYPE qals-lmenge01,       "Unrestricted qty
          lmenge02   TYPE qals-lmenge02,       "Scrap qty
          lmenge03   TYPE qals-lmenge03,       "Sample qty
          lmenge04   TYPE qals-lmenge04,       "Blocked qty
          lmenge05   TYPE qals-lmenge05,       "Retain qty
          lmenge06   TYPE qals-lmenge06,       "Othermat qty
          lmenge07   TYPE qals-lmenge07,       "RTV qty
          lmenge08   TYPE qals-lmenge08,       "Exp.scrap qty
          prueflos   TYPE qals-prueflos,       "Inspection lot
          art        TYPE qals-art,            "Inspection type
          qmnum      TYPE qmel-qmnum,          "Notification
          vdatum     TYPE qave-vdatum,         "Date
          charg      TYPE qals-charg,          "Batch
        END OF t_out.
TYPES : BEGIN OF t_qmsm,
           qmnum    TYPE qmsm-qmnum,
           manum    TYPE qmsm-manum,
           mncod    TYPE qmsm-mncod,
         END OF t_qmsm.
TYPES:   BEGIN OF t_disp,
           qmnum     TYPE qmsm-qmnum,
           mncod(30) TYPE c,
         END OF t_disp.
TYPES:   BEGIN OF t_codegrp,
           katalogart TYPE qpgt-katalogart,
           codegruppe TYPE qpgt-codegruppe,
           kurztext    TYPE qpgt-kurztext,
         END OF t_codegrp.
TYPES:   BEGIN OF t_code,
           katalogart TYPE qpct-katalogart,
           codegruppe TYPE qpct-codegruppe,
           code        TYPE qpct-code,
           version     TYPE qpct-version,
           kurztext    TYPE qpct-kurztext,
         END OF t_code.
INTERNAL TABLES
DATA: i_qals     TYPE TABLE OF t_qals,
      wa_qals    LIKE LINE OF i_qals,
      i_qmsm     TYPE TABLE OF t_qmsm,
      wa_qmsm    TYPE t_qmsm,
      i_disp     TYPE TABLE OF t_disp,
      wa_disp    LIKE LINE OF i_disp,
      i_out      TYPE TABLE OF t_out,
      wa_out     TYPE t_out,
      i_out1     TYPE TABLE OF t_out,
      wa_out1    TYPE t_out,
      i_codegrp TYPE TABLE OF t_codegrp,
      i_code     TYPE TABLE OF t_code,
      i_qmsm_tmp TYPE TABLE OF t_qmsm.
DATA: i_fieldcat TYPE slis_t_fieldcat_alv,
      i_layout    TYPE slis_layout_alv,
      g_repid     TYPE sy-repid,
      wa_fieldcat TYPE slis_fieldcat_alv.
Global Variables
DATA : g_matnr    TYPE matnr,
       g_werk     TYPE werks,
       g_art      TYPE qpart,
       g_vcdgrp   TYPE qvgruppe,
       g_vcode    TYPE qvcode,
       g_red      TYPE c,
       g_yellow   TYPE c,
       g_table(6) TYPE c,
       g_save(1) TYPE c,
       g_exit(1) TYPE c,
       g_report   TYPE sy-repid,
       g_var      TYPE disvariant,
       g_variant TYPE disvariant.
Constants
CONSTANTS: c_green TYPE icon-id VALUE '@08@',
           c_yellow TYPE icon-id VALUE '@09@',
           c_red    TYPE icon-id VALUE '@0A@'.
SELECTION SCREEN
SELECTION-SCREEN BEGIN OF BLOCK b1 WITH FRAME TITLE text-001.
SELECT-OPTIONS : s_matnr   FOR qals-matnr,    "Material Number
                 s_werk    FOR qals-werk,     "Plant
                 s_art     FOR qals-art,      "Inspection Type
                 s_vcdgrp FOR qave-vcodegrp, "Usage Decision Code Group
                 s_vcode   FOR qave-vcode,    "Usage Decision Code
                 s_vdatum FOR qave-vdatum.   "Usage Decision Code Date
SELECTION-SCREEN END OF BLOCK b1.
SELECTION-SCREEN BEGIN OF BLOCK b2 WITH FRAME TITLE text-002.
PARAMETERS: p_all   RADIOBUTTON GROUP g1 DEFAULT 'X',
            p_excp RADIOBUTTON GROUP g1.
SELECTION-SCREEN END OF BLOCK b2.
SELECTION-SCREEN BEGIN OF BLOCK b3 WITH FRAME TITLE text-009.
"Variant Selection
PARAMETERS: p_vari TYPE disvariant-variant.
SELECTION-SCREEN END OF BLOCK b3.
*&      Form select_data
      Select Inspection Details
FORM select_data TABLES p_out STRUCTURE wa_out
                        p_out1 STRUCTURE wa_out.
DATA:l_mncod(30) TYPE c.
REFRESH : i_qals,i_qmsm,i_qmsm_tmp,i_disp,p_out.
SELECT qalsmatnr     qalswerk      qals~mengeneinh
         qalslmenge01 qalslmenge02 qals~lmenge03
         qalslmenge04 qalslmenge05 qals~lmenge06
         qalslmenge07 qalslmenge08 qals~prueflos
         qalsart       qalscharg     qave~vcode
         qavevdatum    qmelqmnum
         INTO CORRESPONDING FIELDS OF TABLE i_qals
              FROM qals
              INNER JOIN qave
                    ON qalsprueflos = qaveprueflos
              INNER JOIN qmel
                    ON qalsprueflos = qmelprueflos
              WHERE qals~matnr    IN s_matnr
                AND qals~werk     IN s_werk
                AND qals~art      IN s_art
                AND qals~stat34   EQ 'X'
                AND qave~vcodegrp IN s_vcdgrp
                AND qave~vcode    IN s_vcode
                AND qave~vdatum   IN s_vdatum.
IF sy-subrc NE 0.
    MESSAGE i000 WITH text-008.
ENDIF.
IF NOT i_qals IS INITIAL.
    SELECT qmnum manum mncod INTO TABLE i_qmsm
                             FROM qmsm
                             FOR ALL ENTRIES IN i_qals
                             WHERE qmnum EQ i_qals-qmnum
                               AND mngrp LIKE 'Q_D%'
                               AND kzloesch NE 'X'.
ENDIF.
***Concatenation of Disposition Codes
IF NOT i_qmsm IS INITIAL.
    i_qmsm_tmp = i_qmsm.
    SORT i_qmsm_tmp BY qmnum mncod.
    DELETE ADJACENT DUPLICATES FROM i_qmsm_tmp COMPARING qmnum mncod+0(2).
    CLEAR wa_qmsm.
    LOOP AT i_qmsm_tmp INTO wa_qmsm.
      MOVE wa_qmsm-qmnum TO wa_disp-qmnum.
      CONCATENATE l_mncod wa_qmsm-mncod+0(2) INTO l_mncod SEPARATED BY space.
      AT END OF qmnum.
        SHIFT l_mncod LEFT DELETING LEADING space.
        MOVE l_mncod TO wa_disp-mncod.
        APPEND wa_disp TO i_disp.
        CLEAR:wa_disp,l_mncod.
      ENDAT.
    ENDLOOP.
ENDIF.
***Transfer of data to the output table
LOOP AT i_qals INTO wa_qals.
    MOVE-CORRESPONDING wa_qals TO wa_out.
    CLEAR wa_disp.
    READ TABLE i_disp INTO wa_disp
                      WITH KEY qmnum = wa_qals-qmnum.
    IF sy-subrc EQ 0.
      MOVE wa_disp-mncod TO wa_out-mncod.
    ENDIF.
    PERFORM check_quantity USING wa_qals.
    CLEAR wa_qmsm.
    LOOP AT i_qmsm INTO wa_qmsm
                   WHERE qmnum EQ wa_qals-qmnum.
      PERFORM check_group USING wa_qals
                                wa_qmsm.
      CLEAR wa_qmsm.
    ENDLOOP.
    IF g_red NE 'X'.
      CLEAR wa_qmsm.
      LOOP AT i_qmsm INTO wa_qmsm WHERE qmnum = wa_qals-qmnum
                                    AND mncod0(2) NE wa_qals-vcode0(2).
        g_yellow = 'X'.
      ENDLOOP.
    ENDIF.
    IF g_yellow EQ 'X'.
      MOVE c_yellow TO wa_out-icon.
    ELSEIF g_red EQ 'X'.
      MOVE c_red TO wa_out-icon.
    ELSE.
      MOVE c_green TO wa_out-icon.
    ENDIF.
    APPEND wa_out TO p_out.
    CLEAR:wa_qals,wa_out,g_red,g_yellow.
ENDLOOP.
***IF only exceptions are need to be displayed
IF p_excp EQ 'X'.
    CLEAR wa_out.
    LOOP AT p_out INTO wa_out WHERE icon EQ c_red.
      APPEND wa_out TO p_out1.
    ENDLOOP.
ENDIF.
ENDFORM.                    " select_data
*&      Form populate_fieldcat
      Populate the Fieldcat Table
FORM populate_fieldcat USING p_table TYPE c.
**status
CLEAR wa_fieldcat.
wa_fieldcat-tabname     = p_table.
wa_fieldcat-fieldname   = 'ICON'.
wa_fieldcat-seltext_l   = text-010.
wa_fieldcat-outputlen   = 15.
wa_fieldcat-icon        = 'X'.
APPEND wa_fieldcat TO i_fieldcat.
**Material
CLEAR wa_fieldcat.
wa_fieldcat-tabname     = p_table.
wa_fieldcat-fieldname   = 'MATNR'.
wa_fieldcat-seltext_l   = text-011.
wa_fieldcat-outputlen   = 15.
APPEND wa_fieldcat TO i_fieldcat.
**Plant
CLEAR wa_fieldcat.
wa_fieldcat-tabname     = p_table.
wa_fieldcat-fieldname   = 'WERK'.
wa_fieldcat-seltext_l   = text-012.
wa_fieldcat-outputlen   = 7.
APPEND wa_fieldcat TO i_fieldcat.
**Usage Decision
CLEAR wa_fieldcat.
wa_fieldcat-tabname     = p_table.
wa_fieldcat-fieldname   = 'VCODE'.
wa_fieldcat-seltext_l   = text-013.
wa_fieldcat-outputlen   = 15.
APPEND wa_fieldcat TO i_fieldcat.
**Dispositions
CLEAR wa_fieldcat.
wa_fieldcat-tabname     = p_table.
wa_fieldcat-fieldname   = 'MNCOD'.
wa_fieldcat-seltext_l   = text-014.
wa_fieldcat-outputlen   = 18.
APPEND wa_fieldcat TO i_fieldcat.
**UOM
CLEAR wa_fieldcat.
wa_fieldcat-tabname     = p_table.
wa_fieldcat-fieldname   = 'MENGENEINH'.
wa_fieldcat-seltext_l   = text-015.
wa_fieldcat-outputlen   = 18.
APPEND wa_fieldcat TO i_fieldcat.
**Unrestricted Quantity
CLEAR wa_fieldcat.
wa_fieldcat-tabname     = p_table.
wa_fieldcat-fieldname   = 'LMENGE01'.
wa_fieldcat-seltext_l   = text-016.
wa_fieldcat-qfieldname = 'MENGENEINH'.
wa_fieldcat-outputlen   = 20.
APPEND wa_fieldcat TO i_fieldcat.
**Scrap Quantity
CLEAR wa_fieldcat.
wa_fieldcat-tabname     = p_table.
wa_fieldcat-fieldname   = 'LMENGE02'.
wa_fieldcat-seltext_l   = text-017.
wa_fieldcat-qfieldname = 'MENGENEINH'.
wa_fieldcat-outputlen   = 20.
APPEND wa_fieldcat TO i_fieldcat.
**Sample Quantity
CLEAR wa_fieldcat.
wa_fieldcat-tabname     = p_table.
wa_fieldcat-fieldname   = 'LMENGE03'.
wa_fieldcat-seltext_l   = text-018.
wa_fieldcat-qfieldname = 'MENGENEINH'.
wa_fieldcat-outputlen   = 20.
APPEND wa_fieldcat TO i_fieldcat.
**Blocked Quantity
CLEAR wa_fieldcat.
wa_fieldcat-tabname     = p_table.
wa_fieldcat-fieldname   = 'LMENGE04'.
wa_fieldcat-seltext_l   = text-019.
wa_fieldcat-qfieldname = 'MENGENEINH'.
wa_fieldcat-outputlen   = 20.
APPEND wa_fieldcat TO i_fieldcat.
**Retain Quantity
CLEAR wa_fieldcat.
wa_fieldcat-tabname     = p_table.
wa_fieldcat-fieldname   = 'LMENGE05'.
wa_fieldcat-seltext_l   = text-020.
wa_fieldcat-qfieldname = 'MENGENEINH'.
wa_fieldcat-outputlen   = 20.
APPEND wa_fieldcat TO i_fieldcat.
**Other Mat Quantity
CLEAR wa_fieldcat.
wa_fieldcat-tabname     = p_table.
wa_fieldcat-fieldname   = 'LMENGE06'.
wa_fieldcat-seltext_l   = text-021.
wa_fieldcat-qfieldname = 'MENGENEINH'.
wa_fieldcat-outputlen   = 20.
APPEND wa_fieldcat TO i_fieldcat.
**RTV Quantity
CLEAR wa_fieldcat.
wa_fieldcat-tabname     = p_table.
wa_fieldcat-fieldname   = 'LMENGE07'.
wa_fieldcat-seltext_l   = text-022.
wa_fieldcat-qfieldname = 'MENGENEINH'.
wa_fieldcat-outputlen   = 20.
APPEND wa_fieldcat TO i_fieldcat.
**Exp. Scrap Quantity
CLEAR wa_fieldcat.
wa_fieldcat-tabname     = p_table.
wa_fieldcat-fieldname   = 'LMENGE08'.
wa_fieldcat-seltext_l   = text-023.
wa_fieldcat-qfieldname = 'MENGENEINH'.
wa_fieldcat-outputlen   = 20.
APPEND wa_fieldcat TO i_fieldcat.
**Inspection Lot
CLEAR wa_fieldcat.
wa_fieldcat-tabname     = p_table.
wa_fieldcat-fieldname   = 'PRUEFLOS'.
wa_fieldcat-seltext_l   = text-024.
wa_fieldcat-outputlen   = 20.
APPEND wa_fieldcat TO i_fieldcat.
**Inspection Type
CLEAR wa_fieldcat.
wa_fieldcat-tabname     = p_table.
wa_fieldcat-fieldname   = 'ART'.
wa_fieldcat-seltext_l   = text-025.
wa_fieldcat-outputlen   = 20.
APPEND wa_fieldcat TO i_fieldcat.
**Notification
CLEAR wa_fieldcat.
wa_fieldcat-tabname     = p_table.
wa_fieldcat-fieldname   = 'QMNUM'.
wa_fieldcat-seltext_l   = text-026.
wa_fieldcat-outputlen   = 20.
APPEND wa_fieldcat TO i_fieldcat.
**Date
CLEAR wa_fieldcat.
wa_fieldcat-tabname     = p_table.
wa_fieldcat-fieldname   = 'VDATUM'.
wa_fieldcat-seltext_l   = text-027.
wa_fieldcat-outputlen   = 20.
APPEND wa_fieldcat TO i_fieldcat.
**Batch
CLEAR wa_fieldcat.
wa_fieldcat-tabname     = p_table.
wa_fieldcat-fieldname   = 'CHARG'.
wa_fieldcat-seltext_l   = text-028.
wa_fieldcat-outputlen   = 20.
APPEND wa_fieldcat TO i_fieldcat.
ENDFORM.                    " populate_fieldcat
*&      Form check_quantity
      To Check the Quantity
FORM check_quantity USING p_qals TYPE t_qals.
IF wa_qals-lmenge01 GT 0.
    LOOP AT i_disp TRANSPORTING NO FIELDS
                   WHERE qmnum EQ wa_qals-qmnum
                     AND ( mncod CP 'UI'
                      OR   mncod CP 'SR'
                      OR   mncod CP 'ND' ).
    ENDLOOP.
    IF sy-subrc NE 0.
      g_red = 'X'.
    ENDIF.
ENDIF.
IF wa_qals-lmenge02 GT 0 AND g_red NE 'X'.
    LOOP AT i_disp TRANSPORTING NO FIELDS
                   WHERE qmnum EQ wa_qals-qmnum
                     AND ( mncod CP 'SC'
                      OR   mncod CP 'SR' ).
    ENDLOOP.
    IF sy-subrc NE 0.
      g_red = 'X'.
    ENDIF.
ENDIF.
IF wa_qals-lmenge04 GT 0 AND g_red NE 'X'.
    LOOP AT i_disp TRANSPORTING NO FIELDS
                   WHERE qmnum EQ wa_qals-qmnum
                     AND ( mncod CP 'RW'
                      OR   mncod CP 'RD' ).
    ENDLOOP.
    IF sy-subrc NE 0.
      g_red = 'X'.
    ENDIF.
ENDIF.
IF wa_qals-lmenge05 GT 0 AND g_red NE 'X'.
    LOOP AT i_disp TRANSPORTING NO FIELDS
                   WHERE qmnum EQ wa_qals-qmnum
                     AND mncod CP 'R1'.
    ENDLOOP.
    IF sy-subrc NE 0.
      g_red = 'X'.
    ENDIF.
ENDIF.
IF wa_qals-lmenge06 GT 0 AND g_red NE 'X'.
    LOOP AT i_disp TRANSPORTING NO FIELDS
                   WHERE qmnum EQ wa_qals-qmnum
                     AND mncod CP 'RD'.
    ENDLOOP.
    IF sy-subrc NE 0.
      g_red = 'X'.
    ENDIF.
ENDIF.
IF wa_qals-lmenge07 GT 0 AND g_red NE 'X'.
    LOOP AT i_disp TRANSPORTING NO FIELDS
                   WHERE qmnum EQ wa_qals-qmnum
                     AND mncod CP 'RV'.
    ENDLOOP.
    IF sy-subrc NE 0.
      g_red = 'X'.
    ENDIF.
ENDIF.
IF wa_qals-lmenge08 GT 0 AND g_red NE 'X'.
    LOOP AT i_disp TRANSPORTING NO FIELDS
                   WHERE qmnum EQ wa_qals-qmnum
                     AND ( mncod CP 'SC'
                      OR   mncod CP 'SE' ).
    ENDLOOP.
    IF sy-subrc NE 0.
      g_red = 'X'.
    ENDIF.
ENDIF.
ENDFORM.                    " check_quantity
*&      Form check_group
      To check the Disposition Code
FORM check_group USING p_qals TYPE t_qals
                         p_qmsm TYPE t_qmsm.
IF p_qmsm-mncod+0(2) EQ 'UI' AND
     NOT p_qals-lmenge01 GT 0.
    g_red = 'X'.
    EXIT.
ENDIF.
IF p_qmsm-mncod+0(2) EQ 'RW' AND
     NOT p_qals-lmenge04 GT 0.
    g_red = 'X'.
    EXIT.
ENDIF.
IF p_qmsm-mncod+0(2) EQ 'SC' AND
      NOT p_qals-lmenge02 GT 0 AND
      NOT p_qals-lmenge08 GT 0.
    g_red = 'X'.
    EXIT.
ENDIF.
IF p_qmsm-mncod+0(2) EQ 'SE' AND
     NOT p_qals-lmenge08 GT 0.
    g_red = 'X'.
    EXIT.
ENDIF.
IF p_qmsm-mncod+0(2) EQ 'RV' AND
     NOT p_qals-lmenge07 GT 0.
    g_red = 'X'.
    EXIT.
ENDIF.
IF p_qmsm-mncod+0(2) EQ 'SR' AND
      NOT p_qals-lmenge01 GT 0 AND
      NOT p_qals-lmenge02 GT 0.
    g_red = 'X'.
    EXIT.
ENDIF.
IF p_qmsm-mncod+0(2) EQ 'ND' AND
     NOT p_qals-lmenge01 GT 0.
    g_red = 'X'.
    EXIT.
ENDIF.
IF p_qmsm-mncod+0(2) EQ 'R1' AND
     NOT p_qals-lmenge05 GT 0.
    g_red = 'X'.
    EXIT.
ENDIF.
IF p_qmsm-mncod+0(2) EQ 'RD' AND
      NOT p_qals-lmenge04 GT 0 AND
      NOT p_qals-lmenge06 GT 0.
    g_red = 'X'.
    EXIT.
ENDIF.
ENDFORM.                    " check_group
*&      Form call_alv
      Call ALV Grid Display
FORM call_alv TABLES   p_out STRUCTURE wa_out.
CALL FUNCTION 'REUSE_ALV_GRID_DISPLAY'
    EXPORTING
      i_callback_program       = g_repid
      i_callback_pf_status_set = 'PF_STATUS_SET'
      i_callback_user_command = 'USER_COMMAND'
      is_layout                = i_layout
      it_fieldcat              = i_fieldcat[]
    TABLES
      t_outtab                 = p_out
    EXCEPTIONS
      program_error            = 1
      OTHERS                   = 2.
IF sy-subrc <> 0.
MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
          WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.
ENDIF.
ENDFORM.                    " call_alv
*&      Form generate_alv
      Build ALV
FORM generate_alv .
IF NOT i_out IS INITIAL OR
     NOT i_out1 IS INITIAL.
    g_repid = sy-repid.
    IF p_excp EQ 'X'.
      MOVE 'I_OUT1' TO g_table.
    ELSEIF p_all EQ 'X'.
      MOVE 'I_OUT' TO g_table.
    ENDIF.
    PERFORM populate_fieldcat USING g_table.
    i_layout-zebra        = 'X'.
    i_layout-colwidth_optimize = 'X'.
    IF p_excp = 'X'.
      PERFORM call_alv TABLES i_out1.
    ELSEIF p_all = 'X'.
      PERFORM call_alv TABLES i_out.
    ENDIF.
ENDIF.
ENDFORM.                    " generate_alv
*&             Form PF_STATUS_SET
             Setting PF Status
FORM pf_status_set USING rt_extab TYPE slis_t_extab.
SET PF-STATUS 'STATUS1' .
ENDFORM.                    "PF_STATUS_SET
*&              Form USER_COMMAND
           User Command Processing
FORM user_command USING r_ucomm     TYPE sy-ucomm
                        rs_selfield TYPE slis_selfield.
CASE r_ucomm.
    WHEN 'UDG'.
      IF p_all EQ 'X'.
        CLEAR wa_out.
        READ TABLE i_out INTO wa_out INDEX rs_selfield-tabindex.
        SET PARAMETER ID 'QLS' FIELD wa_out-prueflos.
      ELSEIF p_excp EQ 'X'.
        CLEAR wa_out1.
        READ TABLE i_out1 INTO wa_out1 INDEX rs_selfield-tabindex.
        SET PARAMETER ID 'QLS' FIELD wa_out1-prueflos.
      ENDIF.
      CALL TRANSACTION 'QA13' AND SKIP FIRST SCREEN.
    WHEN 'QNF'.
      IF p_all EQ 'X'.
        CLEAR wa_out.
        READ TABLE i_out INTO wa_out INDEX rs_selfield-tabindex.
        SET PARAMETER ID 'IQM' FIELD wa_out-qmnum.
      ELSEIF p_excp EQ 'X'.
        CLEAR wa_out1.
        READ TABLE i_out1 INTO wa_out1 INDEX rs_selfield-tabindex.
        SET PARAMETER ID 'IQM' FIELD wa_out1-qmnum.
      ENDIF.
      CALL TRANSACTION 'QM03' AND SKIP FIRST SCREEN.
ENDCASE.
ENDFORM. "USER_COMMAND
*&      Form variant_init
     Initialize variant
FORM variant_init .
Set Options: save variants userspecific or general
g_save = 'A'.
g_report = sy-repid.
g_var-report = g_report.
Get default variant
g_variant = g_var.
CALL FUNCTION 'REUSE_ALV_VARIANT_DEFAULT_GET'
    EXPORTING
      i_save     = g_save
    CHANGING
      cs_variant = g_variant
    EXCEPTIONS
      not_found = 2.
IF sy-subrc = 0.
    p_vari = g_variant-variant.
ENDIF.
ENDFORM.                    " variant_init
*&      Form f4_for_variant
      F4 help for variant
FORM f4_for_variant .
CALL FUNCTION 'REUSE_ALV_VARIANT_F4'
    EXPORTING
      is_variant = g_var
      i_save     = g_save
    IMPORTING
      e_exit     = g_exit
      es_variant = g_variant
    EXCEPTIONS
      not_found = 2.
IF sy-subrc = 2.
    MESSAGE ID sy-msgid TYPE 'S'      NUMBER sy-msgno
            WITH sy-msgv1 sy-msgv2 sy-msgv3 sy-msgv4.
ELSE.
    IF g_exit = space.
      p_vari = g_variant-variant.
    ENDIF.
ENDIF.
ENDFORM.                    " f4_for_variant
*&      Form pai_of_selection_screen
      Check existence of Variant
FORM pai_of_selection_screen .
IF NOT p_vari IS INITIAL.
    MOVE g_var TO g_variant.
    MOVE p_vari TO g_variant-variant.
    CALL FUNCTION 'REUSE_ALV_VARIANT_EXISTENCE'
      EXPORTING
        i_save     = g_save
      CHANGING
        cs_variant = g_variant.
    g_var = g_variant.
ELSE.
    PERFORM variant_init.
ENDIF.
ENDFORM.                    " pai_of_selection_screen
*&      Form get_codegroup
      Get F4 help for Code Group
FORM get_codegroup .
DATA: i_return TYPE TABLE OF ddshretval.
SELECT katalogart codegruppe kurztext FROM qpgt
                                        INTO TABLE i_codegrp
                                        WHERE katalogart EQ '3'
                                          AND sprache EQ sy-langu.
IF sy-subrc EQ 0.
    CALL FUNCTION 'F4IF_INT_TABLE_VALUE_REQUEST'
       EXPORTING
    DDIC_STRUCTURE         = ' '
         retfield               = 'CODEGRUPPE'
         dynpprog               = sy-repid
         dynpnr                 = sy-dynnr
         dynprofield            = 'S_VCDGRP'
         value_org              = 'S'
       TABLES
         value_tab              = i_codegrp[]
      return_tab             = i_return[]
       EXCEPTIONS
         parameter_error        = 1
         no_values_found        = 2
         OTHERS                 = 3
    IF sy-subrc <> 0.
MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
          WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.
    ENDIF.
ENDIF.
ENDFORM.                    " get_codegroup
*&      Form get_code
      Get F4 help for Code
FORM get_code .
DATA: l_field       TYPE rsscr-name VALUE 'S_VCDGRP',
        l_field_kind TYPE rsscr-kind VALUE 'S',
        li_par_values TYPE TABLE OF rsparams,
        la_par_values TYPE rsparams,
        r_cdgrp       TYPE RANGE OF qpct-codegruppe,
        la_cdgrp      LIKE LINE OF r_cdgrp.
**Get the values entered in the selection screen
PERFORM f4_get_related_values IN PROGRAM rsdbspf4
          TABLES li_par_values
          USING l_field l_field_kind.
IF NOT li_par_values IS INITIAL.
    CLEAR:la_cdgrp,la_par_values.
    LOOP AT li_par_values INTO la_par_values.
      MOVE-CORRESPONDING la_par_values TO la_cdgrp.
      IF la_cdgrp-option IS INITIAL.
        MOVE 'EQ' TO la_cdgrp-option.
      ENDIF.
      APPEND la_cdgrp TO r_cdgrp.
      CLEAR la_cdgrp.
    ENDLOOP.
ENDIF.
SELECT katalogart codegruppe
         code       version
         kurztext FROM qpct
                  INTO TABLE i_code
                  WHERE katalogart EQ '3'
                    AND codegruppe IN r_cdgrp
                    AND sprache EQ sy-langu.
IF sy-subrc EQ 0.
    CALL FUNCTION 'F4IF_INT_TABLE_VALUE_REQUEST'
       EXPORTING
    DDIC_STRUCTURE         = ' '
         retfield               = 'CODE'
         dynpprog               = sy-repid
         dynpnr                 = sy-dynnr
         dynprofield            = 'S_VCODE'
         value_org              = 'S'
       TABLES
         value_tab              = i_code[]
     return_tab             =
       EXCEPTIONS
         parameter_error        = 1
         no_values_found        = 2
         OTHERS                 = 3
    IF sy-subrc <> 0.
MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
          WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.
    ENDIF.
ENDIF.
ENDFORM.                    " get_code

ASM Quorum Failgroup Setup is Mandatory for Normal and High Redundancy?

Hi all,
Since I have worked with version 11.2 I had a concept about Quorum Failgroup and its purpose, now reading the documentation 12c I'm confuse about some aspect and want your views on this subject.
My Concept About Quorum Failgroup:
The Quorum Failgroup was introduced in 11.2 for setup with Extended RAC and/or for setup with Diskgroups that have only 2 ASMDISK using Normal redundancy or 3 ASMDISK using High redundancy.
But if we are not using Extended RAC and/or have a Diskgroup Normal Redundancy with 3 or more ASMDISK or Diskgroup High Redundancy with 5 or more ASMDISK the use of Quorum Failgroup is optional, most like not used.
==============================================================================
Documentation isn't clear about WHEN we must to use Quorum Failgroup.
https://docs.oracle.com/database/121/CWLIN/storage.htm#CWLIN287
7.4.1 Configuring Storage for Oracle Automatic Storage Management
2. Choose the Oracle ASM redundancy level to use for the Oracle ASM disk group.
Except when using external redundancy, Oracle ASM mirrors all Oracle Clusterware files in separate failure groups within a disk group. A quorum failure group, a special type of failure group, contains mirror copies of voting files when voting files are stored in normal or high redundancy disk groups. If the voting files are in a disk group, then the disk groups that contain Oracle Clusterware files (OCR and voting files) have a higher minimum number of failure groups than other disk groups because the voting files are stored in quorum failure groups.
A quorum failure group is a special type of failure group that is used to store the Oracle Clusterware voting files. The quorum failure group is used to ensure that a quorum of the specified failure groups are available. When Oracle ASM mounts a disk group that contains Oracle Clusterware files, the quorum failure group is used to determine if the disk group can be mounted in the event of the loss of one or more failure groups. Disks in the quorum failure group do not contain user data, therefore a quorum failure group is not considered when determining redundancy requirements in respect to storing user data.
As mentioned in documentation above, I could understand that in ANY diskgroup that use Normal or High Redundancy MUST have a Quorum failgroup. (does not matter what setup)
In my view, if a Quorum Failgroup is used to ENSURE that a quorum of the specified failure groups are available, then we must use it, in other words is mandatory.
What's your view on this matter?
==============================================================================
Another Issue:
Suppose the following scenario (example using NORMAL Redundancy).
Example 1
Diskgroup Normal Redundancy with 3 ASMDIKS.
DSK_0000 - FG1 (QUORUM FAILGROUP)
DSK_0001 - FG2 (REGULAR FAILGROUP)
DSK_0002 - FG3 (REGULAR FAILGROUP)
The ASM will allow create only one Quorum Failgroup, and two Regular Failgroup ( a failgroup to each asm disk)
Storing Votedisk on this diskgroup the all three asmdisk will be used one votedisk in each asm disk.
Storing OCR on this diskgroup the two Regular Failgroup will be used, only one OCR and primary extents and mirror of its extents accross two failgroup. (quorum failgroup will not be used to OCR)
Example 2
Diskgroup Normal Redundancy with 5 ASMDIKS.
DSK_0000 - FG1 (REGULAR FAILGROUP)
DSK_0001 - FG2 (REGULAR FAILGROUP)
DSK_0002 - FG3 (QUORUM FAILGROUP)
DSK_0003 - FG4 (QUORUM FAILGROUP)
DSK_0004 - FG5 (QUORUM FAILGROUP)
The ASM will allow create up to three Quorum Failgroup, and two Regular Failgroup.
Storing Votedisk on this diskgroup the all three QUORUM FAILGROUP will be used. REGULAR FAILGROUP will not be used.
Storing OCR on this diskgroup the two Regular Failgroup will be used, only one OCR and primary extents and mirror of its extents accross two failgroup. (none quorum failgroup will not be used to OCR).
This right here below is confuse to me.
https://docs.oracle.com/database/121/CWLIN/storage.htm#CWLIN287
7.4.1 Configuring Storage for Oracle Automatic Storage Management
2. Choose the Oracle ASM redundancy level to use for the Oracle ASM disk group.
The quorum failure group is used to determine if the disk group can be mounted in the event of the loss of one or more failure groups.
Normal redundancy: For Oracle Clusterware files, a normal redundancy disk group requires a minimum of three disk devices (two of the three disks are used by failure groups and all three disks are used by the quorum failure group) and provides three voting files and one OCR and mirror of the OCR. When using a normal redundancy disk group, the cluster can survive the loss of one failure group.For most installations, Oracle recommends that you select normal redundancy disk groups.
High redundancy: For Oracle Clusterware files, a high redundancy disk group requires a minimum of five disk devices (three of the five disks are used by failure groups and all five disks are used by the quorum failure group) and provides five voting files and one OCR and two mirrors of the OCR. With high redundancy, the cluster can survive the loss of two failure groups.
Documentation says:
minimum of three disk devices: two of the three disks are used by failure groups and all three disks are used by the quorum failure group for normal redundancy.
minimum of five disk devices: three of the five disks are used by failure groups and all five disks are used by the quorum failure group for high redudancy.
Questions :
What this USED mean?
How the all disk are USED by quorum failgroup?
This USED mean used to determine if the disk group can be mounted?
How Quorum Failgroup determine if a diskgroup can be mounted, what is the math?
Consider following scenery:
Diskgroup Normal Redundancy with 3 ASM Disks. (Two Regular failgroup and One Quorum Failgroup)
If we lost the Quorum failgroup group. We can mount that diskgroup using force option.
If we lost one Regular failgroup group. We can mount that diskgroup using force option.
We can't lost two Failgroup at same time.
If I don't use Quorum failgroup (i.e only Regular Failgroup) the result of test is the same.
I see no difference between use Quorum Failgroup and only Regular Failgroup on this matter.
======================================================================================
When Oracle docs says:
one OCR and mirror of the OCR for normal redundancy
one OCR and two mirrors of the OCR for high redundancy
What this means is we have ONLY ONE OCR File and mirror of its extents, but oracle in documentation says 1 mirror of OCR (normal redundancy) and 2 mirror of OCR (high redudancy).
What is sound like? a single file or two or more files ?
Please don't confuse it with ocrconfig mirror location.

Hi Levi Pereira,
Sorry for the late answer. And as per 12c1 documentation, yes you are right, only the VD will be placed on the quorum fail groups:
The redundancy level that you choose for the Oracle ASM disk group determines how Oracle ASM mirrors files in the disk group, and determines the number of disks and amount of disk space that you require. If the voting files are in a disk group, then the disk groups that contain Oracle Clusterware files (OCR and voting files) have a higher minimum number of failure groups than other disk groups because the voting files are stored in quorum failure groups.
Managing Oracle Cluster Registry and Voting Files
Regarding your question "I want answer about is mandatory to use Quorum Failgroup when use Normal or High Redundancy?" No it isn't, I have a normal redundancy diskgroup that I store VD with no Quorum Failgroup, indeed, it would prevent you to store data on the disks within this kind of failgroup as per the documentation:
A quorum failure group is a special type of failure group that is used to store the Oracle Clusterware voting files. The quorum failure group is used to ensure that a quorum of the specified failure groups are available. When Oracle ASM mounts a disk group that contains Oracle Clusterware files, the quorum failure group is used to determine if the disk group can be mounted if there is a loss of one or more failure groups. Disks in the quorum failure group do not contain user data, therefore a quorum failure group is not considered when determining redundancy requirements in respect to storing user data.
Managing Oracle Cluster Registry and Voting Files
And as per the documentation, my answer are with red color:
Could you explain what documentation meant:
minimum of three disk devices: two of the three disks are used by failure groups and all three disks are used by the quorum failure group for normal redundancy.
how all three disk are used by the quorum failgroup? [I don't think this is correct, sounds a bit strange and it is the opposite for what is right before...]
Regards.

Docs for Normal reps needed

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