ZCM10.3.1 - need help in the Report

How to find all devices which contacted the ZCM-server for the last 7 days ?
Please, help me.
Serg

Originally Posted by amaltsev1
Which one field use for search ??
Serg
True, I just tried it and it doesn't seem possible.. I thought this would have been possible, sry.
Goto http://www.novell.com/rms and make a request for this feature.
Thomas

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  • Need help in the Report Program!!!

    Hi,
    This is SAI KUMAR.
    <b>Selection Screen</b>
    Sales Org: <b>VKORG</b>
    Distribution Channel: <b>VTWEG</b>
    Division: <b>SPART</b>
    Billing Type: <b>FKART</b>
    Plant: <b>WERKS</b>
    Payment Terms: <b>ZTERM</b>
    Sold-to Party: <b>KUNAG</b>
    Billing Date: <b>FKDAT</b>
    Now Using the above Selection screen inputs, I want to generate the following fields in the output.
    <b>Output Screen</b>
    Invoice No: <b>VBELN</b>
    Invoice Date: <b>FKDAT</b>
    Customer Number: <b>KUNNR</b>
    Customer Name: <b>NAME1</b>
    Material Description: <b>MAKTX</b>
    Payment Terms: <b>ZTERM</b>
    Net Value: <b>NETWR</b>
    Ship-to City: <b>ORT01</b>
    Sold-to party: <b>KUNAG</b>
    Ship-to party: <b>KUNNR</b>
    <u><b>Tables Used: </b></u>
    Delivery: <b>LIKP, LIPS</b>
    Invoice:<b>VBRK, VBRP</b>
    Customer: <b>KNA1</b>
    Material: <b>MARA</b>
    Material Description: <b>MAKT</b>
    <b>
    Now the Problem what I got is....How to link between these tables...ie., what common fields can be used between these tables so that I can use FOR ALL ENTRIES and retrieve the above output fields.</b>
    Can anyone please help me out in giving a REPORT program or a pseudo code for the above data.
    Thanks & Regards,
    SAI KUMAR
    <b>ID: [email protected]</b>

    See the below code :
    REPORT zjpvrom323 NO STANDARD PAGE HEADING LINE-SIZE 200 LINE-COUNT 35
    MESSAGE-ID zjpv001 .
    *& Development ID:   OM_DD_323_LJP                                    *
    *& Report        :   ZJPVROM323                                       *
    *& This application is used to Develop a new billing document that    *
    *& fulfills  the  NPKK  Requirement That does not exist in JSP        *
    *& functionality.according to the delivery date it displays Monthly   *
    sales notes report                                                *
    *& Change Log:                                                        *
    *&  Init.        Who             Date         Text                    *
    *& MALIKDH1     Seshu Reddy     2003/07/20   Initial Development      *
              Constants
    CONSTANTS :c_vkorg(4) VALUE 'JP20', " Sale Organization
               c_vtweg(2) VALUE 'TR',   " Distribution Channel
               c_rfbsk VALUE 'C',       " Status for transfer to accounting
               c_spart(2) VALUE '01',   " Division
               c_kvgr2(3) VALUE 'Z51',  " Customer Group 2
               c_fkart(4) TYPE c VALUE 'ZJPW', " Billing Type
               c_waerk(5) TYPE c VALUE 'JPY',  " SD document currency
               c_kschl(4) TYPE c VALUE 'ZJPC', " Condition type
               c_no_of_lines TYPE i VALUE '35',
               C_CONS_5(1) TYPE C VALUE '5',
               C_CONS_8(1) TYPE C VALUE '8',
               C_CONS_10(2) TYPE C VALUE '10',
               c_konwa(5) TYPE c VALUE 'JPY'. " Rate unit (currency or
    "            percentage)
              DB-Tables                                                *
    *TABLES : vbrk,           " Billing : Header Data
            vbrp,           " Billing : Item Data
            kna1,           " Customer master : General data
            knvv,           " Customer master : sales data
            likp,           " Delivery : Header data
            konv,           " Condition : Transaction data
            konp,           " Condition : items
            zjpv_torihiki,  " Add on table:Business transaction category
            zjpv_rebate.    " Add on table : rebate table
               Variables/Internal table                                 *
    DATA :g_date(2) TYPE n,           " Date
          g_month(2) TYPE n,          " Month
          g_year(4) TYPE n ,          " Year
          g_bill_low(10) TYPE n,       " From date
          g_bill_high(10) TYPE n,      " To date
          g_month1(2) TYPE n,         " Month
          g_year1(4) TYPE n,          " Year
          g_date1(2) TYPE n,          " Date
          g_year2(4) TYPE n,          " Year
          g_datum LIKE sy-datum,      " System date
          g_skip(4) TYPE c ,          " Line break
          g_ctax(8) TYPE c,           " Consumption tax
          g_ctax1(10) TYPE c,         " Consumption tax
          g_ctax2(16) TYPE c,         " Consumption tax
          g_vol(6) TYPE c,            " Volume
          g_vol1(6) TYPE c,           " Volume
          g_vol2(7) TYPE c,           " Volume
          g_tamt(10) TYPE c,          " Total amount
          g_tamt1(13) TYPE c,         " Total amount
          g_tamt2(16) TYPE c,         " Total amount
          g_gtotal(10) TYPE c,        " Net total
          g_gtotal1(13) TYPE c,       " Net total
          g_gtotal2(16) TYPE c,       " Net total
          g_uprice(8)  TYPE c,        " Unit Price
          g_uprice1(10)  TYPE c,      " Unit Price
          g_uprice2(11)  TYPE c,      " Unit Price
          g_amount(10) TYPE c,        " Amount
          g_amount1(13) TYPE c,       " Amount
          g_amount2(14) TYPE c,       " Amount
          g_fctax(16) TYPE c,      " Consumption Tax (Total)
          g_ftamnt(16) TYPE c,     " Total amount (Total)
          g_ftotal(16) TYPE c,     " net total (Total)
          g_fctax1(8) TYPE c,      " Totals with Comma (Consumption tax)
          g_fctax2(10) TYPE c,     " Totals with Comma (Consumption tax)
          g_fctax3(11) TYPE c,     " Totals with Comma (Consumption tax)
          g_ftamt1(10) TYPE c,     " Totals with comma (Total amount)
          g_grand_total(16),
          g_grand_total1(14),
          g_net_total(16),
          g_net_total1(14),
          g_middle_val(16),
          g_middle_val1(11),
          g_ftamt2(13) TYPE c,     " Totals with Comma(Total amount)
          g_ftamt3(14) TYPE c,     " Totals with comma(Total amount)
          g_ftotal1(10) TYPE c,    " Totals with comma(Net total)
          g_ftotal2(13) TYPE c,    " Totals with comma(Net total)
          g_ftotal3(14) TYPE c.    " Totals with comma(Net total)
    *Internal table for billing document header
    DATA : BEGIN OF t_vbrk OCCURS 0,
           vbeln LIKE vbrk-vbeln,      " Billing Doc number
           vbtyp LIKE vbrk-vbtyp,      " Document Category
           kunag LIKE vbrk-kunag,      " sold-to-party
           vkorg LIKE vbrk-vkorg,      " sales organization
           vtweg LIKE vbrk-vtweg,      " Distribution Channel
           kunrg LIKE vbrk-kunrg,      " Payer
           fkart_rl LIKE vbrk-fkart_rl," Billing Type
           fkdat LIKE vbrk-fkdat,      " Billing date
           mwsbk LIKE vbrk-mwsbk,      " Tax amount in document currency
           netwr LIKE vbrk-netwr,      " Net value in document currency
           waerk LIKE vbrk-waerk,      " SD document currency
           knumv LIKE vbrk-knumv,      " Number of the document condition
           END OF t_vbrk.
    internal table for Output formatting
    DATA : BEGIN OF t_oput OCCURS 0,
           rbcode(4) TYPE c,                     " Regulating Branch Code
           tpcode(10)  TYPE c,                   " trading partner code
           bdgrp(3) TYPE c,                      " Billing Document Group
           zjd_torihikikubn(3) TYPE c,           "   business transaction
                                                  "category
           tpname1(35) TYPE c,                   " trading partner name 1
           tpname2(35) TYPE c,                   " trading partner name 2
           bdgnm(10) TYPE c,                     " Billing Doc Group Name
           dcode(10) TYPE c,                     " destination code
           dname(35),                            " destination name
           fkdat(10) TYPE c,                     " Date of Issue
           vbeln(10) TYPE c,                     " Billing Doc No
           zzjp_remarks(30) TYPE c,              " Remarks
           ctax(16) TYPE c,                      " Consumption Tax
           tamnt(16) TYPE c,                    " Total Amount
           gtotal(16) TYPE c,                    " Grand total,
           pcode(9) TYPE n,                      " Product Code
           pname(40) TYPE c,                     " Product name
           volume(16) TYPE p decimals 3,          " volume
           volume1 type i,
           volume2(16) type c,
           uprice(13) TYPE c,                    " Unit Price
           amount(16) TYPE c,                    " Amount
           posnr(6) TYPE n,                      " Billing Item
           END OF t_oput.
    *Internal table for Customer Master Sales Data
    DATA : BEGIN OF t_knvv OCCURS 0,
           kunnr LIKE knvv-kunnr, " Customer Number
           vkorg LIKE knvv-vkorg, " Sales Organization
           vtweg LIKE knvv-vtweg, " Distribution Channel
           spart LIKE knvv-spart, " Division
           kvgr2 LIKE knvv-kvgr2, " Customer Group 2
           vkbur LIKE knvv-vkbur, " sales office
           END OF t_knvv.
    *Internal table for Customer Master Data
    DATA : BEGIN OF t_kna1 OCCURS 0,
           kunnr LIKE kna1-kunnr,   " Customer number
           name1 LIKE kna1-name1,   " Customer Name 1
           name2 LIKE kna1-name2,   " Customer Name 2
           END OF t_kna1.
    Internal table used for billing document items
    DATA : BEGIN OF t_vbrp OCCURS 0,
           vbeln LIKE vbrp-vbeln,                       " Billing Document
           posnr LIKE vbrp-posnr,        " Billing item
           zjd_torihikikubn LIKE vbrp-zjd_torihikikubn, " Business
                                                      " Transaction Category
           vgbel LIKE vbrp-vgbel,                   " Document number of the
                                                    "   reference  document
           vgtyp LIKE vbrp-vgtyp,                   " Document category of
                                                    " preceding SD document
           zzjp_remarks LIKE vbrp-zzjp_remarks,     " Remarks
           zjd_kanamei LIKE vbrp-zjd_kanamei,
           fkimg LIKE vbrp-fkimg,                   " Actual billed quantity
           netwr LIKE vbrp-netwr,        " Net value of the
                                         " billing item in document currency
           zjd_touitsumatnr LIKE vbrp-zjd_touitsumatnr,
           END OF t_vbrp.
    Internal table used for Rebate Table
    DATA : BEGIN OF t_zjpv_rebate OCCURS 0,
           fkart LIKE zjpv_rebate-fkart,              " Billing type
           rebate_code LIKE zjpv_rebate-rebate_code,  " Rebate Code
           rebate_name LIKE zjpv_rebate-rebate_name,  " Rebate Name
           END OF t_zjpv_rebate.
    *Internal table used for Delivery Header
    DATA : BEGIN OF t_likp OCCURS 0,
           vbeln LIKE likp-vbeln,    " Delivery  No
           kunnr LIKE likp-kunnr,    " Ship-to party
           END OF t_likp.
    *Internal table for conditions (Transaction Data)
    DATA : BEGIN OF t_konv OCCURS 0,
           knumv LIKE konv-knumv,      " Number of the document condition
           kposn LIKE konv-kposn,      " Condition item number
           kschl LIKE konv-kschl,      " Condition type
           knumh LIKE konv-knumh,      " Condition type
           END OF t_konv.
    Internal table for conditions (Item)
    DATA : BEGIN OF t_konp OCCURS 0,
           knumh LIKE konp-knumh,      " Number of the document condition
           kbetr LIKE konp-kbetr,      " Rate (condition amount or
                                       " percentage) where no scale exists
           konwa LIKE konp-konwa,      " Rate unit (currency or percentage)
           END OF t_konp.
    Internal table for table Torihiki Kubun
    DATA : BEGIN OF t_zjpv_torihiki OCCURS 0,
           kubun LIKE zjpv_torihiki-kubun,      " Condition type
           rep_grp LIKE zjpv_torihiki-rep_grp,   " Shikiri Report Group
           rep_grp_name LIKE zjpv_torihiki-rep_grp_name, " Shikiri Report
                                                         " Group NAME
           END OF t_zjpv_torihiki.
    DATA:  l_tpname1(35) TYPE c,                   " trading partner name 1
           l_tpname2(35) TYPE c,                   " trading partner name 2
           l_bdgnm(10) TYPE c,                     " Billing Doc Group Name
           G_FLG(1)    type c,
           G_FLG1(1)    type c.
              Selection screen                                           *
    SELECTION-SCREEN : BEGIN OF BLOCK zjpv WITH FRAME TITLE text-001.
    PARAMETER : p_date LIKE sy-datum OBLIGATORY. " Delivery date
    SELECTION-SCREEN : END OF BLOCK zjpv.
    RANGES : r_bdate  FOR vbrk-fkdat.             " Billing date
           Initialization                                                *
    INITIALIZATION.
      p_date = sy-datum.
               MAIN PROCESSING                                           *
    START-OF-SELECTION.
    This Perform is used for getting Billing date  According to Delivery
    Date(Output date)
      PERFORM f_bill_date_move.
    Selecting the data from tables VBRK,VBRP,KNVV,KNA1,KONV,KONP,LIKP,
    ZJPV_TORIHIKI and ZJPV_REBATE
      PERFORM f_get_data.
    Passing the data from the internal tables (T_VBRK,T_VBRP,T_KNVV,
    T_KNA1,T_KONV,T_KONP,T_LIKP, T_ZJPV_TORIHIKI and T_ZJPV_REBATE)
    to out put Internal table(T_OPUT)
      PERFORM f_process_data.
              END OF SELECTION                                          *
    END-OF-SELECTION.
    Out put formatting
      PERFORM f_output_data.
    *&      Form  F_Bill_DATE_MOVE
    This Perform is used for getting Billing date  According to Delivery *
    Date(Output date)                                                    *
    FORM f_bill_date_move.
      g_datum = p_date + 10.
      g_month = g_datum+4(2).
      g_year = g_datum+0(4).
      IF g_month = 1.
        g_year = g_year - 1.
        g_month = 12.
        g_date = 1.
      ELSE.
        g_month = g_month - 1.
        g_date = 1.
      ENDIF.
    Passing the date to billing date-low
      CONCATENATE  g_year g_month g_date  INTO g_bill_low.
      r_bdate-low = g_bill_low.
      r_bdate-sign = 'I'.
      r_bdate-option = 'BT'.
      g_month1 = g_datum+4(2).
      g_year1 = g_datum+0(4).
      IF g_month1 = 1.
        g_year1 = g_year1 - 1.
        g_month1 = 12.
      ELSE.
        g_month1 = g_month1 - 1.
      ENDIF.
      CASE g_month1.
        WHEN 1.g_date1 = '31'.
        WHEN 3.g_date1 = '31'.
        WHEN 4.g_date1 = '30'.
        WHEN 5.g_date1 =  '31'.
        WHEN 6.g_date1 = '30'.
        WHEN 7.g_date1 = '31'.
        WHEN 8.g_date1 = '31'.
        WHEN 9.g_date1 = '30'.
        WHEN 10.g_date1 = '31'.
        WHEN 11.g_date1 = '30'.
        WHEN 12.g_date1 = '31'.
      ENDCASE.
      g_year2 = g_year1.
      IF g_month1 = 2.
        g_year2 = g_year2 MOD 4 .
        IF g_year2 = 0.
          g_date1 = 29.
        ELSE.
          g_date1 = 28.
        ENDIF.
      ENDIF.
    Passing the date to billing date-high
      CONCATENATE  g_year1  g_month1  g_date1 INTO g_bill_high.
      r_bdate-high = g_bill_high.
      APPEND r_bdate.
    ENDFORM.                    " F_Bill_DATE_MOVE
    *&      Form  f_get_data
    Selecting the data from tables VBRK,VBRP,KNVV,KNA1,KONV,KONP,LIKP,   *
    ZJPV_TORIHIKI and ZJPV_REBATE                                        *
    FORM f_get_data.
    Selecting the data from VBRK into internal table T_VBRK.
      SELECT   vbeln
               vbtyp
               kunag
               vkorg
               vtweg
               kunrg
               fkart_rl
               fkdat
               mwsbk
               netwr
               waerk
               knumv
               FROM vbrk
               INTO TABLE t_vbrk
               WHERE fkdat BETWEEN r_bdate-low and r_bdate-high
                     and RFBSK = C_RFBSK
                     AND  vbtyp IN ('N' , 'S' , 'M' , 'O' , 'P')
                     AND vkorg = c_vkorg
                     AND vtweg = c_vtweg
                     AND netwr <> 0.
      IF sy-subrc Eq 0.
        sort t_vbrk.
      ENDIF.
    Selecting the data from KNVV into internal table T_KNVV.
      SELECT kunnr
             vkorg
             vtweg
             spart
             kvgr2
             vkbur
             FROM knvv
             INTO TABLE t_knvv
             FOR ALL ENTRIES IN t_vbrk WHERE ( kunnr = t_vbrk-kunag
                                       OR    kunnr = t_vbrk-kunrg )
                                       AND   vkorg = t_vbrk-vkorg
                                       AND   vtweg = t_vbrk-vtweg
                                       AND   spart = c_spart
                                       AND   kvgr2 = c_kvgr2.
    Selecting the data from VBRP into internal table T_VBRP.
      SELECT vbeln
             posnr
             zjd_torihikikubn
             vgbel
             vgtyp
             zzjp_remarks
             zjd_kanamei
             fkimg
             netwr
             zjd_touitsumatnr
             FROM vbrp
             INTO TABLE  t_vbrp
             FOR ALL ENTRIES IN t_vbrk
             WHERE vbeln = t_vbrk-vbeln.
    Selecting the data from ZJPV_REBATE into internal table T_ZJPV_REBATE.
      SELECT fkart
             rebate_code
             rebate_name
             FROM zjpv_rebate
             INTO TABLE t_zjpv_rebate
             FOR ALL ENTRIES IN t_vbrk
             WHERE fkart = t_vbrk-fkart_rl.
    Selecting the data from KNA1 into internal table T_KNA1.
      SELECT kunnr
             name1
             name2
             FROM kna1
             INTO TABLE t_kna1
             FOR ALL ENTRIES IN t_knvv
             WHERE kunnr = t_knvv-kunnr.
      IF NOT t_vbrp[] IS INITIAL.
    Selecting the data from LIKP into internal table T_LIKP.
        SELECT vbeln
               kunnr
               FROM likp
               INTO TABLE t_likp
               FOR ALL ENTRIES IN t_vbrp
               WHERE vbeln = t_vbrp-vgbel.
      ENDIF.
    Selecting the data from KONV into internal table T_KONV.
      SELECT knumv
             kposn
             kschl
             knumh
             FROM konv
             INTO TABLE t_konv
             FOR ALL ENTRIES IN t_vbrk
             WHERE knumv = t_vbrk-knumv
             AND   kschl = c_kschl.
    Selecting the data from KONP into internal table T_KONP.
      SELECT knumh
             kbetr
             konwa
             FROM konp
             INTO TABLE t_konp
             FOR ALL ENTRIES IN t_konv
             WHERE knumh = t_konv-knumh.
    Selecting the data from ZJPV_TORIHIKI into internal table
    T_ZJPV_TORIHIKI.
      SELECT kubun
             rep_grp
             rep_grp_name
             FROM zjpv_torihiki
             INTO TABLE t_zjpv_torihiki
             FOR ALL ENTRIES IN t_vbrp
             WHERE kubun = t_vbrp-zjd_torihikikubn.
    ENDFORM.                    " f_get_data
    *&      Form  f_process_data
    Reading The Data from Internal tables (T_VBRK,T_VBRP,T_KNVV,T_KNA1,  *
    T_LIKP,T_KONV,T_KONP,T_ZJPV_REBATE and T_ZJP_TORIHIKI)               *
    FORM f_process_data.
    Sorting the internal table t_kna1, t_vbrk, t_vbrp ,t_knvv,t_kna1,
    t_likp and t_zjpv_rebate
      SORT: t_kna1 BY kunnr,
            t_vbrk BY vbeln,
            t_vbrp BY vbeln,
            t_knvv BY kunnr,
            t_zjpv_rebate BY fkart,
            t_knvv BY kunnr vkorg vtweg spart,
            t_likp BY vbeln.
      LOOP AT t_vbrk.
    Reading the data from internal table t_knvv
        READ TABLE t_knvv WITH KEY kunnr = t_vbrk-kunag
                                     vkorg = t_vbrk-vkorg
                                     vtweg = t_vbrk-vtweg
                                     spart = c_spart
                                     kvgr2 = c_kvgr2.
        IF sy-subrc NE 0.
          g_flg = 'X'.
        ENDIF.
    Reading the data from internal table t_knvv
        READ TABLE t_knvv WITH KEY kunnr = t_vbrk-kunrg
                                    vkorg = t_vbrk-vkorg
                                    vtweg = t_vbrk-vtweg
                                    spart = c_spart
                                    kvgr2 = c_kvgr2.
        IF sy-subrc NE 0.
          G_FLG1 = 'X'.
        ENDIF.
        IF G_FLG = 'X' AND G_FLG1 = 'X'.
          DELETE T_VBRK.
          CLEAR: G_FLG, G_FLG1.
          CONTINUE.
        ENDIF.
      ENDLOOP.
      DATA :  l_sign(1) TYPE c VALUE '-',
              l_ctax(15) TYPE n ,
              l_tamnt(15) TYPE n ,
              l_volume(16) TYPE c,
              l_gtotal(15) TYPE n,
              l_amnt(15) TYPE n.
      SORT t_konv BY knumv kposn kschl.
      SORT t_konp BY knumh.
      LOOP AT t_vbrp.
        READ TABLE t_vbrk WITH KEY vbeln = t_vbrp-vbeln.
        IF sy-subrc <> 0.
          DELETE t_vbrp.
          CONTINUE.
        ENDIF.
    Reading the data from Internal table T_zjpv_rebate(Rebate table)
        READ TABLE t_zjpv_rebate WITH KEY
                            fkart = t_vbrk-fkart_rl
                            BINARY SEARCH.
        IF sy-subrc NE 0 OR t_vbrk-fkart_rl EQ c_fkart.
          MOVE t_vbrk-kunag TO t_oput-tpcode.
        ELSE .
          IF t_vbrk-fkart_rl NE c_fkart.
            MOVE t_vbrk-kunrg TO t_oput-tpcode.
          ENDIF.
        ENDIF.
        READ TABLE t_zjpv_rebate WITH KEY
                            fkart = t_vbrk-fkart_rl
                            BINARY SEARCH.
        IF sy-subrc NE 0.
    Passing the last 6 values of ZJD_TOUITSUMANTR into product code.
          MOVE t_vbrp-zjd_touitsumatnr+3(6) TO t_oput-pcode.
          MOVE t_vbrp-zjd_kanamei TO t_oput-pname.
        ELSE.
          MOVE t_zjpv_rebate-rebate_code+3(6) TO t_oput-pcode.
          MOVE t_zjpv_rebate-rebate_name TO t_oput-pname.
        ENDIF.
    Reading the data from Internal table T_KNA1(Customer Master)
        READ TABLE t_kna1 WITH KEY
                     kunnr = t_oput-tpcode BINARY SEARCH.
        IF sy-subrc = 0.
          MOVE t_kna1-name1 TO t_oput-tpname1.
          MOVE t_kna1-name2 TO t_oput-tpname2.
        ENDIF.
    Reading the data from Internal table T_vbrp(Billing Documnet: Item)
        MOVE t_vbrp-zjd_torihikikubn TO t_oput-zjd_torihikikubn.
    Reading the data from Internal table T_KNVV
        READ TABLE t_knvv WITH KEY kunnr = t_vbrk-kunrg
                                   vkorg = c_vkorg
                                   vtweg = c_vtweg
                                   spart = c_spart
                                   BINARY SEARCH.
        IF sy-subrc EQ 0.
          MOVE t_knvv-vkbur TO t_oput-rbcode.
        ENDIF.
    Reading the data from Internal table T_LIKP (Delivery : Header)
        IF  t_vbrp-vgtyp =  'J' OR t_vbrp-vgtyp = 'T'.
          READ TABLE t_likp WITH KEY
                        vbeln = t_vbrp-vgbel
                        BINARY SEARCH.
          IF sy-subrc = 0.
            MOVE t_likp-kunnr TO t_oput-dcode.
          ENDIF.
        ENDIF.
    Reading the data from Internal table T_KNA1.
        READ TABLE t_kna1 WITH KEY kunnr = t_likp-kunnr BINARY SEARCH.
        IF sy-subrc = 0 AND NOT t_oput-dcode IS INITIAL.
          MOVE t_kna1-name2 TO t_oput-dname.
        ENDIF.
    *Passing the values from internal table t_vbrk and t_vbrp to
    *out put internal table.
        MOVE t_vbrk-fkdat TO t_oput-fkdat.
        CONCATENATE t_oput-fkdat0(4) '.' t_oput-fkdat4(2) '.'
            t_oput-fkdat+6(2) INTO t_oput-fkdat.
        MOVE t_vbrk-vbeln TO t_oput-vbeln.
        MOVE t_vbrp-posnr TO t_oput-posnr.
        MOVE t_vbrp-zzjp_remarks TO t_oput-zzjp_remarks.
    *Checking for billing document category.
        IF t_vbrk-vbtyp = 'M' OR t_vbrk-vbtyp = 'P' OR t_vbrk-vbtyp = 'S'.
          IF t_vbrk-waerk = c_waerk.
            t_oput-ctax = t_vbrk-mwsbk * 100.
            t_oput-tamnt = t_vbrk-netwr * 100.
            t_oput-gtotal = t_oput-ctax + t_oput-tamnt.
          ELSE.
            t_oput-ctax = t_vbrk-mwsbk .
            t_oput-tamnt = t_vbrk-netwr.
            t_oput-gtotal = t_oput-ctax + t_oput-tamnt.
          ENDIF.
        ENDIF.
        IF t_vbrk-vbtyp = 'O' OR  t_vbrk-vbtyp = 'N' .
          IF t_vbrk-waerk = c_waerk.
            l_ctax = ( t_vbrk-mwsbk * 100 ) .
    *The contents of the consumption tax are converted to display format.
            PERFORM F_ALPHA_CONV USING L_CTAX.
            CONCATENATE l_sign l_ctax INTO t_oput-ctax.
            CONDENSE t_oput-ctax.
            l_tamnt  = ( t_vbrk-netwr * 100 ).
    *The contents of the total amount are converted to display format.
            PERFORM F_ALPHA_CONV USING L_TAMNT.
            CONCATENATE l_sign l_tamnt INTO t_oput-tamnt.
            CONDENSE t_oput-tamnt.
            l_gtotal = t_oput-ctax + t_oput-tamnt.
    *The contents of the grand total are converted to display format.
            PERFORM F_ALPHA_CONV USING L_GTOTAL.
            CONCATENATE l_sign l_gtotal INTO t_oput-gtotal.
          ELSE.
            l_ctax = t_vbrk-mwsbk.
    *The contents of the consumption tax are converted to display format.
            PERFORM F_ALPHA_CONV USING L_CTAX.
            CONCATENATE l_sign l_ctax INTO t_oput-ctax.
            l_tamnt = ( t_vbrk-netwr ).
    *The contents of the total amount are converted to display format.
            PERFORM F_ALPHA_CONV USING L_TAMNT.
            CONCATENATE l_sign l_tamnt INTO t_oput-tamnt.
            l_gtotal =  ( t_oput-ctax + t_oput-tamnt ).
    *The contents of the grand total are converted to display format.
            PERFORM F_ALPHA_CONV USING L_GTOTAL.
            CONCATENATE l_sign l_gtotal INTO t_oput-gtotal.
          ENDIF.
        ENDIF.
    Comparing the volume with given conditions.
        IF t_vbrp-fkimg EQ 0.
          t_oput-volume = space.
        ELSEIF t_vbrp-fkimg NE 0.
         IF t_vbrk-vbtyp = 'M' OR  t_vbrk-vbtyp = 'P' OR t_vbrk-vbtyp = 'S'.
            t_oput-volume = t_vbrp-fkimg.
            CALL FUNCTION 'ROUND'
                 EXPORTING
                      DECIMALS      = 3
                      input         = t_oput-volume
                      SIGN          = ' '
                 IMPORTING
                      OUTPUT        = t_oput-volume1
                 EXCEPTIONS
                      INPUT_INVALID = 1
                      OVERFLOW      = 2
                      TYPE_INVALID  = 3
                      OTHERS        = 4.
            IF sy-subrc <> 0.
             MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
             WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.
            ENDIF.
            move t_oput-volume1 to t_oput-volume2.
            condense t_oput-volume2 no-gaps.
          ELSEIF t_vbrk-vbtyp = 'O' OR  t_vbrk-vbtyp = 'N'.
            t_oput-volume = t_vbrp-fkimg.
            CALL FUNCTION 'ROUND'
                 EXPORTING
                      DECIMALS      = 3
                      input         = t_oput-volume
                      SIGN          = ' '
                 IMPORTING
                      OUTPUT        = t_oput-volume1
                 EXCEPTIONS
                      INPUT_INVALID = 1
                      OVERFLOW      = 2
                      TYPE_INVALID  = 3
                      OTHERS        = 4.
            IF sy-subrc <> 0.
             MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
             WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.
            ENDIF.
            l_volume = t_oput-volume1.
    *The contents of the volume are converted to display format.
            PERFORM F_ALPHA_CONV USING L_VOLUME.
            CONCATENATE l_sign l_volume INTO t_oput-volume2.
            condense t_oput-volume2 no-gaps.
          ENDIF.
        ENDIF.
    *Unit price
        IF t_vbrp-fkimg EQ 0.
          t_oput-uprice = space.
        ELSE.
    Reading The data from Internal Table T_KONV(Condition :Transactional)
          READ TABLE t_konv WITH KEY   knumv = t_vbrk-knumv
                                       kposn = t_vbrp-posnr
                                       kschl = c_kschl
                                       BINARY SEARCH.
          IF sy-subrc = 0.
    Reading The data from Internal Table T_KONP(Condition : Items)
            READ TABLE t_konp WITH KEY
                    knumh = t_konv-knumh
                    BINARY SEARCH.
            IF sy-subrc = 0.
              IF t_konp-konwa = c_konwa.
                t_oput-uprice = 100 * t_konp-kbetr.
              ELSE.
                t_oput-uprice = t_konp-kbetr.
              ENDIF.
            ENDIF.
          ENDIF.
        ENDIF.
    Caluculating the amount with given conditions
        IF t_zjpv_rebate-fkart = t_vbrk-fkart_rl.
          t_oput-amount = t_vbrk-netwr.
        ELSE.
          t_oput-amount = t_vbrp-netwr.
        ENDIF.
        IF t_vbrk-waerk EQ c_waerk.
          t_oput-amount =  100 * t_oput-amount.
        ENDIF.
        IF t_vbrk-vbtyp ='M' OR t_vbrk-vbtyp = 'P' OR
                               t_vbrk-vbtyp  = 'S'.
        ELSE.
          IF t_vbrk-vbtyp  = 'O' OR t_vbrk-vbtyp = 'N'.
            IF t_oput-amount+15(1) = l_sign.
              l_amnt = t_oput-amount+0(15).
              PERFORM F_ALPHA_CONV USING L_AMNT.
              CONCATENATE l_sign l_amnt INTO t_oput-amount.
            ELSE.
              l_amnt = t_oput-amount.
              PERFORM F_ALPHA_CONV USING L_AMNT.
              CONCATENATE l_sign l_amnt INTO t_oput-amount.
            ENDIF.
          ENDIF.
        ENDIF.
    Reading the data from Internal Table T_ZPV_TORIHIKI
        READ TABLE t_zjpv_torihiki WITH KEY
                   kubun = t_vbrp-zjd_torihikikubn
                   BINARY SEARCH.
        IF sy-subrc = 0.
          t_oput-bdgrp = t_zjpv_torihiki-rep_grp.
          t_oput-bdgnm = t_zjpv_torihiki-rep_grp_name.
        ENDIF.
        APPEND t_oput.
    Clearing the memory of the internal tables.
        CLEAR: t_oput,
               t_vbrp,
               t_vbrk,
               t_kna1,
               t_knvv,
               t_zjpv_rebate,
               t_zjpv_torihiki,
               t_likp,
               t_konv,
               t_konp.
      ENDLOOP.
    ENDFORM.                    " f_process_data
    *&      Form  f_output_data
          Output formatting
    FORM f_output_data.
    SORT t_oput BY rbcode
                    tpcode
                    bdgrp
                    fkdat
                    zjd_torihikikubn
                    vbeln
                    posnr.
      DATA : l_volume(5) TYPE c,
             l_ctax(8) TYPE c.
      MOVE t_oput-volume TO l_volume.
      MOVE t_oput-ctax TO l_ctax.
      DATA : l_ctax1(16) ,
             l_ctax2(16),
             l_vol1(14) ,
             l_vol3(8),
             l_vol2(14),
             l_tamt1(16),
             l_tamt2(16),
             l_gtotal1(16),
             l_gtotal2(16),
             l_uprice1(16),
             l_uprice2(16),
             l_amount1(16) TYPE c,
             l_amount2(16) TYPE c,
             l_fctax1(16) TYPE c,
             l_fctax2(16) TYPE c,
             l_ftamt1(16) TYPE c,
             l_ftamt2(16) TYPE c,
             l_ftotal1(16) TYPE c,
             l_ftotal2(16) TYPE c,
             l_sign(1) TYPE c VALUE '-'.
      CONSTANTS c_minus VALUE '-'.
      SORT t_konv BY knumv kposn kschl.
      SORT t_oput BY zjd_torihikikubn vbeln posnr.
    Printing Final Values.
      LOOP AT t_oput.
    Perform F_FORMAT_SUBTOTAL is used to align the value with the commas
    for display purpose.
        L_CTAX2 = T_OPUT-CTAX.
        G_CTAX2 = T_OPUT-CTAX.
        PERFORM F_FORMAT_SUBTOTAL USING G_CTAX2
                                        C_CONS_8.
        CONDENSE T_OPUT-CTAX.
    Perform F_FORMAT_SUBTOTAL is used to align the value with the commas
    for display purpose.
        L_TAMT2 = T_OPUT-TAMNT.
        G_TAMT2 = T_OPUT-TAMNT.
        PERFORM F_FORMAT_SUBTOTAL USING G_TAMT2
                                        C_CONS_10.
        CONDENSE T_OPUT-TAMNT.
    Perform F_FORMAT_SUBTOTAL is used to align the value with the commas
    for display purpose.
        L_GTOTAL2 = T_OPUT-GTOTAL.
        G_GTOTAL2 = T_OPUT-GTOTAL.
        PERFORM F_FORMAT_SUBTOTAL USING G_GTOTAL2
                                        C_CONS_10.
        CONDENSE T_OPUT-GTOTAL.
    Perform F_FORMAT_SUBTOTAL is used to align the value with the commas
    for display purpose.
    *Volume
        IF t_oput-volume >= 99999 OR t_oput-volume <= -99999.
          t_oput-volume = space.
        ELSE.
          l_vol1 = t_oput-volume.
          l_vol2 = t_oput-volume.
          CONDENSE l_vol1.
          CONDENSE l_vol2.
          IF  l_vol1+0(1) EQ '-'.
            REPLACE '-' WITH space INTO  l_vol1.
          ENDIF.
          CONDENSE l_vol1.
          WRITE l_vol1 TO g_vol RIGHT-JUSTIFIED.
          REPLACE '.' WITH ',' INTO l_vol1.
    write :85 l_vol1.
          IF NOT g_vol+0(2) IS  INITIAL.
            g_vol10(2) = g_vol0(2).
            g_vol1+2(1) = ','.
          ENDIF.
          IF NOT g_vol+2(3) IS  INITIAL.
            g_vol13(3) = g_vol2(3).
          ENDIF.
    replace '.' with ',' into t_oput-volume.
          l_vol2 = t_oput-volume.
          IF  l_vol2+0(1) EQ '-'.
            g_vol2 = g_vol1 .
            CONDENSE g_vol2.
            CONCATENATE c_minus g_vol2 INTO g_vol2.
          ELSE.
            g_vol2 = g_vol1 .
            CONDENSE g_vol2.
          ENDIF.
        ENDIF.
    L_VOL1 = T_OPUT-VOLUME.
    PERFORM F_FORMAT_SUBTOTAL USING L_VOL1
                                     C_CONS_5.
    CONDENSE L_VOL1.
    Unit Price
        IF t_oput-uprice >= 99999999 OR t_oput-uprice <= -99999999.
          t_oput-uprice = space.
        ELSE.
          l_uprice1 = t_oput-uprice .
          l_uprice2 = t_oput-uprice.
          CONDENSE l_uprice1.
          CONDENSE l_uprice2.
          IF  l_uprice1+0(1) EQ '-'.
            REPLACE '-' WITH space INTO  l_uprice1.
          ENDIF.
          CONDENSE l_uprice1.
          WRITE l_uprice1 TO g_uprice RIGHT-JUSTIFIED.
          IF NOT g_uprice+0(2) IS  INITIAL.
            g_uprice10(2) = g_uprice0(2).
            g_uprice1+2(1) = ','.
          ENDIF.
          IF NOT g_uprice+2(3) IS  INITIAL.
            g_uprice13(3) = g_uprice2(3).
            g_uprice1+6(1) = ','.
          ENDIF.
          IF NOT g_uprice+5(3) IS  INITIAL.
            g_uprice17(3) = g_uprice5(3).
          ENDIF.
          IF  l_uprice2+0(1) EQ '-'.
            g_uprice2 = g_uprice1 .
            CONDENSE g_uprice2.
            CONCATENATE c_minus g_uprice2 INTO g_uprice2.
          ELSE.
            g_uprice2 = g_uprice1 .
            CONDENSE g_uprice2.
          ENDIF.
        ENDIF.
    Amount
        IF t_oput-amount >= 99999999 OR t_oput-amount <= -99999999 .
          t_oput-amount = space.
        ELSE.
          l_amount1 = t_oput-amount.
          l_amount2 = t_oput-amount.
          CONDENSE l_amount1.
          CONDENSE l_amount2.
          IF  l_amount1+0(1) EQ '-'.
            REPLACE '-' WITH space INTO  l_amount1.
          ENDIF.
          CONDENSE l_amount1.
          WRITE l_amount1 TO g_amount RIGHT-JUSTIFIED.
          IF NOT g_amount+0(1) IS  INITIAL.
            g_amount0(1) = g_amount0(1).
            g_amount1+1(1) = ','.
          ENDIF.
          IF NOT g_amount+1(3) IS  INITIAL.
            g_amount12(3) = g_amount1(3).
            g_amount1+5(1) = ','.
          ENDIF.
          IF NOT g_amount+4(3) IS  INITIAL.
            g_amount16(3) = g_amount4(3).
            g_amount1+9(1) = ','.
          ENDIF.
          IF NOT g_amount+7(3) IS  INITIAL.
            g_amount110(3) = g_amount7(3).
          ENDIF.
          IF  l_amount2+0(1) EQ '-'.
            g_amount2 = g_amount1 .
            CONDENSE g_amount2.
            CONCATENATE c_minus g_amount2 INTO g_amount2.
          ELSE.
            g_amount2 = g_amount1 .
            CONDENSE g_amount2.
          ENDIF.
        ENDIF.
       NEW-PAGE.
        MOVE t_oput-tpname1 TO l_tpname1.
        MOVE t_oput-tpname2 TO l_tpname2.
        MOVE t_oput-bdgnm   TO l_bdgnm.
        AT NEW bdgrp.
          IF t_oput-rbcode CO '*'.
            t_oput-rbcode = space.
          ENDIF.
          IF t_oput-tpcode CO '*'.
            t_oput-tpcode = space.
          ENDIF.
          IF t_oput-tpname1 CO '*'.
            t_oput-tpname1 = space.
          ENDIF.
          IF t_oput-tpname2 CO '*'.
            t_oput-tpname2 = space.
          ENDIF.
          IF t_oput-bdgnm CO '*'.
            t_oput-bdgnm = space.
          ENDIF.
          PERFORM f_write_heading.
        ENDAT.
        AT NEW vbeln.
          IF sy-linno = 35 OR sy-linno = 1.
            NEW-PAGE.
            PERFORM f_write_heading.
            WRITE:/6 t_oput-fkdat , 18 t_oput-dcode+3(7) ,
                   28 t_oput-vbeln+2(8) ,
                   37 t_oput-dname+0(20) .
          ELSE.
            WRITE:/6 t_oput-fkdat , 18 t_oput-dcode+3(7) ,
                   28 t_oput-vbeln+2(8) ,
                   37 t_oput-dname+0(20) .
          ENDIF.
        ENDAT.
       WRITE:/6 t_oput-fkdat, 18 t_oput-dcode+3(7),
              28 t_oput-vbeln+2(8),
              37 t_oput-dname+0(20).
        IF sy-linno = 35 OR sy-linno = 1.
          NEW-PAGE.
          PERFORM f_write_heading.
             CONDENSE L_VOL1 NO-GAPS.
          MOVE l_vol1 TO l_vol3.
          WRITE:/6 t_oput-fkdat , 18 t_oput-dcode+3(7) ,
                 28 t_oput-vbeln+2(8) ,
                 37 t_oput-dname+0(20) .
          WRITE:/39 t_oput-pcode+3(6) ,
                 50 t_oput-pname+0(25) ,
                 79 t_oput-zjd_torihikikubn ,
                 85 t_oput-volu

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  • Need help on classical report

    hi friends i need help on classical reports,
    sold-party,
    material
    sales and distrubitutation channel ,division,
    incoming orders,order number,invoice ,credit,
    i need sub totals and final total of invoice and each customer should display in new page .

    Hi
    Use the Tables KNA1,VBAk,VBAP,VBRK and VBRP and design the report
    see the sample report using KNA1,VBAK and VBAP.
    REPORT ZTEJ_INTAB1 LINE-SIZE 103 LINE-COUNT 35(5) NO STANDARD PAGE
    HEADING.
    *TABLES DECLARATION
    TABLES : KNA1, VBAK, VBAP.
    *SELECT OPTIONS
    SELECT-OPTIONS: CUST_NO FOR KNA1-KUNNR.
    *INITIALIZATION
    INITIALIZATION.
    CUST_NO-LOW = '01'.
    CUST_NO-HIGH = '5000'.
    CUST_NO-SIGN = 'I'.
    CUST_NO-OPTION = 'BT'.
    APPEND CUST_NO.
    *SELECTION SCREEN VALIDATION
    AT SELECTION-SCREEN ON CUST_NO.
    LOOP AT SCREEN.
    IF CUST_NO-LOW < 1 OR CUST_NO-HIGH > 5000.
    MESSAGE E001(ZTJ1).
    ENDIF.
    ENDLOOP.
    *BASIC LIST SELECTION
    START-OF-SELECTION.
    SELECT KUNNR NAME1 ORT01 LAND1 INTO
    (KNA1-KUNNR, KNA1-NAME1,KNA1-ORT01,KNA1-LAND1)
    FROM KNA1
    WHERE KUNNR IN CUST_NO.
    WRITE:/1 SY-VLINE,
    KNA1-KUNNR UNDER 'CUSTOMER NO.' HOTSPOT ON,
    16 SY-VLINE,
    KNA1-NAME1 UNDER 'NAME',
    61 SY-VLINE,
    KNA1-ORT01 UNDER 'CITY',
    86 SY-VLINE,
    KNA1-LAND1 UNDER 'COUNTRY',
    103 SY-VLINE.
    HIDE: KNA1-KUNNR.
    ENDSELECT.
    ULINE.
    *SECONDARY LIST ACCESS
    AT user-command.
    IF SY-UCOMM = 'IONE'.
    PERFORM SALES_ORD.
    ENDIF.
    IF SY-UCOMM = 'ITWO'.
    PERFORM ITEM_DET.
    ENDIF.
    *TOP OF PAGE
    TOP-OF-PAGE.
    FORMAT COLOR 1.
    WRITE : 'CUSTOMER DETAILS'.
    FORMAT COLOR 1 OFF.
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