R Program for testing the read of a (UNIX) Directory?

I think it starts with an R - Or any other pro0gram will work.
     Thanks.

RSWATCH0

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    Hi,
    Please refer this program for sending e-mail with attachment.
    ***INCLUDE ZHZLPP_CLZSN_DAILY_MIS_PRINT .
    *&      Form  print
    *       text
    *  -->  p1        text
    *  <--  p2        text
    FORM print .
      DATA:  wa_output_options     TYPE ssfcompop,
             wa_control_parameters TYPE ssfctrlop,
             t_otfdata             TYPE ssfcrescl,
             t_pdf_tab             TYPE TABLE OF tline WITH HEADER LINE.
      DATA: t_otf TYPE itcoo OCCURS 0 WITH HEADER LINE.
      DATA: w_filesize TYPE i.
      DATA: w_bin_filesize TYPE i.
      DATA: i_otf TYPE itcoo OCCURS 0 WITH HEADER LINE,
      i_tline TYPE TABLE OF tline WITH HEADER LINE,
      v_form_name TYPE rs38l_fnam,
      v_len_in LIKE sood-objlen,
      w_return TYPE ssfcrescl.
      DATA : l_mean  TYPE p DECIMALS 2,
             l_mean1 TYPE p DECIMALS 2,
             l_mean2 TYPE p DECIMALS 2,
             l_mean3 TYPE p DECIMALS 4,
             temp    TYPE p DECIMALS 2,
             v_header LIKE zmisdisp3-remark,
             disp_d_kwh_mt TYPE zmisdisp5,
             disp_m_kwh_mt TYPE zmisdisp5,
             disp_d_mt_mw  TYPE zmisdisp5,
             disp_m_mt_mw  TYPE zmisdisp5,
             l_bptarget(16) TYPE p DECIMALS 2,
             l_act_d(16)    TYPE p DECIMALS 2,
             l_act_c(16)    TYPE p DECIMALS 2,
             l_pow_gen      TYPE p DECIMALS 2,
             l_pow_gen_d    TYPE p DECIMALS 2,
             l_pow_gen_c    TYPE p DECIMALS 2,
             l_no_of_days   TYPE p,
             disp_bptarget  TYPE zmisdisp5,
             disp_act_d     TYPE zmisdisp5,
             disp_act_c     TYPE zmisdisp5,
             disp_d_kwh     TYPE zmisdisp5,
             disp_c_kwh     TYPE zmisdisp5,
             disp_d_mw      TYPE zmisdisp5,
             disp_c_mw      TYPE zmisdisp5,
             disp_pow_gen_d TYPE zmisdisp5,
             disp_pow_gen_c TYPE zmisdisp5,
             disp_pow_gen   TYPE zmisdisp5,
             disp_ftd_h1    TYPE zmisdisp5,
             disp_ftd_h2    TYPE zmisdisp5,
             disp_ftd_h3    TYPE zmisdisp5,
             disp_ftd_h4    TYPE zmisdisp5,
             disp_ftd_h5    TYPE zmisdisp5,
             disp_ftd_o1    TYPE zmisdisp5,
             disp_ftd_o2    TYPE zmisdisp5,
             disp_ftd_o4    TYPE zmisdisp5,
             disp_ftd_o5    TYPE zmisdisp5,
             disp_***_o1    TYPE zmisdisp5,
             disp_***_o2    TYPE zmisdisp5,
             disp_***_o4    TYPE zmisdisp5,
             disp_***_o5    TYPE zmisdisp5,
             disp_cath_d    TYPE zmisdisp5,
             disp_cath_c    TYPE zmisdisp5,
             disp_anode_d   TYPE zmisdisp5,
             disp_anode_c   TYPE zmisdisp5,
             l_rec_con_d_kwh(16) TYPE p DECIMALS 2,
             l_rec_con_c_kwh(16) TYPE p DECIMALS 2,
             l_rec_con_d_mw(16)  TYPE p DECIMALS 2,
             l_rec_con_c_mw(16)  TYPE p DECIMALS 2,
             tot_kah      TYPE p DECIMALS 2,
             avg_kah      TYPE p DECIMALS 2,
             disp_tot_kah TYPE zmisdisp5,
             disp_avg_kah TYPE zmisdisp5,
             v_ftd_h1 TYPE p DECIMALS 2,
             v_ftd_h2 TYPE p DECIMALS 2,
             v_ftd_h3 TYPE p DECIMALS 2,
             v_ftd_h4 TYPE p DECIMALS 2,
             v_ftd_h5 TYPE p DECIMALS 2,
             v_ftd_o1 TYPE p DECIMALS 2,
             v_ftd_o2 TYPE p DECIMALS 2,
             v_ftd_o4 TYPE p DECIMALS 2,
             v_ftd_o5 TYPE p DECIMALS 2,
             v_***_o1 TYPE p DECIMALS 2,
             v_***_o2 TYPE p DECIMALS 2,
             v_***_o4 TYPE p DECIMALS 2,
             v_***_o5 TYPE p DECIMALS 2,
             l_cdiff1 LIKE imrg-cdiff,
             l_cdiff2 LIKE imrg-cdiff,
             l_cdiff3 LIKE imrg-cdiff,
             l_cdiff4 LIKE imrg-cdiff,
             l_path   LIKE rlgrap-filename,
             l_flag.
      DATA :prod_disp TYPE TABLE OF zmisdisp1 WITH HEADER LINE,
            keyp_disp TYPE TABLE OF zmisdisp2 WITH HEADER LINE,
            keyp_dis1 TYPE TABLE OF zmisdisp2 WITH HEADER LINE,
            rmat_disp TYPE TABLE OF zmisdisp4 WITH HEADER LINE,
            rcur_disp TYPE TABLE OF zmisdisp6 WITH HEADER LINE,
            rhrs_disp TYPE TABLE OF zmisdisp4 WITH HEADER LINE,
            brkd_disp TYPE TABLE OF zmisdisp7 WITH HEADER LINE.
      DEFINE fill_kpp.
        clear l_flag.
        loop at it_mic_data where kurztext = &1.
          l_mean1 = it_mic_data-mittelwert.
          l_mean = it_mic_data-mean.
          if l_flag = ' '.
            move : &2                     to keyp_disp-desc,
                   l_mean1                to keyp_disp-ftd.
            if     it_mic_data-kurztext = 'Ingot Pb SHG Zinc'.
              l_mean2 = v_mean_pbshg.
              move   l_mean2                to keyp_disp-avg.
            elseif it_mic_data-kurztext = 'Ingot Cu SHG Zinc'.
              l_mean2 = v_mean_cushg.
              move   l_mean2                to keyp_disp-avg.
            elseif it_mic_data-kurztext = 'Ingot Cd SHG Zinc'.
              l_mean2 = v_mean_cdshg.
              move   l_mean2                to keyp_disp-avg.
            elseif it_mic_data-kurztext = 'Ingot Fe SHG Zinc'.
              l_mean2 = v_mean_feshg.
              move   l_mean2                to keyp_disp-avg.
            elseif it_mic_data-kurztext = 'Ingot Zn SHG Zinc'.
              l_mean2 = v_mean_znshg.
              move   l_mean2                to keyp_disp-avg.
            else.
              move   l_mean                 to keyp_disp-avg.
            endif.
            if     it_mic_data-masseinhsw = 'GLI'.
              move 'g/l'                  to keyp_disp-unit.
            elseif it_mic_data-masseinhsw = 'PPM'.
              move 'ppm'                  to keyp_disp-unit.
            elseif it_mic_data-masseinhsw = 'NO'.
              move 'no'                   to keyp_disp-unit.
            else.
              move it_mic_data-masseinhsw to keyp_disp-unit.
            endif.
            append  keyp_disp.
            clear keyp_disp.
            move 'X' to l_flag.
          else.
            move : l_mean1                to keyp_disp-ftd.
            append  keyp_disp.
            clear keyp_disp.
          endif.
        endloop.
        if sy-subrc is not initial.
          move &2 to keyp_disp-desc.
          append  keyp_disp.
          clear keyp_disp.
        endif.
      END-OF-DEFINITION.
      DEFINE fill_kp1.
        clear l_flag.
        loop at it_mic_data where kurztext = &1.
          l_mean1 = it_mic_data-mittelwert.
          l_mean = it_mic_data-mean.
          if l_flag = ' '.
            move : &2                     to keyp_dis1-desc,
                   l_mean1                to keyp_dis1-ftd.
            if     it_mic_data-kurztext = 'Ingot Pb SHG Zinc'.
              l_mean2 = v_mean_pbshg.
              move   l_mean2                to keyp_dis1-avg.
            elseif it_mic_data-kurztext = 'Ingot Cu SHG Zinc'.
              l_mean2 = v_mean_cushg.
              move   l_mean2                to keyp_dis1-avg.
            elseif it_mic_data-kurztext = 'Ingot Cd SHG Zinc'.
              l_mean2 = v_mean_cdshg.
              move   l_mean2                to keyp_dis1-avg.
            elseif it_mic_data-kurztext = 'Ingot Fe SHG Zinc'.
              l_mean2 = v_mean_feshg.
              move   l_mean2                to keyp_dis1-avg.
            elseif it_mic_data-kurztext = 'Ingot Zn SHG Zinc'.
              l_mean3 = v_mean_znshg.
              move   l_mean3                to keyp_dis1-avg.
              clear  l_mean3.
              l_mean3 = it_mic_data-mittelwert.
              move   l_mean3                to keyp_dis1-ftd.
            else.
              move   l_mean                 to keyp_dis1-avg.
            endif.
            if     it_mic_data-masseinhsw = 'GLI'.
              move 'g/l'                  to keyp_dis1-unit.
            elseif it_mic_data-masseinhsw = 'PPM'.
              move 'ppm'                  to keyp_dis1-unit.
            elseif it_mic_data-masseinhsw = 'NO'.
              move 'no'                   to keyp_dis1-unit.
            else.
              move it_mic_data-masseinhsw to keyp_dis1-unit.
            endif.
            append  keyp_dis1.
            clear keyp_dis1.
            move 'X' to l_flag.
          else.
            if it_mic_data-kurztext = 'Ingot Zn SHG Zinc'.
              clear  l_mean3.
              l_mean3 = it_mic_data-mittelwert.
              move   l_mean3                to keyp_dis1-ftd.
            else.
              move : l_mean1                to keyp_dis1-ftd.
            endif.
            append  keyp_dis1.
            clear keyp_dis1.
          endif.
        endloop.
        if sy-subrc is not initial.
          move &2 to keyp_dis1-desc.
          append  keyp_dis1.
          clear keyp_dis1.
        endif.
      END-OF-DEFINITION.
    *FIRST PAGE
    ********PLANT HEADER
      MOVE 'CLZS HYDRO I PLANT - DAILY PRODUCTION REPORT' TO v_header.
    ********Production figure
      LOOP AT it_disp1.
        prod_disp-desc        = it_disp1-desc.
        prod_disp-d_plnmg     = it_disp1-d_plnmg.
        prod_disp-d_menge     = it_disp1-d_menge.
        prod_disp-u_plnmg     = it_disp1-u_plnmg.
        prod_disp-u_menge     = it_disp1-u_menge.
        prod_disp-avg         = it_disp1-avg.
        prod_disp-ask_rate    = it_disp1-ask_rate.
        prod_disp-m_plnmg     = it_disp1-m_plnmg.
        prod_disp-y_plnmg     = it_disp1-y_plnmg.
        prod_disp-y_menge     = it_disp1-y_menge.
        prod_disp-y_variance  = it_disp1-y_variance.
        APPEND prod_disp.
      ENDLOOP.
    ********Key performance parameters
      MOVE 'ROASTER :' TO keyp_disp-desc.
      APPEND  keyp_disp.
      fill_kpp '% S/S IN 45 DEG'            '  S/S in Calcine'.
      MOVE 'LEACHING :' TO keyp_disp-desc.
      APPEND  keyp_disp.
      fill_kpp '% S/S IN  CAL'              '  S/S in Calcine'.
      fill_kpp '%water soluble Zn'          '  W/S Zn in Jarosite Cake'.
      fill_kpp '%total Zn in HBF'           '  T/Zn in Jarosite cake'.
      fill_kpp 'ZINC IN CT'                 '  Zn in Conditioning tank'.
      fill_kpp 'g/l zn in neutral overflow' '  Zn in Electrolyte Prod (gpl)'.
      fill_kpp 'PPM CU IN PS25'             '  Purified Solution Cu'.
      fill_kpp 'PPM CADMIUM IN PS25'        '  Purified Solution Cd'.
      fill_kpp 'PPM COBALT IN PS25'         '  Purified Solution Co'.
      MOVE 'CELLHOUSE :' TO keyp_disp-desc.
      APPEND  keyp_disp.
      fill_kpp 'g/l zinc in cell feed'      '  Cell Feed Zinc gpl'.
      fill_kpp 'GPL ACID IN CELL FEED'      '  Cell Feed acidity gpl'.
      fill_kpp 'g/l manganese in cell feed' '  Cell Feed Mn gpl'.
      LOOP AT t_imrg_add_disp.
        MOVE:  t_imrg_add_disp-desc    TO keyp_disp-desc,
               t_imrg_add_disp-d_value TO keyp_disp-ftd,
               t_imrg_add_disp-c_value TO temp,
               temp                    TO keyp_disp-avg.
        IF t_imrg_add_disp-units = 'NO'.
          MOVE:  'no'                    TO keyp_disp-unit.
        ELSE.
          MOVE:  t_imrg_add_disp-units   TO keyp_disp-unit.
        ENDIF.
        APPEND keyp_disp.CLEAR keyp_disp.
      ENDLOOP.
      fill_kp1 'Ingot Pb SHG Zinc'          '  Ingot Pb SHG Zinc'.
      fill_kp1 'Ingot Cu SHG Zinc'          '  Ingot Cu SHG Zinc'.
      fill_kp1 'Ingot Cd SHG Zinc'          '  Ingot Cd SHG Zinc'.
      fill_kp1 'Ingot Fe SHG Zinc'          '  Ingot Fe SHG Zinc'.
      fill_kp1 'Ingot Zn SHG Zinc'          '  Ingot Zn SHG Zinc'.
    ********Cellhouse power
      CATCH SYSTEM-EXCEPTIONS bcd_zerodivide = 1.
        v_m_kwh_mt = v_ind8_m / cathode_recipt.
        v_m_mt_mw  = cathode_recipt / ( v_ind8_m / 24000 ).
      ENDCATCH.
      MOVE : v_d_kwh_mt TO disp_d_kwh_mt,
             v_m_kwh_mt TO disp_m_kwh_mt,
             v_d_mt_mw  TO disp_d_mt_mw,
             v_m_mt_mw  TO disp_m_mt_mw.
    *SECOND PAGE
    ********Raw Material
      LOOP AT it_disp3.
        rmat_disp-desc    = it_disp3-desc.
        rmat_disp-opstk   = it_disp3-opstk.
        rmat_disp-d_recpt = it_disp3-d_recpt.
        rmat_disp-u_recpt = it_disp3-u_recpt.
        rmat_disp-d_cons  = it_disp3-d_cons.
        rmat_disp-u_cons  = it_disp3-u_cons.
        rmat_disp-clstk   = it_disp3-clstk.
        APPEND rmat_disp.
      ENDLOOP.
    ********Work in Progress
    ********Finished Goods
    ********power consumption
      l_no_of_days = v_mm_en_dt+6(2).
      CATCH SYSTEM-EXCEPTIONS bcd_zerodivide = 1.
        l_bptarget   = ( v_bp_nrms_p * v_gross_d ) / l_no_of_days.
        l_act_d      = v_ind6_d + v_ind2_d - ( v_ind3_d + ( v_ind4_d / 2 ) ) - v_ind5_d.
        l_act_c      = v_ind6_m + v_ind2_m - ( v_ind3_m + ( v_ind4_m / 2 ) ) - v_ind5_m.
        l_pow_gen    = ( v_ind2_d / 1000 ) / v_ind7_d.
      ENDCATCH.
      l_pow_gen_d  = v_ind2_d / 1000.
      l_pow_gen_c  = v_ind9_m / 1000.
      l_rec_con_d_kwh = v_ind8_d.
      l_rec_con_c_kwh = v_ind8_m.
      l_rec_con_d_mw  = v_ind8_d / 24000.
      l_rec_con_c_mw  = v_ind8_m / ( 24000 * v_days_pased ).
      LOOP AT t_disp_curr.
        rcur_disp-time    = t_disp_curr-time.
        rcur_disp-current = t_disp_curr-current.
        rcur_disp-kah     = t_disp_curr-kah.
        APPEND rcur_disp.
        AT LAST.
          SUM.
          tot_kah = t_disp_curr-kah.
        ENDAT.
      ENDLOOP.
      avg_kah = tot_kah / '24'.
    *********************running hrs
      LOOP AT it_disp6.
        rhrs_disp-desc    = it_disp6-desc.
        rhrs_disp-opstk   = it_disp6-d_runhrs.
        rhrs_disp-d_recpt = it_disp6-m_runhrs.
        APPEND rhrs_disp.
      ENDLOOP.
      rhrs_disp-desc    = 'Turbo Generator'.
      rhrs_disp-opstk   = v_turbod.
      rhrs_disp-d_recpt = v_turboc.
      INSERT rhrs_disp INDEX 2.
    **********************BREAK_DOWN & OIL
      CLEAR value.
      LOOP AT itab2.
        IF itab2-equnr = 'NMZ-EH01G001'.
          PERFORM s_conversion_h.
          v_ftd_h1 = v_ftd_h1 + value.
          CLEAR value.
        ENDIF.
        IF itab2-equnr = 'NMZ-EH01G002'.
          PERFORM s_conversion_h.
          v_ftd_h2 = v_ftd_h2 + value.
          CLEAR value.
        ENDIF.
        IF itab2-equnr = 'NMZ-EH01V003'.
          PERFORM s_conversion_h.
          v_ftd_h3 = v_ftd_h3 + value.
          CLEAR value.
        ENDIF.
        IF itab2-equnr = 'NMZ-EH01V001'.
          PERFORM s_conversion_h.
          v_ftd_h4 = v_ftd_h4 + value.
          CLEAR value.
        ENDIF.
        IF itab2-equnr = 'NMZ-EH01V002'.
          PERFORM s_conversion_h.
          v_ftd_h5 = v_ftd_h5 + value.
          CLEAR value.
        ENDIF.
      ENDLOOP.
      LOOP AT t_oil.
        AT END OF ind.
          SUM.
          IF t_oil-ind = 1.
            v_***_o1 = t_oil-cdiff * 1000.
          ELSEIF t_oil-ind = 2.
            v_***_o2 = t_oil-cdiff * 1000.
          ELSEIF t_oil-ind = 3.
            v_***_o4 = t_oil-cdiff * 1000.
          ELSEIF t_oil-ind = 4.
            v_***_o5 = t_oil-cdiff * 1000.
          ENDIF.
        ENDAT.
        IF t_oil-idate = p_repdt.
          IF t_oil-ind = 1.
            l_cdiff1 = l_cdiff1 + t_oil-cdiff.
          ELSEIF t_oil-ind = 2.
            l_cdiff2 = l_cdiff2 + t_oil-cdiff.
          ELSEIF t_oil-ind = 3.
            l_cdiff3 = l_cdiff3 + t_oil-cdiff.
          ELSEIF t_oil-ind = 4.
            l_cdiff4 = l_cdiff4 + t_oil-cdiff.
          ENDIF.
        ENDIF.
      ENDLOOP.
      v_ftd_o1 = l_cdiff1 * 1000.
      v_ftd_o2 = l_cdiff2 * 1000.
      v_ftd_o4 = l_cdiff3 * 1000.
      v_ftd_o5 = l_cdiff4 * 1000.
    *********Breakdown details----3rd page
      LOOP AT itab INTO wa.
        CALL FUNCTION 'FLTP_CHAR_CONVERSION'
          EXPORTING
            decim = 0
            expon = 0
            input = wa-auszt
            ivalu = 'X'
          IMPORTING
            flstr = wk_char_auszt.
        CONDENSE wk_char_auszt NO-GAPS.
        wk_flt_auszt = wk_char_auszt.
        wk_flt_auszt = wk_flt_auszt / 3600.
        duration = wk_flt_auszt.
        brkd_disp-eqdesc = wa-eqktx.
        brkd_disp-nodesc = wa-qmtxt.
        brkd_disp-hrs    = duration.
        APPEND brkd_disp.
      ENDLOOP.
      MOVE : v_ftd_h1 TO disp_ftd_h1,
             v_ftd_h2 TO disp_ftd_h2,
             v_ftd_h3 TO disp_ftd_h3,
             v_ftd_h4 TO disp_ftd_h4,
             v_ftd_h5 TO disp_ftd_h5,
             v_ftd_o1 TO disp_ftd_o1,
             v_ftd_o2 TO disp_ftd_o2,
             v_ftd_o4 TO disp_ftd_o4,
             v_ftd_o5 TO disp_ftd_o5,
             v_***_o1 TO disp_***_o1,
             v_***_o2 TO disp_***_o2,
             v_***_o4 TO disp_***_o4,
             v_***_o5 TO disp_***_o5,
             l_bptarget      TO disp_bptarget,
             l_act_d         TO disp_act_d,
             l_act_c         TO disp_act_c,
             l_rec_con_d_kwh TO disp_d_kwh,
             l_rec_con_c_kwh TO disp_c_kwh,
             l_rec_con_d_mw  TO disp_d_mw,
             l_rec_con_c_mw  TO disp_c_mw,
             tot_kah         TO disp_tot_kah,
             avg_kah         TO disp_avg_kah,
             l_pow_gen       TO disp_pow_gen,
             l_pow_gen_d     TO disp_pow_gen_d,
             l_pow_gen_c     TO disp_pow_gen_c,
             v_cath_d        TO disp_cath_d,
             v_cath_c        TO disp_cath_c,
             v_anode_d       TO disp_anode_d,
             v_anode_c       TO disp_anode_c.
      wa_output_options-tdimmed = 'X'.
      wa_control_parameters-device = 'PRINTER'.
      wa_control_parameters-preview = 'X'.
      IF rb3 = 'X'.
        wa_control_parameters-getotf  = 'X'.
        wa_control_parameters-no_dialog = 'X'.
      ENDIF.
      CALL FUNCTION 'SSF_FUNCTION_MODULE_NAME'
        EXPORTING
          formname           = 'ZHZLPP_CLZSN_DAILY_MIS'
        IMPORTING
          fm_name            = v_form_name
        EXCEPTIONS
          no_form            = 1
          no_function_module = 2
          OTHERS             = 3.
      IF sy-subrc <> 0.
      ENDIF.
      CALL FUNCTION v_form_name
        EXPORTING
          control_parameters         = wa_control_parameters
          output_options             = wa_output_options
          user_settings              = 'X'
          header                     = v_header
          date                       = p_repdt
          l_bptarget                 = disp_bptarget
          l_act_d                    = disp_act_d
          l_act_c                    = disp_act_c
          disp_d_kwh                 = disp_d_kwh
          disp_c_kwh                 = disp_c_kwh
          disp_d_mw                  = disp_d_mw
          disp_c_mw                  = disp_c_mw
          disp_tot_kah               = disp_tot_kah
          disp_avg_kah               = disp_avg_kah
          disp_d_kwh_mt              = disp_d_kwh_mt
          disp_m_kwh_mt              = disp_m_kwh_mt
          disp_d_mt_mw               = disp_d_mt_mw
          disp_m_mt_mw               = disp_m_mt_mw
          disp_pow_gen               = disp_pow_gen
          disp_pow_gen_d             = disp_pow_gen_d
          disp_pow_gen_c             = disp_pow_gen_c
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          disp_ftd_h2                = disp_ftd_h2
          disp_ftd_h3                = disp_ftd_h3
          disp_ftd_h4                = disp_ftd_h4
          disp_ftd_h5                = disp_ftd_h5
          disp_ftd_o1                = disp_ftd_o1
          disp_ftd_o2                = disp_ftd_o2
          disp_ftd_o4                = disp_ftd_o4
          disp_ftd_o5                = disp_ftd_o5
          disp_***_o1                = disp_***_o1
          disp_***_o2                = disp_***_o2
          disp_***_o4                = disp_***_o4
          disp_***_o5                = disp_***_o5
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          disp_cath_c                = disp_cath_c
          disp_anode_d               = disp_anode_d
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          prod_tab                   = prod_disp
          keyp_tab                   = keyp_disp
          remk_tab                   = it_remarks
          rmat_tab                   = rmat_disp
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          rcur_tab                   = rcur_disp
          rhrs_tab                   = rhrs_disp
          brkd_tab                   = brkd_disp
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          internal_error             = 2
          send_error                 = 3
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              err_max_linewidth     = 1
              err_format            = 2
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              filelength              = w_filesize
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              data_tab                = i_tline
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              file_open_error         = 1
              file_write_error        = 2
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              unknown_error           = 6
              invalid_table_width     = 7
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