Need expanded list of variables for email output CMC

Good morning,
I have looked everywhere through the documentation, and cannot find the answer to my question. Does anyone have an expanded list of variables, above that which is listed on the CMC Server smtp output screen?
I am specifically looking for how to include the error message in the email, but anything beyond that would be great.
Thank you,
Jonathan

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Thanks for the reply Honglei!
Still I believe you've misunderstood the question. What I seek is documentation on the features of the player and info on it's parameters/variables.
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Hi,
I have made the following changes to DAC_ENV.sh file in DAC folder.
export PATH=$PATH:c:/Informatica/PowerCenter8.1.1/server/bin:c:/Informatica/PowerCenter8.1.1/server:.
export PM_HOME=c:/Informatica/PowerCenter8.1.1/server
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Message was edited by:
Raghu K

Yes. I found the instructions confusing too.
The docs
Oracle® Business Intelligence Applications Installation Guide for Informatica PowerCenter Users Version 7.9.5.1 Part Number E13765-01
Chapter 4 Installing and Setting Up Oracle BI Applications
Configuring the DAC Server
Enabling DAC Server Communication with Informatica PowerCenter
How to Verify the DAC Server Is Able to Use pmrep and pmcmd
How to Set Environment Variables on UNIX or Linux
says change from
export PM_HOME=%INFORMATICA_SERVER_LOCATION%
to
export PM_HOME=/home/Informatica/PowerCenter8.1.1/server
The actual file from the install of BIApps 7.9.5.1 cotains INFA_HOME not PM_HOME
#Note1: %INFORMATICA_SERVER_LOCATION% denotes location of
# Informatica PowerCenter Services installation.
# Example: /home/Informatica/PowerCenter8.1.1/server
export INFA_HOME=%INFORMATICA_SERVER_LOCATION%
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pmrep/pmcmd both throw
FATAL ERROR during initialization: Error initializing /data/app/oracle/product/10.1.3/bi_2/oraclebi/DAC/pmlocale.bin. Make sure the environment variable INFA_HOME is defined and set to where Informatica products are installed. Application terminated.
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$ echo $INFA_HOME
/data/app/oracle/product/8.1.1/informaticapowercenter_1
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Informatica(r) PMCMD, version [8.1.1 SP5], build [186.0822], LINUX 32-bit
Copyright (c) Informatica Corporation 1994 - 2008
All Rights Reserved.
Invoked at Tue Mar 17 14:18:04 2009
pmcmd> exit
$ pmrep
Informatica(r) PMREP, version [8.1.1 SP5], build [186.0822], LINUX 32-bit
Copyright (c) Informatica Corporation 1994 - 2008
All Rights Reserved.
This Software may be protected by U.S. Patent Numbers 6,208,990; 6,044,374; 6,014,670; 6,032,158; 5,794,246; 6,339,775, 6,850,947; 6,895,471, and other U.S. Patents Pending.
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hi all,
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Hi,
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*&      Form print
*       text
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DATA: w_bin_filesize TYPE i.
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v_len_in LIKE sood-objlen,
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         l_mean2 TYPE p DECIMALS 2,
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         disp_m_kwh_mt TYPE zmisdisp5,
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         l_act_d(16)    TYPE p DECIMALS 2,
         l_act_c(16)    TYPE p DECIMALS 2,
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         l_pow_gen_d    TYPE p DECIMALS 2,
         l_pow_gen_c    TYPE p DECIMALS 2,
         l_no_of_days   TYPE p,
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         disp_act_d     TYPE zmisdisp5,
         disp_act_c     TYPE zmisdisp5,
         disp_d_kwh     TYPE zmisdisp5,
         disp_c_kwh     TYPE zmisdisp5,
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         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,
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         l_rec_con_d_mw(16) TYPE p DECIMALS 2,
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         avg_kah      TYPE p DECIMALS 2,
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         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,
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         v_***_o1 TYPE p DECIMALS 2,
         v_***_o2 TYPE p DECIMALS 2,
         v_***_o4 TYPE p DECIMALS 2,
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         l_cdiff2 LIKE imrg-cdiff,
         l_cdiff3 LIKE imrg-cdiff,
         l_cdiff4 LIKE imrg-cdiff,
         l_path   LIKE rlgrap-filename,
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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,
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      l_mean1 = it_mic_data-mittelwert.
      l_mean = it_mic_data-mean.
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               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.
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          move it_mic_data-masseinhsw to keyp_disp-unit.
        endif.
        append keyp_disp.
        clear keyp_disp.
        move 'X' to l_flag.
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        append keyp_disp.
        clear keyp_disp.
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END-OF-DEFINITION.
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      l_mean = it_mic_data-mean.
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        if     it_mic_data-kurztext = 'Ingot Pb SHG Zinc'.
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          move   l_mean2                to keyp_dis1-avg.
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          l_mean2 = v_mean_cushg.
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          move   l_mean3                to keyp_dis1-avg.
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          l_mean3 = it_mic_data-mittelwert.
          move   l_mean3                to keyp_dis1-ftd.
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        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.
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        clear keyp_dis1.
        move 'X' to l_flag.
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          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
      disp_ftd_h1                = disp_ftd_h1
      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
      disp_cath_d                = disp_cath_d
      disp_cath_c                = disp_cath_c
      disp_anode_d               = disp_anode_d
      disp_anode_c               = disp_anode_c
IMPORTING
    job_output_info              = w_return           " .
    TABLES
      prod_tab                   = prod_disp
      keyp_tab                   = keyp_disp
      remk_tab                   = it_remarks
      rmat_tab                   = rmat_disp
      rwip_tab                   = it_disp4
      rfng_tab                   = it_disp_fg
      rcur_tab                   = rcur_disp
      rhrs_tab                   = rhrs_disp
      brkd_tab                   = brkd_disp
      keyp_tab1                  = keyp_dis1
    EXCEPTIONS
      formatting_error           = 1
      internal_error             = 2
      send_error                 = 3
      user_canceled              = 4
      OTHERS                     = 5
IF sy-subrc <> 0.
    MESSAGE 'Error in printing form' TYPE 'I'.
ENDIF.
********Downloading in pdf format.
IF rb3 = 'X'.
    IF l_usract <> 9.
      MOVE fullpath TO l_path.
      i_otf[] = w_return-otfdata[].
      CALL FUNCTION 'CONVERT_OTF'                   "
        EXPORTING
          format                = 'PDF'
          max_linewidth         = 132
        IMPORTING
          bin_filesize          = v_len_in
        TABLES
          otf                   = i_otf
          lines                 = i_tline
        EXCEPTIONS
          err_max_linewidth     = 1
          err_format            = 2
          err_conv_not_possible = 3
          OTHERS                = 4.
      IF sy-subrc <> 0.
      ENDIF.
      CALL FUNCTION 'WS_DOWNLOAD'
        EXPORTING
          bin_filesize            = v_len_in
          filename                = l_path
          filetype                = 'BIN'
        IMPORTING
          filelength              = w_filesize
        TABLES
          data_tab                = i_tline
        EXCEPTIONS
          file_open_error         = 1
          file_write_error        = 2
          invalid_filesize        = 3
          invalid_type            = 4
          no_batch                = 5
          unknown_error           = 6
          invalid_table_width     = 7
          gui_refuse_filetransfer = 8
          customer_error          = 9
          OTHERS                  = 10.
      IF sy-subrc = 0.
        MESSAGE 'File downloaded successfully' TYPE 'S'.
      ENDIF.
    ENDIF.
ENDIF.
IF sy-batch = 'X'.               " SENDING MAILS IF SCHEDULED IN BACKGROUND
    DATA: formname           TYPE tdsfname,
          fm_name            TYPE rs38l_fnam,
          control_parameters TYPE ssfctrlop,
          output_options     TYPE ssfcompop,
          job_output_info    TYPE ssfcrescl,
          otf_data           TYPE tsfotf.
    DATA: otf                TYPE TABLE OF itcoo WITH HEADER LINE,
          doctab_archive     TYPE TABLE OF docs WITH HEADER LINE,
          lines              TYPE TABLE OF tline WITH HEADER LINE,
          bin_filesize       TYPE i.
    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.
    control_parameters-no_dialog = 'X'.
    control_parameters-getotf    = 'X'.
    CALL FUNCTION v_form_name
      EXPORTING
        control_parameters = control_parameters
        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
        disp_ftd_h1        = disp_ftd_h1
        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
        disp_cath_d        = disp_cath_d
        disp_cath_c        = disp_cath_c
        disp_anode_d       = disp_anode_d
        disp_anode_c       = disp_anode_c
      IMPORTING
        job_output_info    = job_output_info
      TABLES
        prod_tab           = prod_disp
        keyp_tab           = keyp_disp
        remk_tab           = it_remarks
        rmat_tab           = rmat_disp
        rwip_tab           = it_disp4
        rfng_tab           = it_disp_fg
        rcur_tab           = rcur_disp
        rhrs_tab           = rhrs_disp
        brkd_tab           = brkd_disp
        keyp_tab1          = keyp_dis1
      EXCEPTIONS
        formatting_error   = 1
        internal_error     = 2
        send_error         = 3
        user_canceled      = 4
        OTHERS             = 5.
    IF sy-subrc = 0.
      otf_data = job_output_info-otfdata[].
      CALL FUNCTION 'CONVERT_OTF_2_PDF'
        IMPORTING
          bin_filesize           = bin_filesize
        TABLES
          otf                    = otf_data[]
          doctab_archive         = doctab_archive[]
          lines                  = lines[]
        EXCEPTIONS
          err_conv_not_possible = 1
          err_otf_mc_noendmarker = 2
          OTHERS                 = 3.
      IF sy-subrc = 0.
        SUBMIT rsconn01 with mode = 'INT' AND RETURN.
*                                    ----<<distrubution list>>----
        PERFORM mail_users TABLES lines USING 'MIS-HY1A' v_header.   " Donot put more than 8 email-ids
        PERFORM mail_users TABLES lines USING 'MIS-HY1B' v_header.   " in a distribution list
        PERFORM mail_users TABLES lines USING 'MIS-HY1C' v_header.
        PERFORM mail_users TABLES lines USING 'MIS-HY1D' v_header.
        PERFORM mail_users TABLES lines USING 'MIS-HY1E' v_header.
        PERFORM mail_users TABLES lines USING 'MIS-HY1F' v_header.
        PERFORM mail_users TABLES lines USING 'MIS-HY1G' v_header.
        PERFORM mail_users TABLES lines USING 'MIS-HY1H' v_header.
        PERFORM mail_users TABLES lines USING 'MIS-HY1I' v_header.
        PERFORM mail_users TABLES lines USING 'MIS-HY1J' v_header.
      ENDIF.
    ENDIF.
ENDIF.
ENDFORM.                    " print
*&      Form get_download_path
*       text
* --> p1        text
* <-- p2        text
FORM get_download_path .
CALL FUNCTION 'GUI_FILE_SAVE_DIALOG'
    EXPORTING
      window_title      = 'Download as pdf file'
      default_extension = 'pdf'
    IMPORTING
      fullpath          = fullpath
      user_action       = l_usract.
IF l_usract = '9'.
    STOP.
ENDIF.
ENDFORM.                    " get_download_path
*&      Form mail_users
*       text
*      -->P_LINES text
*      -->P_2153   text
*      -->P_V_HEADER text
FORM mail_users TABLES   p_lines STRUCTURE tline
                 USING    p_dist_list
                          p_v_header.
CONSTANTS: c_raw TYPE so_obj_tp VALUE 'RAW',
             c_pdf TYPE so_obj_tp VALUE 'PDF',
             c_255 TYPE i VALUE 255,
             c_134 TYPE i VALUE 134,
             c_x   TYPE c VALUE 'X'.
DATA: document_data LIKE sodocchgi1 ,
        tab_lines     TYPE i,
        contents_txt TYPE TABLE OF solisti1 WITH HEADER LINE,
        contents_bin TYPE TABLE OF solisti1 WITH HEADER LINE,
        packing_list TYPE TABLE OF sopcklsti1 WITH HEADER LINE,
        object_header TYPE TABLE OF solisti1 WITH HEADER LINE,
        receivers     TYPE TABLE OF somlreci1 WITH HEADER LINE,
        l_str(255) ,
        v1 TYPE i,
        v2 TYPE i,
        v3 TYPE i.
document_data-obj_name = 'EMAIL'.
document_data-obj_descr = p_v_header. " SUBJECT LINE
CONCATENATE 'Please find the attached SAP generated Daily Production Report for the day'
              p_repdt+6(2)
              p_repdt+4(2)
              '.' p_repdt+0(4)
         INTO contents_txt.
APPEND      contents_txt.
CLEAR       contents_txt.
APPEND      contents_txt.
APPEND      contents_txt.
DESCRIBE TABLE contents_txt LINES tab_lines.
READ TABLE     contents_txt INDEX tab_lines.
document_data-doc_size = ( tab_lines - 1 ) * 255 + STRLEN( contents_txt ).
document_data-doc_size = tab_lines .
CLEAR packing_list-transf_bin.
packing_list-head_start = 1.
packing_list-head_num   = 0.
packing_list-body_start = 1.
packing_list-body_num   = tab_lines.
packing_list-doc_type   = c_raw.
packing_list-doc_size   = document_data-doc_size.
APPEND packing_list.
LOOP AT p_lines.
    CLEAR l_str.
    l_str+0(2)   = p_lines-tdformat.
    l_str+2(132) = p_lines-tdline.
    v2 = v1 + c_134.
    IF v2 LE c_255.
      contents_bin-line+v1(c_134) = l_str. v1 = v2.
    ELSE.
      v3 = v2 - c_255.
      v2 = c_255 - v1.
      IF NOT v2 IS INITIAL.
        contents_bin-line+v1(v2) = l_str+0(v2).
      ENDIF.
      APPEND contents_bin.
      CLEAR contents_bin.
      v1 = v3.
      v3 = 134 - v1.
      IF NOT v1 IS INITIAL.
        contents_bin-line+0(v1) = l_str+v3(v1).
      ENDIF.
    ENDIF.
ENDLOOP.
APPEND contents_bin.
CLEAR contents_bin.
DESCRIBE TABLE contents_bin LINES tab_lines.
READ     TABLE contents_bin INDEX tab_lines.
CONCATENATE 'Hy-I Report'
              p_repdt+6(2)
              p_repdt+4(2)
              '.' p_repdt+0(4)
              '.pdf'
         INTO object_header.
APPEND object_header.
packing_list-transf_bin = c_x.
packing_list-head_start = 1.
packing_list-head_num   = 1.
packing_list-body_start = 1.
packing_list-body_num   = tab_lines.
packing_list-doc_type   = c_pdf.
packing_list-obj_name   = 'text1'.
packing_list-obj_descr = 'Production report'.
packing_list-doc_size   = tab_lines * 255 + STRLEN( contents_bin ).
APPEND packing_list.
receivers-receiver      = p_dist_list.
receivers-rec_type      = 'C'.
APPEND receivers.
CLEAR receivers.
CALL FUNCTION 'SO_DOCUMENT_SEND_API1'
    EXPORTING
      document_data              = document_data
      put_in_outbox              = ' '
      SENDER_ADDRESS             = 'CZPPPLG'
      SENDER_ADDRESS_TYPE        = 'B'
      commit_work                = 'X'
    TABLES
      packing_list               = packing_list
      object_header              = object_header
      contents_bin               = contents_bin
      contents_txt               = contents_txt
      receivers                  = receivers
    EXCEPTIONS
      too_many_receivers         = 1
      document_not_sent          = 2
      document_type_not_exist    = 3
      operation_no_authorization = 4
      parameter_error            = 5
      x_error                    = 6
      enqueue_error              = 7
      OTHERS                     = 8.
IF sy-subrc = 0.
    WAIT UP TO 2 SECONDS.
    SUBMIT rsconn01 with mode = 'INT' AND RETURN.
ENDIF.
ENDFORM.                    " mail_users

How to create a group/list of check box variables for display in text field, in appended format

I need to identify a series of single-response checkbox variables and display the ones selected (as a group) in a text field in an appended (comma, space) format. Last week, you provided a great little script for a similar need using List Box (multiple response) variables. This time I need to know how to formally identify the checkbox variables and, I presume, use a similar script to display the results in a comma, space format.
You've been of great help.
Thanks

Here's the script adapted to this situation. It assumes there are ten check boxes named cb1, cb1, cb2, ...cb10.
// Custom Calculate script for text field
(function () {
    // Initialize the string
    var v, s = "";
    // Loop through the check boxes to build up a string
    for (var i = 1; i < 11; i++) {
        // Get the value of the current check box
        v = getField("cb" + i).value;
        if (v !== "Off") {
            if (s) s += ", "; // Add a comma and a space if needed
            s += v; // Add the selected value
    // Set this field value to the string
    event.value = s;
You'll have to change the field name and starting/ending numbers to match your form.

Need expanded list of variables for email output CMC

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