topic Re: How to Create a Function Module-'MONI_TIME_CONVERT ' in Application Development and Automation Discussions

How to Create a Function Module-'MONI_TIME_CONVERT '

Former Member — Mon, 27 Mar 2006 10:43:36 GMT

Hi experts,

I am new to BW and my requirment is to convert the time entering into BW as seconds into HH:MM:SS format.

Some one in this form advised me to create function module 'MONI_TIME_CONVERT '

please give me the code that converts seconds into HH:MM:SS and also procedure on how to create function module...detailed steps please.......

thanks for the help

Re: How to Create a Function Module-'MONI_TIME_CONVERT '

Former Member — Mon, 27 Mar 2006 10:53:26 GMT

This FM exists!!!!

Just use it in your ABAP Programs

rgrds

Re: How to Create a Function Module-'MONI_TIME_CONVERT '

Former Member — Mon, 27 Mar 2006 10:54:05 GMT

Hi Rama,

to convert seconds to hh mm ss..

just convert the seconds to a type p variable and then assign it to a variable like sy-uzeit..

look at this sample

 parameters : sec type p.
data : time like sy-uzeit.

time = sec.

write : / Time.

regards

satesh

Re: How to Create a Function Module-'MONI_TIME_CONVERT '

Former Member — Mon, 27 Mar 2006 10:59:24 GMT

Hi,

check the FM code. if you don't have this FM code, create it in SE37 and make use of it.

<b>FM MONI_TIME_CONVERT</b>

FUNCTION MONI_TIME_CONVERT.
*"----------------------------------------------------------------------
*"*"Lokale Schnittstelle:
*"       IMPORTING
*"             REFERENCE(LD_DURATION) TYPE  SY-TABIX
*"       EXPORTING
*"             REFERENCE(LT_OUTPUT_DURATION) TYPE  SWL_PM_CVH-DURATION
*"----------------------------------------------------------------------

  DATA: LD_HOUR(4)    TYPE N.                                "
  DATA: LD_MIN(4)     TYPE N.                                "
  DATA: LD_SEC(4)     TYPE N.                                "
  DATA: LD_VALUE2(2)  TYPE N.
  DATA: LD_VALUE3(3)  TYPE N.
  DATA: LD_VALUE4(4)  TYPE N.
  DATA: SAVE_DURATION LIKE SY-TABIX.
  data: ld_minus(1).

  SAVE_DURATION = LD_DURATION.

  if ld_duration < 0.
    save_duration = save_duration * ( -1 ).
    ld_minus    = true.
  endif.

  CLEAR LT_OUTPUT_DURATION.
  IF SAVE_DURATION NE 0.
    LD_HOUR     = SAVE_DURATION DIV 3600.
    save_duration = save_duration - ld_hour * 3600.
    LD_MIN      = SAVE_DURATION DIV 60.
    save_duration = save_duration - ld_min * 60.
    LD_SEC      = SAVE_DURATION.

    IF LD_HOUR LE 100.
      LD_VALUE2 = LD_HOUR.
      WRITE LD_VALUE2  TO LT_OUTPUT_DURATION+3(2).
    ELSEIF LD_HOUR LE 1000.
      LD_VALUE3 = LD_HOUR.
      WRITE LD_VALUE3  TO LT_OUTPUT_DURATION+2(3).
    ELSE.
      LD_VALUE4 = LD_HOUR.
      WRITE LD_VALUE4  TO LT_OUTPUT_DURATION(4).
    ENDIF.
    WRITE ':'       TO LT_OUTPUT_DURATION+5.
    LD_VALUE2 = LD_MIN.
    WRITE LD_VALUE2  TO LT_OUTPUT_DURATION+6(2).
    WRITE ':'       TO LT_OUTPUT_DURATION+8.
    LD_VALUE2 = LD_SEC.
    WRITE LD_VALUE2  TO LT_OUTPUT_DURATION+9(2).
    LT_OUTPUT_DURATION = LT_OUTPUT_DURATION+1.
    if ld_minus = true.
       write '-' to lt_output_duration+1(1).
    endif.
  ELSE.
*  job running or aborted
  ENDIF.


ENDFUNCTION.

Regards

Vijay