source: trunk/libIGCM/libIGCM_sys/IGCM_add_out.awk @ 58

#!/usr/bin/awk -f
# IGCM_add_out - filter of output of the job :
# command :
# IGCM_add_out.awk job_output.out REALTIME USERTIME SYSTIME

#**************************************************************
# Author: Martial.Mancip
# Contact: Martial.Mancip@ipsl.jussieu.fr
# $Date$
# $Author$
# $Revision$
# IPSL (2006)
#  This software is governed by the CeCILL licence see libIGCM/libIGCM_CeCILL.LIC
# History:
# Modification: Patrick.Brockmann@cea.fr
#
#**************************************************************

#==========================
function myprint(str) {
  if (debug) {
     print str
  }
}


#==========================
BEGIN {
#  print "traitement de " ARGV[1]

  nbarg=ARGC
  if (match(ARGV[1],"-d")) {
    debug=1
    file=ARGV[2]
    delete ARGV[1] 
    nbarg--
  } else {
    debug=0
    file=ARGV[1]
  }

# When exit statement, 'END' rule is always executed, so defined a exit_value to manage this
  exit_value=0
  if (nbarg != 2) {
    print "Usage: IGCM_add_out.awk [-d] file.output" 
    print 
    print "Args:"
    print "      file.output = output file of at Job to be parsed" 
    print 
    print "Options:" 
    print "       -d = debug mode" 
    print 
    exit_value=1
    exit
  }

  Information_found=0

  RealTime=0.
  UserTime=-1.
  SysTime=0.
  VectorTime=0.
  InstCount=0.
  VInstCount=0.
  VElementCount=0.
  FLOPCount=0.
  MOPS=0.
  MFLOPS=0.
  AVLength=0.
  VOpRatio=0.
  MemorySize=0.
  MIPS=0.
  ICache=0.
  OCache=0.
  Bank=0.

  counter=0

}

#==========================
{
  myprint($0) 

# Get information with MPI Program Information output on NEC
  if (match($0, "     \\*\\*\\*\\*\\*\\*  Program Information  \\*\\*\\*\\*\\*\\*")) 
  {
    Information_found=1
    counter=counter+1
#   print $0      
#    print counter
    next
  }
  else if (Information_found == 1 && (match($0, ".*:.*"))) 
  {
    where=(match($0,"[a-zA-Z]"))
    Length=(match($0, " *:"))-where
    whereDot=(match($0, ":"))
    info=substr($0,where,Length)
    whereNum=(match($0, "[0-9]"))
    Res=substr($0,whereNum)
#    print where "," Length "," whereDot "," whereNum " '" info "' :" Res 

    if( info=="Real Time (sec)" ) {
#      print "|" Res "|"
#      printf("RealTime = %10.5f\n",0.037600)
#      printf("RealTime = %10.5f\n",Res)
      if ( Res > RealTime ) {
        RealTime=Res
      }
      next
    }
          
    if( info=="User Time (sec)" ) {
      UserTime=UserTime+Res
      next
    }

    if( info=="Sys  Time (sec)" ) {
      SysTime=SysTime+Res
      next
    }

    if( info=="Vector Time (sec)" ) {
      VectorTime=VectorTime+Res
      next  
    }

    if( info=="Inst. Count" ) {
      InstCount=InstCount+Res
      next
    }

    if( info=="V. Element Count" ) {
      VInstCount=VInstCount+Res
      next  
    }

    if( info=="V. Element Count" ) {
      VElementCount=VElementCount+Res
      next
    }

    if( info=="FLOP Count" ) {
      FLOPCount=FLOPCount+Res
      next  
    }

    if( info=="MOPS" ) {
      MOPS=MOPS+Res
      next
    }

    if( info=="MFLOPS" ) {
      MFLOPS=MFLOPS+Res
      next  
    }

    if( info=="A.V. Length" ) {
      AVLength=AVLength+Res
      next
    }

    if( info=="V. Op. Ratio (%)" ) {
      VOpRatio=VOpRatio+Res
      next  
    }

    if( info=="Memory Size (MB)" ) {
      MemorySize=MemorySize+Res
      next
    }

    if( info=="MIPS" ) {
      MIPS=MIPS+Res
      next  
    }

    if( info=="I-Cache (sec)" ) {
      ICache=ICache+Res
      next
    }

    if( info=="O-Cache (sec)" ) {
      OCache=OCache+Res
      next  
    }

    if( info=="Bank (sec)" ) {
      Bank=Bank+Res
      next
    }

  }
# Get information with time output on other hosts
# ksh time
  else if (match($0, ".*s real .*s user .*s system"))
  {
    myprint( "ksh" )
    counter=counter+1

    RealTime=(substr($1,1,match($1, "s")-1))
    UserTime=(substr($3,1,match($3, "s")-1))
    SysTime=(substr($5,1,match($5, "s")-1))

  }
# csh time
  else if (match($0, "[0-9.]+u [0-9.]+s .+"))
  {
    myprint( "csh" )
    counter=counter+1

    UserTime=(substr($1,1,match($1, "u")-1))
    SysTime=(substr($2,1,match($2, "s")-1))
    RealTime=(substr($3,1,match($3, ":")-1)*60. + substr($3,match($3, ":")+1))

  }
# linux system time
  else if (match($0, ".*user .*system .*elapsed .*CPU .*"))
  {
    myprint( "linux" )
    counter=counter+1

    UserTime=(substr($1,1,match($1, "user")-1))
    SysTime=(substr($2,1,match($2, "system")-1))
    RealTime=(substr($3,1,match($3, ":")-1)*60.+substr($3, match($3, ":")+1, match($3, "elapsed")))

  }

# RUN_DATE_BEGIN
if ($0 ~ /RunDateBegin.*=/) {
    myprint( "start date" )
    split($0,a,"=")
    RunDateBegin=a[2]
}

# RUN_DATE_END
if ($0 ~ /RunDateEnd.*=/) {
    myprint( "end date" )
    split($0,a,"=")
    RunDateEnd=a[2]
  }

}

#==========================
END {

  if (! exit_value ) {
    if (counter > 0) { 
      myprint("=============================================")
      myprint("Additionnal results on Program Informations for " ARGV[1])
      myprint("Real Time (sec)        :" RealTime)
      myprint("User Time (sec)        :" UserTime)
      myprint("Sys  Time (sec)        :" SysTime)
      myprint("Vector Time (sec)      :" VectorTime)
      myprint("Inst. Count            :" InstCount)
      myprint("V. Inst. Count         :" VInstCount)
      myprint("V. Element Count       :" VElementCount)
      myprint("FLOP Count             :" FLOPCount)
      myprint("MOPS                   :" MOPS)
      myprint("MFLOPS                 :" MFLOPS)
      myprint("A.V. Length            :" AVLength)
      myprint("V. Op. Ratio (%)       :" VOpRatio)
      myprint("Memory Size (MB)       :" MemorySize)
      myprint("MIPS                   :" MIPS)
      myprint("I-Cache (sec)          :" ICache)
      myprint("O-Cache (sec)          :" OCache)
      myprint("Bank (sec)             :" Bank)

      myprint("Date of executables :")
      myprint("Start Time             :" RunDateBegin)
      myprint("End   Time             :" RunDateEnd)

      printf("%s %s %.5f %.5f %.5f", RunDateBegin, RunDateEnd, RealTime, UserTime, SysTime) 
      exit(0)
    }
    else
    { 
      exit(1)
    }
  }
  else
  { 
    exit(2)
  }
  
}