runPLZ

#!/usr/bin/python
#
# run all tests
#

import os
import sys
import signal
import time
import subprocess


os.system("make clean;unset CILK;export CILKP=1;make plz77_1;")
#os.system("make clean;export CILK=1;make plz77_1;")
def signal_handler(signal,frame):
  print "bye\n"
  sys.exit(0)
signal.signal(signal.SIGINT,signal_handler)

def shellGetOutput(str) :
  process = subprocess.Popen(str,shell=True,stdout=subprocess.PIPE,
                             stderr=subprocess.PIPE)
  output, err = process.communicate()

  if (len(err) > 0):
      raise NameError(str+"\n"+output+err)
  return output

#testfiles = []
testfiles = ["10Midentical","10Mrandom","10Msqrtn","chr22.dna","etext99","howto.txt","jdk13c","rctail96","rfc","sprot34.dat","thesaurus.doc","w3c2","wikisamp.xml","wikisamp9.xml","pitches","proteins.200MB","sources"]
#testfiles = ["wikisamp9.xml"]
#testfiles = ["proteins","english"]
#testfiles = ["pitches","proteins.200MB","sources"]

processors = [1,2,4]+range(8,80+1,8)
#processors= [64]
#processors = [1] + range(32,80+1,8)

for testfile in testfiles :
  for p in processors :
    ss = "./plz77_1 -i testData/"+testfile+" -p "+`p`+" -f 0 "#+" -cilk_set_worker_count "+`p`
    print `p` + " -f 0 " + testfile
    print shellGetOutput(ss)
    sys.stdout.flush()
for testfile in testfiles:
  for p in processors :
    ss = "./plz77_1 -i testData/"+testfile+" -p "+`p`+" -f 1 "#+" -cilk_set_worker_count "+`p`
    print `p` + " -f 1 " + testfile
    print shellGetOutput(ss)
    sys.stdout.flush()
for testfile in testfiles:
  for p in processors :
    ss = "./plz77_1 -i testData/"+testfile+" -p "+`p`+" -f 2 "#+" -cilk_set_worker_count "+`p`
    print `p` + " -f 2 " + testfile
    print shellGetOutput(ss)
    sys.stdout.flush()