str1=r1.sub("_",all_methods[method_id][1])

  str2=r1.sub("_",all_methods[method_id][2])

  return str1+"_"+str2

  def gen_dot_script_file():

  myoutfile = open("graph.dot", "w")

  myoutfile.write("digraph vanzo {/n/n");

  for one in all_methods.keys():

  if parent_methods.has_key(one):

  myoutfile.write(gen_funcname(one)+" [shape=rectangle];/n")

  else:

  if child_methods.has_key(one):

  myoutfile.write(gen_funcname(one)+" [shape=ellipse];/n")

  for one in method_calls.keys():

  for two in method_calls[one]:

  myoutfile.write(gen_funcname(one) + ' -> ' + gen_funcname(two) + ' [label="' + str(method_calls[one][two]) + '" fontsize="10"];/n')

  myoutfile.write("/n}/n");

  myoutfile.close

  ############################################################

  ########################## Script starts from here #########

  ############################################################

  if len(sys.argv) < 2:

  print 'No input file specified.'

  sys.exit()

  if not (os.path.exists(sys.argv[1])):

  print "input file not exists"

  sys.exit()

  #Now handle the text part

  current_section=0

  for line in open(sys.argv[1]):

  line2 = line.strip()

  if (line2.startswith("*")):

  if (line2.startswith("*version")):

  current_section=1

  else:

  if (line2.startswith("*threads")):

  current_section=2

  else:

  if (line2.startswith("*methods")):

  current_section=3

  else:

  if (line2.startswith("*end")):

  current_section=4

  break

  continue

  if current_section==2:

  add_one_thread(line2)

  if current_section==3:

  add_one_method(line2)

  #Now handle the binary part

  mybinfile = open(sys.argv[1], "rb")

  alldata = mybinfile.read()

  mybinfile.close()

  pos=alldata.find("SLOW")

  offset,=struct.unpack("H",alldata[pos+6:pos+8])

  pos2=pos+offset #pos2 is where the record begin

  numofrecords = len(alldata) - pos2

  numofrecords = numofrecords / 9

  for i in xrange(numofrecords):

  add_one_record(alldata[pos2 + i * 9:pos2 + i * 9 + 9])

  my_stack=[0]

  for onerecord in all_records:

  thread_id=onerecord[0];

  method_id=onerecord[1];

  action=onerecord[2];

  time=onerecord[3];

  if(action==0):

  if(len(my_stack) > 1):

  parent_method_id=my_stack[-1]

  handle_one_call(parent_method_id,method_id)

  my_stack.append(method_id)

  else:

  if(action==1):

  if(len(my_stack) > 1):

  my_stack.pop()

  gen_dot_script_file()

  os.system("dot -Tjpg graph.dot -o output.jpg;rm -f graph.dot");

  #!/usr/bin/env python

  """

  turn the traceview data into a jpg pic, showing methods call relationship

  """

  import sys

  import os

  import struct

  import re

  #####################################################

  ######################## Global Variable ############

  #####################################################

  target_thread=1 #the thread that we want to track, filt out other threads

  #all_actions = ["enter","exit","exception","reserved"]

  all_threads = {}

  all_methods = {}

  all_records = []

  parent_methods = {}

  child_methods = {}

  method_calls = {}

  ######################################################

  ############################## Methods ###############

  ######################################################

  def add_one_thread(line):

  fields = line.split("/t")

  all_threads[int(fields[0],10)]=fields

  def add_one_method(line):