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#! /usr/bin/python
################################################################################
# A small quick hack script that re-orders and summarizes group definitions.
#
# It uses quite specific logic to get a new grouping but this might serve as
# an example for similar tools.
################################################################################
################################################################################
# 1st parameter = trace to read
################################################################################
from otf import *
import sys
# dict for new groups
newindex= 0
number_def_function= 0
number_def_group= 0
max_def_group= 0
token_to_name= {}
token_to_shortname= {}
token_to_count= {}
token_to_newtoken= {}
### stage 1 handlers ###########################################################
def handleDefFunction_Stage_1( fha, stream, func, name, group, source, kvlist ):
# print ' handleDefFunction: \"%s\", s%u, t%u, nm\"%s\", g%u, src%u' \
# % (fha,stream, func,name,group,source)
global number_def_function
number_def_function += 1
token_to_count[ group ] += 1
# # find first part of source file name
shortname= "empty"
a= 0
b= 0
a= name.find( "[{" )
if -1 != a:
b= name.find( "}", a+2 )
if -1 != b :
c= name.find( "_", a+2, b )
if -1 != c :
b= c
c= name.find( ".", a+2, b )
if -1 != c :
b= c
c= name.find( " ", a+2, b )
if -1 != c :
b= c
shortname= name[a+2:b]
token_to_shortname[ group ]= shortname
return OTF_RETURN_OK
def handleDefFunctionGroup_Stage_1( fha, stream, group, name, kvlist ):
# print ' handleDefFunctionGroup: \"%s\", s%u, t%u, nm\"%s\"' \
# % (fha,stream,group,name)
global number_def_group
number_def_group += 1
global max_def_group
max_def_group= max_def_group if ( max_def_group > group ) else group
token_to_name[ group ]= name
global token_to_count
token_to_count[ group ]= 0
return OTF_RETURN_OK
### stage 2 handlers ###########################################################
def handleDefFunction_Stage_2( fha, stream, func, name, group, source, kvlist ):
OTF_Writer_writeDefFunction( fha, stream, func, name, token_to_newtoken[ group ], source )
return OTF_RETURN_OK
def handleDefFunctionGroup_Stage_2( fha, stream, group, name, kvlist ):
return OTF_RETURN_OK
### main #######################################################################
if __name__ == '__main__':
manager= OTF_FileManager_open( 100 )
inname= sys.argv[1]
print "read ", inname
outname= OTF_stripFilename( inname ) + "_new"
print "write ", outname
reader= OTF_Reader_open( inname, manager )
handlers= OTF_HandlerArray_open()
### stage 1 - create group mapping #########################################
OTF_HandlerArray_setHandler( handlers, handleDefFunction_Stage_1, OTF_DEFFUNCTION_RECORD )
OTF_HandlerArray_setHandler( handlers, handleDefFunctionGroup_Stage_1, OTF_DEFFUNCTIONGROUP_RECORD )
num= OTF_Reader_readDefinitions( reader, handlers )
print "stage 1: read ", num, " records"
print "number of function definitions ", number_def_function
print "number of group definitions", number_def_group
print "len( token_to_name ) ", len( token_to_name )
print "len( token_to_count ) ", len( token_to_count )
print "\n"
# print "list all:"
# for k, c in token_to_count.iteritems() :
# print k, " # ", c, " name ", token_to_name[ k ], " shortname ", token_to_shortname[ k ]
### compute mapping token_to_newtoken ######################################
writer= OTF_Writer_open( outname, 0, manager )
max_def_group += 1
shortname_to_count= {}
print "list keep:"
for k, c in token_to_count.iteritems() :
if c >= 5 :
print "keep ", k, " # ", c, " name ", token_to_name[ k ]
OTF_Writer_writeDefFunctionGroup( writer, 0, k, token_to_name[ k ] )
else :
print "k= ", k
print "token_to_shortname[ k ]", token_to_shortname[ k ]
shortname_to_count[ token_to_shortname[ k ] ]= 0
# sum over equal short names
for k, c in token_to_count.iteritems() :
shortname_to_count[ token_to_shortname[ k ] ] += c
# for k, c in token_to_shortname.iteritems() :
# print " ", k, " # ", c
shortname_to_newtoken= {}
print "list new:"
for k, c in shortname_to_count.iteritems() :
if c >= 5 :
OTF_Writer_writeDefFunctionGroup( writer, 0, max_def_group, k )
shortname_to_newtoken[ k ]= max_def_group
print " new token ", max_def_group, ":", k, " # ", c
max_def_group += 1
# define "misc" group
k= "misc"
OTF_Writer_writeDefFunctionGroup( writer, 0, max_def_group, k )
shortname_to_newtoken[ k ]= max_def_group
print " new token ", max_def_group, ":", k, " # x"
max_def_group += 1
token_to_newtoken= {}
for k, v in token_to_shortname.iteritems() :
if token_to_count[ k ] >= 5 :
token_to_newtoken[ k ]= k
else :
if shortname_to_newtoken.has_key( v ) :
token_to_newtoken[ k ]= shortname_to_newtoken[ v ];
else :
token_to_newtoken[ k ]= shortname_to_newtoken[ "misc" ];
# print "\n mapping \n\n"
# for t, n in token_to_newtoken.iteritems() :
# print " ", t, " --> ", n
### stage 2 - write new def file ###########################################
# set copy handlers to all but FunctionDefs and FunctionGroupDefs
OTF_HandlerArray_getCopyHandler( handlers, writer )
OTF_HandlerArray_setHandler( handlers, handleDefFunction_Stage_2, OTF_DEFFUNCTION_RECORD )
OTF_HandlerArray_setHandler( handlers, handleDefFunctionGroup_Stage_2, OTF_DEFFUNCTIONGROUP_RECORD )
OTF_Reader_close( reader )
reader= OTF_Reader_open( inname, manager )
num= OTF_Reader_readDefinitions( reader, handlers )
print "stage 2: read ", num, " records"
OTF_HandlerArray_close( handlers )
OTF_Writer_close( writer )
OTF_Reader_close( reader )
OTF_FileManager_close( manager )
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