z.py

# Just a script for playing around with pyelftools during testing
# please ignore it!
#

import sys, pprint
from elftools.elf.structs import ELFStructs
from elftools.elf.elffile import ELFFile
from elftools.elf.sections import *

# read a little-endian, 64-bit file
es = ELFStructs(True, 64)

stream = open('tests/testfiles/z.elf', 'rb')
#stream = open('binfiles/z32.elf', 'rb')

efile = ELFFile(stream)
print efile.elfclass, efile.little_endian
print '===> %s sections!' % efile.num_sections() 

print efile.has_dwarf_info()

dwarfinfo = efile.get_dwarf_info()

#~ print dwarfinfo.structs.Dwarf_abbrev_entry.parse('\x13\x01\x01\x03\x50\x04\x00\x00')

print id(dwarfinfo.get_abbrev_table(0))
print id(dwarfinfo.get_abbrev_table(0))
pprint.pprint(dwarfinfo.get_abbrev_table(0)._abbrev_map)

print dwarfinfo.get_abbrev_table(0).get_abbrev(1).decl
print dwarfinfo.get_abbrev_table(0).get_abbrev(1).has_children()

#~ for cu in dwarfinfo._CU:
    #~ print cu, cu.header




#~ print efile.get_section_by_name('.debug_info').name

#~ print '===> %s segments!' % efile.num_segments()

#~ for sec in efile.iter_sections():
    #~ print type(sec), sec.name
    #~ if isinstance(sec, SymbolTableSection):
        #~ print '   linked string table:', sec.stringtable.name

#~ for seg in efile.iter_segments():
    #~ print type(seg), seg['p_type'], seg['p_offset']

#~ for sec in efile.iter_sections():
    #~ if isinstance(sec, SymbolTableSection):
        #~ print 'symbol table "%s ~~~"' % sec.name
        #~ for sym in sec.iter_symbols():
            #~ print '%-26s %s %s' % (sym.name, sym['st_info']['type'], sym['st_info']['bind'])