Awesome

BinKit

Using pybinkit

• Import pybinkit

import pybinkit

Binary

• Loading binary with
  • filename
  • fieldID (optional): 0

binary = pybinkit.Binary()
binary.open(filename, 0)

DiffAlgorithms

diff_algorithms = pybinkit.DiffAlgorithms(self.binaries[0], self.binaries[1])

do_instruction_hash_match

diff_algorithms.do_instruction_hash_match()

do_blocks_instruction_hash_match

diff_algorithms.do_blocks_instruction_hash_match(source_basic_block_addresses, target_basic_block_addresses):

do_control_flow_match

child_matches = diff_algorithms.do_control_flow_match(match.source, match.target, control_flow_type)

do_control_flow_matches

• control_flow_type:

  • CREF_FROM

basic_block_match_combinations = diff_algorithms.do_control_flow_matches((address_pair,), control_flow_type)

get_basic_block_match_combinations

basic_block_match_combinations = diff_algorithms.get_basic_block_match_combinations(function_match.basic_block_match_list)

FunctionMatching

add_matches

function_matches.add_matches(matches)

do_instruction_hash_match

function_matches.do_instruction_hash_match()

get_matches

for function_match in function_matches.get_matches():
   print('%x - %x (size: %d)' % (function_match.source, function_match.target, len(function_match.basic_block_match_list)))