def run_action(self, cmd): ''' Run an action specified by `cmd`(see COMMAND_ prefixed variables) ''' parser = self.parser args = self.args # check which command has been used if cmd is None: # no command specified through program name -> get it from argparser cmd = args.command if cmd in COMMANDS_ALL: hashes, package_names, tags = CLIUtil.get_filter_options_from_cli(args) yes = args.yes if cmd == COMMAND_QUERY: self.action_query(hashes, package_names, tags, yes) # dblyze -> do the analysis results evaluation elif cmd == COMMAND_EVAL: dblyze_scripts = ScriptUtil.import_scripts(args.scripts, clazz_name = "Eval") for dblyze_script in dblyze_scripts: dblyze_script().evaluate(self.storage) # sync from result db to file sys elif cmd == COMMAND_SYNC: total_entries = androlyze.action_sync_fs(self.storage, lambda _ : False) CLIUtil.cli_check_n_exec(androlyze.action_sync_fs, prompt_prefix = "Will download %d entries from result database!" % total_entries, circumvent_check = args.yes, args = (self.storage, lambda _ : True) ) else: # print welcome message clilog.info("Welcome to %s!\n" % PROJECT_NAME) # import command if cmd == COMMAND_IMPORT: apks_or_paths, _ = self.get_apks_or_paths_from_cli() tag = args.tag copy2disk, copy2db, update, concurrency = args.copy_disk, args.copy_db, args.update, args.concurrency if not update: log.warn('''--update not supplied. No update of already present apks in database will be done!''') androlyze.action_import_apks(self.storage, apks_or_paths, copy2disk, copy2db, update, tag, concurrency = concurrency) # analyze command elif cmd == COMMAND_ANALYZE: # androguard path has to be set before from androlyze import action_analyze # sort apks ? get_apks_kwargs = {} no_sort_by_code_size = args.no_sort_code_size if not no_sort_by_code_size: # sort apks by app code size for better scheduling get_apks_kwargs = dict(order_by = TABLE_APK_IMPORT_KEY_SIZE_APP_CODE, ascending = False) apks_or_paths, _ = self.get_apks_or_paths_from_cli(**get_apks_kwargs) # debug infos if not no_sort_by_code_size and not args.apks: apks_or_paths, _it = itertools.tee(apks_or_paths) clilog.info('Using Code Size Scheduling for faster analysis!') log.debug('\n'.join(('%s: %s' % (x.package_name, x.size_app_code) for x in _it))) scripts = args.scripts parallel_mode, concurrency, send_id = self.__load_parallel_settings() # get analysis mode analyze_mode = None if parallel_mode == PARALLELIZATION_MODE_DISTRIBUTED: analyze_mode = ANALYZE_MODE_DISTRIBUTED elif parallel_mode == PARALLELIZATION_MODE_NON_PARALLEL: analyze_mode = ANALYZE_MODE_NON_PARALLEL else: analyze_mode = ANALYZE_MODE_PARALLEL action_analyze(self.storage, scripts, apks_or_paths, mode = analyze_mode, concurrency = concurrency, serialize_apks = not send_id) # delete command elif cmd == COMMAND_DELETE: self.action_delete(parser, hashes, package_names, tags, yes) clilog.info("done")