def test_carved_padding_file_has_correct_labels(self):
self._create_padding_file_in_directory()
fileresult = self._create_fileresult_for_file(self.padding_file,
self.parent_dir, [])
scanjob = ScanJob(fileresult)
scanjob.set_scanenvironment(self.scan_environment)
unpacker = Unpacker()
scanjob.prepare_for_unpacking()
scanjob.check_unscannable_file()
unpacker.append_unpacked_range(0, 5) # bytes [0:5) are unpacked
scanjob.carve_file_data(unpacker)
j = self.scanfile_queue.get()
self.assertSetEqual(j.fileresult.labels,
set(['padding', 'synthesized']))
def test_carved_padding_file_has_correct_labels(scan_environment):
padding_file = _create_padding_file_in_unpack_directory(scan_environment)
fileresult = FileResult(None,
scan_environment.unpackdirectory / padding_file,
set())
fileresult.set_filesize(
(scan_environment.unpackdirectory / padding_file).stat().st_size)
scanjob = ScanJob(fileresult)
scanjob.set_scanenvironment(scan_environment)
scanjob.initialize()
unpacker = UnpackManager(scan_environment.unpackdirectory)
scanjob.prepare_for_unpacking()
scanjob.check_unscannable_file()
unpacker.append_unpacked_range(0, 5) # bytes [0:5) are unpacked
scanjob.carve_file_data(unpacker)
j = scan_environment.scanfilequeue.get()
assert j.fileresult.labels == set(['padding', 'synthesized'])