def test_convert_dict_list_to_list():
test_list = [{'count': 1, '_id': 'A'}, {'count': 2, '_id': 'B'}, {'count': 3, '_id': None}]
result = StatisticUpdater._convert_dict_list_to_list(test_list)
assert isinstance(result, list), 'result is not a list'
assert ['A', 1] in result
assert ['B', 2] in result
assert ['not available', 3] in result
assert len(result) == 3, 'too many keys in the result'
class TestStatistic(unittest.TestCase):
@classmethod
def setUpClass(cls):
cls.config = get_config_for_testing()
cls.mongo_server = MongoMgr(config=cls.config)
def setUp(self):
self.updater = StatisticUpdater(config=self.config)
self.frontend_db_interface = StatisticDbViewer(config=self.config)
def tearDown(self):
self.updater.shutdown()
self.frontend_db_interface.shutdown()
clean_test_database(self.config, get_database_names(self.config))
gc.collect()
@classmethod
def tearDownClass(cls):
cls.mongo_server.shutdown()
def test_update_and_get_statistic(self):
self.updater.db.update_statistic('test', {'test1': 1})
result = self.frontend_db_interface.get_statistic('test')
self.assertEqual(result['test1'], 1, 'result not correct')
self.updater.db.update_statistic('test', {'test1': 2})
result = self.frontend_db_interface.get_statistic('test')
self.assertEqual(result['test1'], 2, 'result not correct')
def test_get_general_stats(self):
result = self.updater.get_general_stats()
self.assertEqual(result['number_of_firmwares'], 0,
'number of firmwares not correct')
self.assertEqual(result['number_of_unique_files'], 0,
'number of files not correct')
self.updater.db.firmwares.insert_one({'test': 1})
self.updater.db.file_objects.insert_one({'test': 1})
result = self.updater.get_general_stats()
self.assertEqual(result['number_of_firmwares'], 1,
'number of firmwares not correct')
self.assertEqual(result['number_of_unique_files'], 1,
'number of files not correct')
def test_convert_dict_list_to_list(self):
test_list = [{
'count': 1,
'_id': 'A'
}, {
'count': 2,
'_id': 'B'
}, {
'count': 3,
'_id': None
}]
result = self.updater._convert_dict_list_to_list(test_list)
self.assertIsInstance(result, list, 'result is not a list')
self.assertIn(['A', 1], result)
self.assertIn(['B', 2], result)
self.assertIn(['not available', 3], result)
self.assertEqual(len(result), 3, 'too many keys in the result')
def test_filter_sanitized_entries(self):
test_list = [
['valid', 1],
[
'sanitized_81abfc7a79c8c1ed85f6b9fc2c5d9a3edc4456c4aecb9f95b4d7a2bf9bf652da_1',
1
]
]
result = self.updater._filter_sanitized_objects(test_list)
self.assertEqual(result, [['valid', 1]])
def test_find_most_frequent_architecture(self):
test_list = [
'MIPS, 32-bit, big endian (M)', 'MIPS (M)',
'MIPS, 32-bit, big endian (M)', 'MIPS, 32-bit, big endian (M)'
]
result = self.updater._find_most_frequent_architecture(test_list)
expected_result = 'MIPS, 32-bit, big endian (M)'
self.assertEqual(result, expected_result)
test_list = ['A', 'B', 'B', 'B', 'C', 'C']
result = self.updater._find_most_frequent_architecture(test_list)
expected_result = 'B'
self.assertEqual(result, expected_result)
def test_count_occurrences(self):
test_list = ['A', 'B', 'B', 'C', 'C', 'C']
result = set(self.updater._count_occurrences(test_list))
expected_result = {('A', 1), ('C', 3), ('B', 2)}
self.assertEqual(result, expected_result)
def test_shorten_architecture_string(self):
tests_string = 'MIPS, 64-bit, little endian (M)'
result = self.updater._shorten_architecture_string(tests_string)
self.assertEqual(result, 'MIPS, 64-bit')
tests_string = 'MIPS (M)'
result = self.updater._shorten_architecture_string(tests_string)
self.assertEqual(result, 'MIPS')
def test_round(self):
self.assertEqual(StatisticUpdater._round([('NX enabled', 1696)], 1903),
0.89122)
def test_get_mitigation_data(self):
result_list = [('PIE enabled', 3), ('Canary enabled', 9),
('RELRO partially enabled', 7),
('PIE/DSO present', 565), ('PIE disabled', 702),
('NX enabled', 1696), ('PIE - invalid ELF file', 633),
('Canary disabled', 1894), ('RELRO fully enabled', 40),
('NX disabled', 207), ('RELRO disabled', 1856)]
mitigation_on = StatisticUpdater.extract_mitigation_from_list(
'NX enabled', result_list)
mitigation_off = StatisticUpdater.extract_mitigation_from_list(
'Canary disabled', result_list)
mitigation_partial = StatisticUpdater.extract_mitigation_from_list(
'RELRO partially enabled', result_list)
mitigation_invalid = StatisticUpdater.extract_mitigation_from_list(
'PIE - invalid ELF file', result_list)
self.assertEqual(mitigation_on, [('NX enabled', 1696)])
self.assertEqual(mitigation_off, [('Canary disabled', 1894)])
self.assertEqual(mitigation_partial, [('RELRO partially enabled', 7)])
self.assertEqual(mitigation_invalid, [('PIE - invalid ELF file', 633)])
def test_set_single_stats(self):
result = [('PIE - invalid ELF file', 100), ('NX disabled', 200),
('PIE/DSO present', 300), ('RELRO fully enabled', 400),
('PIE enabled', 500), ('RELRO partially enabled', 600),
('Canary disabled', 700), ('NX enabled', 800),
('PIE disabled', 900), ('Canary enabled', 1000),
('RELRO disabled', 1100)]
stats = {'exploit_mitigations': []}
self.set_nx_stats_to_dict(result, stats)
stats = {'exploit_mitigations': []}
self.set_canary_stats_to_dict(result, stats)
stats = {'exploit_mitigations': []}
self.set_pie_stats_to_dict(result, stats)
stats = {'exploit_mitigations': []}
self.set_relro_stats_to_dict(result, stats)
def set_nx_stats_to_dict(self, result, stats):
nx_off, nx_on = self.updater.extract_nx_data_from_analysis(result)
self.assertEqual(nx_off, [('NX disabled', 200)])
self.assertEqual(nx_on, [('NX enabled', 800)])
total_amount_of_files = calculate_total_files([nx_off, nx_on])
self.assertEqual(total_amount_of_files, 1000)
self.updater.append_nx_stats_to_result_dict(nx_off, nx_on, stats,
total_amount_of_files)
self.assertEqual(
stats, {
'exploit_mitigations': [('NX enabled', 800, 0.8),
('NX disabled', 200, 0.2)]
})
def set_canary_stats_to_dict(self, result, stats):
canary_off, canary_on = self.updater.extract_canary_data_from_analysis(
result)
self.assertEqual(canary_off, [('Canary disabled', 700)])
self.assertEqual(canary_on, [('Canary enabled', 1000)])
total_amount_of_files = calculate_total_files([canary_off, canary_on])
self.assertEqual(total_amount_of_files, 1700)
self.updater.append_canary_stats_to_result_dict(
canary_off, canary_on, stats, total_amount_of_files)
self.assertEqual(
stats, {
'exploit_mitigations': [('Canary enabled', 1000, 0.58824),
('Canary disabled', 700, 0.41176)]
})
def set_pie_stats_to_dict(self, result, stats):
pie_invalid, pie_off, pie_on, pie_partial = self.updater.extract_pie_data_from_analysis(
result)
self.assertEqual(pie_invalid, [('PIE - invalid ELF file', 100)])
self.assertEqual(pie_off, [('PIE disabled', 900)])
self.assertEqual(pie_partial, [('PIE/DSO present', 300)])
self.assertEqual(pie_on, [('PIE enabled', 500)])
total_amount_of_files = calculate_total_files(
[pie_on, pie_partial, pie_off, pie_invalid])
self.assertEqual(total_amount_of_files, 1800)
self.updater.append_pie_stats_to_result_dict(pie_invalid, pie_off,
pie_on, pie_partial,
stats,
total_amount_of_files)
self.assertEqual(
stats, {
'exploit_mitigations':
[('PIE enabled', 500, 0.27778),
('PIE/DSO present', 300, 0.16667), ('PIE disabled', 900, 0.5),
('PIE - invalid ELF file', 100, 0.05556)]
})
def set_relro_stats_to_dict(self, result, stats):
relro_off, relro_on, relro_partial = self.updater.extract_relro_data_from_analysis(
result)
self.assertEqual(relro_off, [('RELRO disabled', 1100)])
self.assertEqual(relro_on, [('RELRO fully enabled', 400)])
self.assertEqual(relro_partial, [('RELRO partially enabled', 600)])
total_amount_of_files = calculate_total_files(
[relro_off, relro_on, relro_partial])
self.assertEqual(total_amount_of_files, 2100)
self.updater.append_relro_stats_to_result_dict(relro_off, relro_on,
relro_partial, stats,
total_amount_of_files)
self.assertEqual(
stats, {
'exploit_mitigations':
[('RELRO fully enabled', 400, 0.19048),
('RELRO partially enabled', 600, 0.28571),
('RELRO disabled', 1100, 0.52381)]
})
def test_get_all_stats(self):
result = [('PIE - invalid ELF file', 100), ('NX disabled', 200),
('PIE/DSO present', 300), ('RELRO fully enabled', 400),
('PIE enabled', 500), ('RELRO partially enabled', 600),
('Canary disabled', 700), ('NX enabled', 800),
('PIE disabled', 900), ('Canary enabled', 1000),
('RELRO disabled', 1100)]
stats = {'exploit_mitigations': []}
self.updater.get_stats_nx(result, stats)
self.updater.get_stats_canary(result, stats)
self.updater.get_stats_relro(result, stats)
self.updater.get_stats_pie(result, stats)
self.assertEqual(
stats, {
'exploit_mitigations':
[('NX enabled', 800, 0.8), ('NX disabled', 200, 0.2),
('Canary enabled', 1000, 0.58824),
('Canary disabled', 700, 0.41176),
('RELRO fully enabled', 400, 0.19048),
('RELRO partially enabled', 600, 0.28571),
('RELRO disabled', 1100, 0.52381),
('PIE enabled', 500, 0.27778),
('PIE/DSO present', 300, 0.16667), ('PIE disabled', 900, 0.5),
('PIE - invalid ELF file', 100, 0.05556)]
})
def test_return_none_if_no_exploit_mitigations(self):
result = []
stats = {'exploit_mitigations': []}
self.assertEqual(self.updater.get_stats_nx(result, stats), None)
def test_fetch_mitigations(self):
self.assertEqual(self.updater.get_exploit_mitigations_stats(),
{'exploit_mitigations': []})
def test_known_vulnerabilities_works(self):
self.assertEqual(self.updater.get_known_vulnerabilities_stats(),
{'known_vulnerabilities': []})
class TestStatistic(unittest.TestCase):
def setUp(self):
self.config = get_config_for_testing()
self.mongo_server = MongoMgr(config=self.config)
self.updater = StatisticUpdater(config=self.config)
self.frontend_db_interface = StatisticDbViewer(config=self.config)
def tearDown(self):
self.updater.shutdown()
self.frontend_db_interface.shutdown()
clean_test_database(self.config, get_database_names(self.config))
self.mongo_server.shutdown()
gc.collect()
def test_update_and_get_statistic(self):
self.updater.db.update_statistic('test', {'test1': 1})
result = self.frontend_db_interface.get_statistic('test')
self.assertEqual(result['test1'], 1, 'result not correct')
self.updater.db.update_statistic('test', {'test1': 2})
result = self.frontend_db_interface.get_statistic('test')
self.assertEqual(result['test1'], 2, 'result not correct')
def test_get_general_stats(self):
result = self.updater.get_general_stats()
self.assertEqual(result['number_of_firmwares'], 0,
'number of firmwares not correct')
self.assertEqual(result['number_of_unique_files'], 0,
'number of files not correct')
self.updater.db.firmwares.insert_one({'test': 1})
self.updater.db.file_objects.insert_one({'test': 1})
result = self.updater.get_general_stats()
self.assertEqual(result['number_of_firmwares'], 1,
'number of firmwares not correct')
self.assertEqual(result['number_of_unique_files'], 1,
'number of files not correct')
def test_convert_dict_list_to_list(self):
test_list = [{
'count': 1,
'_id': 'A'
}, {
'count': 2,
'_id': 'B'
}, {
'count': 3,
'_id': None
}]
result = self.updater._convert_dict_list_to_list(test_list)
self.assertIsInstance(result, list, 'result is not a list')
self.assertIn(['A', 1], result)
self.assertIn(['B', 2], result)
self.assertIn(['not available', 3], result)
self.assertEqual(len(result), 3, 'too many keys in the result')
def test_filter_sanitized_entries(self):
test_list = [
['valid', 1],
[
'sanitized_81abfc7a79c8c1ed85f6b9fc2c5d9a3edc4456c4aecb9f95b4d7a2bf9bf652da_1',
1
]
]
result = self.updater._filter_sanitzized_objects(test_list)
self.assertEqual(result, [['valid', 1]])
def test_find_most_frequent_architecture(self):
test_list = [
'MIPS, 32-bit, big endian (M)', 'MIPS (M)',
'MIPS, 32-bit, big endian (M)', 'MIPS, 32-bit, big endian (M)'
]
result = self.updater._find_most_frequent_architecture(test_list)
expected_result = 'MIPS, 32-bit, big endian (M)'
self.assertEqual(result, expected_result)
test_list = ['A', 'B', 'B', 'B', 'C', 'C']
result = self.updater._find_most_frequent_architecture(test_list)
expected_result = 'B'
self.assertEqual(result, expected_result)
def test_count_occurrences(self):
test_list = ['A', 'B', 'B', 'C', 'C', 'C']
result = set(self.updater._count_occurrences(test_list))
expected_result = {('A', 1), ('C', 3), ('B', 2)}
self.assertEqual(result, expected_result)
def test_shorten_architecture_string(self):
tests_string = 'MIPS, 64-bit, little endian (M)'
result = self.updater._shorten_architecture_string(tests_string)
self.assertEqual(result, 'MIPS, 64-bit')
tests_string = 'MIPS (M)'
result = self.updater._shorten_architecture_string(tests_string)
self.assertEqual(result, 'MIPS')
