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test_scanner.py
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test_scanner.py
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from fingerprint_data_manager import FingerprintDataManager
from inconsistency_scanner import Scanner
fp_manager = FingerprintDataManager()
scanner = Scanner()
# TODO warning I removed features
# def test_canvas_defender():
# ALLOWED_TESTS_TO_FAIL = {Scanner.CANVAS_OVERWRITTEN, Scanner.CANVAS_PIXELS, Scanner.EMOJI}
# # emoji is allowed to fail since when canvas is blank it has a bad prediction
# fingerprints = fp_manager.get_fingerprints_countermeasure('cd') + fp_manager.get_fingerprints_countermeasure('cfpb')
#
# print('Testing canvas defender: {:d} fingerprints'.format(len(fingerprints)))
#
# for fingerprint in fingerprints:
# tests_failed = []
# scan_results = scanner.check_fingerprint(fingerprint, run_all=True)
# results_failed = []
# for scan_res in scan_results:
# if not scan_res.is_consistent:
# tests_failed.append(scan_res.name)
# results_failed.append(scan_res)
#
# if not set(tests_failed).issubset(ALLOWED_TESTS_TO_FAIL):
# print('-------------')
# print(fingerprint)
# print(tests_failed)
# for elt in results_failed:
# print(elt)
# print()
# assert False
# else:
# assert True
# def test_user_agent_spoofers():
# ALLOWED_TESTS_TO_FAIL = {Scanner.PLATFORM_OS_REF, Scanner.PLUGINS_OS, Scanner.ETSL, Scanner.PRODUCT_SUB,
# Scanner.ERRORS_BROWSER, Scanner.ACCELEROMETER, Scanner.TOUCH_SUPPORT, Scanner.EMOJI,
# Scanner.FONTS_OS, Scanner.MQ_OS, Scanner.SCREEN_SIZE}
#
# fingerprints = fp_manager.get_fingerprints_countermeasure('uas')
# print('Testing user agent spoofers: {:d} fingerprints'.format(len(fingerprints)))
#
# for fingerprint in fingerprints:
# tests_failed = []
# scan_results = scanner.check_fingerprint(fingerprint, run_all=True)
# results_failed = []
# for scan_res in scan_results:
# if not scan_res.is_consistent:
# tests_failed.append(scan_res.name)
# results_failed.append(scan_res)
#
# if not set(tests_failed).issubset(ALLOWED_TESTS_TO_FAIL):
# print('-------------')
# print(fingerprint)
# print(tests_failed)
# for elt in results_failed:
# print(elt)
# print()
# assert False
# else:
# assert True
# def test_no_countermeasures():
# ALLOWED_TESTS_TO_FAIL = {Scanner.EMOJI, Scanner.SAME_UAS} # We allow emoji since it is non deterministic, but ideally it should not fail
# # Same UAs may fail in case of ie 11
#
# fingerprints = fp_manager.get_fingerprints_countermeasure('no')
# print('Testing no countermeasure: {:d} fingerprints'.format(len(fingerprints)))
#
# for fingerprint in fingerprints:
# tests_failed = []
# scan_results = scanner.check_fingerprint(fingerprint, run_all=True)
# results_failed = []
# for scan_res in scan_results:
# if not scan_res.is_consistent:
# tests_failed.append(scan_res.name)
# results_failed.append(scan_res)
#
# if not set(tests_failed).issubset(ALLOWED_TESTS_TO_FAIL):
# print('-------------')
# print(fingerprint)
# print(tests_failed)
# for elt in results_failed:
# print(elt)
# print()
# assert False
# else:
# assert True
# def test_ras_countermeasures():
# ALLOWED_TESTS_TO_FAIL = {Scanner.MQ_OS, Scanner.ETSL, Scanner.PRODUCT_SUB, Scanner.ERRORS_BROWSER,
# Scanner.NAVIGATOR_OVERWRITTEN, Scanner.CANVAS_OVERWRITTEN, Scanner.EMOJI,
# Scanner.WEBGL_OS, Scanner.TOUCH_SUPPORT, Scanner.ACCELEROMETER, Scanner.SCREEN_SIZE,
# Scanner.FONTS_OS}
#
# fingerprints = fp_manager.get_fingerprints_countermeasure('rasp') + \
# fp_manager.get_fingerprints_countermeasure('ras')
#
# print('Testing RAS: {:d} fingerprints'.format(len(fingerprints)))
#
# for fingerprint in fingerprints:
# tests_failed = []
# scan_results = scanner.check_fingerprint(fingerprint, run_all=True)
# results_failed = []
# for scan_res in scan_results:
# if not scan_res.is_consistent:
# tests_failed.append(scan_res.name)
# results_failed.append(scan_res)
#
# if not set(tests_failed).issubset(ALLOWED_TESTS_TO_FAIL):
# print('-------------')
# print(fingerprint)
# print(tests_failed)
# for elt in results_failed:
# print(elt)
# print()
# assert False
# else:
# assert True
# def test_brave_countermeasures():
# ALLOWED_TESTS_TO_FAIL = {Scanner.NAVIGATOR_OVERWRITTEN, Scanner.CANVAS_PIXELS, Scanner.EMOJI}
# # emoji is allowed since blocking canvas engenders a wrongs prediction with the neural network
#
# fingerprints = fp_manager.get_fingerprints_countermeasure('brave')
#
# print('Testing Brave: {:d} fingerprints'.format(len(fingerprints)))
#
# for fingerprint in fingerprints:
# tests_failed = []
# scan_results = scanner.check_fingerprint(fingerprint, run_all=True)
# results_failed = []
# for scan_res in scan_results:
# if not scan_res.is_consistent:
# tests_failed.append(scan_res.name)
# results_failed.append(scan_res)
#
# if not set(tests_failed).issubset(ALLOWED_TESTS_TO_FAIL):
# print('-------------')
# print(fingerprint)
# print(tests_failed)
# for elt in results_failed:
# print(elt)
# print()
# assert False
# else:
# assert True
# def test_firefox_protection_countermeasures():
# ALLOWED_TESTS_TO_FAIL = {Scanner.MQ_OS, Scanner.EMOJI, Scanner.FONTS_OS, Scanner.WEBGL_OS}
#
# fingerprints = fp_manager.get_fingerprints_countermeasure('ffp')
#
# print('Testing Firefox protection: {:d} fingerprints'.format(len(fingerprints)))
#
# for fingerprint in fingerprints:
# tests_failed = []
# scan_results = scanner.check_fingerprint(fingerprint, run_all=True)
# results_failed = []
# for scan_res in scan_results:
# if not scan_res.is_consistent:
# tests_failed.append(scan_res.name)
# results_failed.append(scan_res)
#
# if not set(tests_failed).issubset(ALLOWED_TESTS_TO_FAIL):
# print('-------------')
# print(fingerprint)
# print(tests_failed)
# for elt in results_failed:
# print(elt)
# print()
# assert False
# else:
# assert True
# def test_fp_random():
# ALLOWED_TESTS_TO_FAIL = {Scanner.CANVAS_PIXELS}
# fingerprints = fp_manager.get_fingerprints_countermeasure('fpr')
#
# print('Testing FPRandom: {:d} fingerprints'.format(len(fingerprints)))
#
# for fingerprint in fingerprints:
# tests_failed = []
# scan_results = scanner.check_fingerprint(fingerprint, run_all=True)
# results_failed = []
# for scan_res in scan_results:
# if not scan_res.is_consistent:
# tests_failed.append(scan_res.name)
# results_failed.append(scan_res)
#
# if not set(tests_failed).issubset(ALLOWED_TESTS_TO_FAIL):
# print('-------------')
# print(fingerprint)
# print(tests_failed)
# for elt in results_failed:
# print(elt)
# print()
# assert False
# else:
# assert True
def test_blink():
ALLOWED_TESTS_TO_FAIL = {}
fingerprints = fp_manager.get_fingerprints_countermeasure('blink')
print('Testing Blink: {:d} fingerprints'.format(len(fingerprints)))
for fingerprint in fingerprints:
tests_failed = []
scan_results = scanner.check_fingerprint(fingerprint, run_all=True)
results_failed = []
for scan_res in scan_results:
if not scan_res.is_consistent:
tests_failed.append(scan_res.name)
results_failed.append(scan_res)
if not set(tests_failed).issubset(ALLOWED_TESTS_TO_FAIL):
print('-------------')
print(fingerprint)
print(tests_failed)
for elt in results_failed:
print(elt)
print()
assert False
else:
assert True