def test_bcrypt(self): r = botan2.RandomNumberGenerator() phash = botan2.bcrypt('testing', r) self.assertTrue(isinstance(phash, str)) self.assertTrue(phash.startswith("$2a$")) self.assertTrue(botan2.check_bcrypt('testing', phash)) self.assertFalse(botan2.check_bcrypt('live fire', phash)) self.assertTrue(botan2.check_bcrypt('test', '$2a$04$wjen1fAA.UW6UxthpKK.huyOoxvCR7ATRCVC4CBIEGVDOCtr8Oj1C'))
def test_bcrypt(self): r = botan2.RandomNumberGenerator() phash = botan2.bcrypt('testing', r) self.assertTrue(isinstance(phash, str)) self.assertTrue(phash.startswith("$2a$")) self.assertTrue(botan2.check_bcrypt('testing', phash)) self.assertFalse(botan2.check_bcrypt('live fire', phash)) self.assertTrue(botan2.check_bcrypt('test', '$2a$04$wjen1fAA.UW6UxthpKK.huyOoxvCR7ATRCVC4CBIEGVDOCtr8Oj1C'))
def test_bcrypt(): print("Testing Bcrypt...") r = botan2.rng() phash = botan2.bcrypt('testing', r) print("bcrypt returned %s (%d bytes)" % (hex_encode(phash), len(phash))) print("validating the hash produced: %r" % (botan2.check_bcrypt('testing', phash))) print("\n")
def test_bcrypt(): print("Testing Bcrypt...") r = botan2.rng() phash = botan2.bcrypt('testing', r) print("bcrypt returned %s (%d bytes)" % (hex_encode(phash), len(phash))) print("validating the hash produced: %r" % (botan2.check_bcrypt('testing', phash))) print("\n")
def varify(pwd, hash): return botan.check_bcrypt(pwd, hash)