def test_rc4_vector(self):
x = prng.rc4()
x.add_entropy(b'12345678')
self.assertEqual(
b16encode(x.read(8)),
b'bbf339d409b1dea7'
)
def test_rc4_lib_vector(self):
x = prng.rc4()
seed = b16decode(b'0123456789ABCDEF')
x.add_entropy(seed)
output = x.read(8)
output = utils.xor_bytes(output, seed)
self.assertEqual(b16encode(output), b'75b7878099e0c596')
def test_rc4_lib_vector(self):
x = prng.rc4()
seed = b16decode(b'0123456789ABCDEF')
x.add_entropy(seed)
output = x.read(8)
output = utils.xor_bytes(output, seed)
self.assertEqual(
b16encode(output),
b'75b7878099e0c596'
)
def test_seeds(self):
x = prng.fortuna()
x.add_entropy(b'12345678')
# print x.read(16).encode('hex')
assert b16encode(x.read(16)).lower() == b'b1f2630e4b56ff6f1e0e5d6f1324a10d'
x = prng.rc4()
x.add_entropy(b'12345678')
# print x.read(16).encode('hex')
assert b16encode(x.read(16)).lower() == b'0a015ada42e721c8ee3d57a0b519a9a8'
x = prng.sober128()
x.add_entropy(b'12345678')
# print x.read(16).encode('hex')
assert b16encode(x.read(16)).lower() == b'39e10e5ccaa9a24c26abaf73dbf2e3f6'
x = prng.yarrow()
x.add_entropy(b'12345678')
# print x.read(16).encode('hex')
assert b16encode(x.read(16)).lower() == b'f63c36f72ad5098e42ac002243d2cce2'
def test_rc4_vector(self):
x = prng.rc4()
x.add_entropy(b'12345678')
self.assertEqual(b16encode(x.read(8)), b'bbf339d409b1dea7')