def test_encryptionparams_scheme_specific():
testcase = sealapi.EncryptionParameters(sealapi.SCHEME_TYPE.NONE)
with pytest.raises(BaseException):
testcase.set_poly_modulus_degree(10)
testcase.set_poly_modulus_degree(0)
assert testcase.poly_modulus_degree() == 0
testcase.set_coeff_modulus([])
testcase = sealapi.EncryptionParameters(sealapi.SCHEME_TYPE.BFV)
testcase.set_plain_modulus(sealapi.Modulus(1023))
assert testcase.plain_modulus().value() == 1023
testcase.set_random_generator(sealapi.BlakePRNGFactory())
generator = testcase.random_generator().create()
assert generator.generate() != generator.generate()
header.compr_mode = sealapi.COMPR_MODE_TYPE.DEFLATE
tmp = NamedTemporaryFile()
sealapi.Serialization.SaveHeader(header, tmp.name)
save_test = sealapi.Serialization.SEALHeader()
sealapi.Serialization.LoadHeader(tmp.name, save_test, True)
assert save_test.compr_mode == sealapi.COMPR_MODE_TYPE.DEFLATE
sealapi.Serialization.LoadHeader(tmp.name, save_test, False)
assert save_test.compr_mode == sealapi.COMPR_MODE_TYPE.DEFLATE
@pytest.mark.parametrize(
"factory",
[
sealapi.BlakePRNGFactory.DefaultFactory(),
sealapi.BlakePRNGFactory(),
sealapi.BlakePRNGFactory([sealapi.random_uint64() for i in range(8)]),
],
)
def test_randomgen(factory):
assert sealapi.random_uint64() != sealapi.random_uint64()
for generator in [
factory.create(),
factory.create([sealapi.random_uint64() for i in range(8)]),
]:
assert generator.generate() != generator.generate()
adapter = sealapi.RandomToStandardAdapter(generator)
assert adapter() != adapter()