def test_keypair_faulty(): with pytest.raises(ValueError): k = objects.RSAKey(0xe0fc) crypto.generate_pair(key_object=k, key_size=100) with pytest.raises(ValueError): objects.RSAKey(0xe0f1)
def test_meta_check_key_usage_rsa():
obj = objects.RSAKey(0xe0fc)
crypto.generate_pair(key_object=obj,
key_size=1024,
key_usage=['key_agreement', 'encryption'])
assert ['key_agreement', 'encryption'] == obj.meta['key_usage'] or \
['encryption', 'key_agreement'] == obj.meta['key_usage']
def test_keypair_2k_keyid(ki): k = objects.RSAKey(ki) pkey, _ = crypto.generate_pair(key_object=k, key_size=2048) assert isinstance(pkey, bytes) assert len(pkey) > 0 assert k.id == ki assert k.key_size == 2048
def test_csr_ok_rsa(ki):
csr_key_obj = objects.RSAKey(0xe0fc)
print(csr_key_obj)
pkey, _ = crypto.generate_pair(key_object=csr_key_obj, key_size=ki)
builder = CSRBuilder(
{
'country_name': 'DE',
'state_or_province_name': 'Bayern',
'organization_name': 'Infineon Technologies AG',
'common_name': 'OPTIGA(TM) Trust IoT',
}, pkey)
builder.build(csr_key_obj)
def test_meta_read_key_meta():
obj = objects.ECCKey(0xe0f0)
print(obj.meta)
obj = objects.RSAKey(0xe0fc)
print(obj.meta)
def test_meta_check_algorithm_rsa(key_size):
obj = objects.RSAKey(0xe0fc)
crypto.generate_pair(key_object=obj, key_size=key_size)
assert ('rsa' + str(key_size)) == obj.meta['algorithm']
def test_keypair_1k(): k = objects.RSAKey(0xe0fc) pkey, _ = crypto.generate_pair(key_object=k, key_size=1024) assert isinstance(pkey, bytes) assert len(pkey) > 0 assert k.key_size == 1024
def setup_keys_2k():
k1 = objects.RSAKey(0xe0fc)
k2 = objects.RSAKey(0xe0fd)
pytest.twok, _ = crypto.generate_pair(key_object=k1, key_size=2048)
pytest.twok_fail, _ = crypto.generate_pair(key_object=k2, key_size=2048)
return k1, k2
def setup_keys_1k():
k1 = objects.RSAKey(0xe0fc)
k2 = objects.RSAKey(0xe0fd)
pytest.onek, _ = crypto.generate_pair(key_object=k1, key_size=1024)
pytest.onek_fail, _ = crypto.generate_pair(key_object=k2, key_size=1024)
return k1, k2