def test_deserialized_wait_timer(self):
wait_timer = \
EnclaveWaitTimer(
validator_address='1600 Pennsylvania Avenue NW',
duration=3.14159,
previous_certificate_id='Bond. James Bond.',
local_mean=2.71828)
serialized = wait_timer.serialize()
signing_key = self._create_random_key()
wait_timer.signature = \
signing.sign(serialized, signing_key)
copy_wait_timer = \
EnclaveWaitTimer.wait_timer_from_serialized(
serialized,
wait_timer.signature)
self.assertEqual(wait_timer.validator_address,
copy_wait_timer.validator_address)
self.assertAlmostEqual(wait_timer.request_time,
copy_wait_timer.request_time)
self.assertAlmostEqual(wait_timer.duration, copy_wait_timer.duration)
self.assertEqual(wait_timer.previous_certificate_id,
copy_wait_timer.previous_certificate_id)
self.assertAlmostEqual(wait_timer.local_mean,
copy_wait_timer.local_mean)
self.assertEqual(wait_timer.signature, copy_wait_timer.signature)
self.assertEqual(serialized, copy_wait_timer.serialize())
def deserialize_wait_timer(cls, serialized_timer, signature):
with cls._lock:
# Verify the signature before trying to deserialize
if not signing.verify(serialized_timer, signature,
cls._poet_public_key):
return None
return \
EnclaveWaitTimer.wait_timer_from_serialized(
serialized_timer=serialized_timer,
signature=signature)
def deserialize_wait_timer(cls, serialized_timer, signature):
with cls._lock:
# Verify the signature before trying to deserialize
if not signing.verify(
serialized_timer,
signature,
cls._poet_public_key):
return None
return \
EnclaveWaitTimer.wait_timer_from_serialized(
serialized_timer=serialized_timer,
signature=signature)
def do_deserialized_wait_timer():
wait_timer = \
EnclaveWaitTimer(
validator_address='1600 Pennsylvania Avenue NW',
duration=3.14159,
previous_certificate_id='Bond. James Bond.',
local_mean=2.71828)
serialized = wait_timer.serialize()
private_key = _create_random_key()
wait_timer.signature = \
create_context('secp256k1').sign(serialized.encode(), private_key)
copy_wait_timer = \
EnclaveWaitTimer.wait_timer_from_serialized(
serialized,
wait_timer.signature)
def test_deserialized_wait_timer(self):
wait_timer = \
EnclaveWaitTimer(
validator_address='1600 Pennsylvania Avenue NW',
duration=3.14159,
previous_certificate_id='Bond. James Bond.',
local_mean=2.71828)
serialized = wait_timer.serialize()
signing_key = self._create_random_key()
wait_timer.signature = \
signing.sign(serialized, signing_key)
copy_wait_timer = \
EnclaveWaitTimer.wait_timer_from_serialized(
serialized,
wait_timer.signature)
self.assertEqual(
wait_timer.validator_address,
copy_wait_timer.validator_address)
self.assertAlmostEqual(
wait_timer.request_time,
copy_wait_timer.request_time)
self.assertAlmostEqual(
wait_timer.duration,
copy_wait_timer.duration)
self.assertEqual(
wait_timer.previous_certificate_id,
copy_wait_timer.previous_certificate_id)
self.assertAlmostEqual(
wait_timer.local_mean,
copy_wait_timer.local_mean)
self.assertEqual(
wait_timer.signature,
copy_wait_timer.signature)
self.assertEqual(serialized, copy_wait_timer.serialize())
def deserialize_wait_timer(cls, serialized_timer, signature):
return \
EnclaveWaitTimer.wait_timer_from_serialized(
serialized_timer=serialized_timer,
signature=signature)
def deserialize_wait_timer(cls, serialized_timer, signature):
return \
EnclaveWaitTimer.wait_timer_from_serialized(
serialized_timer=serialized_timer,
signature=signature)
