def __init__(self, node, **kwargs):
"""Constructor for the PoetJournal class.
Args:
node (Node): The local node.
"""
super(PoetJournal, self).__init__(node, **kwargs)
enclave_module = None
if 'PoetEnclaveImplementation' in kwargs:
enclave_module = kwargs['PoetEnclaveImplementation']
else:
enclave_module = 'journal.consensus.poet.poet_enclave_simulator' \
'.poet_enclave_simulator'
poet_enclave = importlib.import_module(enclave_module)
poet_enclave.initialize(**kwargs)
WaitCertificate.poet_enclave = poet_enclave
WaitTimer.poet_enclave = poet_enclave
self.onHeartbeatTimer += self._check_certificate
# initialize the poet handlers
poet_transaction_block.register_message_handlers(self)
# initialize stats specifically for the block chain journal
self.JournalStats.add_metric(stats.Counter('BlocksClaimed'))
self.JournalStats.add_metric(stats.Value('LocalMeanTime', 0))
self.JournalStats.add_metric(stats.Value('PreviousBlockID', '0'))
# propagate the maximum blocks to keep
self.MaximumBlocksToKeep = max(self.MaximumBlocksToKeep,
WaitTimer.certificate_sample_length)
def __init__(self, node, **kwargs):
"""Constructor for the PoetJournal class.
Args:
node (Node): The local node.
"""
super(PoetJournal, self).__init__(node, **kwargs)
self.onHeartbeatTimer += self._check_certificate
# initialize the poet handlers
poet_transaction_block.register_message_handlers(self)
# initialize stats specifically for the block chain journal
self.JournalStats.add_metric(stats.Counter('BlocksClaimed'))
# propagate the maximum blocks to keep
self.MaximumBlocksToKeep = max(self.MaximumBlocksToKeep,
WaitTimer.CertificateSampleLength)
def __init__(self, node, **kwargs):
"""Constructor for the PoetJournal class.
Args:
node (Node): The local node.
"""
super(PoetJournal, self).__init__(node, **kwargs)
self.onHeartbeatTimer += self._check_certificate
# initialize the poet handlers
poet_transaction_block.register_message_handlers(self)
# initialize stats specifically for the block chain journal
self.JournalStats.add_metric(stats.Counter('BlocksClaimed'))
# propagate the maximum blocks to keep
self.MaximumBlocksToKeep = max(self.MaximumBlocksToKeep,
WaitTimer.certificate_sample_length)
def __init__(self, node, **kwargs):
"""Constructor for the PoetJournal class.
Args:
node (Node): The local node.
"""
super(PoetJournal, self).__init__(node, **kwargs)
enclave_module = None
if 'PoetEnclaveImplementation' in kwargs:
enclave_module = kwargs['PoetEnclaveImplementation']
else:
enclave_module = 'journal.consensus.poet.poet_enclave_simulator' \
'.poet_enclave_simulator'
poet_enclave = importlib.import_module(enclave_module)
poet_enclave.initialize(**kwargs)
WaitCertificate.poet_enclave = poet_enclave
WaitTimer.poet_enclave = poet_enclave
self.onHeartbeatTimer += self._check_certificate
# initialize the poet handlers
poet_transaction_block.register_message_handlers(self)
# initialize stats specifically for the block chain journal
self.JournalStats.add_metric(stats.Counter('BlocksClaimed'))
self.JournalStats.add_metric(stats.Value('LocalMeanTime', 0))
self.JournalStats.add_metric(stats.Value('PreviousBlockID', '0'))
self.JournalStats.add_metric(stats.Value('AggregateLocalMean', '0'))
self.JournalStats.add_metric(stats.Value('PopulationEstimate', '0'))
self.JournalStats.add_metric(stats.Counter('InvalidTxnCount'))
self.JournalStats.add_metric(stats.Value('ExpectedExpirationTime',
'0'))
self.JournalStats.add_metric(stats.Value('Duration', '0'))
# propagate the maximum blocks to keep
self.MaximumBlocksToKeep = max(self.MaximumBlocksToKeep,
WaitTimer.certificate_sample_length)