def get_contract_addresses(self, instance_identifier):
registrar_data = self.registrar_data
matching_chain_definitions = get_matching_chain_definitions(
self.chain.web3,
registrar_data.get('deployments', {}),
)
identifier_exists = any(
instance_identifier in registrar_data['deployments']
[chain_definition]
for chain_definition in matching_chain_definitions)
if not identifier_exists:
raise NoKnownAddress(
"No known address for '{0}'".format(instance_identifier))
for chain_definition in matching_chain_definitions:
chain_deployments = registrar_data['deployments'][chain_definition]
if instance_identifier in chain_deployments:
yield chain_deployments[instance_identifier]
def get_contract_addresses(self, instance_identifier):
registrar_data = self.registrar_data
matching_chain_definitions = get_matching_chain_definitions(
self.chain.web3,
registrar_data.get('deployments', {}),
)
identifier_exists = any(
instance_identifier in registrar_data['deployments']
[chain_definition]
for chain_definition in matching_chain_definitions)
if not identifier_exists:
raise NoKnownAddress(
"No known address for '{0}'".format(instance_identifier))
for chain_definition in matching_chain_definitions:
chain_deployments = registrar_data['deployments'][chain_definition]
if instance_identifier in chain_deployments:
data = valmap(lambda x: x['timestamp'],
chain_deployments[instance_identifier]).items()
yield tuple(map(lambda args: ContractMeta(*args), data))
def get_contract_addresses(self, instance_name):
if instance_name in self.contract_meta:
return self.contract_meta[instance_name]
else:
raise NoKnownAddress("No known address for '{0}'".format(instance_name))