def multiply_13(temp_chain, library_13):
chain = temp_chain
web3 = chain.web3
Multiply13 = chain.contract_factories['Multiply13']
bytecode = link_bytecode_by_name(Multiply13.bytecode,
Library13=library_13.address)
bytecode_runtime = link_bytecode_by_name(Multiply13.bytecode_runtime,
Library13=library_13.address)
LinkedMultiply13 = chain.web3.eth.contract(
abi=Multiply13.abi,
bytecode=bytecode,
bytecode_runtime=bytecode_runtime,
source=Multiply13.source,
)
multiply_13_deploy_txn_hash = LinkedMultiply13.deploy()
multiply_13_deploy_txn = web3.eth.getTransaction(
multiply_13_deploy_txn_hash)
multiply_13_address = chain.wait.for_contract_address(
multiply_13_deploy_txn_hash)
assert multiply_13_deploy_txn['input'] == LinkedMultiply13.bytecode
assert web3.eth.getCode(
multiply_13_address) == LinkedMultiply13.bytecode_runtime
return LinkedMultiply13(address=multiply_13_address)
def deploy_contract(chain,
contract_name,
contract_factory=None,
deploy_transaction=None,
deploy_arguments=None,
link_dependencies=None):
if contract_factory is None:
contract_factory = chain.contract_factories[contract_name]
web3 = chain.web3
code = link_bytecode_by_name(contract_factory.code, **link_dependencies)
if contract_factory.code_runtime:
code_runtime = link_bytecode_by_name(contract_factory.code_runtime,
**link_dependencies)
else:
code_runtime = None
ContractFactory = web3.eth.contract(
abi=contract_factory.abi,
code=code,
code_runtime=code_runtime,
source=contract_factory.source,
)
deploy_transaction_hash = ContractFactory.deploy(
deploy_transaction,
deploy_arguments,
)
return deploy_transaction_hash, ContractFactory
def get_contract_from_registrar(chain,
contract_name,
contract_factory,
link_dependencies=None):
if link_dependencies is None:
link_dependencies = {}
web3 = chain.web3
registrar = chain.registrar
registrar_key = 'contract/{name}'.format(name=contract_name)
if not registrar.call().exists(registrar_key):
return None
contract_address = registrar.call().getAddress(registrar_key)
expected_runtime = link_bytecode_by_name(contract_factory.code_runtime,
**link_dependencies)
actual_runtime = web3.eth.getCode(contract_address)
# If the runtime doesn't match then don't choose it.
if actual_runtime != expected_runtime:
return None
return contract_factory(address=contract_address)
def _link_code(self,
bytecodes,
link_dependencies=None,
validate_bytecode=True,
raise_on_error=False):
if link_dependencies is None:
link_dependencies = {}
library_dependencies = set(
itertools.chain.from_iterable(
self._extract_library_dependencies(bytecode, link_dependencies)
for bytecode in bytecodes))
# Determine which dependencies would need to be present in the
# registrar since they were not explicitely declared via the
# `link_dependencies`.
registrar_dependencies = set(library_dependencies).difference(
link_dependencies.keys())
if registrar_dependencies and not self.has_registrar:
raise NoKnownAddress(
"Unable to link bytecode. Addresses for the following link "
"dependencies were not provided and this chain does not have a "
"registrar.\n\n{0}".format(
', '.join(registrar_dependencies), ))
# Loop over all of the dependencies and ensure that they are available,
# raising an exception if they are not.
for library_name in registrar_dependencies:
self.is_contract_available(
library_name,
link_dependencies=link_dependencies,
validate_bytecode=validate_bytecode,
raise_on_error=True,
)
registrar_link_dependencies = {
library_name: self.get_contract(
library_name,
link_dependencies=link_dependencies,
validate_bytecode=validate_bytecode,
).address
for library_name in registrar_dependencies
}
all_link_dependencies = {
library_name: library_address
for library_name, library_address in itertools.chain(
link_dependencies.items(),
registrar_link_dependencies.items(),
)
}
linked_bytecodes = [
link_bytecode_by_name(bytecode, **all_link_dependencies)
for bytecode in bytecodes
]
return linked_bytecodes
def test_get_contract_factory_with_declared_dependency(tester_chain):
chain = tester_chain
MULTIPLY_13 = chain.project.compiled_contracts['Multiply13']
Multiply13 = chain.get_contract_factory(
'Multiply13',
link_dependencies={
'Library13': '0xd3cda913deb6f67967b99d67acdfa1712c293601',
},
)
expected_code = link_bytecode_by_name(
MULTIPLY_13['code'],
Library13='0xd3cda913deb6f67967b99d67acdfa1712c293601')
expected_runtime = link_bytecode_by_name(
MULTIPLY_13['code_runtime'],
Library13='0xd3cda913deb6f67967b99d67acdfa1712c293601')
assert Multiply13.code == expected_code
assert Multiply13.code_runtime == expected_runtime
def test_get_contract_factory_with_dependency(chain, library_13):
provider = chain.provider
registrar = chain.registrar
registrar.set_contract_address('Library13', library_13.address)
MULTIPLY_13 = chain.project.compiled_contract_data['Multiply13']
Multiply13 = provider.get_contract_factory('Multiply13')
expected_bytecode = link_bytecode_by_name(
MULTIPLY_13['bytecode'],
Library13=library_13.address,
)
expected_runtime = link_bytecode_by_name(
MULTIPLY_13['bytecode_runtime'],
Library13=library_13.address,
)
assert Multiply13.bytecode == expected_bytecode
assert Multiply13.bytecode_runtime == expected_runtime
def test_get_contract_factory_with_registrar_dependency(
tester_chain, library_13):
chain = tester_chain
registrar = chain.registrar
register_txn_hash = registrar.transact().setAddress(
'contract/Library13',
library_13.address,
)
chain.wait.for_receipt(register_txn_hash)
MULTIPLY_13 = chain.project.compiled_contracts['Multiply13']
Multiply13 = chain.get_contract_factory('Multiply13')
expected_code = link_bytecode_by_name(MULTIPLY_13['code'],
Library13=library_13.address)
expected_runtime = link_bytecode_by_name(MULTIPLY_13['code_runtime'],
Library13=library_13.address)
assert Multiply13.code == expected_code
assert Multiply13.code_runtime == expected_runtime
def do_verify(deploy_operation):
assert '__Library13__' in MULTIPLY_13['code']
assert '__Library13__' in MULTIPLY_13['code_runtime']
operation_receipt = deploy_operation.execute(
chain,
compiled_contracts={
'Multiply13': MULTIPLY_13,
'Library13': LIBRARY_13,
},
)
deploy_txn_hash = operation_receipt['deploy-transaction-hash']
deploy_txn = web3.eth.getTransaction(deploy_txn_hash)
contract_address = chain.wait.for_contract_address(deploy_txn_hash,
timeout=30)
expected_code = link_bytecode_by_name(
MULTIPLY_13['code'],
Library13=library_13.address,
)
expected_runtime = link_bytecode_by_name(
MULTIPLY_13['code_runtime'],
Library13=library_13.address,
)
assert '__Library13__' not in expected_code
assert '__Library13__' not in expected_runtime
assert deploy_txn['input'] == expected_code
assert web3.eth.getCode(contract_address) == expected_runtime
contract = Multiply13(address=contract_address)
should_be_39 = contract.call().multiply13(3)
assert should_be_39 == 39
def multiply_13(chain, library_13):
Multiply13 = chain.project.compiled_contract_data['Multiply13']
bytecode = link_bytecode_by_name(
Multiply13['bytecode'],
Library13=library_13.address,
)
LinkedMultiply13 = chain.web3.eth.contract(
abi=Multiply13['abi'],
bytecode=bytecode,
)
multiply_13_address = chain.wait.for_contract_address(
LinkedMultiply13.deploy())
return LinkedMultiply13(address=multiply_13_address)
