def apply_transaction(self, chain: MiningChain) -> None:
# Instantiate the contract
SimpleToken = self.w3.eth.contract(
abi=self.contract_interface['abi'],
bytecode=self.contract_interface['bin'])
# Build transaction to deploy the contract
w3_tx1 = SimpleToken.constructor().buildTransaction(W3_TX_DEFAULTS)
tx = new_transaction(
vm=chain.get_vm(),
private_key=FUNDED_ADDRESS_PRIVATE_KEY,
from_=FUNDED_ADDRESS,
to=CREATE_CONTRACT_ADDRESS,
amount=0,
gas=FIRST_TX_GAS_LIMIT,
data=decode_hex(w3_tx1['data']),
)
logging.debug('Applying Transaction {}'.format(tx))
block, receipt, computation = chain.apply_transaction(tx)
deployed_contract_address = computation.msg.storage_address
assert computation.is_success
# Interact with the deployed contract by calling the totalSupply() API
simple_token = self.w3.eth.contract(
address=Web3.toChecksumAddress(
encode_hex(deployed_contract_address)),
abi=self.contract_interface['abi'],
)
w3_tx2 = simple_token.functions.totalSupply().buildTransaction(
W3_TX_DEFAULTS)
tx2 = new_transaction(
vm=chain.get_vm(),
private_key=FUNDED_ADDRESS_PRIVATE_KEY,
from_=FUNDED_ADDRESS,
to=deployed_contract_address,
amount=0,
gas=SECOND_TX_GAS_LIMIT,
data=decode_hex(w3_tx2['data']),
)
block, receipt, computation = chain.apply_transaction(tx2)
assert computation.is_success
assert to_int(computation.output) == EXPECTED_TOTAL_SUPPLY
def apply_transaction(self, chain: MiningChain) -> None:
if self.config.to_address is None:
to_address = generate_random_address()
else:
to_address = self.config.to_address
tx = new_transaction(
vm=chain.get_vm(),
private_key=FUNDED_ADDRESS_PRIVATE_KEY,
from_=FUNDED_ADDRESS,
to=to_address,
amount=100,
data=b''
)
logging.debug('Applying Transaction {}'.format(tx))
block, receipt, computation = chain.apply_transaction(tx)
logging.debug('Block {}'.format(block))
logging.debug('Receipt {}'.format(receipt))
logging.debug('Computation {}'.format(computation))