def test_compile_smc():
compiled_smc_json = get_smc_json()
vmc_code = get_smc_source_code()
abi = compiler.mk_full_signature(vmc_code)
bytecode = compiler.compile(vmc_code)
bytecode_hex = '0x' + bytecode.hex()
assert abi == compiled_smc_json["abi"]
assert bytecode_hex == compiled_smc_json["bytecode"]
from sharding.handler.utils.smc_handler_utils import (
make_call_context,
make_transaction_context,
)
from sharding.contracts.utils.smc_utils import (
get_smc_json, )
from eth_keys import (
datatypes, )
from eth_typing import (
Address,
Hash32,
)
smc_json = get_smc_json()
class SMC(Contract):
logger = logging.getLogger("sharding.SMC")
abi = smc_json["abi"]
bytecode = decode_hex(smc_json["bytecode"])
default_priv_key = None # type: datatypes.PrivateKey
default_sender_address = None # type: Address
config = None # type: Dict[str, Any]
_estimate_gas_dict = {
entry['name']: entry['gas']
for entry in smc_json["abi"] if entry['type'] == 'function'
def get_event_signature_from_abi(event_name: str) -> bytes:
for function in get_smc_json()['abi']:
if function['name'] == event_name and function['type'] == 'event':
return event_abi_to_log_topic(function)
raise ValueError("Event with name {} not found".format(event_name))
def _extract_event_abi(self, *, event_name: str) -> Dict[str, Any]:
for func in get_smc_json()['abi']:
if func['name'] == event_name and func['type'] == 'event':
return func
raise LogParsingError("Can not find event {}".format(event_name))