def test_run_currency(self):
tables = build_tables(self.ex, should_drop=True)
run_contract(self.ex,
tables.contracts,
code_str=USING_CURRENCY_CODE,
user_id='DAVIS')
def test_run_currency_with_template(self):
tables = build_tables(self.ex, should_drop=True)
code_str = ContractTemplate.interpolate_template('currency',
receiver='DAVIS',
amount=2 * (10**6))
run_contract(self.ex,
tables.contracts,
code_str=code_str,
user_id='CARL')
def _run_contract(self, contract: ContractTransaction, rerun: bool = False):
self.log.debug("Executing use_contracts from user {}".format(contract.sender))
res = run_contract(self.ex, self.contracts_table, contract_id=None, user_id=contract.sender, code_str=contract.code)
if not res:
self.log.error("Error executing use_contracts from user {} with code:\n{}\nres:{}".format(contract.sender, contract.code, res))
self._rerun_contracts()
else:
self.log.debug("Successfully executing use_contracts from sender {}".format(contract.sender))
if rerun: return res
else: self.queue.append(contract)
def run_contracts_standalone(num_contracts=100):
ex = Executer('root', '', DB_NAME, '127.0.0.1')
with DB() as db:
contracts_table = db.tables.contracts
count = 0
start = time.time()
log.info("Running contracts...")
for _ in range(num_contracts):
run_contract(ex,
contracts_table,
contract_id=None,
user_id=SENDER_VK,
code_str=CODE_STR)
count += 1
if count % checkpoint_freq == 0:
log.notice("{} contracts run so far.".format(count))
total_time = time.time() - start
cps = num_contracts / total_time
log.important("Ran {} contracts in {} seconds".format(
num_contracts, round(total_time, 4)))
log.important("{} contracts per second.".format(round(cps, 2)))