def resolve_threshold(self: Project, info) -> float or None:
if self is None:
return None
base_dao_contract = deploy.get_dao_contract(self.dao_address)
return base_dao_contract.functions.threshold().call()
def _get_voters_for_asc(asc: ASC) -> List[str]:
# If the asc hasn't been deployed, we can't call any functions on it because
# it has no address
if asc.blockchain_state != BlockchainState.COMPLETED:
return []
dao_contract = deploy.get_dao_contract(asc.project.dao_address)
return dao_contract.functions.getAscVotes(asc.address).call()
def resolve_vote_amount(self: ASC, info) -> float:
voters = _get_voters_for_asc(self)
dao_contract = deploy.get_dao_contract(self.project.dao_address)
vote_counts = 0.0
for voter in voters:
vote_counts += dao_contract.functions.balanceOf(voter).call()
return vote_counts
def resolve_balances(self: Project, info) -> List[BalanceType] or None:
if self is None:
return None
balances = {}
base_dao_contract = deploy.get_dao_contract(self.dao_address)
transactors = base_dao_contract.functions.getTransactors().call()
for transactor in transactors:
balances[transactor] = base_dao_contract.functions.balanceOf(
transactor).call()
return [
BalanceType(address=transactor, balance=balance)
for transactor, balance in balances.items()
]
def _get_voters_for_asc(asc: ASC) -> List[str]:
dao_contract = deploy.get_dao_contract(asc.project.dao_address)
return dao_contract.functions.getAscVotes(asc.address).call()