def test_decide_parallel_cast_vote(telosdecide):
init_telos_token(telosdecide.testnet)
fonds = f'{10000:.4f} TLOS'
telosdecide.testnet.transfer_token('eosio.token', 'eosio', fonds, '')
telosdecide.init('2.0.0')
telosdecide.deposit('eosio', fonds)
sym = random_token_symbol()
treasury_sym = f'4,{sym}'
vote_supply = f'{10000000000:.4f} {sym}'
telosdecide.new_treasury('eosio', vote_supply, 'public')
total_voters = 3
voters = [telosdecide.testnet.new_account() for x in range(total_voters)]
telosdecide.register_voter('eosio', treasury_sym, 'eosio')
minted = f'{100:.4f} {sym}'
# parallel regvoter
results = telosdecide.testnet.parallel_push_action(
((telosdecide.contract_name for _ in range(total_voters)),
('regvoter' for _ in range(total_voters)),
([voter, treasury_sym, voter]
for voter in voters), (f'{voter}@active' for voter in voters)))
for ec, _ in results:
assert ec == 0
for voter in voters:
telosdecide.mint(voter, minted, 'vote!')
ballot_name = random_eosio_name()
category = 'poll'
options = ['yes', 'no', 'abstain']
telosdecide.new_ballot(ballot_name, category, 'eosio', treasury_sym,
'1token1vote', options)
begin_time = datetime.utcnow()
end_time = begin_time + timedelta(seconds=4)
telosdecide.open_voting(ballot_name, eosio_format_date(end_time))
start = time.time()
for i, voter in enumerate(voters):
ec, _ = telosdecide.cast_vote(voter, ballot_name, [options[i]])
assert ec == 0
end = time.time()
time.sleep(5 - (end - start))
ec, _ = telosdecide.close_voting(ballot_name)
ballot = telosdecide.get_ballot(ballot_name)
assert ballot is not None
for option in ballot['options']:
assert option['value'] == minted
assert ballot['total_voters'] == total_voters
def test_decide_close_voting(telosdecide):
init_telos_token(telosdecide.testnet)
fonds = f'{10000:.4f} TLOS'
telosdecide.testnet.transfer_token('eosio.token', 'eosio', fonds, '')
telosdecide.init('2.0.0')
telosdecide.deposit('eosio', fonds)
sym = random_token_symbol()
treasury_sym = f'4,{sym}'
vote_supply = f'{10000000000:.4f} {sym}'
telosdecide.new_treasury('eosio', vote_supply, 'public')
telosdecide.register_voter('eosio', treasury_sym, 'eosio')
ballot_name = random_eosio_name()
category = 'poll'
options = ['yes', 'no', 'abstain']
telosdecide.new_ballot(ballot_name, category, 'eosio', treasury_sym,
'1token1vote', options)
begin_time = datetime.utcnow()
end_time = begin_time + timedelta(seconds=4)
telosdecide.open_voting(ballot_name, eosio_format_date(end_time))
time.sleep(5)
ec, _ = telosdecide.close_voting(ballot_name)
ballot = telosdecide.get_ballot(ballot_name)
assert ballot is not None
assert ballot['status'] == 'closed'
def test_decide_new_ballot(telosdecide):
init_telos_token(telosdecide.testnet)
fonds = f'{10000:.4f} TLOS'
telosdecide.testnet.transfer_token('eosio.token', 'eosio', fonds, '')
telosdecide.init('2.0.0')
telosdecide.deposit('eosio', fonds)
sym = random_token_symbol()
treasury_sym = f'4,{sym}'
vote_supply = f'{10000000000:.4f} {sym}'
telosdecide.new_treasury('eosio', vote_supply, 'public')
telosdecide.register_voter('eosio', treasury_sym, 'eosio')
ballot_name = random_eosio_name()
category = 'poll'
options = ['yes', 'no', 'abstain']
ec, _ = telosdecide.new_ballot(ballot_name, category, 'eosio',
treasury_sym, '1token1vote', options)
assert ec == 0
ballot = telosdecide.get_ballot(ballot_name)
assert ballot is not None
assert ballot['category'] == category
assert ballot['treasury_symbol'] == treasury_sym
assert ballot['voting_method'] == '1token1vote'
for option in ballot['options']:
assert option['key'] in options
options.remove(option['key'])
assert len(options) == 0