def test_token_1(bank, registry, token_name):
alice = accounts.add(
'a8060afe2390bd0c00c7ef800f545d466b55cc84d4ad6d01e03220af03e97982')
bob = accounts.add(
'7b9009958a83807bbe38bf35f451ff0c4bf4d926cee63dd07658762db58ceba4')
# bank.deposit({'from': bob, 'value': '0.1 ether', 'gas_price':1000000000})
prevBNBBal = alice.balance()
bank.work(
0, registry[token_name]['goblin'], 10**17, 0,
eth_abi.encode_abi(['address', 'bytes'], [
registry[token_name]['two_side'].address,
eth_abi.encode_abi(['address', 'uint256', 'uint256'],
[registry[token_name]['token'], 0, 0])
]), {
'from': alice,
'value': '0.05 ether',
'gas_price': 1000000000
})
curBNBBal = alice.balance()
print('∆ ht alice', curBNBBal - prevBNBBal)
pos_id = bank.nextPositionID() - 1
print('alice pos', bank.positionInfo(pos_id))
def setup(id1, id2, issuer, nft, token):
for i in range(6):
accounts.add()
accounts[0].transfer(accounts[-1], "1 ether")
issuer.addAuthority(accounts[-6:-3], [], 2000000000, 1, {'from': accounts[0]})
token.mint(accounts[2], 1000, {'from': accounts[0]})
nft.mint(accounts[2], 1000, 0, "0x00", {'from': accounts[0]})
def setup(id1, id2, org, nft, share):
for i in range(6):
accounts.add()
accounts[0].transfer(accounts[-1], "1 ether")
org.addAuthority(accounts[-6:-3], [], 2000000000, 1, {"from": accounts[0]})
share.mint(accounts[2], 1000, {"from": accounts[0]})
nft.mint(accounts[2], 1000, 0, "0x00", {"from": accounts[0]})
def main():
# set up the accounts
accounts.add(os.environ['METAMASK_SECRET_KEY'])
accounts.default = accounts[1]
# misc shit
print(network.show_active())
network.gas_limit(10000000)
# intialize web3 providers
web3_l1 = Web3(Web3.HTTPProvider(os.environ['PROVIDER_KOVAN']))
web3_l2 = Web3(Web3.HTTPProvider('https://kovan.optimism.io'))
assert web3_l1.isConnected()
assert web3_l2.isConnected()
# debug some accounts shit
# print(web3_l1.eth.Eth.accounts)
# need the ABI and bytecode for each of the following contracts:
# ERC20.sol -- token
# L2DepositedERC20.sol -- gateway
# all are accessible via the brownie contract objects
# deploy the L1 token
tx_hash = web3_l2.eth.contract(
abi=ERC20.abi,
bytecode=ERC20.bytecode).constructor(69000,'ELMO').transact(
{'from': str(accounts.default)}
)
addr_token_l1 = web3_l1.eth.get_transaction_receipt(tx_hash)['contractAddress']
print('Done!')
def main():
print(network.show_active())
network.gas_limit(10000000)
accounts.add(os.environ['METAMASK_SECRET_KEY'])
accounts.default = accounts[1]
ERC20.deploy(69000, 'ELMO', {'from': accounts.default})
def setup(issuer):
for i in range(3):
accounts.add()
accounts[0].transfer(accounts[-1], "1 ether")
sigs = (issuer.signatures['setAuthoritySignatures'],
issuer.signatures['setAuthorityApprovedUntil'],
issuer.signatures['setAuthorityThreshold'])
issuer.addAuthority((accounts[-2], ), sigs, 2000000000, 1,
{'from': accounts[0]})
issuer.addAuthority((accounts[-1], accounts[-3]), sigs, 2000000000, 1,
{'from': accounts[0]})
def main():
skey = os.environ['PRIVATE_KEY']
accounts.add(skey)
network_name = network.show_active()
if network_name == 'ropsten':
operator_address = ROPSTEN_RANDOM_BEACON_OPERATOR_ADDRESS
elif network_name == 'mainnet':
operator_address = MAINNET_RANDOM_BEACON_OPERATOR_ADDRESS
else:
raise ValueError(f"unsupported network {network}")
BulkClaimer.deploy(operator_address, {'from': accounts[0]},
publish_source=True) # noqa: E501
def main():
load_dotenv('.env')
accounts.add(getenv('acct0_pk'))
eth_amb_addr = "0xD4075FB57fCf038bFc702c915Ef9592534bED5c1"
xdai_amb_addr = "0xc38D4991c951fE8BCE1a12bEef2046eF36b0FA4A"
d = shelve.open('addresses')
d['eth_amb_addr'] = eth_amb_addr
d['xdai_amb_addr'] = xdai_amb_addr
#deploy MainnetMediator
mainnetMediator = MainnetMediator.deploy({"from": accounts[0]})
d['mainnetMediator'] = mainnetMediator.address
def setup(org, share):
for i in range(10):
accounts.add()
sigs = (
org.signatures["addAuthorityAddresses"],
org.signatures["removeAuthorityAddresses"],
)
org.addAuthority([accounts[-2]], sigs, 2000000000, 1,
{"from": accounts[0]})
org.addAuthority([accounts[-1]], sigs, 2000000000, 1,
{"from": accounts[0]})
accounts[0].transfer(accounts[-2], "1 ether")
accounts[0].transfer(accounts[-1], "1 ether")
def setup(org):
for i in range(3):
accounts.add()
accounts[0].transfer(accounts[-1], "1 ether")
sigs = (
org.signatures["setAuthoritySignatures"],
org.signatures["setAuthorityApprovedUntil"],
org.signatures["setAuthorityThreshold"],
)
org.addAuthority((accounts[-2],), sigs, 2000000000, 1, {"from": accounts[0]})
org.addAuthority(
(accounts[-1], accounts[-3]), sigs, 2000000000, 1, {"from": accounts[0]}
)
def setup(issuer, token):
for i in range(10):
accounts.add()
sigs = (
issuer.signatures['addAuthorityAddresses'],
issuer.signatures['removeAuthorityAddresses'],
)
issuer.addAuthority([accounts[-2]], sigs, 2000000000, 1,
{'from': accounts[0]})
issuer.addAuthority([accounts[-1]], sigs, 2000000000, 1,
{'from': accounts[0]})
accounts[0].transfer(accounts[-2], "1 ether")
accounts[0].transfer(accounts[-1], "1 ether")
def main():
dev = accounts.add(os.getenv(config['wallets']['from_key']))
print(network.show_active())
return VRFConsumer.deploy(
config['networks'][network.show_active()]['keyhash'],
config['networks'][network.show_active()]['vrf_coordinator'],
config['networks'][network.show_active()]['link_token'], {'from': dev})
def get_owner_account(priv_key_path_env_var: str = "DEPLOYMENT_PRIV_KEY_PATH",
priv_key_pwd_env_var: str = "DEPLOYMENT_PRIV_KEY_PWD"):
priv_key_path = os.environ.get(priv_key_path_env_var, None)
if priv_key_path:
_priv_key_path = os.path.abspath(
os.path.expanduser(os.path.expandvars(priv_key_path)))
# IF env var to key file is provided
priv_key_pwd = os.environ.get(priv_key_pwd_env_var, None)
if priv_key_pwd is None:
print(
f'The DEPLOYMENT_PRIV_KEY_PWD env var is not defined, trying to proceed with prompting '
f'password from stdin.')
priv_key_pwd = getpass.getpass("Password for private key: ")
with open(_priv_key_path) as f:
encr_pk_json = json.load(f)
pk = Account.decrypt(encr_pk_json, priv_key_pwd)
owner = accounts.add(pk)
else:
print(
f'The DEPLOYMENT_PRIV_KEY_PATH env var is not defined, trying to proceed with web3 provider accounts.'
)
# If not use default accounts
owner = accounts[0]
print(f'owner: {owner}')
return owner
def main():
dev = accounts.add(config["wallets"]["from_key"])
# Get the most recent PriceFeed Object
vrf_contract = VRFConsumer[len(VRFConsumer) - 1]
interface.LinkTokenInterface(
config["networks"][network.show_active()]["link_token"]).transfer(
vrf_contract, 1000000000000000000, {"from": dev})
def main():
dev = accounts.add(os.getenv(config['wallets']['from_key']))
return FraxsesNft.deploy(
#config['networks'][network.show_active()]['oracle'],
#config['networks'][network.show_active()]['jobId'],
#config['networks'][network.show_active()]['fee'],
{'from': dev})
def initiateSIGHBoosterContract():
if network.show_active() == 'mainnet-fork' or network.show_active(
) == 'development':
return deployScript(accounts[0])
elif network.show_active() == 'kovan':
dev = accounts.add(os.getenv('PRIVATE_KEY'))
return deployScript(dev)
def main():
print(os.getenv("cat"))
dev = accounts.add(os.getenv(config['wallets']['from_key']))
print(network.show_active())
simple_collectible = SimpleCollectible.deploy({'from': dev})
simple_collectible.createCollectible("None")
print(simple_collectible.ownerOf(0))
def deploySIGHFinance():
if network.show_active() == 'mainnet-fork' or network.show_active(
) == 'development':
return deployScript(accounts[0])
elif network.show_active() == 'kovan':
dev = accounts.add(os.getenv('PRIVATE_KEY'))
return deployScript(dev)
def deploySIGHBoosterContracts():
if network.show_active() == 'mainnet-fork' or network.show_active(
) == 'development':
return deployScript(accounts[0])
elif network.show_active() == 'live':
ac = accounts.add(os.getenv('PRIVATE_KEY'))
return deployScript(ac)
def main():
dev = accounts.add(os.getenv(config['wallets']['from_key']))
# Get the most recent PriceFeed Object
vrf_contract = VRFConsumer[len(VRFConsumer) - 1]
interface.LinkTokenInterface(
config['networks'][network.show_active()]['link_token']).transfer(
vrf_contract, 1000000000000000000, {'from': dev})
def initializeSIGHBoostersSalesContract():
boosterContract = boosters.initiateSIGHBoosterContract() # FIRST INITIALIZE THE SIGH BOOSTERS CONTRACT
if network.show_active() == 'mainnet-fork' or network.show_active()== 'development':
return deployScript(boosterContract,accounts[0])
elif network.show_active() == 'kovan':
dev = accounts.add(os.getenv('PRIVATE_KEY'))
return deployScript(boosterContract,dev)
def main():
dev = accounts.add(os.getenv(config['wallets']['from_key']))
# Get the most recent PriceFeed Object
geo_db = GeoDB[len(GeoDB) - 1]
geo_db.requestUsers({'from': dev})
time.sleep(25)
print(geo_db.users())
def set_tokenURI(token_id, nft_contract, tokenURI):
dev = accounts.add(config["wallets"]["from_key"])
nft_contract.setTokenURI(token_id, tokenURI, {"from": dev})
print("Awesome! You can view your NFT at {}".format(
OPENSEA_FORMAT.format(nft_contract.address, token_id)))
print(
'Please give up to 20 minutes, and hit the "refresh metadata" button.')
def main():
dev = accounts.add(os.getenv('PRIVATE_KEY'))
# Get the most recent PriceFeed Object
api_contract = APIConsumer[len(APIConsumer) - 1]
interface.LinkTokenInterface(
config['networks'][network.show_active()]['link_token']).transfer(
api_contract, 1000000000000000000, {'from': dev})
print("Funded {}".format(api_contract.address))
def main():
dev = accounts.add(os.getenv(config['wallets']['from_key']))
# Get the most recent ExerciseTokenClaim Object
exercise_token_claim_contract = ExerciseTokenClaim[len(ExerciseTokenClaim) - 1]
interface.LinkTokenInterface(config['networks'][network.show_active()]['link_token']).transfer(
exercise_token_claim_contract, 1000000000000000000, {'from': dev})
print("Funded {}".format(exercise_token_claim_contract.address))
def get_account():
if network.show_active() in LOCAL_BLOCKCHAIN_ENVIRONMENTS:
return accounts[0]
if network.show_active() in config["networks"]:
dev_account = accounts.add(config["wallets"]["from_key"])
return dev_account
else:
pytest.skip("Invalid network/wallet specified ")
def main():
dev = accounts.add(config["wallets"]["from_key"])
# Get the most recent PriceFeed Object
api_contract = APIConsumer[len(APIConsumer) - 1]
interface.LinkTokenInterface(
config["networks"][network.show_active()]["link_token"]).transfer(
api_contract, 1000000000000000000, {"from": dev})
print("Funded {}".format(api_contract.address))
def get_account(index=None, id=None):
if index:
return accounts[index]
if network.show_active() in LOCAL_BLOCKCHAIN_ENVIRONMENTS:
return accounts[0]
if id:
return accounts.load(id)
return accounts.add(config["wallets"]["from_key"])
def main():
dev = accounts.add(os.getenv(config['wallets']['from_key']))
# Get the most recent PriceFeed Object
advanced_collectible = AdvancedCollectible[len(AdvancedCollectible) - 1]
interface.LinkTokenInterface(
config['networks'][network.show_active()]['link_token']).transfer(
advanced_collectible,
config['networks'][network.show_active()]['fee'], {'from': dev})
def fund_advanced_collectible(nft_contract):
dev = accounts.add(config["wallets"]["from_key"])
# Get the most recent PriceFeed Object
interface.LinkTokenInterface(
config["networks"][network.show_active()]["link_token"]
).transfer(
nft_contract, config["networks"][network.show_active()]["fee"], {"from": dev}
)