def main():
accounts.from_mnemonic(SEED)
admin = accounts[0]
token = ERC20CRV.deploy("Curve DAO Token", "CRV", 18, {'from': admin, 'required_confs': confs})
voting_escrow = VotingEscrow.deploy(
token, "Vote-escrowed CRV", "veCRV", "veCRV_1.0.0", {'from': admin, 'required_confs': confs}
)
coin_a = ERC20.deploy("Coin A", "USDA", 18, {'from': admin, 'required_confs': confs})
coin_b = ERC20.deploy("Coin B", "USDB", 18, {'from': admin, 'required_confs': confs})
coin_a._mint_for_testing(10 ** 9 * 10 ** 18, {'from': admin, 'required_confs': confs})
coin_b._mint_for_testing(10 ** 9 * 10 ** 18, {'from': admin, 'required_confs': confs})
lp_token = ERC20LP.deploy("Some pool", "cPool", 18, 0, {'from': admin, 'required_confs': confs})
pool = CurvePool.deploy([coin_a, coin_b], lp_token, 100, 4 * 10 ** 6, {'from': admin, 'required_confs': confs})
lp_token.set_minter(pool, {'from': admin, 'required_confs': confs})
coin_a.approve(pool, "1000000000000000000000", {'from': admin})
coin_b.approve(pool, "1000000000000000000000", {'from': admin})
pool.add_liquidity(["100000000000000", "200000000000000"], 0, {'from': admin})
contract = CurveRewards.deploy(lp_token, coin_a, {'from': accounts[0], 'required_confs': confs})
contract.setRewardDistribution(accounts[0], {'from': accounts[0], 'required_confs': confs})
registry = Registry.deploy([ZERO_ADDRESS] * 4, {'from': admin, 'required_confs': confs})
coin_a.transfer(contract, 100e18, {'from': accounts[0], 'required_confs': confs})
liquidity_gauge_rewards = LiquidityGaugeReward.deploy(lp_token, '0xbE45e0E4a72aEbF9D08F93E64701964d2CC4cF96', contract, coin_a, {'from': admin, 'required_confs': confs})
for account in DISTRIBUTION_ADDRESSES:
coin_a.transfer(account, DISTRIBUTION_AMOUNT, {'from': admin, 'required_confs': confs})
coin_b.transfer(account, DISTRIBUTION_AMOUNT, {'from': admin, 'required_confs': confs})
pool.commit_transfer_ownership(ARAGON_AGENT, {'from': admin, 'required_confs': confs})
pool.apply_transfer_ownership({'from': admin, 'required_confs': confs})
registry.commit_transfer_ownership(ARAGON_AGENT, {'from': admin, 'required_confs': confs})
registry.apply_transfer_ownership({'from': admin, 'required_confs': confs})
gauge_controller = GaugeController.deploy(token, voting_escrow, {'from': admin, 'required_confs': confs})
minter = Minter.deploy(token, gauge_controller, {'from': admin, 'required_confs': confs})
liquidity_gauge = LiquidityGauge.deploy(lp_token, minter, {'from': admin, 'required_confs': confs})
token.set_minter(minter, {'from': admin, 'required_confs': confs})
gauge_controller.add_type(b'Liquidity', {'from': admin, 'required_confs': confs})
gauge_controller.change_type_weight(0, 10 ** 18, {'from': admin, 'required_confs': confs})
gauge_controller.add_gauge(liquidity_gauge, 0, 10 ** 18, {'from': admin, 'required_confs': confs})
gauge_controller.commit_transfer_ownership(ARAGON_AGENT, {'from': admin, 'required_confs': confs})
gauge_controller.apply_transfer_ownership({'from': admin, 'required_confs': confs})
voting_escrow.commit_transfer_ownership(ARAGON_AGENT, {'from': admin, 'required_confs': confs})
voting_escrow.apply_transfer_ownership({'from': admin, 'required_confs': confs})
PoolProxy.deploy({'from': admin, 'required_confs': confs})
def deploy_registry():
"""
Deploy `Registry`, add all current pools, and set the address in `AddressProvider`.
"""
balance = deployer.balance()
provider = AddressProvider.at(ADDRESS_PROVIDER)
registry = Registry.deploy(
ADDRESS_PROVIDER, GAUGE_CONTROLLER, {"from": deployer, "gas_price": gas_strategy}
)
add_pools(registry, deployer)
provider.set_address(0, registry, {"from": deployer, "gas_price": gas_strategy})
print(f"Registry deployed to: {registry.address}")
print(f"Total gas used: {(balance - deployer.balance()) / 1e18:.4f} eth")
def main(registry=REGISTRY, deployer=DEPLOYER):
"""
* Fetch pool data from Github
* Add new pools to the existing registry deployment
* Add / update pool gauges within the registry
"""
balance = deployer.balance()
registry = Registry.at(registry)
pool_data = get_pool_data()
print("Adding pools to registry...")
for name, data in pool_data.items():
pool = data['swap_address']
if registry.get_n_coins(pool)[0] == 0:
print(f"\nAdding {name}...")
add_pool(data, registry, deployer)
else:
print(f"\n{name} has already been added to registry")
gauges = data['gauge_addresses']
gauges = gauges + ["0x0000000000000000000000000000000000000000"
] * (10 - len(gauges))
if registry.get_gauges(pool)[0] == gauges:
print(f"{name} gauges are up-to-date")
continue
print(f"Updating gauges for {name}...")
for gauge in data['gauge_addresses']:
try:
Contract(GAUGE_CONTROLLER).gauge_types(gauge)
except (ValueError, VirtualMachineError):
print(
f"Gauge {gauge} is not known to GaugeController, cannot add to registry"
)
gauges = False
break
if gauges:
registry.set_liquidity_gauges(pool, gauges, {
'from': deployer,
'gas_price': gas_strategy
})
print(f"Total gas used: {(balance - deployer.balance()) / 1e18:.4f} eth")
def main(registry=REGISTRY, deployer=DEPLOYER):
"""
* Fetch pool data from Github
* Add new pools to the existing registry deployment
* Add / update pool gauges within the registry
"""
deployer = accounts.at(deployer, force=True)
balance = deployer.balance()
registry = Registry.at(registry)
# sort keys leaving metapools last
pool_data = sorted(get_pool_data().items(), key=lambda item: item[1].get("base_pool", ""))
print("Adding pools to registry...")
for name, data in pool_data:
pool = data["swap_address"]
if registry.get_n_coins(pool)[0] == 0:
print(f"\nAdding {name}...")
add_pool(data, registry, deployer, name)
else:
print(f"\n{name} has already been added to registry")
gauges = data["gauge_addresses"]
gauges = gauges + ["0x0000000000000000000000000000000000000000"] * (10 - len(gauges))
if registry.get_gauges(pool)[0] == gauges:
print(f"{name} gauges are up-to-date")
continue
print(f"Updating gauges for {name}...")
for gauge in data["gauge_addresses"]:
try:
Contract(GAUGE_CONTROLLER).gauge_types(gauge)
except (ValueError, VirtualMachineError):
print(f"Gauge {gauge} is not known to GaugeController, cannot add to registry")
gauges = False
break
if gauges:
registry.set_liquidity_gauges(
pool, gauges, {"from": deployer, "gas_price": gas_strategy}
)
print(f"Total gas used: {(balance - deployer.balance()) / 1e18:.4f} eth")
def main():
click.echo(f"You are using the '{network.show_active()}' network")
dev = accounts.load(click.prompt("Account", type=click.Choice(accounts.load())))
click.echo(f"You are using: 'dev' [{dev.address}]")
registry = Registry.at(
get_address("Vault Registry", default="v2.registry.ychad.eth")
)
latest_release = Version(registry.latestRelease())
num_releases = registry.numReleases() - 1
target_release_index = num_releases
release_delta = 0
click.echo(
f"""
Release Information
latest release version: {latest_release}
latest release index: {num_releases}
local package version: {PACKAGE_VERSION}
"""
)
use_proxy = False # NOTE: Use a proxy to save on gas for experimental Vaults
if Version(PACKAGE_VERSION) <= latest_release:
click.echo(
f"""
Recommended Releases
DO NOT USE => 0-2
0.3.2 => 3
0.3.3 => 4
0.3.4 => 5 (DO NOT USE)
0.3.5 => 6
0.4.0 => 7 (DO NOT USE)
0.4.1 => 8
"""
)
target_release_index = click.prompt(
"Please select a target release index from options or press enter for latest release:",
type=click.Choice([str(i) for i in range(num_releases + 1)]),
default=num_releases,
)
if click.confirm("Deploy a Proxy Vault", default="Y"):
use_proxy = True
elif Version(PACKAGE_VERSION) > latest_release:
target_release_index = num_releases + 1
if not click.confirm(f"Deploy {PACKAGE_VERSION} as new release"):
return
token = Token.at(get_address("ERC20 Token"))
if use_proxy:
gov_default = (
"0x16388463d60FFE0661Cf7F1f31a7D658aC790ff7" # strategist msig, no ENS
)
else:
gov_default = "ychad.eth"
gov = get_address("Yearn Governance", default=dev.address)
rewards = get_address("Rewards contract", default="treasury.ychad.eth")
guardian = get_address("Vault Guardian", default="dev.ychad.eth")
management = get_address("Vault Management", default="brain.ychad.eth")
name = click.prompt(f"Set description", default=DEFAULT_VAULT_NAME(token))
symbol = click.prompt(f"Set symbol", default=DEFAULT_VAULT_SYMBOL(token))
release_delta = num_releases - target_release_index
target_release = (
Vault.at(registry.releases(target_release_index)).apiVersion()
if release_delta >= 0
else PACKAGE_VERSION
)
click.echo(
f"""
Vault Deployment Parameters
use proxy: {use_proxy}
target release: {target_release}
release delta: {release_delta}
token address: {token.address}
token symbol: {DEFAULT_VAULT_SYMBOL(token)}
governance: {gov}
management: {management}
rewards: {rewards}
guardian: {guardian}
name: '{name}'
symbol: '{symbol}'
"""
)
if click.confirm("Deploy New Vault"):
args = [
token,
gov,
rewards,
# NOTE: Empty string `""` means no override (don't use click default tho)
name if name != DEFAULT_VAULT_NAME(token) else "",
symbol if symbol != DEFAULT_VAULT_SYMBOL(token) else "",
]
if use_proxy:
# NOTE: Must always include guardian, even if default
args.insert(2, guardian)
args.append(release_delta)
txn_receipt = registry.newExperimentalVault(*args, {"from": dev, "gas_price": Wei('9 gwei'), "required_confs": 0})
vault = Vault.at(txn_receipt.events["NewExperimentalVault"]["vault"])
click.echo(f"Experimental Vault deployed [{vault.address}]")
click.echo(" NOTE: Vault is not registered in Registry!")
else:
args.append(guardian)
args.append(management)
vault = Vault.deploy({"from": dev, "gas_price": Wei('9 gwei'), "required_confs": 0})
vault.initialize(*args)
click.echo(f"New Vault Release deployed [{vault.address}]")
click.echo(
" NOTE: Vault is not registered in Registry, please register!"
)
def main():
click.echo(f"You are using the '{network.show_active()}' network")
dev = accounts.load(
click.prompt("Account", type=click.Choice(accounts.load())))
click.echo(f"You are using: 'dev' [{dev.address}]")
registry = Registry.at(
get_address("Vault Registry", default="v2.registry.ychad.eth"))
latest_release = Version(registry.latestRelease())
use_proxy = False # NOTE: Use a proxy to save on gas for experimental Vaults
if Version(PACKAGE_VERSION) < latest_release:
click.echo("Cannot deploy Vault for old API version")
return
elif Version(PACKAGE_VERSION) > latest_release:
if not click.confirm(f"Deploy {PACKAGE_VERSION} as new release"):
return
else:
if not click.confirm("Deploy Experimental Vault"):
return
use_proxy = True
token = Token.at(get_address("ERC20 Token"))
gov = get_address("Yearn Governance", default="ychad.eth")
rewards = get_address("Rewards contract",
default="0x93A62dA5a14C80f265DAbC077fCEE437B1a0Efde")
guardian = get_address("Vault Guardian", default=dev.address)
name = click.prompt(f"Set description", default=DEFAULT_VAULT_NAME(token))
symbol = click.prompt(f"Set symbol", default=DEFAULT_VAULT_SYMBOL(token))
click.echo(f"""
Vault Parameters
version: {PACKAGE_VERSION}
token: {token.address}
governer: {gov}
rewards: {rewards}
guardian: {guardian}
name: '{name}'
symbol: '{symbol}'
""")
if click.confirm("Deploy New Vault"):
args = [
token,
gov,
rewards,
# NOTE: Empty string `""` means no override (don't use click default tho)
name if name != DEFAULT_VAULT_NAME(token) else "",
symbol if symbol != DEFAULT_VAULT_SYMBOL(token) else "",
]
if use_proxy:
# NOTE: Must always include guardian, even if default
args.insert(3, guardian)
txn_receipt = registry.newExperimentalVault(*args, {"from": dev})
vault = Vault.at(
txn_receipt.events["NewExperimentalVault"]["vault"])
click.echo(f"Experimental Vault deployed [{vault.address}]")
click.echo(" NOTE: Vault is not registered in Registry!")
else:
if guardian != dev.address:
# NOTE: Only need to include if guardian is not self
args.push(guardian)
vault = dev.deploy(Vault)
vault.initialize(*args)
click.echo(f"New Vault Release deployed [{vault.address}]")
click.echo(
" NOTE: Vault is not registered in Registry, please register!"
)
def main(deployment_address=DEPLOYER):
deployer = accounts.at(deployment_address) if deployment_address else accounts[1]
print("Deploying from:", deployer)
if CONFS:
deployer_kwargs = {'from': deployer, 'required_confs': CONFS}
else:
deployer_kwargs = {'from': deployer}
if USE_MIDDLEWARE:
web3.eth.setGasPriceStrategy(gas_strategy)
web3.middleware_onion.add(middleware.time_based_cache_middleware)
web3.middleware_onion.add(middleware.latest_block_based_cache_middleware)
web3.middleware_onion.add(middleware.simple_cache_middleware)
if POA:
web3.middleware_onion.inject(middleware.geth_poa_middleware, layer=0)
try:
registry = Contract(CONTRACT)
print("Using saved registry")
except Exception:
print("Deploying...")
sleep(5)
while True:
try:
registry = Registry.deploy(TETHERS, deployer_kwargs)
except KeyError:
continue
break
with open('registry.abi', 'w') as f:
json.dump(registry.abi, f, indent=True)
while True:
try:
calculator = CurveCalc.deploy(deployer_kwargs)
except KeyError:
continue
break
with open('calculator.abi', 'w') as f:
json.dump(calculator.abi, f, indent=True)
pools = POOLS
pools = [insert_calculator(p, calculator) for p in pools]
pools_no_underlying = POOLS_NO_UNDERLYING
pools_no_underlying = [insert_calculator(p, calculator) for p in pools_no_underlying]
length = len(pools) + len(pools_no_underlying)
for i, pool in enumerate(pools + pools_no_underlying, start=1):
print(f"Adding pool {i} out of {length}...")
args = list(pool) + [deployer_kwargs]
while True:
try:
if pool in pools:
registry.add_pool(*args)
elif pool in pools_no_underlying:
registry.add_pool_without_underlying(*args)
else:
raise RuntimeError("Something weird happened.")
except (KeyError, ValueError):
continue
break
gas_prices_coins = list(GAS_PRICES_COINS.items())
gas_prices_pools = list(GAS_PRICES_POOLS.items())
for i in range(0, len(gas_prices_coins), 10):
chunk = gas_prices_coins[i:(i + 10)]
chunk += [(ZERO_ADDRESS, 0)] * (10 - len(chunk))
addrs, gas = list(zip(*chunk))
registry.set_coin_gas_estimates(addrs, gas, deployer_kwargs)
for i in range(0, len(gas_prices_pools), 5):
chunk = gas_prices_pools[i:(i + 5)]
chunk += [(ZERO_ADDRESS, (0, 0))] * (5 - len(chunk))
addrs, gas = list(zip(*chunk))
registry.set_pool_gas_estimates(addrs, gas, deployer_kwargs)
registry.commit_transfer_ownership(DEPLOYER_DEST, deployer_kwargs)
