def distribute_from_whales(recipient, percentage=0.8):
console.print(
"[green] 🐋 Transferring assets from whales for {} assets... 🐋 [/green]".format(
len(whale_registry.items())
)
)
# Normal Transfers
for key, whale_config in whale_registry.items():
# Handle special cases after all standard distributions
if whale_config.special:
continue
if key != "_pytestfixturefunction":
console.print(" -> {}".format(key))
distribute_from_whale(whale_config, recipient, percentage=0.8)
# Special Transfers
for key, whale_config in whale_registry.items():
if not whale_config.special:
continue
if whale_config.action == WhaleRegistryAction.POPULATE_NEW_SUSHI_LP:
# Populate LP pair and distribute
# NOTE: Account should have been distributed both underlying components previously
sushiswap = SushiswapSystem()
sushiswap.addMaxLiquidity(
whale_config.actionParams["token0"], whale_config.actionParams["token1"], recipient
)
def _distributeWant(self, users) -> None:
digg = self.manager.badger.digg
# Generate lp tokens for users.
for user in users:
sushiswap = SushiswapSystem()
# Generate lp tokens.
sushiswap.addMaxLiquidity(
digg.token,
registry.tokens.wbtc,
user,
)
def _distributeWant(self, users) -> None:
# Generate lp tokens for users.
for user in users:
# Mint ibBTC using sett lp tokens.
self._mintIbBtc(user)
sushiswap = SushiswapSystem()
# Generate lp tokens.
sushiswap.addMaxLiquidity(
registry.tokens.ibbtc,
registry.tokens.wbtc,
user,
)
def _distributeWant(self, users) -> None:
claw = self.manager.badger.claw
# Generate lp tokens for users.
for user in users:
# Mint some synthetic tokens.
claw.mint(user)
sushiswap = SushiswapSystem()
# Generate lp tokens.
sushiswap.addMaxLiquidity(
claw.emp.tokenCurrency(),
registry.tokens.usdc,
user,
)
def post_vault_deploy_setup(self, deploy=True):
"""
Deploy StakingRewardsSignalOnly for Digg Strategy
Generate LP tokens and grant to deployer
"""
if not deploy:
return
# Setup sushi reward allocations.
sushiswap = SushiswapSystem()
pid = sushiswap.add_chef_rewards(self.want)
# Generate lp tokens.
sushiswap.addMaxLiquidity(
self.digg.token,
registry.tokens.wbtc,
self.deployer,
)
# Pass in LP token pool id to underlying strategy.
self.params.pid = pid
def distribute_from_whales(badger, recipient):
console.print(
"[green] 🐋 Transferring assets from whales for {} assets... 🐋 [/green]".format(
len(whale_registry.items())
)
)
# Normal Transfers
for key, whale_config in whale_registry.items():
# Handle special cases after all standard distributions
if whale_config.special:
continue
if key != "_pytestfixturefunction":
console.print(" -> {}".format(key))
if whale_config.action == WhaleRegistryAction.DISTRIBUTE_FROM_CONTRACT:
forceEther = ForceEther.deploy({"from": recipient})
recipient.transfer(forceEther, Wei("1 ether"))
forceEther.forceSend(whale_config.whale, {"from": recipient})
token = interface.IERC20(whale_config.token)
token.transfer(
recipient,
token.balanceOf(whale_config.whale) // 5,
{"from": whale_config.whale},
)
# Special Transfers
for key, whale_config in whale_registry.items():
if not whale_config.special:
continue
if whale_config.action == WhaleRegistryAction.POPULATE_NEW_SUSHI_LP:
# Populate LP pair and distribute
# NOTE: Account should have been distributed both underlying components previously
sushiswap = SushiswapSystem()
sushiswap.addMaxLiquidity(
whale_config.actionParams["token0"], whale_config.actionParams["token1"], recipient
)