0x4d414e4147455200000000000000000000000000000000000000000000000000
Manage deposits to the ankr `targets`
Manage deposits to the aura `targets`
Manage deposits to the convex `targets`
Manage deposits to the lido `targets`
Manage deposits to the rocket_pool `targets`
Manage deposits to the spark `targets`
Manage deposits to the stader `targets`
Manage deposits to the aave_v3 `targets`
Stake to the specified spark `targets`
Manage deposits to the balancer_v2 `targets`
Stake to the specified balancer_v2 `targets`
Manage deposits to the compound_v3 `targets`
Make swaps on cowswap
address spender
uint256 amount
address _spender
uint256 _value
uint256[2] _amounts
uint256 _min_mint_amount
uint256 _burn_amount
int128 i
uint256 _min_received
uint256[2] _min_amounts
uint256 _max_burn_amount
uint256 value
int128 j
uint256 _dx
uint256 _min_dy
address guy
uint256 wad
uint256[] _requestIds
uint256 _amount
uint256 _requestId
address[] users
address[] tokens
uint256[] amounts
bytes32[][] proofs
bool _claim_rewards
address inToken
address outToken
uint256 amountIn
uint256 amountOutMin
address to
uint256 epoch
address account
address token
uint256 cumulativeAmount
bytes32 expectedMerkleRoot
bytes32[] merkleProof
uint128 osTokenShares
address receiver
address referrer
tuple harvestParams
uint256 osTokenShares
uint256 positionTicket
uint256 timestamp
uint256 exitQueueIndex
uint256 shares
tuple marketParams
uint256 assets
address onBehalf
bytes data
address gauge
tuple params
address gauge_addr
uint256 i
uint256 j
uint256 dx
uint256 min_dy
tuple singleSwap
tuple funds
uint256 limit
uint256 deadline
uint256 _pid
bool _stake
address usr
address addr
bool can_deposit
uint256[] _amounts
uint256[] _min_amounts
uint160 amount
uint48 expiration
address dst
address reward
uint256 claimable
bytes32[] proof
address deposit
address lp_token
uint256 n_coins
address[] coins
uint256 min_mint_amount
bool use_underlying
bool use_dynarray
address pool
address _account
bool _claimExtras
bool claim
bytes32[] actions
bytes[] data
uint256 _token_amount
uint256 min_amount
uint256[3] amounts
uint256 max_burn_amount
uint256[3] min_amounts
uint256[2] amounts
uint256 _min_amount
uint256 rawAmount
bool[] wrapUnderlying
uint256[] exactAmountsIn
uint256 minBptAmountOut
bool wethIsEth
bytes userData
bool[] unwrapWrapped
uint256 exactBptAmountIn
uint256[] minAmountsOut
uint256[] maxAmountsIn
uint256 exactBptAmountOut
