package steward.v4
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Service for handling Cellar contract calls
rpc Schedule (, )
steward.proto:21Handles scheduled contract call submission
message
steward.proto:66string id = 1
The hex encoded ID of the scheduled cork
uint64 chain_id = 2
The ID of the chain on which the target Cellar resides
string invalidation_scope = 3
Invalidation scope for the gravity tx, keccak256 of the target contract address and encoded contract call
service EncodingService
steward.proto:27Service for testing contract call encoding. Simply returns the encoded call data in the response.
rpc Encode (, )
steward.proto:29Handles contract call encoding
message
steward.proto:75string cellar_id = 1
oneof call_data
The data from which the desired contract function will be encoded
aave_v2_stablecoin = 2
cellar_v1 = 3
cellar_v2 = 4
cellar_v2_2 = 5
cellar_v2_5 = 6
message
steward.proto:87string encoded_call = 1
The encoded contract call
Service for simulating contract calls encoded by Steward using Tenderly
rpc Simulate (, )
steward.proto:37Handles simulated contract call submission
message
steward.proto:104Represents a simulated function call to a particular Cellar
optional request = 1
bool encode_only = 2
/ Whether to simply encode and return the contract call data, skipping the Tenderly simulation
message
steward.proto:110string encoded_call = 1
/ The encoded contract call
string response_body = 2
/ The response body from the Tenderly simulation
service StatusService
steward.proto:40rpc Version (, )
steward.proto:41message
steward.proto:117(message has no fields)
message
steward.proto:119string version = 1
message
a_token.proto:13Represents call data for the Aave AToken adaptor V1, used to manage lending positions on Aave
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
swap = 1
Represents function `swap(ERC20 assetIn, ERC20 assetOut, uint256 amountIn, SwapRouter.Exchange exchange, bytes memory params)`
oracle_swap = 2
Represents function `oracleSwap(ERC20 assetIn, ERC20 assetOut, uint256 amountIn, SwapRouter.Exchange exchange, bytes memory params, uint64 slippage)`
revoke_approval = 3
Represents function `revokeApproval(ERC20 asset, address spender)`
deposit_to_aave = 4
Represents function `depositToAave(ERC20 tokenToDeposit, uint256 amountToDeposit)`
withdraw_from_aave = 5
Represents function `withdrawFromAave(ERC20 tokenToWithdraw, uint256 amountToWithdraw)`
message
a_token.proto:37Allows strategists to lend assets on Aave. Represents function `depositToAave(ERC20 tokenToDeposit, uint256 amountToDeposit)`
Used in:
string token = 1
The address of the ERC20 token to deposit
string amount = 2
The amount to deposit
message
a_token.proto:49Allows strategists to withdraw assets from Aave. Represents function `withdrawFromAave(ERC20 tokenToWithdraw, uint256 amountToWithdraw)`
Used in:
string token = 1
The address of the ERC20 token to withdraw
string amount = 2
The amount to withdraw
message
a_token.proto:98Used in: , ,
repeated calls = 1
message
a_token.proto:58Represents call data for the Aave AToken adaptor V2, used to manage lending positions on Aave
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
deposit_to_aave = 2
Represents function `depositToAave(ERC20 tokenToDeposit, uint256 amountToDeposit)`
withdraw_from_aave = 3
Represents function `withdrawFromAave(ERC20 tokenToWithdraw, uint256 amountToWithdraw)`
message
a_token.proto:78Allows strategists to lend assets on Aave. Represents function `depositToAave(ERC20 tokenToDeposit, uint256 amountToDeposit)`
Used in:
string token = 1
The address of the ERC20 token to deposit
string amount = 2
The amount to deposit
message
a_token.proto:90Allows strategists to withdraw assets from Aave. Represents function `withdrawFromAave(ERC20 tokenToWithdraw, uint256 amountToWithdraw)`
Used in:
string token = 1
The address of the ERC20 token to withdraw
string amount = 2
The amount to withdraw
message
a_token.proto:102Used in: , ,
repeated calls = 1
message
debt_token.proto:14Represents call data for the Aave Debt Token adaptor V1, used for borrowing and repaying debt on Aave.
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
swap = 1
Represents function `swap(ERC20 assetIn, ERC20 assetOut, uint256 amountIn, SwapRouter.Exchange exchange, bytes memory params)`
oracle_swap = 2
Represents function `oracleSwap(ERC20 assetIn, ERC20 assetOut, uint256 amountIn, SwapRouter.Exchange exchange, bytes memory params, uint64 slippage)`
revoke_approval = 3
Represents function `revokeApproval(ERC20 asset, address spender)`
borrow_from_aave = 4
Represents function `borrowFromAave(ERC20 debtTokenToBorrow, uint256 amountToBorrow)`
repay_aave_debt = 5
Represents function `repayAaveDebt(ERC20 tokenToRepay, uint256 amountToRepay)`
swap_and_repay = 6
Represents function `swapAndRepay(ERC20 tokenIn, ERC20 tokenToRepay, uint256 amountIn, SwapRouter.Exchange exchange, bytes memory params)`
message
debt_token.proto:40Allows strategists to borrow assets from Aave. Represents function `depositToAave(ERC20 tokenToDeposit, uint256 amountToDeposit)`
Used in:
string token = 1
The address of the ERC20 token to borrow
string amount = 2
The amount to borrow
message
debt_token.proto:52Allows strategists to repay loan debt on Aave. Represents function `repayAaveDebt(ERC20 tokenToRepay, uint256 amountToRepay)`
Used in:
string token = 1
The address of the ERC20 token to repay
string amount = 2
The amount to repay
message
debt_token.proto:64Allows strategists to swap assets and repay loans in one call. Represents function `swapAndRepay(ERC20 tokenIn, ERC20 tokenToRepay, uint256 amountIn, SwapRouter.Exchange exchange, bytes memory params)`
Used in:
string token_in = 1
The address of the token to swap from
string token_to_repay = 2
The address of the token to swap to and repay with
string amount_in = 3
The amount to swap
Exchange exchange = 4
The exchange to make the swap on
optional params = 5
The parameters for the swap
message
debt_token.proto:120Used in: , ,
repeated calls = 1
message
debt_token.proto:80Represents call data for the Aave Debt Token adaptor V2, used for borrowing and repaying debt on Aave.
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
borrow_from_aave = 2
Represents function `borrowFromAave(ERC20 debtTokenToBorrow, uint256 amountToBorrow)`
repay_aave_debt = 3
Represents function `repayAaveDebt(ERC20 tokenToRepay, uint256 amountToRepay)`
message
debt_token.proto:100Allows strategists to borrow assets from Aave. Represents function `depositToAave(ERC20 tokenToDeposit, uint256 amountToDeposit)`
Used in:
string token = 1
The address of the ERC20 token to borrow
string amount = 2
The amount to borrow
message
debt_token.proto:112Allows strategists to repay loan debt on Aave. Represents function `repayAaveDebt(ERC20 tokenToRepay, uint256 amountToRepay)`
Used in:
string token = 1
The address of the ERC20 token to repay
string amount = 2
The amount to repay
message
debt_token.proto:124Used in: , ,
repeated calls = 1
Represents call data for the Aave AToken adaptor, used to manage lending positions on Aave
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
set_user_use_reserve_as_collateral = 2
Represents function `setUserUseReserveAsCollateral(address asset, bool useAsCollateral)`
Allows a strategist to choose to use an asset as collateral or not. Represents function `setUserUseReserveAsCollateral(address asset, bool useAsCollateral)`
Used in:
string asset = 1
The address of the asset to set as collateral
bool use_as_collateral = 2
Whether to use the asset as collateral
Used in: , ,
repeated calls = 1
message
aave_v2_stablecoin.proto:15Represents a function call to the Aave V2 Stablecoin cellar
Used in: ,
oneof function
The function you wish to execute on the target cellar
accrue = 1
Represents function `accruePlatformFees()`
claim_and_unstake = 2
Represents function `claimAndUnstake()`
enter_position = 3
Represents function `enterPosition()`
enter_position_with_assets = 4
Represents function `enterPosition(uint256 assets)`
exit_position = 5
Represents function `exitPosition()`
exit_position_with_assets = 6
Represents function `exitPosition(uint256 assets)`
rebalance = 7
Represents function `rebalance(address newLendingToken, uint256 minNewLendingTokenAmount)`
reinvest = 8
Represents function `reinvest(uint256 minAssetsOut)`
set_accrual_period = 9
Represents function `setAccrualPeriod(uint32 newAccrualPeriod)`
set_deposit_limit = 10
Represents function `setDepositLimit(uint256 limit)`
set_liquidity_limit = 11
Represents function `setLiquidityLimit(uint256 limit)`
send_fees = 12
Represents function `transferFees()`
message
aave_v2_stablecoin.proto:49Accrue yield, platform fees, and performance fees.. Represents function `accrue()`
Used in:
(message has no fields)
message
aave_v2_stablecoin.proto:56Claim rewards from Aave and begin cooldown period to unstake them. Represents function `claimAndUnstake()`
Used in:
(message has no fields)
message
aave_v2_stablecoin.proto:63Pushes total assets into the current Aave lending position. Represents function `enterPosition()`
Used in:
(message has no fields)
message
aave_v2_stablecoin.proto:70Pushes assets into the current Aave lending position. Represents function `enterPosition(uint256 assets)`
Used in:
string assets = 1
amount of assets to enter into the current position
message
aave_v2_stablecoin.proto:80Pulls total assets from the current Aave lending position. Represents function `enterPosition()`
Used in:
(message has no fields)
message
aave_v2_stablecoin.proto:87Pulls assets from the current Aave lending position. Represents function `exitPosition(uint256 assets)`
Used in:
string assets = 1
amount of assets to exit from the current position
message
aave_v2_stablecoin.proto:100Rebalances current assets into a new asset position. Represents function `rebalance(address newLendingToken, uint256 minNewLendingTokenAmount)` This function is based on the Curve Pool Registry exchange_multiple() function: https://github.com/curvefi/curve-pool-registry/blob/16a8664952cf61d7fed06acca79ad5ac696f4b20/contracts/Swaps.vy#L461-L489
Used in:
repeated string route = 1
array of [initial token, pool, token, pool, token, ...] that specifies the swap route on Curve.
repeated swap_params = 2
An array of up to 4 swap params. Attempting more than four swaps will fail.
string min_assets_out = 3
Minimum acceptable assets to be received from the swap (slippage parameter). Must be parsable as an unsigned 256-bit integer.
message
aave_v2_stablecoin.proto:111Represents parameters for a single swap. Each swap needs the indeces in Rebalance.route of the in/out token addresses and the swap type. See the Curve contract linked above for more detail.
Used in:
uint64 in_index = 1
Index in the `route` array of the swap's input token address
uint64 out_index = 2
Index in the `route` array of the swap's output token address
uint64 swap_type = 3
1 - stableswap `exchange` 2 - stableswap `exchange_underlying` 3 - cryptoswap `exchange` 4 - cryptoswap `exchange_underlying` 5 - Polygon factory metapools `exchange_underlying` See the Curve Pool Registry exchange_multiple() function for more information.
message
aave_v2_stablecoin.proto:132Reinvest rewards back into cellar's current position. Must be called within 2 day unstake period 10 days after `claimAndUnstake` was run. Represents function `reinvest(uint256 minAssetsOut)`
Used in:
string min_assets_out = 1
Minimum acceptable assets to be received from the swap (slippage parameter). Must be parsable as an unsigned 256-bit integer.
message
aave_v2_stablecoin.proto:171Transfer accrued fees to the Sommelier Chain to distribute. Represents function `sendFees()`
Used in:
(message has no fields)
message
aave_v2_stablecoin.proto:142Set the accrual period over which yield is distributed. Represents function `setAccrualPeriod(uint32 newAccrualPeriod)`
Used in:
uint32 new_accrual_period = 1
message
aave_v2_stablecoin.proto:151Set the per-wallet deposit limit. Uses the same decimals as the current asset. Represents function `setDepositLimit(uint256 limit)`
Used in:
string limit = 1
Amount of assets to set as the new limit. Must be parsable as an unsigned 256-bit integer.
message
aave_v2_stablecoin.proto:161Set the maximum liquidity that cellar can manage. Uses the same decimals as the current asset. Represents function `setLiquidityLimit(uint256 limit)`
Used in:
string limit = 1
Amount of assets to set as the new limit
message
aave_v2_stablecoin.proto:177Represents a function call initiated by governance
Used in:
oneof function
The function to call on the target cellar
set_fees_distributor = 1
Represents function `setFeesDistributor(bytes32)`
initiate_shutdown = 2
Represents function `initiateShutdown(bool)`
lift_shutdown = 3
Represents function `liftShutdown()`
set_trust = 4
Represents function `setTrust(address, bool)`
sweep = 5
Represents function `sweep(address, address)`
message
aave_v2_stablecoin.proto:200Represents function `initiateShutdown(bool)`
Used in:
bool empty_position = 1
Whether to empty the position
message
aave_v2_stablecoin.proto:206Represents function `liftShutdown()`
Used in:
(message has no fields)
message
aave_v2_stablecoin.proto:194Represents function `setFeesDistributor(bytes32)`
Used in:
string new_fees_distributor = 1
The new fees distributor
message
aave_v2_stablecoin.proto:209Represents function `setTrust(address, bool)`
Used in:
string position = 1
The position to set trust for
bool trust = 2
Whether to trust the address
message
aave_v2_stablecoin.proto:217Represents function `sweep(address, address)`
Used in:
string token = 1
The address of the ERC20 token to sweep
string recipient = 2
The recipient of the sweep
message
aave_v3_a_token.proto:13Represents call data for the Aave AToken adaptor, used to manage lending positions on Aave
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
deposit_to_aave = 2
Represents function `depositToAave(ERC20 tokenToDeposit, uint256 amountToDeposit)`
withdraw_from_aave = 3
Represents function `withdrawFromAave(ERC20 tokenToWithdraw, uint256 amountToWithdraw)`
adjust_isolation_mode_asset_as_collateral = 4
Represents function `adjustIsolationModeAssetAsCollateral(ERC20 asset, bool useAsCollateral)`
change_emode = 5
Represents function `changeEMode(uint8 categoryId)`
message
aave_v3_a_token.proto:61Allows strategists to adjust an asset's isolation mode. Represents function `adjustIsolationModeAssetAsCollateral(ERC20 asset, bool useAsCollateral)`
Used in:
string asset = 1
The address of the ERC20 token
bool use_as_collateral = 2
Whether to use the asset as collateral
message
aave_v3_a_token.proto:73Allows strategists to enter different EModes. Represents function `changeEMode(uint8 categoryId)`
Used in:
uint32 category_id = 1
The category ID
message
aave_v3_a_token.proto:37Allows strategists to lend assets on Aave. Represents function `depositToAave(ERC20 tokenToDeposit, uint256 amountToDeposit)`
Used in:
string token = 1
The address of the ERC20 token to deposit
string amount = 2
The amount to deposit
message
aave_v3_a_token.proto:49Allows strategists to withdraw assets from Aave. Represents function `withdrawFromAave(ERC20 tokenToWithdraw, uint256 amountToWithdraw)`
Used in:
string token = 1
The address of the ERC20 token to withdraw
string amount = 2
The amount to withdraw
message
aave_v3_a_token.proto:79Used in: , ,
repeated calls = 1
message
aave_v3_debt_token.proto:13Represents call data for the Aave Debt Token adaptor, used for borrowing and repaying debt on Aave.
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
borrow_from_aave = 2
Represents function `borrowFromAave(ERC20 debtTokenToBorrow, uint256 amountToBorrow)`
repay_aave_debt = 3
Represents function `repayAaveDebt(ERC20 tokenToRepay, uint256 amountToRepay)`
repay_with_a_tokens = 4
Represents function `repayWithATokens(ERC20 underlying, uint256 amount)`
message
aave_v3_debt_token.proto:35Allows strategists to borrow assets from Aave. Represents function `depositToAave(ERC20 tokenToDeposit, uint256 amountToDeposit)`
Used in:
string token = 1
The address of the ERC20 token to borrow
string amount = 2
The amount to borrow
message
aave_v3_debt_token.proto:47Allows strategists to repay loan debt on Aave. Represents function `repayAaveDebt(ERC20 tokenToRepay, uint256 amountToRepay)`
Used in:
string token = 1
The address of the ERC20 token to repay
string amount = 2
The amount to repay
message
aave_v3_debt_token.proto:59Allows strategist to use aTokens to repay debt tokens with the same underlying. Represents function `repayWithATokens(ERC20 underlying, uint256 amount)`
Used in:
string underlying_token = 1
The address of the underlying ERC20 token to repay
string amount = 2
The amount to repay
message
aave_v3_debt_token.proto:67Used in: , ,
repeated calls = 1
Represents call data for the Aave Debt Token adaptor, used for borrowing and repaying debt on Aave.
Used in:
optional flash_loan = 1
Represents function `flashLoan(address[] loanToken, uint256[] loanAmount, bytes params)`
Represents a call to adaptor an. The cellar must be authorized to call the target adaptor.
Used in:
string adaptor = 1
Address of the adaptor
oneof call_data
The function call data for the adaptor
aave_a_token_v1_calls = 2
Represents function calls to the AaveATokenAdaptor V1
aave_debt_token_v1_calls = 3
Represents function calls to the AavaDebtTokenAdaptor V1
compound_c_token_v2_calls = 4
Represents function calls to the CompoundCTokenAdaptor V2
aave_a_token_v2_calls = 5
Represents function calls to the AaveATokenV2Adaptor
aave_debt_token_v2_calls = 6
Represents function calls to the AavaDebtTokenV2Adaptor
aave_v3_a_token_v1_calls = 7
Represents function calls to the AaveATokenV1Adaptor
one_inch_v1_calls = 8
Represents function calls to the OneInchAdaptorV1
fees_and_reserves_v1_calls = 9
Represents function calls to the FeesAndReservesAdaptorV1
zero_x_v1_calls = 10
Represents functionc alls to the ZeroXAdaptorV1
swap_with_uniswap_v1_calls = 11
Represents function calls to the SwapWithUniswapAdaptorV1
vesting_simple_v2_calls = 12
Represents function calls to VestingSimpleAdaptor
cellar_v1_calls = 13
Represents function calls to the CellarAdaptor
uniswap_v3_v2_calls = 14
Represents function calls to the UniswapV3Adaptor V2
aave_v2_enable_asset_as_collateral_v1_calls = 15
Represents function calls to the AaveV2EnableAssetAsCollatorAdaptor V1
f_token_v1_calls = 16
Represents function calls to the FTokenAdaptor V1
morpho_aave_v2_a_token_v1_calls = 17
Represents function calls to the MorphoAaveV2AToken V1
morpho_aave_v2_debt_token_v1_calls = 18
Represents function calls to the MorphoAaveV2DebtToken V1
morpho_aave_v3_a_token_collateral_v1_calls = 19
Represents function calls to the MorphoAaveV3ATokenCollateral V1
morpho_aave_v3_a_token_p2p_v1_calls = 20
Represents function calls to the MorphoAaveV3ATokenP2P V1
morpho_aave_v3_debt_token_v1_calls = 21
Represents function calls to the MorphoAaveV3DebtToken V1
balancer_pool_v1_calls = 22
Represents function calls to the BalancerPoolAdaptor V1
legacy_cellar_v1_calls = 23
Represents function calls to the LegacyCellarAdaptor V1
debt_f_token_v1_calls = 24
Represents function calls to the DebtFTokenAdaptor V1
collateral_f_token_v1_calls = 25
Represents function calls to the CollateralFTokenAdaptor V1
convex_curve_v1_calls = 26
Represents function calls for the ConvexCurveAdaptorV1
curve_v1_calls = 27
Represents function calls for the CurveAdaptorV1
aura_erc4626_v1_calls = 28
Represents function calls for the AuraERC4626AdaptorV1
morpho_blue_collateral_v1_calls = 29
Represents function calls for the MorphoBlueCollateralAdaptorV1
morpho_blue_debt_v1_calls = 30
Represents function calls for the MorphoBlueDebtAdaptorV1
morpho_blue_supply_v1_calls = 31
Represents function calls for the MorphoBlueSupplyAdaptorV1
erc4626_v1_calls = 32
Represents function calls for the ERC4626AdaptorV1
staking_v1_calls = 33
Represents function calls for the StakingAdaptorV1
aave_v3_debt_token_v1_calls = 34
Represents function calls for the AaveV3DebtTokenAdaptor V1
pendle_v1_calls = 35
Represents function calls for the PendleAdaptorV1
Allows strategists to have Cellars take out flash loans Represents function `flashLoan(address[] loanToken, uint256[] loanAmount, bytes params)`
Used in:
repeated string loan_tokens = 1
The addresses of the ERC20 tokens to borrow
repeated string loan_amounts = 2
The amounts to borrow
repeated params = 3
The params to pass to the flash loan callback.
Used in:
repeated calls = 1
message
cellar_v2.proto:1275Represents a call to adaptor an. The cellar must be authorized to call the target adaptor.
Used in: , , , ,
string adaptor = 1
Address of the adaptor
oneof call_data
The function call data for the adaptor
aave_a_token_v1_calls = 2
Represents function calls to the AaveATokenAdaptor V1
aave_debt_token_v1_calls = 3
Represents function calls to the AavaDebtTokenAdaptor V1
compound_c_token_v2_calls = 4
Represents function calls to the CompoundCTokenAdaptor V2
aave_a_token_v2_calls = 5
Represents function calls to the AaveATokenV2Adaptor
aave_debt_token_v2_calls = 6
Represents function calls to the AavaDebtTokenV2Adaptor
aave_v3_a_token_v1_calls = 7
Represents function calls to the AaveATokenV1Adaptor
aave_v3_debt_token_v1_calls = 8
Represents function calls to the AavaDebtTokenV1Adaptor
one_inch_v1_calls = 9
Represents function calls to the OneInchAdaptorV1
fees_and_reserves_v1_calls = 10
Represents function calls to the FeesAndReservesAdaptorV1
zero_x_v1_calls = 11
Represents functionc alls to the ZeroXAdaptorV1
swap_with_uniswap_v1_calls = 12
Represents function calls to the SwapWithUniswapAdaptorV1
vesting_simple_v2_calls = 13
Represents function calls to VestingSimpleAdaptor
cellar_v1_calls = 14
Represents function calls to the CellarAdaptor
uniswap_v3_v2_calls = 15
Represents function calls to the UniswapV3Adaptor V2
aave_v2_enable_asset_as_collateral_v1_calls = 16
Represents function calls to the AaveV2EnableAssetAsCollatorAdaptor V1
f_token_v1_calls = 17
Represents function calls to the FTokenAdaptor V1
morpho_aave_v2_a_token_v1_calls = 18
Represents function calls to the MorphoAaveV2AToken V1
morpho_aave_v2_debt_token_v1_calls = 19
Represents function calls to the MorphoAaveV2DebtToken V1
morpho_aave_v3_a_token_collateral_v1_calls = 20
Represents function calls to the MorphoAaveV3ATokenCollateral V1
morpho_aave_v3_a_token_p2p_v1_calls = 21
Represents function calls to the MorphoAaveV3ATokenP2P V1
morpho_aave_v3_debt_token_v1_calls = 22
Represents function calls to the MorphoAaveV3DebtToken V1
balancer_pool_v1_calls = 23
Represents function calls to the BalancerPoolAdaptor V1
legacy_cellar_v1_calls = 24
Represents function calls to the LegacyCellarAdaptor V1
debt_f_token_v1_calls = 25
Represents function calls to the DebtFTokenAdaptor V1
collateral_f_token_v1_calls = 26
Represents function calls to the CollateralFTokenAdaptor V1
aave_v3_debt_token_v1_flash_loan_calls = 27
Represents function call for the AaveV3DebtTokenAdaptorV1
balancer_pool_v1_flash_loan_calls = 28
Represents function call for the BalancerPoolAdaptorV1
convex_curve_v1_calls = 29
Represents function calls for the ConvexCurveAdaptorV1
curve_v1_calls = 30
Represents function calls for the CurveAdaptorV1
aura_erc4626_v1_calls = 31
Represents function calls for the AuraERC4626AdaptorV1
morpho_blue_collateral_v1_calls = 32
Represents function calls for the MorphoBlueCollateralAdaptorV1
morpho_blue_debt_v1_calls = 33
Represents function calls for the MorphoBlueDebtAdaptorV1
morpho_blue_supply_v1_calls = 34
Represents function calls for the MorphoBlueSupplyAdaptorV1
erc4626_v1_calls = 35
Represents function calls for the ERC4626AdaptorV1
staking_v1_calls = 36
Represents function calls for the StakingAdaptorV1
pendle_v1_calls = 37
Represents function calls for the PendleAdaptorV1
message
aura_erc4626.proto:13Represents call data for the Aura ERC4626 adaptor V1
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
get_rewards = 2
Represents function `getRewards(IBaseRewardPool _auraPool, bool _claimExtras)`
message
aura_erc4626.proto:30Allows strategist to get rewards for an Aura pool. Represents function `getRewards(IBaseRewardPool _auraPool, bool _claimExtras)`
Used in:
string aura_pool = 1
The address of the Aura pool to get rewards for
bool claim_extras = 2
Whether to claim extra rewards associated with the pool
message
aura_erc4626.proto:38Used in: , ,
repeated calls = 1
message
balancer_pool.proto:13Represents call data for the Balancer Pool adaptor V1, for managing pool positions on Balancer.
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
join_pool = 2
Represents function `relayerJoinPool(ERC20[] tokensIn, uint256[] amountsIn, ERC20 btpOut, bytes[] memory callData)`
exit_pool = 3
Represents function `relayerExitPool(ERC20 bptIn, uint256 amountIn, ERC20[] memory tokensOut, bytes[] memory callData)`
stake_bpt = 4
Represents function `stakeBPT(ERC20 _bpt, address _liquidityGauge, uint256 _amountIn)`
unstake_bpt = 5
Represents function `unstakeBPT(ERC20 _bpt, address _liquidityGauge, uint256 _amountOut)`
claim_rewards = 6
Represents function `claimRewards(address gauge)`
message
balancer_pool.proto:156Claim rewards ($BAL) from LP position Represents `function claimRewards(address gauge)`
Used in:
string gauge = 1
The gauge to claim rewards from
message
balancer_pool.proto:106Call `BalancerRelayer` on mainnet to carry out exit txs Represents function `exitPool(ERC20 targetBpt, IVault.SingleSwap[] memory swapsBeforeJoin, SwapData memory swapData, IVault.ExitPoolRequest request)`
Used in:
string target_bpt = 1
The target pool
repeated swaps_after_exit = 2
Swaps to execute after exiting pool
optional swap_data = 3
Data for swaps
optional request = 4
message
balancer_pool.proto:94Used in:
repeated string assets = 1
repeated string min_amounts_out = 2
bytes user_data = 3
bool to_internal_balance = 4
message
balancer_pool.proto:79Allows strategists to join Balancer pools using EXACT_TOKENS_IN_FOR_BPT_OUT joins Represents function `joinPool(ERC20 targetBpt, IVault.SingleSwap[] memory swapsBeforeJoin, SwapData memory swapData, uint256 minimumBpt)`
Used in:
string target_bpt = 1
The target pool
repeated swaps_before_join = 2
Swap to execute before joining pool
optional swap_data = 3
Data for swaps
string minimum_bpt = 4
The minimum BPT to mint
message
balancer_pool.proto:45Data for a single swap executed by `swap`. `amount` is either `amountIn` or `amountOut` depending on the `kind` value. Represents the SingleSwap struct defined here: https://github.com/PeggyJV/cellar-contracts/blob/main/src/interfaces/external/Balancer/IVault.sol
Used in: ,
string pool_id = 1
The pool ID (bytes32)
SwapKind kind = 2
The swap kind (enum)
string asset_in = 3
The asset in (address)
string asset_out = 4
The asset out (address)
string amount = 5
The amount (uint256)
bytes user_data = 6
The user data (bytes)
message
balancer_pool.proto:124Stake (deposit) BPTs into respective pool gauge Represents `function stakeBPT(ERC20 _bpt, address _liquidityGauge, uint256 _amountIn)``
Used in:
string bpt = 1
The BPT to stake
string liquidity_gauge = 2
The liquidity gauge to stake into
string amount_in = 3
The amount to stake
message
balancer_pool.proto:66Stores each swaps min amount, and deadline
Used in: ,
repeated string min_amounts_for_swaps = 1
The minimum amounts for swaps
repeated string swap_deadlines = 2
The swap deadlines
Represents the SwapKind enum defined here: https://github.com/PeggyJV/cellar-contracts/blob/main/src/interfaces/external/Balancer/IVault.sol
Used in:
SWAP_KIND_UNSPECIFIED = 0
SWAP_KIND_GIVEN_IN = 1
SWAP_KIND_GIVEN_OUT = 2
message
balancer_pool.proto:140Unstake (withdraw) BPT from respective pool gauge Represents `function unstakeBPT(ERC20 _bpt, address _liquidityGauge, uint256 _amountOut)``
Used in:
string bpt = 1
The BPT to unstake
string liquidity_gauge = 2
The liquidity gauge to unstake from
string amount_out = 3
The amount to unstake
message
balancer_pool.proto:162Used in: ,
repeated calls = 1
Represents flash loan call data for the Balancer Pool adaptor V1, for managing pool positions on Balancer.
Used in:
optional make_flash_loan = 1
NOTE: Make FlashLoan takes an array of AdaptorCall. cellar_v2.proto defines it, but also imports this file, therefore we can't import cellar_v2.proto in order to use the AdaptorCall message here. To avoid the recursive import, we duplicate the message definition.
Used in:
string adaptor = 1
Address of the adaptor
oneof call_data
The function call data for the adaptor
aave_a_token_v1_calls = 2
Represents function calls to the AaveATokenAdaptor V1
aave_debt_token_v1_calls = 3
Represents function calls to the AavaDebtTokenAdaptor V1
compound_c_token_v2_calls = 4
Represents function calls to the CompoundCTokenAdaptor V2
aave_a_token_v2_calls = 5
Represents function calls to the AaveATokenV2Adaptor
aave_debt_token_v2_calls = 6
Represents function calls to the AavaDebtTokenV2Adaptor
aave_v3_a_token_v1_calls = 7
Represents function calls to the AaveATokenV1Adaptor
aave_v3_debt_token_v1_calls = 8
Represents function calls to the AavaDebtTokenV1Adaptor
one_inch_v1_calls = 9
Represents function calls to the OneInchAdaptorV1
fees_and_reserves_v1_calls = 10
Represents function calls to the FeesAndReservesAdaptorV1
zero_x_v1_calls = 11
Represents functionc alls to the ZeroXAdaptorV1
swap_with_uniswap_v1_calls = 12
Represents function calls to the SwapWithUniswapAdaptorV1
vesting_simple_v2_calls = 13
Represents function calls to VestingSimpleAdaptor
cellar_v1_calls = 14
Represents function calls to the CellarAdaptor
uniswap_v3_v2_calls = 15
Represents function calls to the UniswapV3Adaptor V2
aave_v2_enable_asset_as_collateral_v1_calls = 16
Represents function calls to the AaveV2EnableAssetAsCollatorAdaptor V1
f_token_v1_calls = 17
Represents function calls to the FTokenAdaptor V1
morpho_aave_v2_a_token_v1_calls = 18
Represents function calls to the MorphoAaveV2AToken V1
morpho_aave_v2_debt_token_v1_calls = 19
Represents function calls to the MorphoAaveV2DebtToken V1
morpho_aave_v3_a_token_collateral_v1_calls = 20
Represents function calls to the MorphoAaveV3ATokenCollateral V1
morpho_aave_v3_a_token_p2p_v1_calls = 21
Represents function calls to the MorphoAaveV3ATokenP2P V1
morpho_aave_v3_debt_token_v1_calls = 22
Represents function calls to the MorphoAaveV3DebtToken V1
legacy_cellar_v1_calls = 23
Represents function calls to the LegacyCellarAdaptor V1
debt_f_token_v1_calls = 24
Represents function calls to the DebtFTokenAdaptor V1
collateral_f_token_v1_calls = 25
Represents function calls to the CollateralFTokenAdaptor V1
convex_curve_v1_calls = 26
Represents function calls for the ConvexCurveAdaptorV1
curve_v1_calls = 27
Represents function calls for the CurveAdaptorV1
aura_erc4626_v1_calls = 28
Represents function calls for the AuraERC4626AdaptorV1
morpho_blue_collateral_v1_calls = 29
Represents function calls for the MorphoBlueCollateralAdaptorV1
morpho_blue_debt_v1_calls = 30
Represents function calls for the MorphoBlueDebtAdaptorV1
morpho_blue_supply_v1_calls = 31
Represents function calls for the MorphoBlueSupplyAdaptorV1
erc4626_v1_calls = 32
Represents function calls for the ERC4626AdaptorV1
staking_v1_calls = 33
Represents function calls for the StakingAdaptorV1
pendle_v1_calls = 34
Represents function calls for the PendleAdaptorV1
Make a flash loan Represents `function makeFlashLoan(IERC20[] tokens, uint256[] amounts, bytes memory data)`
Used in:
repeated string tokens = 1
The tokens to flash loan
repeated string amounts = 2
The amounts to flash loan
repeated data = 3
The data to flash loan
Used in:
repeated calls = 1
message
cellar_adaptor.proto:10Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
depositToCellar = 2
Represents function `depositToCellar(Cellar cellar, uint256 assets)`
withdrawFromCellar = 3
Represents function `withdrawFromCellar(Cellar cellar, uint256 assets)`
message
cellar_adaptor.proto:30Allows strategists to deposit into Cellar positions. Represents function `depositToCellar(Cellar cellar, uint256 assets)`
Used in:
string cellar = 1
string assets = 2
message
cellar_adaptor.proto:40Allows strategists to withdraw from Cellar positions. Represents function `withdrawFromCellar(Cellar cellar, uint256 assets)`
Used in:
string cellar = 1
string assets = 2
message
cellar_adaptor.proto:46Used in: , ,
repeated calls = 1
message
cellar_v1.proto:17Represents a function call to a cellar that implements Cellar.sol
Used in: ,
oneof function
The function you wish to execute on the target cellar
add_position = 1
Represents function `addPosition(uint256 index, address position)`
push_position = 2
Represents function `pushPosition(address position)`
remove_position = 3
Represents function `removePosition(uint256 index)`
set_holding_position = 4
Represents function `setHoldingPosition(address newHoldingPosition)`
rebalance = 5
Represents function `rebalance(address fromPosition, address toPosition, uint256 assetsFrom, SwapRouter.Exchange exchange, bytes calldata params)`
set_strategist_payout_address = 6
Represents function `setStrategistPayoutAddress(address payout)`
set_withdraw_type = 7
Represents function `setWithdrawType(WithdrawType newWithdrawType)`
swap_positions = 8
Represents function `swapPositions(uint256 index1, uint256 index2)`
set_deposit_limit = 9
Represents function `setDepositLimit()`
set_liquidity_limit = 10
Represents function `setLiquidityLimit()`
set_share_lock_period = 11
Represents function `setShareLockPeriod()`
set_rebalance_deviation = 12
Represents function `setRebalanceDeviation(uint256)`
message
cellar_v1.proto:54Insert a trusted position to the list of positions used by the cellar at a given index. Represents function `addPosition(uint256 index, address position)`
Used in:
string index = 1
Index at which to add the position
string position = 2
Address of the position to add
message
cellar_v1.proto:68Push a trusted position to the end of the list of positions used by the cellar. If you know you are going to add a position to the end of the array, this is more efficient then `addPosition`. Represents function `pushPosition(address position)`
Used in:
string position = 1
Address of the position to push
message
cellar_v1.proto:100Move assets between positions. To move assets from/to this cellar's holdings, specify the address of this cellar as the `fromPosition`/`toPosition`. Represents function `rebalance(address fromPosition, address toPosition, uint256 assetsFrom, SwapRouter.Exchange exchange, bytes calldata params)
Used in:
string from_position = 1
string to_position = 2
string assets_from = 3
Exchange exchange = 4
optional params = 5
message
cellar_v1.proto:78Remove the position at a given index from the list of positions used by the cellar. Represents function `removePosition(uint256 index)`
Used in:
string index = 1
Index at which to remove the position
message
cellar_v1.proto:153Set the per-wallet deposit limit. Uses the same decimals as the current asset. Represents function `setDepositLimit()`
Used in:
string new_limit = 1
message
cellar_v1.proto:88Set the holding position used by the cellar. Represents function `setHoldingPosition(address newHoldingPosition)`
Used in:
string new_holding_position = 1
Address of the new holding position to use
message
cellar_v1.proto:162Set the maximum liquidity that cellar can manage. Uses the same decimals as the current asset. Represents function `setLiquidityLimit()`
Used in:
string new_limit = 1
message
cellar_v1.proto:180Represents function `setRebalanceDeviation(uint256)`
Used in:
string new_deviation = 1
Allows share lock period to be updated. Represents function `setShareLockPeriod()`
Used in:
string new_lock = 1
message
cellar_v1.proto:113Sets the Strategists payout address. Represents function `setStrategistPayoutAddress(address payout)`
Used in:
string payout = 1
message
cellar_v1.proto:131Set the withdraw type used by the cellar. Represents function `setWithdrawType(WithdrawType newWithdrawType)`
Used in:
WithdrawType new_withdraw_type = 1
The withdraw type to use for the cellar
message
cellar_v1.proto:141Swap the positions at two given indeces. Represents function `swapPositions(uint256 index1, uint256 index2)`
Used in:
string index_1 = 1
Index of the first position
string index_2 = 2
Index of the second position
Represents the withdraw type to use for the cellar
Used in:
WITHDRAW_TYPE_UNSPECIFIED = 0
WITHDRAW_TYPE_ORDERLY = 1
WITHDRAW_TYPE_PROPORTIONAL = 2
message
cellar_v1.proto:188Represent a function call initiated through a governance proposal
Used in:
oneof function
The function to call on the target cellar
initiate_shutdown = 1
Represents function `initiateShutdown()`
lift_shutdown = 2
Represents function `liftShutdown()`
reset_high_watermark = 3
Represents function `resetHighWatermark()`
set_fees_distributor = 4
Represents function `setFeesDistributor(address)`
set_performance_fee = 5
Represents function `setPerformanceFee(uint256)`
set_platform_fee = 6
Represents function `setPlatformFee(uint256)`
set_strategist_performance_cut = 7
Represents function `setStrategistPerformanceCut(uint256)`
set_strategist_platform_cut = 8
Represents function `setStrategistPlatformCut(address)`
trust_position = 9
Represents function `trustPosition(address)`
message
cellar_v1.proto:212Represents function `initiateShutdown()`
Used in:
(message has no fields)
message
cellar_v1.proto:216Represents function `liftShutdown()`
Used in:
(message has no fields)
message
cellar_v1.proto:220Represents function `resetHighWatermark()`
Used in:
(message has no fields)
message
cellar_v1.proto:224Represents function `setFeesDistributor(bytes32)`
Used in:
string new_fees_distributor = 1
Cosmos address of the new fees distributor
message
cellar_v1.proto:230Represents function `setPerformanceFee(uint64)`
Used in:
uint64 amount = 1
New performance fee
message
cellar_v1.proto:236Represents function `setPlatformFee(uint64)`
Used in:
uint64 amount = 1
New platform fee
message
cellar_v1.proto:242Represents function `setStrategistPerformanceCut(uint64)`
Used in:
uint64 amount = 1
New strategist performance cut
message
cellar_v1.proto:248Represents function `setStrategistPlatformCut(uint64)`
Used in:
uint64 amount = 1
New strategist platform cut
message
cellar_v1.proto:254Represents function `trustPosition(address)`
Used in:
oneof position
string erc20_address = 1
string erc4626_address = 2
string cellar_address = 3
message
cellar_v2.proto:50Represents a function call to a cellar that implements Cellar.sol
Used in: ,
oneof function
The function you wish to execute on the target cellar
call_on_adaptor = 1
Represents function `callOnAdaptor(AdaptorCall[] memory data)`
remove_position = 2
Represents function `removePosition(uint256 index)`
set_holding_position = 3
Represents function `setHoldingPosition(uint32 position_id)`
set_strategist_payout_address = 4
Represents function `setStrategistPayoutAddress(address payout)`
swap_positions = 5
Represents function `swapPositions(uint256 index1, uint256 index2)`
set_share_lock_period = 6
Represents function `setShareLockPeriod(uint256 newLock)`
add_position = 7
Represents function `addPosition(uint256 index, address position)`
setup_adaptor = 8
Represents function `setupAdaptor(address adaptor)`
initiate_shutdown = 9
Represents function `initiateShutdown()`
lift_shutdown = 10
Represents function `liftShutdown()`
set_platform_fee = 11
Represents function `setPlatformFee(uint256)`
set_strategist_platform_cut = 12
Represents function `setStrategistPlatformCut(address)`
set_rebalance_deviation = 13
Represents function `setRebalanceDeviation(uint256)`
message
cellar_v2.proto:154Insert a trusted position to the list of positions used by the cellar at a given index. Represents function `addPosition(uint32 index, uint32 positionId, bytes configurationData, bool inDebtArray)`
Used in:
uint32 index = 1
Index at which to add the position
uint32 position_id = 2
The position's ID in the cellar registry
bytes configuration_data = 3
Data used to configure how the position behaves
bool in_debt_array = 4
Whether to add position in the debt array, or the credit array.
message
cellar_v2.proto:91Allows strategists to manage their Cellar using arbitrary logic calls to adaptors. Represents function `callOnAdaptor(AdaptorCall[] memory data)`
Used in:
repeated data = 1
message
cellar_v2.proto:166Represents function `initiateShutdown()`
Used in:
(message has no fields)
message
cellar_v2.proto:170Represents function `liftShutdown()`
Used in:
(message has no fields)
message
cellar_v2.proto:100Remove the position at a given index from the list of positions used by the cellar. Represents function `removePosition(uint32 index, bool inDebtArray)`
Used in:
uint32 index = 1
Index at which to remove the position
bool in_debt_array = 2
Whether to remove position from the debt array, or the credit array.
message
cellar_v2.proto:112Set the holding position used of the cellar. Represents function `setHoldingIndex(uint8 index)`
Used in:
uint32 position_id = 1
ID (index) of the new holding position to use
message
cellar_v2.proto:174Represents function `setPlatformFee(uint64)`
Used in:
uint64 amount = 1
New platform fee
message
cellar_v2.proto:201Changes the cellar's allowed rebalance deviation, which is the percent the total assets of a cellar may deviate during a `callOnAdaptor`(rebalance) call. The maximum allowed deviation is 100000000000000000 (0.1e18), or 10%. Represents function `setRebalanceDeviation(uint256)`
Used in:
string new_deviation = 1
Allows share lock period to be updated. Represents function `setShareLockPeriod()`
Used in:
string new_lock = 1
message
cellar_v2.proto:122Sets the Strategists payout address. Represents function `setStrategistPayoutAddress(address payout)`
Used in:
string payout = 1
message
cellar_v2.proto:180Represents function `setStrategistPlatformCut(uint64)`
Used in:
uint64 amount = 1
New strategist platform cut
message
cellar_v2.proto:190Allows owner to add new adaptors for the cellar to use. Represents function `setupAdaptor(address adaptor)`
Used in:
string adaptor = 1
Address of the adaptor
message
cellar_v2.proto:131Swap the positions at two given indeces. Represents function `swapPositions(uint32 index1, uint32 index2)`
Used in:
uint32 index_1 = 1
Index of the first position
uint32 index_2 = 2
Index of the second position
bool in_debt_array = 3
Whether to switch positions in the debt array, or the credit array.
message
cellar_v2.proto:210Represent a function call initiated through a governance proposal
Used in:
oneof function
The function to call on the target cellar
initiate_shutdown = 1
Represents function `initiateShutdown()`
lift_shutdown = 2
Represents function `liftShutdown()`
set_platform_fee = 3
Represents function `setPlatformFee(uint256)`
set_strategist_platform_cut = 4
Represents function `setStrategistPlatformCut(address)`
setup_adaptor = 5
Represents function `setupAdaptor(address adaptor)`
set_rebalance_deviation = 6
Represents function `setRebalanceDeviation(uint256)`
message
cellar_v2.proto:228Represents function `initiateShutdown()`
Used in:
(message has no fields)
message
cellar_v2.proto:232Represents function `liftShutdown()`
Used in:
(message has no fields)
message
cellar_v2.proto:236Represents function `setPlatformFee(uint64)`
Used in:
uint64 amount = 1
New platform fee
message
cellar_v2.proto:263Changes the cellar's allowed rebalance deviation, which is the percent the total assets of a cellar may deviate during a `callOnAdaptor`(rebalance) call. The maximum allowed deviation is 100000000000000000 (0.1e18), or 10%. Represents function `setRebalanceDeviation(uint256)`
Used in:
string new_deviation = 1
message
cellar_v2.proto:242Represents function `setStrategistPlatformCut(uint64)`
Used in:
uint64 amount = 1
New strategist platform cut
message
cellar_v2.proto:252Allows owner to add new adaptors for the cellar to use. Represents function `setupAdaptor(address adaptor)`
Used in:
string adaptor = 1
Address of the adaptor
message
cellar_v2.proto:268Used in: ,
oneof call_type
function_call = 1
Represents a single function call
multicall = 2
Represents multiple, ordered function calls
message
cellar_v2.proto:421Allows the owner to add an adaptor to the Cellar's adaptor catalogue Represents function `addAdaptorToCatalogue(address adaptor)`
Used in:
string adaptor = 1
message
cellar_v2.proto:324Insert a trusted position to the list of positions used by the cellar at a given index. Represents function `addPosition(uint32 index, uint32 positionId, bytes configurationData, bool inDebtArray)`
Used in:
uint32 index = 1
Index at which to add the position
uint32 position_id = 2
The position's ID in the cellar registry
bytes configuration_data = 3
Data used to configure how the position behaves
bool in_debt_array = 4
Whether to add position in the debt array, or the credit array.
message
cellar_v2.proto:430Allows the owner to add a position to the Cellar's position catalogue Represents function `addPositionToCatalogue(uint32 positionId)`
Used in:
uint32 position_id = 1
message
cellar_v2.proto:482Updates the cellar to use the latest price router in the registry. Represents function `cachePriceRouter(bool checkTotalAssets, uint16 allowableRange, address expectedPriceRouter)`
Used in:
bool check_total_assets = 1
Whether to check the total assets of the cellar
uint32 allowable_range = 2
The allowable range of the cellar's total assets to deviate between old and new routers
string expected_price_router = 3
The expected price router address
message
cellar_v2.proto:340Allows strategists to manage their Cellar using arbitrary logic calls to adaptors. Represents function `callOnAdaptor(AdaptorCall[] memory data)`
Used in:
repeated data = 1
message
cellar_v2.proto:277The function you wish to execute on the target cellar
Used in: ,
oneof function
add_position = 1
Represents function `addPosition(uint256 index, address position)`
call_on_adaptor = 2
Represents function `callOnAdaptor(AdaptorCall[] memory data)`
remove_position = 3
Represents function `removePosition(uint256 index, bool inDebtArray)`
remove_adaptor_from_catalogue = 4
Represents function `removeAdaptorFromCatalogue(address adaptor)`
remove_position_from_catalogue = 5
Represents function `removePositionFromCatalogue(uint32 positionId)`
set_holding_position = 6
Represents function `setHoldingPosition(uint32 position_id)`
set_strategist_payout_address = 7
Represents function `setStrategistPayoutAddress(address payout)`
swap_positions = 8
Represents function `swapPositions(uint256 index1, uint256 index2)`
add_adaptor_to_catalogue = 9
Represents function `addAdaptorToCatalogue(address adaptor)`
add_position_to_catalogue = 10
Represents function `addPositionToCatalogue(uint32 positionId)`
set_rebalance_deviation = 11
Represents function `setRebalanceDeviation(uint256)`
set_share_lock_period = 12
Represents function `setShareLockPeriod(uint256 newLock)`
set_strategist_platform_cut = 13
Represents function `setStrategistPlatformCut(uint64 cut)`
initiate_shutdown = 14
Represents function `initiateShutdown()`
lift_shutdown = 15
Represents function `liftShutdown()`
cache_price_router = 16
Represents function `cachePriceRouter(bool checkTotalAssets, uint16 allowableRange, address expectedPriceRouter)`
message
cellar_v2.proto:458Shutdown the cellar. Used in an emergency or if the cellar has been deprecated. Represents function `initiateShutdown()`
Used in:
(message has no fields)
message
cellar_v2.proto:475Allows the owner to restart a shut down Cellar Represents function `liftShutdown()`
Used in:
(message has no fields)
message
cellar_v2.proto:412Allows caller to call multiple functions in a single TX. Represents function `multicall(bytes[] data)`
Used in:
repeated function_calls = 1
message
cellar_v2.proto:361Allows callers to remove adaptors from this cellar's catalogue Represents function `removeAdaptorFromCatalogue(address adaptor)`
Used in:
string adaptor = 1
message
cellar_v2.proto:349Remove the position at a given index from the list of positions used by the cellar. Represents function `removePosition(uint32 index, bool inDebtArray)`
Used in:
uint32 index = 1
Index at which to remove the position
bool in_debt_array = 2
Whether to remove position from the debt array, or the credit array.
message
cellar_v2.proto:370Allows caller to remove positions from this cellar's catalogue Represents function `removePositionFromCatalogue(uint32 positionId)`
Used in:
uint32 position_id = 1
message
cellar_v2.proto:379Set the holding position used of the cellar. Represents function `setHoldingIndex(uint8 index)`
Used in:
uint32 position_id = 1
ID (index) of the new holding position to use
message
cellar_v2.proto:449Changes the cellar's allowed rebalance deviation, which is the percent the total assets of a cellar may deviate during a `callOnAdaptor`(rebalance) call. The maximum allowed deviation is 100000000000000000 (0.1e18), or 10%. Represents function `setRebalanceDeviation(uint256)`
Used in:
string new_deviation = 1
Allows share lock period to be updated. Represents function `setShareLockPeriod()`
Used in:
string new_lock = 1
message
cellar_v2.proto:389Sets the Strategists payout address. Represents function `setStrategistPayoutAddress(address payout)`
Used in:
string payout = 1
message
cellar_v2.proto:465Allows strategist to set the platform cut for the cellar. Represents function `setStrategistPlatformCut(uint64 cut)`
Used in:
uint64 new_cut = 1
The new strategist platform cut
message
cellar_v2.proto:398Swap the positions at two given indeces. Represents function `swapPositions(uint32 index1, uint32 index2)`
Used in:
uint32 index_1 = 1
Index of the first position
uint32 index_2 = 2
Index of the second position
bool in_debt_array = 3
Whether to switch positions in the debt array, or the credit array.
message
cellar_v2.proto:496Represent a function call initiated through a governance proposal
Used in:
oneof call_type
function_call = 1
Represents a single function call
multicall = 2
Represents multiple, ordered function calls
message
cellar_v2.proto:558Allows the owner to add an adaptor to the Cellar's adaptor catalogue Represents function `addAdaptorToCatalogue(address adaptor)`
Used in:
string adaptor = 1
message
cellar_v2.proto:653Insert a trusted position to the list of positions used by the cellar at a given index. Represents function `addPosition(uint32 index, uint32 positionId, bytes configurationData, bool inDebtArray)`
Used in:
uint32 index = 1
Index at which to add the position
uint32 position_id = 2
The position's ID in the cellar registry
bytes configuration_data = 3
Data used to configure how the position behaves
bool in_debt_array = 4
Whether to add position in the debt array, or the credit array.
message
cellar_v2.proto:567Allows the owner to add a position to the Cellar's position catalogue Represents function `addPositionToCatalogue(uint32 positionId)`
Used in:
uint32 position_id = 1
message
cellar_v2.proto:639Updates the cellar to use the latest price router in the registry. Represents function `cachePriceRouter(bool checkTotalAssets, uint16 allowableRange, address expectedPriceRouter)`
Used in:
bool check_total_assets = 1
Whether to check the total assets of the cellar
uint32 allowable_range = 2
The allowable range of the cellar's total assets to deviate between old and new routers
string expected_price_router = 3
The expected price router address
message
cellar_v2.proto:669Allows strategists to manage their Cellar using arbitrary logic calls to adaptors. Represents function `callOnAdaptor(AdaptorCall[] memory data)`
Used in:
repeated data = 1
message
cellar_v2.proto:619Allows caller to force a position out of the cellar Represents function `forcePositionOut(uint32 index, uint32 positionId, bool inDebtArray)`
Used in:
uint32 index = 1
uint32 position_id = 2
bool in_debt_array = 3
message
cellar_v2.proto:505The function you wish to execute on the target cellar
Used in: ,
oneof function
add_adaptor_to_catalogue = 1
Represents function `addAdaptorToCatalogue(address adaptor)`
add_position_to_catalogue = 2
Represents function `addPositionToCatalogue(uint32 positionId)`
set_rebalance_deviation = 3
Represents function `setRebalanceDeviation(uint256)`
set_share_lock_period = 4
Represents function `setShareLockPeriod(uint256 newLock)`
set_strategist_platform_cut = 5
Represents function `setStrategistPlatformCut(uint64 cut)`
initiate_shutdown = 6
Represents function `initiateShutdown()`
lift_shutdown = 7
Represents function `liftShutdown()`
force_position_out = 8
Represents function `forcePositionOut(uint32 index, uint32 positionId, bool inDebtArray)`
toggle_ignore_pause = 9
Represents function `toggleIgnorePause(bool ignore)`
cache_price_router = 10
Represents function `cachePriceRouter(bool checkTotalAssets, uint16 allowableRange, address expectedPriceRouter)`
add_position = 11
Represents function `addPosition(uint256 index, address position)`
call_on_adaptor = 12
Represents function `callOnAdaptor(AdaptorCall[] memory data)`
remove_position = 13
Represents function `removePosition(uint256 index, bool inDebtArray)`
remove_adaptor_from_catalogue = 14
Represents function `removeAdaptorFromCatalogue(address adaptor)`
remove_position_from_catalogue = 15
Represents function `removePositionFromCatalogue(uint32 positionId)`
set_holding_position = 16
Represents function `setHoldingPosition(uint32 position_id)`
swap_positions = 18
Represents function `swapPositions(uint256 index1, uint256 index2)`
message
cellar_v2.proto:595Shutdown the cellar. Used in an emergency or if the cellar has been deprecated. Represents function `initiateShutdown()`
Used in:
(message has no fields)
message
cellar_v2.proto:612Allows the owner to restart a shut down Cellar Represents function `liftShutdown()`
Used in:
(message has no fields)
message
cellar_v2.proto:549Allows caller to call multiple functions in a single TX. Represents function `multicall(bytes[] data)`
Used in:
repeated function_calls = 1
message
cellar_v2.proto:690Allows callers to remove adaptors from this cellar's catalogue Represents function `removeAdaptorFromCatalogue(address adaptor)`
Used in:
string adaptor = 1
message
cellar_v2.proto:678Remove the position at a given index from the list of positions used by the cellar. Represents function `removePosition(uint32 index, bool inDebtArray)`
Used in:
uint32 index = 1
Index at which to remove the position
bool in_debt_array = 2
Whether to remove position from the debt array, or the credit array.
message
cellar_v2.proto:699Allows caller to remove positions from this cellar's catalogue Represents function `removePositionFromCatalogue(uint32 positionId)`
Used in:
uint32 position_id = 1
message
cellar_v2.proto:708Set the holding position used of the cellar. Represents function `setHoldingIndex(uint8 index)`
Used in:
uint32 position_id = 1
ID (index) of the new holding position to use
message
cellar_v2.proto:586Changes the cellar's allowed rebalance deviation, which is the percent the total assets of a cellar may deviate during a `callOnAdaptor`(rebalance) call. The maximum allowed deviation is 100000000000000000 (0.1e18), or 10%. Represents function `setRebalanceDeviation(uint256)`
Used in:
string new_deviation = 1
Allows share lock period to be updated. Represents function `setShareLockPeriod()`
Used in:
string new_lock = 1
message
cellar_v2.proto:602Allows strategist to set the platform cut for the cellar. Represents function `setStrategistPlatformCut(uint64 cut)`
Used in:
uint64 new_cut = 1
The new strategist platform cut
message
cellar_v2.proto:718Swap the positions at two given indeces. Represents function `swapPositions(uint32 index1, uint32 index2)`
Used in:
uint32 index_1 = 1
Index of the first position
uint32 index_2 = 2
Index of the second position
bool in_debt_array = 3
Whether to switch positions in the debt array, or the credit array.
message
cellar_v2.proto:630Allows caller to toggle the ignorePause flag on the cellar Represents function `toggleIgnorePause(bool ignore)`
Used in:
bool ignore = 1
message
cellar_v2.proto:728Used in: ,
oneof call_type
function_call = 1
Represents a single function call
multicall = 2
Represents multiple, ordered function calls
message
cellar_v2.proto:947Allows the owner to add an adaptor to the Cellar's adaptor catalogue Represents function `addAdaptorToCatalogue(address adaptor)`
Used in:
string adaptor = 1
message
cellar_v2.proto:794Insert a trusted position to the list of positions used by the cellar at a given index. Represents function `addPosition(uint32 index, uint32 positionId, bytes configurationData, bool inDebtArray)`
Used in:
uint32 index = 1
Index at which to add the position
uint32 position_id = 2
The position's ID in the cellar registry
bytes configuration_data = 3
Data used to configure how the position behaves
bool in_debt_array = 4
Whether to add position in the debt array, or the credit array.
message
cellar_v2.proto:956Allows the owner to add a position to the Cellar's position catalogue Represents function `addPositionToCatalogue(uint32 positionId)`
Used in:
uint32 position_id = 1
message
cellar_v2.proto:1006Updates the cellar to use the latest price router in the registry. Represents function `cachePriceRouter(bool checkTotalAssets, uint16 allowableRange, address expectedPriceRouter)`
Used in:
bool check_total_assets = 1
Whether to check the total assets of the cellar
uint32 allowable_range = 2
The allowable range of the cellar's total assets to deviate between old and new routers
string expected_price_router = 3
The expected price router address
message
cellar_v2.proto:810Allows strategists to manage their Cellar using arbitrary logic calls to adaptors. Represents function `callOnAdaptor(AdaptorCall[] memory data)`
Used in:
repeated data = 1
Allows strategist to decrease the share supply cap Represents function `decreaseShareSupplyCap(uint192)`
Used in:
string new_cap = 1
message
cellar_v2.proto:937Allows the strategist to stop an alternative asset from being deposited. Represents function `dropAlternativeAssetData(ERC20 _alternativeAsset)`
Used in:
string alternative_asset = 1
The address of the alternative asset
message
cellar_v2.proto:737The function you wish to execute on the target cellar
Used in: ,
oneof function
add_position = 1
Represents function `addPosition(uint256 index, address position)`
call_on_adaptor = 2
Represents function `callOnAdaptor(AdaptorCall[] memory data)`
remove_position = 3
Represents function `removePosition(uint256 index)`
set_holding_position = 4
Represents function `setHoldingPosition(uint32 position_id)`
set_strategist_payout_address = 5
Represents function `setStrategistPayoutAddress(address payout)`
swap_positions = 6
Represents function `swapPositions(uint256 index1, uint256 index2)`
set_share_lock_period = 8
Represents function `setShareLockPeriod(uint256 newLock)`
initiate_shutdown = 9
Represents function `initiateShutdown()`
lift_shutdown = 11
Represents function `liftShutdown()`
remove_adaptor_from_catalogue = 12
Represents function `removeAdaptorFromCatalogue(address adaptor)`
remove_position_from_catalogue = 13
Represents function `removePositionFromCatalogue(uint32 positionId)`
decrease_share_supply_cap = 14
Represents function `decreaseShareSupplyCap(uint192)
set_alternative_asset_data = 15
Represents function `setAlternativeAssetData(ERC20 _alternativeAsset, uint32 _alternativeHoldingPosition, uint32 _alternativeAssetFee)`
drop_alternative_asset_data = 16
Represents function `setDropAlternativeAssetData(ERC20 _alternativeAsset)`
add_adaptor_to_catalogue = 17
Represents function `addAdaptorToCatalogue(address adaptor)`
add_position_to_catalogue = 18
Represents function `addPositionToCatalogue(uint32 positionId)`
set_rebalance_deviation = 19
Represents function `setRebalanceDeviation(uint256)`
set_strategist_platform_cut = 20
Represents function `setStrategistPlatformCut(uint64 cut)`
set_share_price_oracle = 21
Represents function `setSharePriceOracle(uint256 _registryId, ERC4626SharePriceOracle _sharePriceOracle)`
increase_share_supply_cap = 22
Represents function `increaseShareSupplyCap(uint192 _newShareSupplyCap)`
cache_price_router = 23
Represents function `cachePriceRouter(bool checkTotalAssets, uint16 allowableRange, address expectedPriceRouter)`
Allows the caller to increase the share supply cap Represents function `increaseShareSupplyCap(uint192 _newShareSupplyCap)`
Used in:
string new_cap = 1
message
cellar_v2.proto:873Shutdown the cellar. Used in an emergency or if the cellar has been deprecated. Represents function `initiateShutdown()`
Used in:
(message has no fields)
message
cellar_v2.proto:880Allows the owner to restart a shut down Cellar Represents function `liftShutdown()`
Used in:
(message has no fields)
message
cellar_v2.proto:887Allows caller to call multiple functions in a single TX. Represents function `multicall(bytes[] data)`
Used in:
repeated function_calls = 1
message
cellar_v2.proto:896Allows callers to remove adaptors from this cellar's catalogue Represents function `removeAdaptorFromCatalogue(address adaptor)`
Used in:
string adaptor = 1
message
cellar_v2.proto:819Remove the position at a given index from the list of positions used by the cellar. Represents function `removePosition(uint32 index, bool inDebtArray)`
Used in:
uint32 index = 1
Index at which to remove the position
bool in_debt_array = 2
Whether to remove position from the debt array, or the credit array.
message
cellar_v2.proto:905Allows caller to remove positions from this cellar's catalogue Represents function `removePositionFromCatalogue(uint32 positionId)`
Used in:
uint32 position_id = 1
message
cellar_v2.proto:923Allows the strategist to add, or update an existing alternative asset deposit. Represents function `setAlternativeAssetData(ERC20 _alternativeAsset, uint32 _alternativeHoldingPosition, uint32 _alternativeAssetFee)`
Used in:
string alternative_asset = 1
The address of the alternative asset
uint32 alternative_holding_position = 2
The holding position to direct alternative asset deposits to
uint32 alternative_asset_fee = 3
The fee to charge for depositing this alternative asset
message
cellar_v2.proto:831Set the holding position used of the cellar. Represents function `setHoldingIndex(uint8 index)`
Used in:
uint32 position_id = 1
ID (index) of the new holding position to use
message
cellar_v2.proto:966Changes the cellar's allowed rebalance deviation, which is the percent the total assets of a cellar may deviate during a `callOnAdaptor`(rebalance) call. The maximum allowed deviation is 100000000000000000 (0.1e18), or 10%. Represents function `setRebalanceDeviation(uint256)`
Used in:
string new_deviation = 1
Allows share lock period to be updated. Represents function `setShareLockPeriod()`
Used in:
string new_lock = 1
Allows the caller to set the share price oracle contract Represents function `setSharePriceOracle(uint256 _registryId, ERC4626SharePriceOracle _sharePriceOracle)`
Used in:
string registry_id = 1
The oracle registry ID
string share_price_oracle = 2
The oracle contract address
message
cellar_v2.proto:841Sets the Strategists payout address. Represents function `setStrategistPayoutAddress(address payout)`
Used in:
string payout = 1
message
cellar_v2.proto:975Allows strategist to set the platform cut for the cellar. Represents function `setStrategistPlatformCut(uint64 cut)`
Used in:
uint64 new_cut = 1
The new strategist platform cut
message
cellar_v2.proto:850Swap the positions at two given indeces. Represents function `swapPositions(uint32 index1, uint32 index2)`
Used in:
uint32 index_1 = 1
Index of the first position
uint32 index_2 = 2
Index of the second position
bool in_debt_array = 3
Whether to switch positions in the debt array, or the credit array.
message
cellar_v2.proto:1019Represent a function call initiated through a governance proposal
Used in:
oneof call_type
function_call = 1
Represents a single function call
multicall = 2
Represents multiple, ordered function calls
message
cellar_v2.proto:1085Allows the owner to add an adaptor to the Cellar's adaptor catalogue Represents function `addAdaptorToCatalogue(address adaptor)`
Used in:
string adaptor = 1
message
cellar_v2.proto:1239Insert a trusted position to the list of positions used by the cellar at a given index. Represents function `addPosition(uint32 index, uint32 positionId, bytes configurationData, bool inDebtArray)`
Used in:
uint32 index = 1
Index at which to add the position
uint32 position_id = 2
The position's ID in the cellar registry
bytes configuration_data = 3
Data used to configure how the position behaves
bool in_debt_array = 4
Whether to add position in the debt array, or the credit array.
message
cellar_v2.proto:1094Allows the owner to add a position to the Cellar's position catalogue Represents function `addPositionToCatalogue(uint32 positionId)`
Used in:
uint32 position_id = 1
message
cellar_v2.proto:1174Updates the cellar to use the latest price router in the registry. Represents function `cachePriceRouter(bool checkTotalAssets, uint16 allowableRange, address expectedPriceRouter)`
Used in:
bool check_total_assets = 1
Whether to check the total assets of the cellar
uint32 allowable_range = 2
The allowable range of the cellar's total assets to deviate between old and new routers
string expected_price_router = 3
The expected price router address
message
cellar_v2.proto:1255Allows strategists to manage their Cellar using arbitrary logic calls to adaptors. Represents function `callOnAdaptor(AdaptorCall[] memory data)`
Used in:
repeated data = 1
Allows strategist to decrease the share supply cap Represents function `decreaseShareSupplyCap(uint192)`
Used in:
string new_cap = 1
message
cellar_v2.proto:1123Allows caller to force a position out of the cellar Represents function `forcePositionOut(uint32 index, uint32 positionId, bool inDebtArray)`
Used in:
uint32 index = 1
uint32 position_id = 2
bool in_debt_array = 3
message
cellar_v2.proto:1028The function you wish to execute on the target cellar
Used in: ,
oneof function
add_adaptor_to_catalogue = 1
Represents function `addAdaptorToCatalogue(address adaptor)`
add_position_to_catalogue = 2
Represents function `addPositionToCatalogue(uint32 positionId)`
set_rebalance_deviation = 3
Represents function `setRebalanceDeviation(uint256)`
set_strategist_platform_cut = 4
Represents function `setStrategistPlatformCut(uint64 cut)`
force_position_out = 5
Represents function `forcePositionOut(uint32 index, uint32 positionId, bool inDebtArray)`
toggle_ignore_pause = 6
Represents function `toggleIgnorePause()`
set_share_price_oracle = 7
Represents function `setSharePriceOracle(uint256 _registryId, ERC4626SharePriceOracle _sharePriceOracle)`
increase_share_supply_cap = 8
Represents function `increaseShareSupplyCap(uint192 _newShareSupplyCap)`
set_automation_actions = 9
Represents function `setAutomatiionActions(uint256 _registryId, address _expectedAutomationActions)`
cache_price_router = 10
Represents function `cachePriceRouter(bool checkTotalAssets, uint16 allowableRange, address expectedPriceRouter)`
initiate_shutdown = 11
Represents function `initiateShutdown()`
lift_shutdown = 12
Represents function `liftShutdown()`
remove_adaptor_from_catalogue = 13
Represents function `removeAdaptorFromCatalogue(address adaptor)`
remove_position_from_catalogue = 14
Represents function `removePositionFromCatalogue(uint32 positionId)`
decrease_share_supply_cap = 15
Represents function `decreaseShareSupplyCap(uint192)
set_holding_position = 16
Represents function `setHoldingPosition(uint32 position_id)`
add_position = 17
Represents function `addPosition(uint256 index, address position)`
call_on_adaptor = 18
Represents function `callOnAdaptor(AdaptorCall[] memory data)`
remove_position = 19
Represents function `removePosition(uint256 index)`
Allows the caller to increase the share supply cap Represents function `increaseShareSupplyCap(uint192 _newShareSupplyCap)`
Used in:
string new_cap = 1
message
cellar_v2.proto:1188Shutdown the cellar. Used in an emergency or if the cellar has been deprecated. Represents function `initiateShutdown()`
Used in:
(message has no fields)
message
cellar_v2.proto:1195Allows the owner to restart a shut down Cellar Represents function `liftShutdown()`
Used in:
(message has no fields)
message
cellar_v2.proto:1076Allows caller to call multiple functions in a single TX. Represents function `multicall(bytes[] data)`
Used in:
repeated function_calls = 1
message
cellar_v2.proto:1202Allows callers to remove adaptors from this cellar's catalogue Represents function `removeAdaptorFromCatalogue(address adaptor)`
Used in:
string adaptor = 1
message
cellar_v2.proto:1264Remove the position at a given index from the list of positions used by the cellar. Represents function `removePosition(uint32 index, bool inDebtArray)`
Used in:
uint32 index = 1
Index at which to remove the position
bool in_debt_array = 2
Whether to remove position from the debt array, or the credit array.
message
cellar_v2.proto:1211Allows caller to remove positions from this cellar's catalogue Represents function `removePositionFromCatalogue(uint32 positionId)`
Used in:
uint32 position_id = 1
message
cellar_v2.proto:1141Allows caller to set automation actions Represents function `setAutomatiionActions(uint256 _registryId, address _expectedAutomationActions)`
Used in:
string registry_id = 1
The oracle registry ID
string expected_automation_actions = 2
The automation actions contract address
message
cellar_v2.proto:1229Set the holding position used of the cellar. Represents function `setHoldingIndex(uint8 index)`
Used in:
uint32 position_id = 1
ID (index) of the new holding position to use
message
cellar_v2.proto:1104Changes the cellar's allowed rebalance deviation, which is the percent the total assets of a cellar may deviate during a `callOnAdaptor`(rebalance) call. The maximum allowed deviation is 100000000000000000 (0.1e18), or 10%. Represents function `setRebalanceDeviation(uint256)`
Used in:
string new_deviation = 1
Allows the caller to set the share price oracle contract Represents function `setSharePriceOracle(uint256 _registryId, ERC4626SharePriceOracle _sharePriceOracle)`
Used in:
string registry_id = 1
The oracle registry ID
string share_price_oracle = 2
The oracle contract address
message
cellar_v2.proto:1113Allows strategist to set the platform cut for the cellar. Represents function `setStrategistPlatformCut(uint64 cut)`
Used in:
uint64 new_cut = 1
The new strategist platform cut
message
cellar_v2.proto:1134Allows caller to toggle the ignorePause flag on the cellar Represents function `toggleIgnorePause()`
Used in:
(message has no fields)
message
morpho_reward_handler.proto:15Allows Morpho A Token cellars to claim Morpho Rewards Represents function `claim(uint256 claimable, bytes32[] memory proof)`
Used in: , ,
string claimable = 1
The amount of the asset to withdraw.
repeated bytes proof = 2
Proof of claim
message
collateral_f_token.proto:13Represents call data for the Frax Collateral F Token adaptor.
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
add_collateral = 2
Represents function `addCollateral(IFToken _fraxlendPair, uint256 _collateralToDeposit)`
remove_collateral = 3
Represents function `removeCollateral(uint256 _collateralAmount, IFToken _fraxlendPair)`
message
collateral_f_token.proto:33Allows strategists to add collateral to the respective cellar position on FraxLend, enabling borrowing. Represents function `addCollateral(IFToken _fraxlendPair, uint256 _collateralToDeposit)`
Used in:
string fraxlend_pair = 1
The FraxLend pair to add collateral to.
string collateral_to_deposit = 2
The amount of collateral to add to the cellar position.
message
collateral_f_token.proto:45Allows strategists to remove collateral from the respective cellar position on FraxLend. Represents function `removeCollateral(uint256 _collateralAmount, IFToken _fraxlendPair)`
Used in:
string collateral_amount = 1
The amount of collateral to remove from the cellar position.
string fraxlend_pair = 2
The FraxLend pair to remove collateral from.
message
collateral_f_token.proto:53Used in: , ,
repeated calls = 1
message
c_token.proto:13Represents call data for the Compound C Token adaptor V2, managing lending positions on Compound.
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
deposit_to_compound = 2
Represents function `depositToCompound(CErc20 market, uint256 amountToDeposit)`
withdraw_from_compound = 3
Represents function `withdrawFromCompound(CErc20 market, uint256 amountToWithdraw)`
claim_comp = 4
Represents function `claimComp()`
message
c_token.proto:55Allows strategists to claim COMP rewards. Represents function `claimComp()`
Used in:
(message has no fields)
message
c_token.proto:35Allows strategists to lend assets on Compound. Represents function `depositToCompound(CErc20 market, uint256 amountToDeposit)`
Used in:
string market = 1
string amount_to_deposit = 2
message
c_token.proto:45Allows strategists to withdraw assets from Compound. Represents function `withdrawFromCompound(CErc20 market, uint256 amountToWithdraw)`
Used in:
string market = 1
string amount_to_withdraw = 2
message
c_token.proto:58Used in: , ,
repeated calls = 1
message
convex_curve.proto:13Represents call data for the Convex Curve adaptor V1
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
deposit_lpt_in_convex_and_stake = 2
Represents function `depositLPTInConvexAndStake(uint256 _pid, address baseRewardPool, ERC20 _lpt, CurvePool _pool, bytes4 _selector, uint256 _amount)`
withdraw_from_base_reward_pool_as_lpt = 3
Represents function `withdrawFromBaseRewardPoolAsLPTaddress(_baseRewardPool, uint256 _amount, bool _claim)`
get_rewards = 4
Represents function `getRewards(address _baseRewardPool, bool _claimExtras)`
message
convex_curve.proto:35Allows strategists to deposit and stake LPTs into Convex markets via the respective Convex market Booster contract Represents function `depositLPTInConvexAndStake(uint256 _pid, address baseRewardPool, ERC20 _lpt, CurvePool _pool, bytes4 _selector, uint256 _amount)`
Used in:
string pid = 1
string base_reward_pool = 2
string lpt = 3
string pool = 4
string selector = 5
string amount_to_deposit = 6
message
convex_curve.proto:60Allows strategists to get rewards for an Convex Booster without withdrawing/unwrapping from Convex market Represents function `getRewards(address _baseRewardPool, bool _claimExtras)`
Used in:
string base_reward_pool = 1
bool claim_extras = 2
message
convex_curve.proto:49Allows strategists to withdraw from Convex markets via Booster contract w/ or w/o claiming rewards Represents function `withdrawFromBaseRewardPoolAsLPTaddress(_baseRewardPool, uint256 _amount, bool _claim)`
Used in:
string base_reward_pool = 1
string amount_to_withdraw = 2
bool claim = 3
message
convex_curve.proto:66Used in: , ,
repeated calls = 1
message
curve.proto:13Represents call data for the Curve adaptor V1
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
add_liquidity = 2
Represents function `addLiquidity(address pool, ERC20 lpToken, uint256[] orderedUnderlyingTokenAmounts, uint256 minLPAmount, CurveGauge gauge, bytes4 selector)`
add_liquidity_eth = 3
Represents function `addLiquidityETH(address pool, ERC20 lpToken, uint256[] orderedMinimumUnderlyingTokenAmountsOut, uint256 minLPAmount, bool useUnderlying, CurveGauge gauge, bytes4 selector)`
remove_liquidity = 4
Represents function `removeLiquidity(address pool, ERC20 lpToken, uint256 lpTokenAmount, uint256[] orderedMinimumUnderlyingTokenAmountsOut, CurveGauge gauge, bytes4 selector)`
remove_liquidity_eth = 5
Represents function `removeLiquidityETH(address pool, ERC20 lpToken, uint256 lpTokenAmount, uint256[] orderedMinimumUnderlyingTokenAmountsOut, bool useUnderlying, CurveGauge gauge, bytes4 selector)`
stake_in_gauge = 6
Represents function `stakeInGauge(ERC20 lpToken, CurveGauge gauge, uint256 amount, CurvePool pool, bytes4 selector)`
unstake_from_gauge = 7
Represents function `unstakeFromGauge(CurveGauge gauge, uint256 amount)`
claim_rewards = 8
Represents function `claimRewards(CurveGauge gauge)`
message
curve.proto:43Allows strategist to add liquidity to Curve pairs that do NOT use the native asset. Represents function `addLiquidity(address pool, ERC20 lpToken, uint256[] orderedUnderlyingTokenAmounts, uint256 minLPAmount, CurveGauge gauge, bytes4 selector)`
Used in:
string pool = 1
Address of the Curve pool
string lp_token = 2
Address of the LP token
repeated string ordered_underlying_token_amounts = 3
Minimum amount of each underlying token to receive
string min_lp_amount = 4
Minimum amount of LP tokens to receive
string gauge = 5
Address of the Curve gauge
string selector = 6
Selector of the function to call
message
curve.proto:63Allows strategist to add liquidity to Curve pairs that use the native asset. Represents function `addLiquidityETH(address pool, ERC20 lpToken, uint256[] orderedUnderlyingTokenAmounts, uint256 minLPAmount, bool useUnderlying, CurveGauge gauge, bytes4 selector)`
Used in:
string pool = 1
Address of the Curve pool
string lp_token = 2
Address of the LP token
repeated string ordered_underlying_token_amounts = 3
Minimum amount of each underlying token to receive
string min_lp_amount = 4
Minimum amount of LP tokens to receive
bool use_underlying = 5
Whether to use the underlying asset or the wrapped asset
string gauge = 6
Address of the Curve gauge
string selector = 7
Selector of the function to call
message
curve.proto:157Allows strategist to claim rewards from a gauge. Represents function `claimRewards(CurveGauge gauge)`
Used in:
string gauge = 1
Address of the Curve gauge
message
curve.proto:85Allows strategist to remove liquidity from Curve pairs that do NOT use the native asset. Represents function `removeLiquidity(address pool, ERC20 lpToken, uint256 lpTokenAmount, uint256[] orderedMinimumUnderlyingTokenAmountsOut, CurveGauge gauge, bytes4 selector)`
Used in:
string pool = 1
Address of the Curve pool
string lp_token = 2
Address of the LP token
string lp_token_amount = 3
Amount of LP tokens to remove
repeated string ordered_minimum_underlying_token_amounts_out = 4
Minimum amount of each underlying token to receive
string gauge = 5
Address of the Curve gauge
string selector = 6
Selector of the function to call
message
curve.proto:105Allows strategist to remove liquidity from Curve pairs that use the native asset. Represents function `removeLiquidityETH(address pool, ERC20 lpToken, uint256 lpTokenAmount, uint256[] orderedMinimumUnderlyingTokenAmountsOut, bool useUnderlying, CurveGauge gauge, bytes4 selector)`
Used in:
string pool = 1
Address of the Curve pool
string lp_token = 2
Address of the LP token
string lp_token_amount = 3
Amount of LP tokens to remove
repeated string ordered_minimum_underlying_token_amounts_out = 4
Minimum amount of each underlying token to receive
bool use_underlying = 5
Whether to use the underlying asset or the wrapped asset
string gauge = 6
Address of the Curve gauge
string selector = 7
Selector of the function to call
message
curve.proto:127Allows strategist to stake Curve LP tokens in their gauge. Represents function `stakeInGauge(ERC20 lpToken, CurveGauge gauge, uint256 amount, CurvePool pool, bytes4 selector)`
Used in:
string lp_token = 1
Address of the LP token
string gauge = 2
Address of the Curve gauge
string amount = 3
Amount of LP tokens to stake
string pool = 4
Address of the Curve pool
string selector = 5
Selector of the function to call
message
curve.proto:145Allows strategist to unstake Curve LP tokens from their gauge. Represents function `unstakeFromGauge(CurveGauge gauge, uint256 amount)`
Used in:
string gauge = 1
Address of the Curve gauge
string amount = 2
Amount of LP tokens to unstake
message
curve.proto:163Used in: , ,
repeated calls = 1
message
debt_f_token.proto:13Represents call data for the Frax adaptor.
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
borrow_from_fraxlend = 2
Represents function `borrowFromFraxlend(IFToken fraxlendPair, uint256 amountToBorrow)`
repay_fraxlend_debt = 3
Represents function `repayFraxlendDebt(IFToken _fraxlendPair, uint256 _debtTokenRepayAmount)`
call_add_interest = 4
Represents function `callAddInterest(IFToken _fraxlendPair)`
message
debt_f_token.proto:35Allows a strategist to borrow assets from Fraxlend Represents `function borrowFromFraxlend(IFToken fraxlendPair, uint256 amountToBorrow)`
Used in:
string fraxlend_pair = 1
The address of the Frax Pair to borrow from.
string amount_to_borrow = 2
The amount of the asset to borrow.
message
debt_f_token.proto:60Allows a strategist to call `addInterest` on a Frax Pair they are using Represents `function callAddInterest(IFToken _fraxlendPair)`
Used in:
string fraxlend_pair = 1
The address of the pair to call addInterest on.
message
debt_f_token.proto:48Allows strategists to repay loan debt on Fraxlend Pair. Make sure to call addInterest() beforehand to ensure we are repaying what is required. Represents `function repayFraxlendDebt(IFToken _fraxlendPair, uint256 _debtTokenRepayAmount)`
Used in:
string fraxlend_pair = 1
The address of the Frax Pair to repay debt on.
string debt_token_repay_amount = 2
The amount of the debt token to repay.
message
debt_f_token.proto:66Used in: , ,
repeated calls = 1
message
erc4626.proto:13Represents call data for the ERC4626 adaptor V1
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
deposit_to_vault = 2
Represents function `depositToVault(ERC4626 erc4626Vault, uint256 assets)`
withdraw_from_vault = 3
Represents function `withdrawFromVault(ERC4626 erc4626Vault, uint256 assets)`
message
erc4626.proto:32Allows strategists to deposit into ERC4626 positions. Represents function `depositToVault(ERC4626 erc4626Vault, uint256 assets)`
Used in:
string erc4626_vault = 1
The address of the ERC4626 vault
string assets = 2
The amount of assets to deposit
message
erc4626.proto:44Allows strategists to withdraw from ERC4626 positions. Represents function `withdrawFromVault(ERC4626 erc4626Vault, uint256 assets)`
Used in:
string erc4626_vault = 1
The address of the ERC4626 vault
string assets = 2
The amount of assets to withdraw
message
erc4626.proto:52Used in: , ,
repeated calls = 1
Exchange selector
Used in: , , ,
EXCHANGE_UNSPECIFIED = 0
EXCHANGE_UNIV2 = 1
Represents Uniswap V2
EXCHANGE_UNIV3 = 2
Represents Uniswap V3
message
f_token.proto:13Represents call data for the Frax adaptor.
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
lend_frax = 2
Represents function `lendFrax(IFToken fToken, uint256 amountToDeposit)`
redeem_frax_share = 3
Represents function `redeemFraxShare(IFToken fToken, uint256 amountToRedeem)`
withdraw_frax = 4
Represents function `withdrawFrax(IFToken fToken, uint256 amountToWithdraw)`
call_add_interest = 5
Represents function `callAddInterest(IFToken fToken)`
message
f_token.proto:76Allows a strategist to call `addInterest` on a Frax Pair they are using Represents `function callAddInterest(IFToken fToken)`
Used in:
string f_token = 1
The address of the fToken to call `addInterest` on.
message
f_token.proto:37Allows strategists to lend FRAX on FraxLend Represents `function lendFrax(IFToken fToken, uint256 amountToDeposit)`
Used in:
string f_token = 1
The address of the fToken to lend.
string amount_to_deposit = 2
The amount of the fToken to lend.
Allows strategists to redeem FRAX shares on FraxLend Represents `function redeemFraxShare(IFToken fToken, uint256 amountToRedeem)`
Used in:
string f_token = 1
The address of the fToken to redeem.
string amount_to_redeem = 2
The amount of the fToken to redeem.
message
f_token.proto:63Allows strategists to withdraw FRAX from FraxLend Represents `function withdrawFrax(IFToken fToken, uint256 amountToWithdraw)`
Used in:
string f_token = 1
The address of the fToken to withdraw.
string amount_to_withdraw = 2
The amount of the fToken to withdraw.
message
f_token.proto:82Used in: , ,
repeated calls = 1
message
fees_and_reserves.proto:13Represents call data for the FeesAndReserves and FeesAndReservesAdaptor contracts.
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
update_performance_fees = 2
Represents function `updatePerformanceFee(uint32 performanceFee)`
update_management_fees = 3
Represents function `updateManagementFee(uint32 managementFee)`
change_upkeep_frequency = 4
Represents function `changeUpkeepFrequency(uint64 newFrequency)`
change_upkeep_max_gas = 5
Represents function `changeUpkeepMaxGas(uint64 newMaxGas)`
setup_meta_data = 6
Represents function `setupMetaData(uint32 managementFee, uint32 performanceFee)`
add_assets_to_reserves = 7
Represents function `addAssetsToReserves(uint256 amount)`
withdraw_assets_from_reserves = 8
Represents function `withdrawAssetsFromReserves(uint256 amount)`
prepare_fees = 9
Represents function `prepareFees(uint256 amount)`
message
fees_and_reserves.proto:91Allows the owner to add assets to the Cellar's reserves Represents function `addAssetsToReserves(uint256 amount)`
Used in:
string amount = 1
message
fees_and_reserves.proto:63Allows the owner to update a Cellar's upkeep frequency. Represents function `changeUpkeepFrequency(uint64 newFrequency)`
Used in:
uint64 new_frequency = 1
message
fees_and_reserves.proto:72Allows the owner to update a Cellar's upkeep max gas. Represents function `changeUpkeepMaxGas(uint64 newMaxGas)`
Used in:
uint64 new_max_gas = 1
message
fees_and_reserves.proto:109Allows the owner to prepare fees to be split between the platform, strategist, and protocol Represents function `prepareFees(uint256 amount)`
Used in:
string amount = 1
message
fees_and_reserves.proto:81Allows the owner to set the Cellar's fee metadata Represents function `setupMetaData(uint32 managementFee, uint32 performanceFee)`
Used in:
uint32 management_fee = 1
uint32 performance_fee = 2
message
fees_and_reserves.proto:54Allows the owner to update a Cellar's management fee. Represents function `updateManagementFee(uint32 managementFee)`
Used in:
uint32 management_fee = 1
message
fees_and_reserves.proto:45Allows the owner to update a Cellar's performance fee. Represents function `updatePerformanceFee(uint32 performanceFee)`
Used in:
uint32 performance_fee = 1
message
fees_and_reserves.proto:100Allows the owner to withdraw assets from the Cellar's reserves Represents function `withdrawAssetsFromReserves(uint256 amount)`
Used in:
string amount = 1
message
fees_and_reserves.proto:114Used in: , ,
repeated calls = 1
message
governance.proto:17Represents a governance-executed cellar function call. Used for Scheduled Cork Proposals in Sommelier.
oneof call
The type of Cellar to call
aave_v2_stablecoin = 2
Governance function calls to the AaveV2Stablecoin cellar
cellar_v1 = 3
Governance function calls to V1 cellars
cellar_v2 = 4
Governance function calls to V2 cellars
cellar_v2_2 = 5
Governance function calls to the V2.2 cellars
cellar_v2_5 = 6
Governance function calls to the V2.5 cellars
message
legacy_cellar_adaptor.proto:10Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
depositToCellar = 2
Represents function `depositToCellar(Cellar cellar, uint256 assets, address oracle)`
withdrawFromCellar = 3
Represents function `withdrawFromCellar(Cellar cellar, uint256 assets, address oracle)`
message
legacy_cellar_adaptor.proto:30Allows strategists to deposit into Cellar positions. Represents function `depositToCellar(Cellar cellar, uint256 assets, address oracle)`
Used in:
string cellar = 1
string assets = 2
string oracle = 3
message
legacy_cellar_adaptor.proto:41Allows strategists to withdraw from Cellar positions. Represents function `withdrawFromCellar(Cellar cellar, uint256 assets, address oracle)`
Used in:
string cellar = 1
string assets = 2
string oracle = 3
message
legacy_cellar_adaptor.proto:48Used in: , ,
repeated calls = 1
message
common.proto:91Represents parameters for a Morpho Blue market
Used in: , , , , ,
string loan_token = 1
The address of the loan token
string collateral_token = 2
The address of the collateral token
string oracle = 3
The address of the oracle
string irm = 4
The address of the interest rate model
string lltv = 5
The loan-to-value ratio
message
morpho_aave_v2_a_token.proto:14Represents call data for the Morpho Aave V2 AToken adaptor.
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
deposit_to_aave_v2_morpho = 2
Represents function `depositToAaveV2Morpho(IAaveToken aToken, uint256 amountToDeposit)`
withdraw_from_aave_v2_morpho = 3
Represents function `withdrawFromAaveV2Morpho(IAaveToken aToken, uint256 amountToWithdraw)`
claim = 4
Represents function `claim(uint256 claimable, bytes32[] memory proof)`
message
morpho_aave_v2_a_token.proto:36Allows strategists to lend assets on Morpho. Represents function `depositToAaveV2Morpho(IAaveToken aToken, uint256 amountToDeposit)`
Used in:
string a_token = 1
The address of the Aave V2 aToken to deposit to.
string amount_to_deposit = 2
The amount of the asset to deposit.
message
morpho_aave_v2_a_token.proto:49Allows strategists to withdraw assets from Morpho. Represents function `withdrawFromAaveV2Morpho(IAaveToken aToken, uint256 amountToWithdraw)`
Used in:
string a_token = 1
The address of the Aave V2 aToken to withdraw from.
string amount_to_withdraw = 2
The amount of the asset to withdraw.
message
morpho_aave_v2_a_token.proto:58Used in: , ,
repeated calls = 1
Represents call data for the Morpho Aave V2 Debt Token adaptor.
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
borrow_from_aave_v2_morpho = 2
Represents function `borrowFromAaveV2Morpho(address aToken, uint256 amountToBorrow)`
repay_aave_v2_morpho_debt = 3
Represents function `repayAaveV2MorphoDebt(IAaveToken aToken, uint256 amountToRepay)`
Allows strategists to borrow assets from Aave. Represents function `borrowFromAaveV2Morpho(address aToken, uint256 amountToBorrow)`
Used in:
string a_token = 1
The address of the Aave V2 aToken to borrow.
string amount_to_borrow = 2
The amount of the asset to borrow.
Allows strategists to repay loan debt on Aave. Represents function `repayAaveV2MorphoDebt(IAaveToken aToken, uint256 amountToRepay)`
Used in:
string a_token = 1
The address of the Aave V2 aToken to repay.
string amount_to_repay = 2
The amount of the asset to repay.
Used in: , ,
repeated calls = 1
Represents call data for the Morpho Aave V3 AToken Collateral adaptor.
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
deposit_to_aave_v3_morpho = 2
Represents function `depositToAaveV3Morpho(ERC20 tokenToDeposit, uint256 amountToDeposit)`
withdraw_from_aave_v3_morpho = 3
Represents function `withdrawFromAaveV3Morpho(ERC20 tokenToWithdraw, uint256 amountToWithdraw)`
claim = 4
Represents function `claim(uint256 claimable, bytes32[] memory proof)`
Allows strategists to lend assets on Morpho Represents function `depositToAaveV3Morpho(ERC20 tokenToDeposit, uint256 amountToDeposit)`
Used in:
string token_to_deposit = 1
The address of the token to deposit
string amount_to_deposit = 2
The amount of tokens to deposit
Allows strategists to withdraw assets from Morpho Represents function `withdrawFromAaveV3Morpho(ERC20 tokenToWithdraw, uint256 amountToWithdraw)`
Used in:
string token_to_withdraw = 1
The address of the token to withdraw
string amount_to_withdraw = 2
The amount of tokens to withdraw
Used in: , ,
repeated calls = 1
Represents call data for the Morpho Aave V3 A Token P2P adaptor.
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
deposit_to_aave_v3_morpho = 2
Represents function `depositToAaveV3Morpho(ERC20 tokenToDeposit, uint256 amountToDeposit, uint256 maxIterations)`
withdraw_from_aave_v3_morpho = 3
Represents function `withdrawFromAaveV3Morpho(ERC20 tokenToWithdraw, uint256 amountToWithdraw, uint256 maxIterations)`
claim = 4
Represents function `claim(uint256 claimable, bytes32[] memory proof)`
Allows strategists to lend assets on Morpho Represents function `depositToAaveV3Morpho(ERC20 tokenToDeposit, uint256 amountToDeposit, uint256 maxIterations)`
Used in:
string token_to_deposit = 1
The address of the token to deposit
string amount_to_deposit = 2
The amount of tokens to deposit
string max_iterations = 3
The maximum number of iterations to run
Allows strategists to withdraw assets from Morpho Represents function `withdrawFromAaveV3Morpho(ERC20 tokenToWithdraw, uint256 amountToWithdraw, uint256 maxIterations)`
Used in:
string token_to_withdraw = 1
The address of the token to withdraw
string amount_to_withdraw = 2
The amount of tokens to withdraw
string max_iterations = 3
The maximum number of iterations to run
Used in: , ,
repeated calls = 1
Represents call data for the Morpho Aave V3 Debt Token adaptor.
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
borrow_from_aave_v3_morpho = 2
Represents function `borrowFromAaveV3Morpho(address underlying, uint256 amountToBorrow, uint256 maxIterations)`
repay_aave_v3_morpho_debt = 3
Represents function `repayAaveV3MorphoDebt(ERC20 tokenToRepay, uint256 amountToRepay)`
Allows strategists to borrow assets from Morpho Represents function `borrowFromAaveV3Morpho(address underlying, uint256 amountToBorrow, uint256 maxIterations)`
Used in:
string underlying = 1
The underlying asset to borrow
string amount_to_borrow = 2
The amount of the underlying asset to borrow
string max_iterations = 3
The maximum number of iterations to perform
Allows strategists to repay loan debt on Morpho Represents function `repayAaveV3MorphoDebt(ERC20 tokenToRepay, uint256 amountToRepay)`
Used in:
string token_to_repay = 1
The token to repay
string amount_to_repay = 2
The amount of the token to repay
Used in: , ,
repeated calls = 1
message
morpho_blue_collateral.proto:14Represents call data for the Morpho Blue Collateral adaptor.
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
add_collateral = 2
Represents function `addCollateral(MarketParams memory _market, uint256 _collateralToDeposit)`
remove_collateral = 3
Represents function `removeCollateral(MarketParams memory _market, uint256 _collateralAmount)`
message
morpho_blue_collateral.proto:34Allows strategists to add collateral to the respective cellar position on specified MB Market, enabling borrowing. Represents function `addCollateral(MarketParams memory _market, uint256 _collateralToDeposit)`
Used in:
optional market = 1
Identifier of a Morpho Blue Market
string collateral_to_deposit = 2
The amount of collateral to add
message
morpho_blue_collateral.proto:47Allows strategists to remove collateral from the respective cellar position on specified MB Market. Represents function `removeCollateral(MarketParams memory _market, uint256 _collateralAmount)`
Used in:
optional market = 1
Identifier of a Morpho Blue Market
string collateral_amount = 2
The amount of collateral to remove
message
morpho_blue_collateral.proto:56Used in: , ,
repeated calls = 1
message
morpho_blue_debt.proto:14Represents call data for the Morpho Blue Debt adaptor.
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
borrow_from_morpho_blue = 2
Represents function `borrowFromMorphoBlue(MarketParams memory _market, uint256 _amountToBorrow)`
repay_morpho_blue_debt = 3
Represents function `repayMorphoBlueDebt(MarketParams memory _market, uint256 _debtTokenRepayAmount)`
message
morpho_blue_debt.proto:34Allows strategists borrow a specific amount of an asset on Morpho Blue Represents function `borrowFromMorphoBlue(MarketParams memory _market, uint256 _amountToBorrow)`
Used in:
optional market = 1
Identifier of a Morpho Blue Market
string amount_to_borrow = 2
The amount of the debt token to borrow
message
morpho_blue_debt.proto:47Allows strategists to repay loan debt on Morph Blue Lending Market. Make sure to call addInterest() beforehand to ensure we are repaying what is required. Represents function `repayMorphoBlueDebt(MarketParams memory _market, uint256 _debtTokenRepayAmount)`
Used in:
optional market = 1
Identifier of a Morpho Blue Market
string debt_token_repay_amount = 2
The amount of the debt token to repay
message
morpho_blue_debt.proto:56Used in: , ,
repeated calls = 1
message
morpho_blue_supply.proto:14Represents call data for the Morpho Blue Supply adaptor.
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
lend_to_morpho_blue = 2
Represents function `lendToMorphoBlue(MarketParams memory _market, uint256 _assets)`
withdraw_from_morpho_blue = 3
Represents function `withdrawFromMorphoBlue(MarketParams memory _market, uint256 _assets)`
message
morpho_blue_supply.proto:34Allows strategists to lend a specific amount for an asset on Morpho Blue Represents function `lendToMorphoBlue(MarketParams memory _market, uint256 _assets)`
Used in:
optional market = 1
Identifier of a Morpho Blue Market
string assets = 2
The amount of the loan token to lend
message
morpho_blue_supply.proto:47Allows strategists to withdraw the underlying asset plus interest Represents function `withdrawFromMorphoBlue(MarketParams memory _market, uint256 _assets)`
Used in:
optional market = 1
Identifier of a Morpho Blue Market
string assets = 2
The amount of the loan token to lend
message
morpho_blue_supply.proto:56Used in: , ,
repeated calls = 1
message
oneinch.proto:13Represents call data for the OneInch adaptor.
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
swap_with_one_inch = 2
Represents function `swapWithOneInch(ERC20 tokenIn, ERC20 tokenOut, uint256 amount, bytes swapCallData)`
message
oneinch.proto:29Allows strategists to make ERC20 swaps using 1Inch. Represents function `swapWithOneInch(ERC20 tokenIn, ERC20 tokenOut, uint256 amount, bytes swapCallData)`
Used in:
string token_in = 1
string token_out = 2
string amount = 3
bytes swap_call_data = 4
message
oneinch.proto:37Used in: , ,
repeated calls = 1
message
base.proto:35Helper function to make safe "blind" Uniswap Swaps by comparing value in vs value out of the swap. Represents function `oracleSwap(ERC20 assetIn, ERC20 assetOut, uint256 amountIn, SwapRouter.Exchange exchange, bytes memory params, uint64 slippage)`
Used in: ,
string asset_in = 1
Asset to swap from
string asset_out = 2
Asset to swap to
string amount_in = 3
Amount to swap
Exchange exchange = 4
The exchange to make the swap on
optional params = 5
The parameters for the swap
uint64 slippage = 6
The slippage allowed for the swap
message
common.proto:81Represents swap params for BaseAdaptor.oracleSwap()
Used in:
oneof params
univ2_params = 1
univ3_params = 2
message
pendle.proto:13Represents call data for the Pendle adaptor.
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
mint_sy_from_token = 2
Represents function `mintSyFromToken(IPendleMarket market, uint256 minSyOut, TokenInput memory input)`
mint_py_from_sy = 3
Represents function `mintPyFromSy(IPendleMarket market, uint256 netSyIn, uint256 minPyOut)`
swap_exact_pt_for_yt = 4
Represents function `swapExactPtForYt(IPendleMarket market, uint256 exactPtIn, uint256 minYtOut, ApproxParams calldata guessTotalYtToSwap)`
swap_exact_yt_for_pt = 5
Represents function `swapExactYtForPt(IPendleMarket market, uint256 exactYtIn, uint256 minPtOut, ApproxParams calldata guessTotalPtToSwap)`
add_liquidity_dual_sy_and_pt = 6
Represents function `addLiquidityDualSyAndPt(IPendleMarket market, uint256 netSyDesired, uint256 netPtDesired, uint256 minLpOut)`
remove_liquidity_dual_sy_and_pt = 7
Represents function `removeLiquidityDualSyAndPt(IPendleMarket market, uint256 netLpToRemove, uint256 minSyOut, uint256 minPtOut)`
redeem_py_to_sy = 8
Represents function `redeemPyToSy(IPendleMarket market, uint256 netPyIn, uint256 minSyOut)`
redeem_sy_to_token = 9
Represents function `redeemSyToToken(IPendleMarket market, uint256 netSyIn, TokenOutput memory output)`
message
pendle.proto:166Allows strategist to add liquidity to a Pendle market. Represents function `addLiquidityDualSyAndPt(IPendleMarket market, uint256 netSyDesired, uint256 netPtDesired, uint256 minLpOut)`
Used in:
string market = 1
The address of the Pendle market to add liquidity to.
string net_sy_desired = 2
The net amount of SY to add to the market.
string net_pt_desired = 3
The net amount of PT to add to the market.
string min_lp_out = 4
The minimum amount of LP tokens to receive.
message
pendle.proto:124All of these fields are uint256
Used in: ,
string guess_min = 1
The minimum guess for the swap.
string guess_max = 2
The maximum guess for the swap.
string guess_offchain = 3
The offchain guess for the swap.
string max_iteration = 4
The maximum number of iterations for the swap. Every iteration, the diff between guessMin and guessMax will be divided by 2.
string eps = 5
the max eps between the returned result & the correct result, base 1e18. Normally this number will be set to 1e15 (1e18/1000 = 0.1%)
message
pendle.proto:92Allows strategist to exchange an SY for a PY. Represents function `mintPyFromSy(IPendleMarket market, uint256 netSyIn, uint256 minPyOut)`
Used in:
string market = 1
The address of the Pendle market to mint PY from.
string net_sy_in = 2
The net amount of SY to exchange for PY.
string min_py_out = 3
The minimum amount of PY to receive.
message
pendle.proto:76Allows strategist to exchange a token for an SY. Represents function `mintSyFromToken(IPendleMarket market, uint256 minSyOut, TokenInput memory input)`
Used in:
string market = 1
The address of the Pendle market to mint SY from.
string min_sy_out = 2
The minimum amount of SY to receive.
optional input = 3
The input token address to exchange for SY.
message
pendle.proto:204Allows strategist to redeem PY for SY. Represents function `redeemPyToSy(IPendleMarket market, uint256 netPyIn, uint256 minSyOut)`
Used in:
string market = 1
The address of the Pendle market to redeem PY from.
string net_py_in = 2
The net amount of PY to redeem for SY.
string min_sy_out = 3
The minimum amount of SY to receive.
message
pendle.proto:237Allows strategist to redeem SY for a token. Represents function `redeemSyToToken(IPendleMarket market, uint256 netSyIn, TokenOutput memory output)`
Used in:
string market = 1
The address of the Pendle market to redeem SY from.
string net_sy_in = 2
The net amount of SY to redeem for a token.
optional output = 3
The output token address to receive.
message
pendle.proto:185Allows strategist to remove liquidity from a Pendle market. Represents function `removeLiquidityDualSyAndPt(IPendleMarket market, uint256 netLpToRemove, uint256 minSyOut, uint256 minPtOut)`
Used in:
string market = 1
The address of the Pendle market to remove liquidity from.
string net_lp_to_remove = 2
The net amount of LP tokens to remove from the market.
string min_sy_out = 3
The minimum amount of SY to receive.
string min_pt_out = 4
The minimum amount of PT to receive.
message
pendle.proto:40Used in: ,
int32 swap_type = 1
The swap type
string ext_router = 2
The external router address.
string ext_calldata = 3
The external calldata.
bool need_scale = 4
Whether or not scaling is needed.
message
pendle.proto:108Allows strategist to exchange PT for YT. Represents function `swapExactPtForYt(IPendleMarket market, uint256 exactPtIn, uint256 minYtOut, ApproxParams calldata guessTotalYtToSwap)`
Used in:
string market = 1
The address of the Pendle market to swap PT for YT.
string exact_pt_in = 2
The exact amount of PT to swap for YT.
string min_yt_out = 3
The minimum amount of YT to receive.
optional guess_total_yt_to_swap = 4
The approximate parameters for the swap.
message
pendle.proto:147Allows strategist to exchange YT for PT. Represents function `swapExactYtForPt(IPendleMarket market, uint256 exactYtIn, uint256 minPtOut, ApproxParams calldata guessTotalPtToSwap)`
Used in:
string market = 1
The address of the Pendle market to swap YT for PT.
string exact_yt_in = 2
The exact amount of YT to swap for PT.
string min_pt_out = 3
The minimum amount of PT to receive.
optional guess_total_pt_to_swap = 4
The approximation parameters for the swap.
message
pendle.proto:54Used in:
string token_in = 1
The input token address.
string net_token_in = 2
The net amount of the input token.
string token_mint_sy = 3
The token address to mint SY.
string pendle_swap = 4
The Pendle swap address.
optional swap_data = 5
The swap data.
message
pendle.proto:215Used in:
string token_out = 1
The output token address.
string min_token_out = 2
The minimum amount of the output token.
string token_redeem_sy = 3
The token address to redeem SY.
string pendle_swap = 4
The Pendle swap address.
optional swap_data = 5
The swap data.
message
pendle.proto:249Used in: , ,
repeated calls = 1
message
base.proto:55Allows strategists to zero out an approval for a given `asset`. Represents function `revokeApproval(ERC20 asset, address spender)`
Used in: , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ,
string asset = 1
ERC20 Asset to revoke spender's approval for
string spender = 2
The spender to revoke approval of asset for
message
steward.proto:47Represents a scheduled function call to a particular Cellar
Used as request type in: ContractCallService.Schedule
Used as field type in:
string cellar_id = 1
The ID (currently simply an Ethereum address) of the target Cellar
uint64 block_height = 2
The block height at which to schedule the contract call
oneof call_data
The data from which the desired contract function will be encoded
aave_v2_stablecoin = 3
cellar_v1 = 4
cellar_v2 = 5
cellar_v2_2 = 6
cellar_v2_5 = 7
uint64 chain_id = 8
The ID of the chain on which the target Cellar resides
uint64 deadline = 9
The unix timestamp deadline for the contract call to be executed
message
staking.proto:13Represents call data for the Staking adaptor V1
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
mint = 2
Represents function `mint(uint256 amount, uint256 minAmountOut, bytes calldata wildcard)`
request_burn = 3
Represents function `requestBurn(uint256 amount, bytes calldata wildcard)`
complete_burn = 4
Represents function `completeBurn(uint256 id, uint256 minAmountOut, bytes calldata wildcard)`
cancel_burn = 5
Represents function `cancelBurn(uint256 id, bytes calldata wildcard)`
wrap = 6
Represents function `wrap(uint256 amount, uint256 minAmountOut, bytes calldata wildcard)`
unwrap = 7
Represents function `unwrap(uint256 amount, uint256 minAmountOut, bytes calldata wildcard)`
mint_erc20 = 8
Represents function `mintERC20(ERC20 depositAsset, uint256 amount, uint256 minAmountOut, bytes calldata wildcard)`
remove_claimed_request = 9
Represents function `removeClaimedRequest(uint256, bytes calldata)`
message
staking.proto:84Allows a strategist to cancel an active burn/withdraw request. Represents the function `cancelBurn(uint256 id, bytes calldata wildcard)`
Used in:
string id = 1
The id of the burn request
string wildcard = 2
Arbitrary ABI encoded data that can be used by inheriting adaptors
message
staking.proto:70Allows a strategist to complete a burn/withdraw of a derivative asset for a native asset. Represents the function `completeBurn(uint256 id, uint256 minAmountOut, bytes calldata wildcard)`
Used in:
string id = 1
The id of the burn request
string min_amount_out = 2
The minimum amount of the asset to receive
string wildcard = 3
Arbitrary ABI encoded data that can be used by inheriting adaptors
message
staking.proto:44Allows a strategist to `mint` a derivative asset using the chains native asset. Represents the function `mint(uint256 amount, uint256 minAmountOut, bytes calldata wildcard)`
Used in:
string amount = 1
The amount of the asset to mint
string min_amount_out = 2
The minimum amount of the asset to receive
string wildcard = 3
Arbitrary ABI encoded data that can be used by inheriting adaptors
message
staking.proto:124Allows a strategist to mint a derivative asset using an ERC20. Represents the function `mintERC20(ERC20 depositAsset, uint256 amount, uint256 minAmountOut, bytes calldata wildcard)`
Used in:
string deposit_asset = 1
The address of the ERC20 asset to deposit
string amount = 2
The amount of the asset to mint
string min_amount_out = 3
The minimum amount of the asset to receive
string wildcard = 4
Arbitrary ABI encoded data that can be used by inheriting adaptors
message
staking.proto:140Allows strategist to remove a request from `requestIds` if it has already been claimed. Represents the function `removeClaimedRequest(uint256, bytes calldata)`
Used in:
string id = 1
The id of the request to remove
string wildcard = 2
Arbitrary ABI encoded data that can be used by inheriting adaptors
message
staking.proto:58Allows a strategist to request to burn/withdraw a derivative for a chains native asset. Represents the function `requestBurn(uint256 amount, bytes calldata wildcard)`
Used in:
string amount = 1
The amount of the asset to burn
string wildcard = 2
Arbitrary ABI encoded data that can be used by inheriting adaptors
message
staking.proto:110Allows a strategist to unwrap a wrapped derivative asset. Represents the function `unwrap(uint256 amount, uint256 minAmountOut, bytes calldata wildcard)`
Used in:
string amount = 1
The amount of the asset to unwrap
string min_amount_out = 2
The minimum amount of the asset to receive
string wildcard = 3
Arbitrary ABI encoded data that can be used by inheriting adaptors
message
staking.proto:96Allows a strategist to wrap a derivative asset. Represents the function `wrap(uint256 amount, uint256 minAmountOut, bytes calldata wildcard)`
Used in:
string amount = 1
The amount of the asset to wrap
string min_amount_out = 2
The minimum amount of the asset to receive
string wildcard = 3
Arbitrary ABI encoded data that can be used by inheriting adaptors
message
staking.proto:148Used in: , ,
repeated calls = 1
message
steward.proto:95Represents a request for Steward's current status
(message has no fields)
message
steward.proto:97string version = 1
message
base.proto:17Helper function that allows swaps using the Swap Router Represents function `swap(ERC20 assetIn, ERC20 assetOut, uint256 amountIn, SwapRouter.Exchange exchange, bytes memory params)`
Used in: ,
string asset_in = 1
Asset to swap from
string asset_out = 2
Asset to swap to
string amount_in = 3
Amount to swap
Exchange exchange = 4
The exchange to make the swap on
optional params = 5
The parameters for the swap
message
common.proto:50Represents swap parameters for an exchange
Used in: , ,
oneof params
univ2_params = 1
Params for a Uniswap V2 swap
univ3_params = 2
Params for a Uniswap V3 swap
message
swap_with_uniswap.proto:9Represents call data for the Uniswap V3 adaptor
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
swap_with_uni_v2 = 2
Represents function `swapWithUniV2(address[] path, uint256 amount, uint256 amountOutMin)`
swap_with_uni_v3 = 3
Represents function `swapWithUniV3(address[] path, uint24[] poolFees, uint256 amount, uint256 amountOutMin)`
message
swap_with_uniswap.proto:29Perform a swap using Uniswap V2. Represents function `swapWithUniV2(address[] path, uint256 amount, uint256 amountOutMin)`
Used in:
repeated string path = 1
string amount = 2
string amount_out_min = 3
message
swap_with_uniswap.proto:40Perform a swap using Uniswap V3. Represents function `Represents function `swapWithUniV3(address[] path, uint24[] poolFees, uint256 amount, uint256 amountOutMin)``
Used in:
repeated string path = 1
repeated uint32 pool_fees = 2
string amount = 3
string amount_out_min = 4
message
swap_with_uniswap.proto:48Used in: , ,
repeated calls = 1
message
common.proto:63Represents oracle swap parameters for UniswapV2
Used in:
repeated string path = 1
Array of addresses dictating what swap path to follow
message
common.proto:24Represents swap parameters for UniswapV2
Used in:
repeated string path = 1
Array of addresses dictating what swap path to follow
string amount = 2
Amount of the first asset in the path to swap
string amount_out_min = 3
The minimum amount of the last asset in the path to receive
message
common.proto:71Represents oracle swap parameters for UniswapV3
Used in:
repeated string path = 1
Array of addresses dictating what swap path to follow
repeated uint32 pool_fees = 2
Array of pool fees dictating what swap pools to use
message
common.proto:36Represents swap parameters for UniswapV3
Used in:
repeated string path = 1
Array of addresses dictating what swap path to follow
repeated uint32 pool_fees = 2
Array of pool fees dictating what swap pools to use
string amount = 3
Amount of the first asset in the path to swap
string amount_out_min = 4
The minimum amount of the last asset in the path to receive
message
uniswap_v3.proto:9Represents call data for the Uniswap V3 adaptor
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
open_position = 2
Represents function `openPosition(ERC20 token0, ERC20 token1, uint24 poolFee, uint256 amount0, uint256 amount1, uint256 min0, uint256 min1, int24 tickLower, int24 tickUpper)`
close_position = 3
Represents function `closePosition(uint256 positionId, uint256 min0, uint256 min1)`
add_to_position = 4
Represents function `addToPosition(uint256 positionId, uint256 amount0, uint256 amount1, uint256 min0, uint256 min1)`
take_from_position = 5
Represents function `takeFromPosition(uint256 positionId, uint128 liquidity, uint256 min0, uint256 min1, bool collectFees)`
collect_fees = 6
Represents function `collectFees(uint256 positionId, uint128 amount0, uint128 amount1)`
purge_all_zero_liquidity_positions = 7
Represents function `purgeAllZeroLiquidityPositions(ERC20 token0, ERC20 token1)`
purge_single_position = 8
Represents function `purgeSinglePosition(uint256 tokenId)`
remove_unowned_position_from_tracker = 9
Represents function `removeUnOwnedPositionFromTracker(uint256 tokenId, ERC20 token0, ERC20 token1)`
message
uniswap_v3.proto:69Allows strategist to add to existing Uniswap V3 positions. Represents function `addToPosition(uint256 tokenId, uint256 amount0, uint256 amount1, uint256 min0, uint256 min1)`
Used in:
string token_id = 1
string amount_0 = 2
string amount_1 = 3
string min_0 = 4
string min_1 = 5
message
uniswap_v3.proto:58Allows strategist to close Uniswap V3 positions. Represents function `closePosition(uint256 tokenId, uint256 min0, uint256 min1)`
Used in:
string token_id = 1
string min_0 = 2
string min_1 = 3
message
uniswap_v3.proto:94Allows strategist to collect fees from existing Uniswap V3 positions. Represents function `collectFees(uint256 tokenId, uint128 amount0, uint128 amount1)`
Used in:
string token_id = 1
string amount_0 = 2
string amount_1 = 3
message
uniswap_v3.proto:41Allows strategist to open up arbritray Uniswap V3 positions. Represents function openPosition(ERC20 token0, ERC20 token1, uint24 poolFee, uint256 amount0, uint256 amount1, uint256 min0, uint256 min1, int24 tickLower, int24 tickUpper)
Used in:
string token_0 = 1
string token_1 = 2
uint32 pool_fee = 3
string amount_0 = 4
string amount_1 = 5
string min_0 = 6
string min_1 = 7
int32 tick_lower = 8
int32 tick_upper = 9
message
uniswap_v3.proto:105Allows strategist to purge zero liquidity LP positions from tracker. Represents function `purgeAllZeroLiquidityPositions(ERC20 token0, ERC20 token1)`
Used in:
string token_0 = 1
string token_1 = 2
message
uniswap_v3.proto:115Allows strategist to purge a single zero liquidity LP position from tracker. Represents function `purgeSinglePosition(uint256 tokenId)`
Used in:
string token_id = 1
message
uniswap_v3.proto:124Allows strategist to remove tracked positions that are not owned by the cellar. Represents function `removeUnOwnedPositionFromTracker(uint256 tokenId, ERC20 token0, ERC20 token1)`
Used in:
string token_id = 1
string token_0 = 2
string token_1 = 3
message
uniswap_v3.proto:81Allows strategist to take from existing Uniswap V3 positions. Represents function `takeFromPosition(uint256 tokenId, uint128 liquidity, uint256 min0, uint256 min1, bool takeFees)`
Used in:
string token_id = 1
string liquidity = 2
string min_0 = 3
string min_1 = 4
bool take_fees = 5
message
uniswap_v3.proto:131Used in: , ,
repeated calls = 1
message
vesting_simple.proto:13Represents call data for the Vesting Simple adaptor
Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
deposit_to_vesting = 2
Represents function `depositToVesting(VestingSimple vestingContract, uint256 amountToDeposit)`
withdraw_from_vesting = 3
Represents function `withdrawFromVesting(VestingSimple vestingContract, uint256 depositId, uint256 amountToWithdraw)`
withdraw_any_from_vesting = 4
Represents function `withdrawAnyFromVesting(VestingSimple vestingContract, uint256 amountToWithdraw)`
withdraw_all_from_vesting = 5
Represents function `withdrawAllFromVesting(VestingSimple vestingContract)`
message
vesting_simple.proto:38Allows strategists to deposit tokens to the vesting contract. By passing a max uint256 for amountToDeposit, the cellar will deposit its entire balance (appropriate in most cases). Represents function `depositToVesting(VestingSimple vestingContract, uint256 amountToDeposit)`
Used in:
string vesting_contract = 1
string amount = 2
message
vesting_simple.proto:72Withdraw a certain amount of tokens from vesting, from any deposit. This will not affect the cellar's TVL because any deposit must already have vested, and will be reported in balanceOf. Will revert if not enough tokens are available based on amountToWithdraw. Represents function `withdrawAllFromVesting(VestingSimple vestingContract)`
Used in:
string vesting_contract = 1
message
vesting_simple.proto:61Withdraw a single deposit from vesting. This will not affect the cellar's TVL because any deposit must already have vested, and will be reported in balanceOf. Will revert if not enough tokens are available based on amountToWithdraw. Represents function `withdrawAnyFromVesting(VestingSimple vestingContract, uint256 amountToWithdraw)`
Used in:
string vesting_contract = 1
string amount = 2
message
vesting_simple.proto:49Allows strategists to deposit tokens to the vesting contract. By passing a max uint256 for amountToDeposit, the cellar will deposit its entire balance (appropriate in most cases). Represents function `withdrawFromVesting(VestingSimple vestingContract, uint256 depositId, uint256 amountToWithdraw)`
Used in:
string vesting_contract = 1
string deposit_id = 2
string amount = 3
message
vesting_simple.proto:77Used in: , ,
repeated calls = 1
message
zero_x.proto:10Used in:
oneof function
**** BASE ADAPTOR FUNCTIONS ****
revoke_approval = 1
Represents function `revokeApproval(ERC20 asset, address spender)`
swap_with_0x = 2
Represents function `swapWith0x(ERC20 tokenIn, ERC20 tokenOut, uint256 amount, bytes memory swapCallData)`
message
zero_x.proto:28Allows strategists to make ERC20 swaps using 0x. Represents function `swapWith0x(ERC20 tokenIn, ERC20 tokenOut, uint256 amount, bytes memory swapCallData)`
Used in:
string token_in = 1
string token_out = 2
string amount = 3
bytes swap_call_data = 4
message
zero_x.proto:36Used in: , ,
repeated calls = 1