Lido

https://lido.fi (opens in a new tab)

Deployments

Action: deposit

Parameters

N/A.

stETH · approve (spender: wstETH)

Approve wstETH to spend stETH tokens on behalf of the avatar.

• Contract: stETH

• Function: approve(address,uint256)

  Parameter	Constraint
  spender	equal to wstETH
  amount	-

stETH · approve (spender: unstETH)

Approve unstETH to spend stETH tokens on behalf of the avatar.

• Contract: stETH

• Function: approve(address,uint256)

  Parameter	Constraint
  spender	equal to unstETH
  amount	-

wstETH · approve

Approve unstETH to spend wstETH tokens on behalf of the avatar.

• Contract: wstETH

• Function: approve(address,uint256)

  Parameter	Constraint
  spender	equal to unstETH
  amount	-

stETH · submit

Deposit ETH and receive stETH.

• Contract: stETH

• Function: submit(address) Ξ allow sending ETH

  Parameter	Constraint
  _referral	equal to 0x0000000000000000000000000000000000000000

wstETH · wrap

Deposit stETH and receive wstETH.

• Contract: wstETH

• Function: wrap(uint256)

  Parameter	Constraint
  amount	-

wstETH · unwrap

Redeem wstETH and receive stETH.

• Contract: wstETH

• Function: unwrap(uint256)

  Parameter	Constraint
  amount	-

unstETH · requestWithdrawals

Locks your stETH in the queue. In exchange you receive an NFT, that represents your position in the queue.

• Contract: unstETH

• Function: requestWithdrawals(uint256[],address)

  Parameter	Constraint
  amounts	-
  owner	equal to AVATAR

unstETH · requestWithdrawalsWithPermit

When the unstETH has no allowance over the owner's stETH, locks your stETH in the queue. In exchange you receive an NFT, that represents your position in the queue.

• Contract: unstETH

• Function: requestWithdrawalsWithPermit(uint256[],address,(uint256,uint256,uint8,bytes32,bytes32))

  Parameter	Constraint
  amounts	-
  owner	equal to AVATAR
  permit.value	-
  permit.deadline	-
  permit.v	-
  permit.r	-
  permit.s	-

unstETH · requestWithdrawalsWstETH

Transfers the wstETH to the unstETH to be burned in exchange for stETH. Then it locks your stETH in the queue. In exchange you receive an NFT, that represents your position in the queue.

• Contract: unstETH

• Function: requestWithdrawalsWstETH(uint256[],address)

  Parameter	Constraint
  amounts	-
  owner	equal to AVATAR

unstETH · requestWithdrawalsWithPermitWstETH

When the unstETH has no allowance over the owner's wstETH, transfers the wstETH to the unstETH to be burned in exchange for stETH. Then it locks your stETH in the queue. In exchange you receive an NFT, that represents your position in the queue.

• Contract: unstETH

• Function: requestWithdrawalsWithPermitWstETH(uint256[],address,(uint256,uint256,uint8,bytes32,bytes32))

  Parameter	Constraint
  amounts	-
  owner	equal to AVATAR
  permit.value	-
  permit.deadline	-
  permit.v	-
  permit.r	-
  permit.s	-

unstETH · claimWithdrawal

Once the request is finalized by the oracle report and becomes claimable, this function claims your ether and burns the NFT.

• Contract: unstETH

• Function: claimWithdrawal(uint256)

  Parameter	Constraint
  requestId	-

unstETH · claimWithdrawal

Claim multiple withdrawals in batches or optimize on hint search.

• Contract: unstETH

• Function: claimWithdrawals(uint256[],uint256[])

  Parameter	Constraint
  requestIds	-
  hints	-