Router
This documentation provides an overview of the IRouter.sol. This contract defines various functions and structs used for interacting with the Maverick AMM.
Last updated
This documentation provides an overview of the IRouter.sol. This contract defines various functions and structs used for interacting with the Maverick AMM.
Last updated
Name : IRouter
Solidity Version : ^0.8.0
SPDX License-Identifier : GPL-2.0-or-later
Router is Deployed to
ZKSync Era: 0x39E098A153Ad69834a9Dac32f0FCa92066aD03f4
Code: Github
struct PoolParams {
uint256 fee;
uint256 tickSpacing;
int256 lookback;
int32 activeTick;
IERC20 tokenA;
IERC20 tokenB;
}fee : The fee value uint256 associated with the pool.
tickSpacing : The tick spacing value uint256 for the pool.
lookback : The lookback value int256 for the pool.
activeTick : The active tick value int32 for the pool.
tokenA : The ERC20 token A address associated with the pool.
tokenB : The ERC20 token B address associated with the pool.
struct ExactInputParams {
bytes path;
address recipient;
uint256 deadline;
uint256 amountIn;
uint256 amountOutMinimum;
}path : A bytes string representing the path of tokens to swap.
recipient : The address where the swapped tokens will be sent.
deadline : The deadline timestamp (in seconds) uint256 until which the swap can be executed.
amountIn : The amount of the input token uint256 to be swapped.
amountOutMinimum : The minimum acceptable amount of the output token uint256 specified to prevent infinite slippage.
struct ExactOutputParams {
bytes path;
address recipient;
uint256 deadline;
uint256 amountOut;
uint256 amountInMaximum;
}path : A bytes string representing the path of tokens to swap (reversed).
recipient : The address where the swapped tokens will be sent.
deadline : The deadline timestamp (in seconds) uint256 until which the swap can be executed.
amountOut : The amount of the output token uint256 desired.
amountInMaximum : The maximum acceptable amount of the input token uint256 required.
Returns the address of the factory.
function factory() external view returns (IFactory);Returns :
IFactory : The address of the Factory
Returns the address of the Position NFT.
function position() external view returns (IPosition);Returns
IPosition : The position NFT address
Swaps amountIn of one token for as much as possible of another along the specified path.
function exactInput(ExactInputParams calldata params) external payable returns (uint256 amountOut);Parameters :
params : The parameters necessary for the multi-hop swap, encoded as ExactInputParams in calldata
Returns :
amountOut : The amount of the received token in uint256
Swaps as little as possible of one token for amountOut of another along the specified path (reversed).
function exactOutput(ExactOutputParams calldata params) external payable returns (uint256 amountIn);Parameters :
params : The parameters necessary for the multi-hop swap, encoded as ExactOutputParams in calldata
Returns :
amountIn : The amount of the input token in uint256
Either gets an existing pool or creates a pool if it does not exist and adds liquidity to it.
function getOrCreatePoolAndAddLiquidity(
PoolParams calldata poolParams,
uint256 tokenId,
IPool.AddLiquidityParams[] calldata addParams,
uint256 minTokenAAmount,
uint256 minTokenBAmount,
uint256 deadline
) external payable returns (uint256 receivingTokenId, uint256 tokenAAmount, uint256 tokenBAmount, IPool.BinDelta[] memory binDeltas);Parameters :
poolParams : Parameters of a pool with poolParams
tokenId : NFT ID of the token uint256 that will hold LP balance. Use 0 to mint a new token
addParams : Parameters of liquidity addition with addParams
minTokenAAmount : Minimum amount of token A uint256 to add. Reverts if not met
minTokenBAmount : Minimum amount of token B uint256 to add. Reverts if not met
deadline : Epoch timestamp (in seconds) uint256
Returns :
receivingTokenId : The ID uint256 of the receiving token
tokenAAmount : The amount of token A uint256
tokenBAmount : The amount of token B uint256
binDeltas : An array of BinDelta structures
Adds liquidity to a pool.
function addLiquidityToPool(
IPool pool,
uint256 tokenId,
IPool.AddLiquidityParams[] calldata params,
uint256 minTokenAAmount,
uint256 minTokenBAmount,
uint256 deadline
) external payable returns (uint256 receivingTokenId, uint256 tokenAAmount, uint256 tokenBAmount, IPool.BinDelta[] memory binDeltas);Parameters :
pool : Pool to add liquidity to IPool
tokenId : NFT ID of the token uint256 that will hold LP balance. Use 0 to mint a new token
params : Parameters of liquidity addition with params
minTokenAAmount : Minimum amount of token A uint256 to add. Reverts if not met
minTokenBAmount : Minimum amount of token B uint256 to add. Reverts if not met
deadline : Epoch timestamp (in seconds) uint256
Returns :
receivingTokenId : The ID of the receiving token uint256
tokenAAmount : The amount of token A uint256
tokenBAmount : The amount of token B uint256
binDeltas : An array of BinDelta structures
Adds liquidity to a pool with active tick limits.
function addLiquidityWTickLimits(
IPool pool,
uint256 tokenId,
IPool.AddLiquidityParams[] calldata params,
uint256 minTokenAAmount,
uint256 minTokenBAmount,
int32 minActiveTick,
int32 maxActiveTick,
uint256 deadline
) external payable returns (uint256 receivingTokenId, uint256 tokenAAmount, uint256 tokenBAmount, IPool.BinDelta[] memory binDeltas);Parameters :
pool : Pool to add liquidity to IPool
tokenId : NFT ID of the token uint256 that will hold LP balance. Use 0 to mint a new token
params : Parameters of liquidity addition with params
minTokenAAmount : Minimum amount of token A uint256 to add. Reverts if not met
minTokenBAmount : Minimum amount of token B uint256 to add. Reverts if not met
minActiveTick : Lowest activeTick int32 (inclusive) of the pool that will permit the transaction to pass
maxActiveTick : Highest activeTick int32 (inclusive) of the pool that will permit the transaction to pass
deadline : Epoch timestamp (in seconds)
Returns :
receivingTokenId : The ID of the receiving token uint256
tokenAAmount : The amount of token A uint256
tokenBAmount : The amount of token B uint256
binDeltas : An array of BinDelta structures
Moves the head of input merged bins to the active bin.
function migrateBinsUpStack(IPool pool, uint128[] calldata binIds, uint32 maxRecursion, uint256 deadline) external;Parameters :
pool : Pool to remove from with IPool
binIds : Array of binIds to migrate
maxRecursion : Maximum recursion depth uint32 before returning; 0 means no maximum
deadline : Epoch timestamp (in seconds) uint256
Removes liquidity from a pool and receives WETH if one of the tokens is WETH.
function removeLiquidity(
IPool pool,
address recipient,
uint256 tokenId,
IPool.RemoveLiquidityParams[] calldata params,
uint256 minTokenAAmount,
uint256 minTokenBAmount,
uint256 deadline
) external returns (uint256 tokenAAmount, uint256 tokenBAmount, IPool.BinDelta[] memory binDeltas);Router must be approved for the withdrawing tokenId:
Position.approve(router, tokenId)
Parameters :
pool : Pool to remove from with IPool
recipient : address where the proceeds are sent. Use zero or router address to leave tokens in the router
tokenId : ID uint256 of the position NFT that holds liquidity
params : Parameters of liquidity removal with params
minTokenAAmount : Minimum amount of token A uint256 to receive. Reverts if not met
minTokenBAmount : Minimum amount of token B uint256 to receive. Reverts if not met
deadline : Epoch timestamp (in seconds) uint256
Returns :
tokenAAmount : The amount of token A uint256 received
tokenBAmount : The amount of token B uint256 received
binDeltas : An array of BinDelta structure