feat: add WOOFi

[0xmer1in]

Pull Request Template: GlueX Liquidity Module Integration

Protocol Information

• Protocol Name: WOOFi
• Protocol Website: https://woofi.com/swap / https://learn.woo.org/dev-docs
• Indexing Smart Contract Addresses (e.g. factories):
  • N/A, just treat this as a standalone pool

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Summary of Integration

Provide a brief overview of your integration:

• What does your protocol do?
  WOOFi's swap uses an onchain market-making algorithm called Synthetic Proactive Market Making (sPMM). The sPMM algorithm, which works in tandem with WOOFi's high-frequency onchain oracles allows professional market makers to simulate the price, spread, and depth of the order book on centralized exchanges onchain.
• What type of liquidity does it provide (DEX, lending, yield farming, etc.)?
  DEX
• Any unique features that GlueX should consider?

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Implementation Details

Execution Functions Required

/// @dev the integration just like UniswapV2 pool, transfer fromToken into pool, then call this function to swap the toToken out.
/// @notice Swap `fromToken` to `toToken`.
/// @param fromToken the from token
/// @param toToken the to token
/// @param fromAmount the amount of `fromToken` to swap
/// @param minToAmount the minimum amount of `toToken` to receive
/// @param to the destination address
/// @param rebateTo the rebate address (optional, can be address ZERO)
/// @return realToAmount the amount of toToken to receive
function swap(
    address fromToken,
    address toToken,
    uint256 fromAmount,
    uint256 minToAmount,
    address to,
    address rebateTo
) external returns (uint256 realToAmount);

ABI

{"inputs": [{"internalType": "address","name": "fromToken","type": "address"},{"internalType": "address","name": "toToken","type": "address"},{"internalType": "uint256","name": "fromAmount","type": "uint256"},{"internalType": "uint256","name": "minToAmount","type": "uint256"},{"internalType": "address","name": "to","type": "address"},{"internalType": "address","name": "rebateTo","type": "address"}],"name": "swap","outputs": [{"internalType": "uint256","name": "realToAmount","type": "uint256"}],"stateMutability": "nonpayable","type": "function"}

Chain and Address

0x5520385bFcf07Ec87C4c53A7d8d65595Dff69FA4

Functions Implemented

• get_amount_out(): uses the logic from the WOOFi Pool contract, solidity code is currently private
• get_amount_in(): same as the above
• get_apy(): N/A
• get_tvl(): N/A

Dynamic States Required for AMM Calculations

Specify any on-chain values that change frequently and are required for accurate AMM computations, such as:

• Current reserves
• Current prices
• Pending liquidity changes
• Other time-sensitive variables

Pool States:

• Pool Address:
  • BSC, Avalanche, Polygon, Arbitrum, Optimism, Linea, Base, Mantle, Sonic, Berachain, HyperEVM: 0x5520385bFcf07Ec87C4c53A7d8d65595Dff69FA4
• Wooracle Address:
  • BSC, Avalanche, Linea, Base, Mantle, Sonic, Berachain, HyperEVM: 0x2A375567f5E13F6bd74fDa7627Df3b1Af6BfA5a6
  • Polygon: 0x2A8Ede62D0717C8C92b88639ecf603FDF31A8428
  • Arbitrum: 0xCf4EA1688bc23DD93D933edA535F8B72FC8934Ec
  • Optimism: 0xA43305Ce0164D87d7B2368f91a1dcC4eBdA75127

For Pool reserve, fee_rate, max_gamma, max_notional_swap state, use the Pool contract with token address as input

ABI

{inputs: [{internalType: "address",name: "",type: "address"}],name: "tokenInfos",outputs: [{internalType: "uint192",name: "reserve",type: "uint192"},{internalType: "uint16",name: "feeRate",type: "uint16"},{internalType: "uint128",name: "maxGamma",type: "uint128"},{internalType: "uint128",name: "maxNotionalSwap",type: "uint128"},{internalType: "uint192",name: "capBal",type: "uint192"}],stateMutability: "view",type: "function"}

Sample

# get cbBTC reserve on Base
Pool.tokenInfos(0xcbB7C0000aB88B473b1f5aFd9ef808440eed33Bf).reserve

# get cbBTC fee_rate on Base
Pool.tokenInfos(0xcbB7C0000aB88B473b1f5aFd9ef808440eed33Bf).feeRate

# get cbBTC max_gamma on Base
Pool.tokenInfos(0xcbB7C0000aB88B473b1f5aFd9ef808440eed33Bf).maxGamma

# get cbBTC max_notional_swap on Base
Pool.tokenInfos(0xcbB7C0000aB88B473b1f5aFd9ef808440eed33Bf).maxNotionalSwap

For Wooracle price, spread, coeff, wo_feasible, use the Wooracle contract with token address as input

ABI

{inputs: [{internalType: "address",name: "_base",type: "address"}],name: "state",outputs: [{components: [{internalType: "uint128",name: "price",type: "uint128"},{internalType: "uint64",name: "spread",type: "uint64"},{internalType: "uint64",name: "coeff",type: "uint64"},{internalType: "bool",name: "woFeasible",type: "bool"}],internalType: "struct IWooracleV2_2.State",name: "",type: "tuple"}],stateMutability: "view",type: "function"}

Sample

# get cbBTC price on Base
Wooracle.state(0xcbB7C0000aB88B473b1f5aFd9ef808440eed33Bf).price

# get cbBTC spread on Base
Wooracle.state(0xcbB7C0000aB88B473b1f5aFd9ef808440eed33Bf).spread

# get cbBTC coeff on Base
Wooracle.state(0xcbB7C0000aB88B473b1f5aFd9ef808440eed33Bf).coeff

# get cbBTC wo_feasible on Base
Wooracle.state(0xcbB7C0000aB88B473b1f5aFd9ef808440eed33Bf).woFeasible

Static States Required for AMM Calculations

Specify any on-chain values that remain constant such as:

• Fee tiers
• Immutable contract parameters
• Other relevant constants

Dependencies

N/A

Other Requirements

• API Keys: N/A
• Special Access Requirements: N/A

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Test Results

Provide details of tests performed, including:

..
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Ran 2 tests in 0.000s

OK

• Tested getAmountOut and getAmountIn with some inputs

[Pratham-gluex]

Addresses of hyperEvm doesnt seems right!
There are no read methods showing for the pool contract which you shared , also same case for ethereum as well