LBAMM Pool Creation Generator

Generate complete pool creation code – Foundry scripts or helper contracts – for any of the 3 LBAMM pool types.

Project Setup

Before generating code, check the user’s project is configured:

1. Foundry: foundry.toml must exist. If not: forge init
2. LBAMM Core: lib/lbamm-core/ must exist. If not: forge install limitbreakinc/lbamm-core
3. Pool type library (install the one matching the target pool type):
   • Fixed: forge install limitbreakinc/lbamm-pool-type-fixed
   • Single Provider: forge install limitbreakinc/lbamm-pool-type-single-provider
   • Dynamic: forge install limitbreakinc/amm-pool-type-dynamic
4. Remappings: remappings.txt needs @limitbreak/lbamm-core/=lib/lbamm-core/ plus the pool type remapping. Append if missing – do not overwrite existing entries.
   • Fixed: @limitbreak/lbamm-pool-type-fixed/=lib/lbamm-pool-type-fixed/
   • Single Provider: @limitbreak/lbamm-pool-type-single-provider/=lib/lbamm-pool-type-single-provider/
   • Dynamic: @limitbreak/amm-pool-type-dynamic/=lib/amm-pool-type-dynamic/
5. Local testing: LBAMM is in audit and not yet on public networks. For local testing, use lbamm-examples – see lbamm-protocol/references/local-dev.md. Generated scripts should read addresses from environment variables (vm.envAddress) so they work with the local Anvil deployment.

Instructions

1. Parse requirements from $ARGUMENTS – determine pool type and configuration

2. Resolve ambiguities before generating – if $ARGUMENTS doesn’t specify token addresses, pool type (Dynamic vs Fixed vs Single Provider) isn’t clear from context, or initial price/liquidity details are missing, ask in a single message. If clear, proceed.

3. Determine the pool type:
   • Dynamic: Concentrated liquidity (Uniswap V3-like) with tick-based positions
   • Fixed: Constant exchange rate with height-based liquidity
   • Single Provider: Oracle/hook-determined pricing with one LP per pool
4. Generate complete Foundry script or contract that:
   • Constructs PoolCreationDetails with correct poolType address, fee (or 55_555 for dynamic fees), token0/token1 (correctly ordered: token0 < token1), poolHook, and poolParams
   • Encodes pool-type-specific params:
     • Dynamic: abi.encode(DynamicPoolCreationDetails(tickSpacing, sqrtPriceRatioX96))
     • Fixed: abi.encode(FixedPoolCreationDetails(spacing0, spacing1, packedRatio))
     • Single Provider: abi.encode(SingleProviderPoolCreationDetails(salt, sqrtPriceRatioX96))
   • Calls createPool() with optional initial liquidity
   • Handles token approvals and native token wrapping
5. Explain key parameters:
   • For Dynamic: tick spacing choices, initial sqrtPriceX96 calculation, concentrated liquidity ranges
   • For Fixed: height spacing, constant price mechanics, asymmetric position setup
   • For Single Provider: oracle hook requirements, single LP constraint
6. Compute the deterministic poolId and explain its encoding

Reference Files

• references/dynamic-pool.md – Dynamic pool creation, tick spacing, sqrtPriceX96, liquidity modification
• references/fixed-pool.md – Fixed pool creation, height spacing, constant rate, asymmetric positions
• references/single-provider-pool.md – Single provider creation, oracle hook, single LP mechanics
• Protocol knowledge: lbamm-protocol

Common Mistakes

• Token ordering: token0 must be less than token1 (numerically lower address) – will revert with LBAMM__CannotPairIdenticalTokens or produce wrong pool ID
• Fee is in basis points (10000 = 100%). Typical production fees: 5-100 BPS (0.05%-1.0%). A value of 3000 means 30% fee, which is almost never what you want
• Using fee = 55_555 without a pool hook that implements getPoolFeeForSwap() – swaps will revert
• Pool type addresses must have 6 leading zero bytes to fit in 112 bits of the pool ID

Dependencies

@limitbreak/lbamm-core/src/interfaces/core/ILimitBreakAMMLiquidity.sol
@limitbreak/lbamm-core/src/DataTypes.sol

Related Skills

• lbamm-pool-hook – Required for Single Provider pools; also used for dynamic fees and LP access control
• lbamm-position-hook – Generate per-position hooks for time locks, LP gating, or deposit/withdrawal fees
• lbamm-test – Generate Foundry test suites for pool creation and operations