- Updated `nssa_core` and `spel-framework` dependencies to their respective release candidates in `Cargo.toml` and `Cargo.lock` files for `amm`, `ata`, and `token` modules.
- Enhanced the `new_definition` function in `amm/src/new_definition.rs` to include new claim logic and updated PDA seed calculations.
- Modified tests in `integration_tests/tests/amm.rs`, `integration_tests/tests/ata.rs`, and `integration_tests/tests/token.rs` to accommodate changes in transaction handling and account initialization.
- Refactored account initialization logic in `ata/src/create.rs` and `token/src/initialize.rs` to include authorization claims.
- Updated various functions in `token/src/mint.rs`, `token/src/new_definition.rs`, and `token/src/transfer.rs` to utilize the new claim system for account states.
- Adjusted the IDL generation tool to use the latest version of `spel-framework-core`.
Remove the `active: bool` field from `PoolDefinition` and replace it with an
implicit invariant: a pool is considered active when
`liquidity_pool_supply >= MINIMUM_LIQUIDITY`.
BREAKING CHANGE: `PoolDefinition` Borsh serialization format has changed.
Existing on-chain pool accounts encoded with the `active` field are
incompatible with this version.
Closes#25
- accept a supported fee tier in pool creation
- store fee tiers in AMM pool state and validate them
- update AMM tests and IDL for the new pool creation argument
Permanently lock `MINIMUM_LIQUIDITY` (1_000) LP tokens in a dedicated
LP-lock holding PDA on pool creation, following the Uniswap v2 "dead
shares" pattern. The pool creator receives `initial_lp - MINIMUM_LIQUIDITY`
tokens instead of the full initial_lp amount.
Adds `compute_lp_lock_holding_pda` and `LP_LOCK_HOLDING_PDA_SEED` to
amm_core, updates new_definition to emit two sequential chained calls
(create LP definition + lock holding, then mint user share), and adjusts
remove liquidity to account for the permanently locked floor.
BREAKING CHANGE: NewDefinition instruction requires an additional LP-lock
holding account derived via `compute_lp_lock_holding_pda(amm_program_id, pool_id)`.
