StelTade/swaptrade_contract

AI Summary: Implement ERC20 token swapping functionality within a decentralized trading platform's smart contract. This involves creating atomic swap functions with parameters for input amount, minimum output amount, token addresses, and recipient address. The implementation must include slippage protection, reentrancy protection using OpenZeppelin's ReentrancyGuard, and event emissions for successful swaps.

AI Summary: Implement a flexible fee mechanism for a decentralized trading platform smart contract. This involves creating configurable fee rates, tracking accumulated fees, distributing fees to liquidity providers or a treasury, and providing administrative controls for managing fee parameters. The solution should include secure fee handling, prevent interference with swap pool balances, and emit relevant events.

AI Summary: Implement robust role-based access control (RBAC) for a decentralized trading platform smart contract using OpenZeppelin's Ownable or AccessControl libraries. This involves restricting sensitive functions like fee adjustments and pausing the contract to authorized roles, defining roles (e.g., OWNER, ADMIN), managing role assignments, and writing comprehensive tests to ensure secure access control.

AI Summary: Integrate a decentralized price oracle (like Chainlink) into a decentralized swap trading smart contract to fetch real-time token prices, enforce minimum swap rates to prevent front-running and manipulation, handle oracle failures and stale data, and thoroughly test the integration.

AI Summary: Implement liquidity pool management functionality for a decentralized trading platform smart contract. This involves creating functions to allow users to add and withdraw liquidity, accurately tracking pool balances and user shares, and emitting events to record changes. Secure and reliable state management is crucial.