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pragma solidity ^0.8.20;
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import "../lib/curta/src/interfaces/IPuzzle.sol";
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contract Puzzle is IPuzzle{
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    mapping(uint256 => Challenge) public factories;
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    function name() external pure returns (string memory) {
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        return "PairAssetManager";
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    }
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    function generate(address solver) public pure returns (uint256) {
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        return uint256(keccak256(abi.encode(solver)));
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    }
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    function verify(uint256 seed, uint256) external view returns (bool) {
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        return factories[seed].isSolved();
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    }
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    function deploy() external {
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        factories[generate(msg.sender)] = new Challenge();
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        factories[generate(msg.sender)].init(generate(msg.sender));
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    }
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}
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contract Deployer {
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    function create(address owner, address factory) external returns (PairAssetManager) {
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        return new PairAssetManager(owner, factory);
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    }
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}
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contract Challenge {
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    UniswapV2Factory public factory;
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    PairAssetManager public assetManager;
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    Keeper public keeper;
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    CurtaToken public curtaUSD;
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    CurtaToken public curtaStUSD;
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    uint256 public seed;
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    bool public initialized;
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    function init(uint256 _seed) external {
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        require(!initialized);
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        initialized = true;
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        seed = _seed;
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        factory = new UniswapV2Factory(address(0));
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        assetManager = Deployer(address(0x1D1f5f03feDD0358e7eB8A980870ef6695834bB9)).create(address(this), address(factory));
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        keeper = new Keeper(address(assetManager));
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        assetManager.setKeeper(address(keeper));
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        curtaUSD = new CurtaToken("curtaUSD", "USD");
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        curtaStUSD = new CurtaToken("curtaStUSD", "stUSD");
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        curtaUSD.mint(address(this), 1 ether);
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        curtaStUSD.mint(address(this), 1 ether);
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        curtaUSD.approve(address(assetManager), 1 ether);
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        curtaStUSD.approve(address(assetManager), 1 ether);
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        factory.createPair(address(curtaUSD), address(curtaStUSD));
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        assetManager.setStrategyPair(address(curtaUSD), address(curtaStUSD));
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        assetManager.deposit(address(curtaUSD), address(curtaStUSD), 1 ether, 1 ether, 0);
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        curtaUSD.mint(address(keeper), 10000 ether + 1);
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        curtaStUSD.mint(address(keeper), 10000 ether + 1);
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        keeper.rebalancing(address(curtaUSD), address(curtaStUSD), 1, 0, type(uint256).max, type(uint256).max);
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    }
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    function isSolved() external view returns (bool) {
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        require(
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            curtaUSD.balanceOf(address(uint160(seed))) == 10000 ether
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                && curtaStUSD.balanceOf(address(uint160(seed))) == 10000 ether
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        );
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        return true;
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    }
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}