// SPDX-License-Identifier: MIT
pragma solidity 0.8.35;

import {BankV2} from "../src/BankV2.sol";
import {MockUSDC} from "../src/MockUSDC.sol";
import {DemoScript} from "./lib/DemoScript.sol";

contract TransferV2Demo is DemoScript {
    function run() external {
        _run(_manifestPath(ACTIVE_MANIFEST_PATH));
    }

    function _run(string memory manifestPath) internal {
        if (block.chainid != ANVIL_CHAIN_ID) revert UnsupportedChain(block.chainid);
        _printEducationalWarning();
        Manifest memory manifest = _readManifest(manifestPath, true);
        (uint256 aliceKey, address alice) = _deriveLocalActor(block.chainid, 1);
        address bob = manifest.actors[2].address_;
        _assertAddress("Alice actor", manifest.actors[1].address_, alice);

        BankV2 bank = BankV2(manifest.proxy);
        MockUSDC token = MockUSDC(manifest.token);
        _assertUint("version", 2, bank.contractVersion());
        _assertUint("Alice internal balance", 900e6, bank.balanceOf(alice));
        _assertUint("Bob internal balance", 500e6, bank.balanceOf(bob));
        uint256 liabilities = bank.totalLiabilities();
        uint256 reserves = token.balanceOf(manifest.proxy);
        _assertUint("liabilities", 1_400e6, liabilities);
        _assertUint("reserves", 1_400e6, reserves);

        vm.startBroadcast(aliceKey);
        bank.transferBalance(bob, 250e6);
        vm.stopBroadcast();

        _assertUint("Alice internal balance", 650e6, bank.balanceOf(alice));
        _assertUint("Bob internal balance", 750e6, bank.balanceOf(bob));
        _assertUint("liabilities", liabilities, bank.totalLiabilities());
        _assertUint("reserves", reserves, token.balanceOf(manifest.proxy));
        _assertUint("surplus", 0, token.balanceOf(manifest.proxy) - bank.totalLiabilities());
    }
}