import { NftSwap } from '@traderxyz/nft-swap-sdk';

// From your app, provide NftSwap the web3 provider, signer for the user's wallet, and the chain id.
const nftSwapSdk = new NftSwap(provider, signer, chainId);

// Setup the sample data...
const CHAIN_ID = 1; // Chain 1 corresponds to Mainnet. Visit https://chainid.network/ for a complete list of chain ids

const CRYPTOPUNK_420 = {
  tokenAddress: '0xb47e3cd837ddf8e4c57f05d70ab865de6e193bbb', // CryptoPunk contract address
  tokenId: '420', // Token Id of the CryptoPunk we want to swap
  type: 'ERC721', // Must be one of 'ERC20', 'ERC721', or 'ERC1155'
};

const BORED_APE_69 = {
  tokenAddress: '0xBC4CA0EdA7647A8aB7C2061c2E118A18a936f13D', // BAYC contract address
  tokenId: '69', // Token Id of the BoredApe we want to swap
  type: 'ERC721',
};

// User A Trade Data
const walletAddressUserA = '0x1eeD19957E0a81AED9a80f09a3CCEaD83Ea6D86b';
const assetsToSwapUserA = [CRYPTOPUNK_420];

// User B Trade Data
const walletAddressUserB = '0x44beA2b43600eE240AB6Cb90696048CeF32aBf1D';
const assetsToSwapUserB = [BORED_APE_69];

// ............................
// Part 1 of the trade -- User A (the 'maker') initiates an order
// ............................

// Initiate the SDK for User A.
// Pass the user's wallet signer (available via the user's wallet provider) to the Swap SDK
const nftSwapSdk = new NftSwap(provider, signerUserA, CHAIN_ID);

// Check if we need to approve the NFT for swapping
const approvalStatusForUserA = await nftSwapSdk.loadApprovalStatus(
  assetsToSwapUserA[0],
  walletAddressUserA
);
// If we do need to approve User A's CryptoPunk for swapping, let's do that now
if (!approvalStatusForUserA.contractApproved) {
  const approvalTx = await nftSwapSdk.approveTokenOrNftByAsset(
    assetsToSwapUserA[0],
    makerAddress
  );
  const approvalTxReceipt = await approvalTx.wait();
  console.log(
    `Approved ${assetsToSwapUserA[0].tokenAddress} contract to swap with 0x (txHash: ${approvalTxReceipt.transactionHash})`
  );
}

// Create the order (Remember, User A initiates the trade, so User A creates the order)
const order = nftSwapSdk.buildOrder(
  assetsToSwapUserA,
  assetsToSwapUserB,
  walletAddressUserA
);
// Sign the order (User A signs since they are initiating the trade)
const signedOrder = await nftSwapSdk.signOrder(order, makerAddress);
// Part 1 Complete. User A is now done. Now we send the `signedOrder` to User B to complete the trade.

// ............................
// Part 2 of the trade -- User B (the 'taker') accepts and fills order from User A and completes trade
// ............................
// Initiate the SDK for User B.
const nftSwapSdk = new NftSwap(provider, signerUserB, CHAIN_ID);

// Check if we need to approve the NFT for swapping
const approvalStatusForUserB = await nftSwapSdk.loadApprovalStatus(
  assetsToSwapUserB[0],
  walletAddressUserB
);
// If we do need to approve NFT for swapping, let's do that now
if (!approvalStatusForUserB.contractApproved) {
  const approvalTx = await nftSwapSdk.approveTokenOrNftByAsset(
    assetsToSwapUserB[0],
    walletAddressUserB
  );
  const approvalTxReceipt = await approvalTx.wait();
  console.log(
    `Approved ${assetsToSwapUserB[0].tokenAddress} contract to swap with 0x. TxHash: ${approvalTxReceipt.transactionHash})`
  );
}
// The final step is the taker (User B) submitting the order.
// The taker approves the trade transaction and it will be submitted on the blockchain for settlement.
// Once the transaction is confirmed, the trade will be settled and cannot be reversed.
const fillTx = await nftSwapSdk.fillSignedOrder(signedOrder);
const fillTxReceipt = await nftSwapSdk.awaitTransactionHash(fillTx.hash);
console.log(`🎉 🥳 Order filled. TxHash: ${fillTxReceipt.transactionHash}`);

// Set up the sample data for the swap...
const CHAIN_ID = 1; // Mainnet

const CRYPTOPUNK_420 = {
  tokenAddress: '0xb47e3cd837ddf8e4c57f05d70ab865de6e193bbb',
  tokenId: '420',
  type: 'ERC721',
};

const CRYPTOPUNK_421 = {
  tokenAddress: '0xb47e3cd837ddf8e4c57f05d70ab865de6e193bbb',
  tokenId: '421',
  type: 'ERC721',
};

const ONE_THOUSAND_DAI = {
  tokenAddress: '0x6b175474e89094c44da98b954eedeac495271d0f', // DAI contract address
  amount: '1000000000000000000000', // 1,000 DAI (DAI is 18 digits) -- amount to swap
  type: 'ERC20',
};

const SIXTY_NINE_USDC = {
  tokenAddress: '0xA0b86991c6218b36c1d19D4a2e9Eb0cE3606eB48', // USDC contract address
  amount: '69000000', // 69 USDC (USDC is 6 digits)
  type: 'ERC20',
};

const FOUR_THOUSAND_TWENTY_WETH = {
  tokenAddress: '0x6b175474e89094c44da98b954eedeac495271d0f', // WETH contract address
  amount: '420000000000000000000', // 420 Wrapped-ETH (WETH is 18 digits)
  type: 'ERC20',
};

// User A Trade Data
const walletAddressUserA = '0x1eeD19957E0a81AED9a80f09a3CCEaD83Ea6D86b';
const assetsToSwapUserA = [CRYPTOPUNK_420, CRYPTOPUNK_421, ONE_THOUSAND_DAI];

// User B Trade Data
const walletAddressUserB = '0x44beA2b43600eE240AB6Cb90696048CeF32aBf1D';
const assetsToSwapUserB = [SIXTY_NINE_USDC, FOUR_THOUSAND_TWENTY_WETH];

// ............................
// Part 1 of the trade -- User A (the 'maker') initiates an order
// ............................
const nftSwapSdk = new NftSwap(provider, signerUserA, CHAIN_ID);
// Note: For brevity, we assume all assets are approved for swap in this example.
// See previous example on how to approve an asset.

const order = nftSwapSdk.buildOrder(
  assetsToSwapUserA,
  assetsToSwapUserB,
  walletAddressUserA
);
const signedOrder = await nftSwapSdk.signOrder(order, makerAddress);

// ............................
// Part 2 of the trade -- User B (the 'taker') accepts and fills order from User A and completes trade
// ............................
const nftSwapSdk = new NftSwap(provider, signerUserB, CHAIN_ID);

const fillTx = await nftSwapSdk.fillSignedOrder(signedOrder);
const fillTxReceipt = await nftSwapSdk.awaitTransactionHash(fillTx);
console.log(`🎉 🥳 Order filled. TxHash: ${fillTxReceipt.transactionHash}`);

// Not so bad, right? We can arbitrarily add more assets to our swap without introducing additional complexity!

const App = () => {
  const { library, chainId } = useWeb3React<Web3React>();

  const [swapSdk, setSwapSdk] = useState(null);
  useEffect(() => {
    const sdk = new NftSwap(library, library.getSigner(), chainId);
    setSwapSdk(sdk);
  }, [library, chainId])

  // Use the SDK however you'd like in the app...
  const handleClick = useCallback(() => {
    if (!swapSdk) {
      return;
    }
    swapSdk.buildOrder(...)
  }, [swapSdk])

  // ...
}