cocos_android/Data/js/main.js

console.log(">> begin load wallet main file.");
function promiseCb(funId, promiseFun, dataParser) {
  dataParser = dataParser || ((v) => v);
  promiseFun
    .then((result) => {
      jsb.jcCallback(
        funId,
        JSON.stringify({ errcode: 0, data: dataParser(result) })
      );
    })
    .catch((err) => {
      let code = err.statusCode || 1;
      jsb.jcCallback(
        funId,
        JSON.stringify({ errcode: code, errmsg: err.message || err })
      );
    });
}
/**
 * oauth login before init internal wallet
 * @param {*} channel 0: google, 1: apple, 2: tiktok, 3: facebook, 4: twitter 5: tg
 */
function walletLogin(funId, channel) {
  channel = parseInt(channel);
  console.log("walletLogin: " + channel);
  const wallet =
    !window.jc || !jc.wallet ? new jcwallet.default({ type: 0 }) : jc.wallet;
  promiseCb(funId, wallet.preLogin(channel));
}
/**
 * init internal wallet with password
 * @param {number | string} chain chain id
 * @param {string} pass
 */
function initInternalWallet(funId, chain, pass) {
  chain = parseInt(chain);
  const wallet =
    !window.jc || !jc.wallet ? new jcwallet.default({ type: 0 }) : jc.wallet;
  promiseCb(funId, wallet.initInternalWallet(chain, pass), () => {
    return jc.wallet.nativeAccount;
  });
}
/**
 * verify if password is correct
 * compare with local password hash
 * @param {string} pass password for wallet
 */
function verifyPassword(funId, pass) {
  try {
    let result = jsb.verifyLocalPass(pass);
    return JSON.stringify({ errcode: 0, data: result });
  } catch (err) {
    return JSON.stringify({ errcode: 1, errmsg: err.message || err });
  }
}
/**
 * init third party wallet
 * @param {number | string} chain chain id
 */
function initThirdPartyWallet(funId, chain) {
  chain = parseInt(chain);
  const wallet =
    !window.jc || !jc.wallet ? new jcwallet.default({ type: 1 }) : jc.wallet;
  promiseCb(funId, wallet.initThirdPartyWallet(chain), () => {
    return jc.wallet.currentAccount();
  });
}
/**
 * current account for internal wallet
 */
function currentAccount(funId) {
  try {
    let data = jc.wallet.currentAccountData;
    return JSON.stringify({ errcode: 0, data });
  } catch (err) {
    return JSON.stringify({ errcode: 1, errmsg: err.message || err });
  }
}

/**
 * all chain list we supported
 */
function chainList(funId) {
  try {
    let data = jc.wallet.chainList;
    return JSON.stringify({ errcode: 0, data });
  } catch (err) {
    return JSON.stringify({ errcode: 1, errmsg: err.message || err });
  }
}
/**
 * chain active
 */
function currentChain(funId) {
  try {
    let data = jc.wallet.currentChain;
    return JSON.stringify({ errcode: 0, data });
  } catch (err) {
    return JSON.stringify({ errcode: 1, errmsg: err.message || err });
  }
}
/**
 * [BOTH]change chain
 */
function changeChain(funId, chainId) {
  chainId = parseInt(chainId);
  promiseCb(funId, jc.wallet.updateCurrentChain(chainId));
}
/**
 * [BOTH] get sign for login
 * @param {string} nonce: nonce from server
 * @param {string} tips: tips message when sign
 */
function loginSign(funId, nonce, tips) {
  promiseCb(funId, jc.wallet.loginSign(nonce, tips));
}

/**
 * get balance of ETH
 * @param {string} account: account
 *                          if account is null, we`ll query for current account of wallet
 */
function getEthBalance(funId, account) {
  promiseCb(funId, jc.wallet.getBalance(account));
}

/**
 * send ETH from current account
 * @param {string} to: target account
 * @param {string} amount:
 * @param {number} estimate: 1: only estimate gas price
 */
function sendEth(funId, to, amount, estimate) {
  estimate = (estimate || "0") | 0;
  promiseCb(funId, jc.wallet.sendEth(to, amount, estimate));
}

/**
 * [BOTH] generate ICON with hashed message
 * @param {string} msg:
 * @param {string} diameter: size of icon
 */
function generateIcon(funId, msg, diameter) {
  try {
    diameter = parseFloat(diameter);
    let result = jc.wallet.generateIconData(msg, diameter);
    return JSON.stringify({ errcode: 0, data: result });
  } catch (err) {
    return JSON.stringify({ errcode: 1, errmsg: err.message || err });
  }
}

/**
 * get symbol and decimal of ERC20, symbol and decimal
 * @param {string} address: address of ERC20
 */
function erc20Info(funId, address) {
  promiseCb(funId, jc.wallet.erc20Info(address));
}
/**
 * get balance of ERC20
 * @param {string} address:
 * @param {string} account:
 */
function erc20Balance(funId, address, account) {
  promiseCb(funId, jc.wallet.erc20Balance(address, account));
}
/**
 * send ERC20 token to to
 */
function sendErc20(funId, address, to, amount, estimate) {
  estimate = (estimate || "0") | 0;
  promiseCb(funId, jc.wallet.sendErc20(address, to, amount, estimate));
}

/**
 * send ERC721 NFT to to
 */
function sendErc721(funId, address, to, tokenId, estimate) {
  estimate = (estimate || "0") | 0;
  promiseCb(funId, jc.wallet.sendNFT(address, to, tokenId, estimate));
}

/**
 * get balance of ERC1155
 * @param {string} address:
 * @param {string} account:
 * @param {string} tokenId:
 */
function erc1155Balance(funId, address, account, tokenId) {
  promiseCb(funId, jc.wallet.erc1155Balance(address, account, tokenId));
}

/**
 * send ERC1155 to to
 */
function sendErc1155(funId, address, to, tokenIds, amounts, estimate) {
  tokenIds = JSON.parse(tokenIds);
  amounts = JSON.parse(amounts);
  estimate = (estimate || "0") | 0;
  promiseCb(
    funId,
    jc.wallet.sendErc1155(address, to, tokenIds, amounts, estimate)
  );
}

function showQRCode(funId, content) {
  try {
    jsb.showQRCode(funId, content);
    return JSON.stringify({ errcode: 0, data: 1 });
  } catch (err) {
    return JSON.stringify({ errcode: 1, errmsg: err.message || err });
  }
}

function showWebPage(funId, url) {
  try {
    jsb.showWebPage(funId, url);
    //    jsb.openURL(url);
    return JSON.stringify({ errcode: 0, data: 1 });
  } catch (err) {
    return JSON.stringify({ errcode: 1, errmsg: err.message || err });
  }
}

function scanQRCode(funId, title) {
  console.log("scanQRCode: " + title);
  promiseCb(funId, jc.wallet.nativeSvr.scanQRCode(title));
}

function exportWalletSecKey(funId, pass) {
  try {
    let key = jsb.walletSecKey(funId);
    return JSON.stringify({ errcode: 0, data: key });
  } catch (err) {
    return JSON.stringify({ errcode: 1, errmsg: err.message || err });
  }
}

// ======= begin of interact with contract =======
function buyNft721(funId, addresses, values, signature, estimate) {
  addresses = JSON.parse(addresses);
  values = JSON.parse(values);
  estimate = (estimate || "0") | 0;
  promiseCb(
    funId,
    jc.wallet.jcStandard.buyNft721({
      addresses,
      values,
      signature,
      estimate,
    }),
    (v) => JSON.stringify(v)
  );
}

function buyNft1155(
  funId,
  addresses,
  values,
  ids,
  amounts,
  signature,
  estimate
) {
  addresses = JSON.parse(addresses);
  values = JSON.parse(values);
  ids = JSON.parse(ids);
  amounts = JSON.parse(amounts);
  estimate = (estimate || "0") | 0;

  promiseCb(
    funId,
    jc.wallet.jcStandard.buyNft1155({
      addresses,
      values,
      ids,
      amounts,
      signature,
      estimate,
    }),
    (v) => JSON.stringify(v)
  );
}

function evolveNft721(
  funId,
  nftAddress,
  tokenIds,
  startTime,
  nonce,
  signature,
  estimate
) {
  tokenIds = JSON.parse(tokenIds);
  estimate = (estimate || "0") | 0;
  promiseCb(
    funId,
    jc.wallet.jcStandard.evolve721NFT({
      nftAddress,
      tokenIds,
      startTime,
      nonce,
      signature,
      estimate,
    }),
    (v) => JSON.stringify(v)
  );
}

function evolveChip(funId, tokenIds, startTime, nonce, signature, estimate) {
  tokenIds = JSON.parse(tokenIds);
  estimate = (estimate || "0") | 0;
  promiseCb(
    funId,
    jc.wallet.jcStandard.evolveChip({
      tokenIds,
      startTime,
      nonce,
      signature,
      estimate,
    }),
    (v) => JSON.stringify(v)
  );
}

function mintShardBatchUser(
  funId,
  tokenIds,
  amounts,
  startTime,
  nonce,
  signature,
  estimate
) {
  tokenIds = JSON.parse(tokenIds);
  amounts = JSON.parse(amounts);
  estimate = (estimate || "0") | 0;
  promiseCb(
    funId,
    jc.wallet.jcStandard.mintShardBatchUser({
      tokenIds,
      amounts,
      startTime,
      nonce,
      signature,
      estimate,
    }),
    (v) => JSON.stringify(v)
  );
}

function shardMixByUser(
  funId,
  tokenId,
  nftType,
  payToken,
  payAmount,
  ids,
  amounts,
  startTime,
  nonce,
  signature,
  estimate
) {
  ids = JSON.parse(ids);
  amounts = JSON.parse(amounts);
  estimate = (estimate || "0") | 0;
  promiseCb(
    funId,
    jc.wallet.jcStandard.shardMixByUser({
      tokenId,
      nftType,
      payToken,
      payAmount,
      ids,
      amounts,
      startTime,
      nonce,
      signature,
      estimate,
    }),
    (v) => JSON.stringify(v)
  );
}

// addresses: [nftId, chip, sign_address]
// values: [token_id,salt_nonce,startTime]
// chipIds: [...chipIds]
function pluginChip(
  funId,
  addresses,
  values,
  chipIds,
  slots,
  signature,
  estimate
) {
  estimate = (estimate || "0") | 0;
  addresses = JSON.parse(addresses);
  values = JSON.parse(values);
  chipIds = JSON.parse(chipIds);
  slots = JSON.parse(slots);
  promiseCb(
    funId,
    jc.wallet.jcStandard.pluginChip({
      addresses,
      values,
      chipIds,
      slots,
      signature,
      estimate,
    }),
    (v) => JSON.stringify(v)
  );
}

// addresses: [nftId, chip, sign_address]
// values: [token_id,salt_nonce,startTime]
// chipIds: [...chipIds]
function unplugChip(
  funId,
  addresses,
  values,
  chipIds,
  slots,
  signature,
  estimate
) {
  addresses = JSON.parse(addresses);
  values = JSON.parse(values);
  chipIds = JSON.parse(chipIds);
  slots = JSON.parse(slots);
  estimate = (estimate || "0") | 0;
  promiseCb(
    funId,
    jc.wallet.jcStandard.unplugChip({
      addresses,
      values,
      chipIds,
      slots,
      signature,
      estimate,
    }),
    (v) => JSON.stringify(v)
  );
}
// ======= end of interact with contract =======

// ======= begin of transaction history =======
function ethHistory(funId, start, limit) {
  promiseCb(funId, jc.wallet.historySvr.ethRecords(start, limit));
}

function tokenHistory(funId, start, limit, address, tokenId) {
  var data = { start, limit, address, tokenId };
  promiseCb(funId, jc.wallet.historySvr.tokenRecords(data));
}
// ======= end of transaction history =======

/**
 * get email info of current user
 */
function emailInfo(funId) {
  promiseCb(funId, jc.wallet.emailVerifySvr.checkEmailVerified());
}
/**
 * send code with email
 * @param {*} email
 * @param {*} type
 */
function sendEmailCode(funId, email, type) {
  const wallet =
    !window.jc || !jc.wallet ? new jcwallet.default({ type: 0 }) : jc.wallet;
  promiseCb(funId, wallet.emailVerifySvr.sendEmailCode(email, type));
}
/**
 * verify email with code, and update email
 * @param {*} email
 * @param {*} code
 */
function verifyEmail(funId, email, code) {
  promiseCb(funId, jc.wallet.emailVerifySvr.updateEmailVerify(email, code));
}

/**
 * check if email had already been registed
 * @param {*} email
 */
function checkEmailExists(funId, email) {
  const wallet =
    !window.jc || !jc.wallet ? new jcwallet.default({ type: 0 }) : jc.wallet;
  promiseCb(funId, wallet.emailVerifySvr.isEmailRegister(email));
}
/**
 * regist with email
 * @param {*} email
 * @param {*} password
 * @param {*} code
 */
function emailRegist(funId, email, password, code) {
  const wallet =
    !window.jc || !jc.wallet ? new jcwallet.default({ type: 0 }) : jc.wallet;
  promiseCb(funId, wallet.emailVerifySvr.registByEmail(email, password, code));
}

function emailLogin(funId, email, password) {
  const wallet =
    !window.jc || !jc.wallet ? new jcwallet.default({ type: 0 }) : jc.wallet;
  promiseCb(funId, wallet.emailLogin(email, password));
}