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const authenticator = require("otplib").authenticator;
const axios = require("axios");
const bcrypt = require("bcrypt");
register = ah(async (user, ip, requireChallenge) => {
if (!(user && user.username)) throw new Error("Username required");
let exists = await db.User.count({ where: { username: user.username } });
if (exists) throw new Error(`Username ${user.username} taken`);
if (user.password) {
user.password = await bcrypt.hash(user.password, 1);
}
user.sms = user.formattedPhone || user.sms
// Separate logic for presetting user preferences below into separate manageable file ... (& remove redundant user / account reference)
let countries = {
CA: "CAD",
US: "USD",
JP: "JPY",
CN: "CNY",
AU: "AUD",
GB: "GBP",
};
if (!config.ipstack || ip.startsWith("127") || ip.startsWith("192"))
user.currency = "CAD";
else {
let info = await axios.get(
`http://api.ipstack.com/${ip}?access_key=${config.ipstack}`
);
user.currency = countries[info.data.country_code] || "USD";
}
user.currencies = [...new Set([user.currency, "CAD", "USD"])];
user.fiat = false;
user.otpsecret = authenticator.generateSecret();
user = await db.User.create(user);
let account = await db.Account.create({
user_id: user.id,
asset: config.liquid.btcasset,
balance: 0,
pending: 0,
name: "Bitcoin",
ticker: "BTC",
precision: 8,
});
user.accounts = [account];
const d = ip.split(".");
const numericIp = ((+d[0] * 256 + +d[1]) * 256 + +d[2]) * 256 + +d[3];
if (Number.isInteger(numericIp)) {
user.ip = numericIp;
const ipExists = await db.User.findOne({ where: { ip: numericIp } });
}
user.account_id = account.id;
await user.save();
l.info("new user", user.username, ip);
return user;
});
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