// known: (deterministic) Uses known mnemonic (handled in separate package)
import { mnemonicToSeedSync } from '@scure/bip39';
const mnemonic = 'letter advice cage absurd amount doctor acoustic avoid letter advice cage above';
const knownSeed = mnemonicToSeedSync(mnemonic, '');

// random: Uses system's CSPRNG to produce new random seed
import { randomBytes } from 'micro-key-producer/utils.js';
const randSeed = randomBytes(32);

import ssh from 'micro-key-producer/ssh.js';
import { randomBytes } from 'micro-key-producer/utils.js';

const seed = randomBytes(32);
const key = ssh(seed, '[email protected]');
console.log(key.fingerprint, key.privateKey, key.publicKey);
// SHA256:3M832z6j5R6mQh4TTzVG5KVs2Ibvy...
// -----BEGIN OPENSSH PRIVATE KEY----- ...
// ssh-ed25519 AAAAC3NzaC1lZDI1NTE5AAAA...

import pgp, { getKeyId } from 'micro-key-producer/pgp.js';
import { randomBytes } from 'micro-key-producer/utils.js';

const seed = randomBytes(32);
const email = '[email protected]';
const pass = 'password';
const createdAt = Date.now(); // optional; timestamp >= 0

const keyId = getKeyId(seed);
const key = pgp(seed, email, pass, createdAt);
console.log(key.fingerprint, key.privateKey, key.publicKey);
// ca88e2a8afd9cdb8
// -----BEGIN PGP PRIVATE KEY BLOCK-----...
// -----BEGIN PGP PUBLIC KEY BLOCK-----...

import { mnemonicToSeedSync } from '@scure/bip39';
import { createDerivedEIP2334Keystores } from 'micro-key-producer/bls.js';

const password = 'my_password';
const mnemonic = 'letter advice cage absurd amount doctor acoustic avoid letter advice cage above';
const keyType = 'signing'; // or 'withdrawal'
const indexes = [0, 1, 2, 3]; // create 4 keys

const keystores = createDerivedEIP2334Keystores(
  password
  'scrypt',
  mnemonicToSeedSync(mnemonic, ''),
  keyType,
  indexes
);

import * as pwd from 'micro-key-producer/password.js';
import { randomBytes } from '@noble/hashes/utils';

const seed = randomBytes(32);
const pass = pwd.secureMask.apply(seed).password;
// wivfi1-Zykrap-fohcij, will change on each run
// secureMask is format from iOS keychain, see "Detailed API" section

import * as otp from 'micro-key-producer/otp.js';
otp.hotp(otp.parse('ZYTYYE5FOAGW5ML7LRWUL4WTZLNJAMZS'), 0n); // 549419
otp.totp(otp.parse('ZYTYYE5FOAGW5ML7LRWUL4WTZLNJAMZS'), 0); // 549419

import tor from 'micro-key-producer/tor.js';
import { randomBytes } from 'micro-key-producer/utils.js';
const seed = randomBytes(32);
const key = tor(seed);
console.log(key.privateKey, key.publicKey);
// ED25519-V3:EOl78M2gA...
// rx724x3oambzxr46pkbd... .onion

import ipns from 'micro-key-producer/ipns.js';
import { randomBytes } from 'micro-key-producer/utils.js';
const seed = randomBytes(32);
const k = ipns(seed);
console.log(k.privateKey, k.publicKey, k.base16, k.base32, k.base36, k.contenthash);
// 0x080112400681d6420abb1b...
// 0x017200240801122012c829...
// ipns://f0172002408011220...
// ipns://bafzaajaiaejcaewi...
// ipns://k51qzi5uqu5dgnfwb...
// 0xe501017200240801122012...

import slip10 from 'micro-key-producer/slip10.js';
import { randomBytes } from 'micro-key-producer/utils.js';

const seed = randomBytes(32);
const hdkey1 = slip10.HDKey.fromMasterSeed(seed);

// props
[hdkey1.depth, hdkey1.index, hdkey1.chainCode];
console.log(hdkey2.privateKey, hdkey2.publicKey);
console.log(hdkey3.derive("m/0/2147483647'/1'"));
const sig = hdkey3.sign(hash);
hdkey3.verify(hash, sig);

import * as pgp from 'micro-key-producer/pgp';
import { randomBytes } from 'micro-key-producer/utils';
const pseed = randomBytes(32);
pgp.getKeyId(pseed); // fast
const pkeys = pgp.getKeys(pseed, '[email protected]', 'password');
console.log(pkeys.keyId);
console.log(pkeys.privateKey);
console.log(pkeys.publicKey);

// Also, you can explore existing keys internal structure
console.log(pgp.pubArmor.decode(keys.publicKey));
const privDecoded = pgp.privArmor.decode(keys.privateKey);
console.log(privDecoded);
// And receive raw private keys as bigint
console.log({
  ed25519: pgp.decodeSecretKey('password', privDecoded[0].data),
  cv25519: pgp.decodeSecretKey('password', privDecoded[3].data),
});

import * as pwd from 'micro-key-producer/password.js';
console.log(pwd.secureMask.estimate);

// Output
{
  score: 'somewhat guessable', // ZXCVBN Score
  // Guess times
  guesses: {
    online_throttling: '1y 115mo', // Throttled online attack
    online: '1mo 10d', // Online attack
    // Offline attack (salte, slow hash function like bcrypt, scrypt, PBKDF2, argon, etc)
    slow: '57min 36sec',
    fast: '0 sec' // Offline attack
  },
  // Estimated attack costs (in $)
  costs: {
    luks: 1.536122841572242, // LUKS (Linux FDE)
    filevault2: 0.2308740987992559, // FileVault 2 (macOS FDE)
    macos: 0.03341598798410283, // MaccOS v10.8+ passwords
    pbkdf2: 0.011138662661367609 // PBKDF2 (PBKDF2-HMAC-SHA256)
  }
}

class HDKey {
  public static HARDENED_OFFSET: number;
  public static fromMasterSeed(seed: Uint8Array | string): HDKey;

  readonly depth: number = 0;
  readonly index: number = 0;
  readonly chainCode: Uint8Array | null = null;
  readonly parentFingerprint: number = 0;
  public readonly privateKey: Uint8Array;

  get fingerprint(): number;
  get fingerprintHex(): string;
  get parentFingerprintHex(): string;
  get pubKeyHash(): Uint8Array;
  get publicKey(): Uint8Array;
  get publicKeyRaw(): Uint8Array;

  derive(path: string, forceHardened = false): HDKey;
  deriveChild(index: number): HDKey;
  sign(hash: Uint8Array): Uint8Array;
  verify(hash: Uint8Array, signature: Uint8Array): boolean;
}