const tg = require("./target/timegraph_nodejs");
const { cryptoWaitReady } = require("@polkadot/util-crypto");
/** @type {import('@polkadot/keyring').Keyring} */
const { Keyring } = require("@polkadot/keyring");
const {u8aWrapBytes} = require("@polkadot/util")

const hexToBytes = (hex) => {
  var bytes = [];
  for (var c = 0; c < hex.length; c += 2) {
    bytes.push(parseInt(hex.substr(c, 2), 16));
  }
  return bytes;
};

test("Create API key and then SSK with polkadot Keyring ", async () => {
  await cryptoWaitReady();
  const keyring = new Keyring({ type: "sr25519" });
  const keypair = keyring.addFromSeed(hexToBytes("aa250e48af7472b8cd4d7809a169fe884d4271522cf99e876cef1c8e95b32ba4"));
  expect(keypair.address).toStrictEqual("5CJJ7L3sXxUAPEcsEUNRayf1yhG6RQihqbKN6TB7mvLB4KZX");
  const [cert_data, secret] = tg.new_cert(keypair.address, "developer");
  const signature = keypair.sign(cert_data);
  const key = tg.build_apikey(secret, cert_data, signature);
  cert = tg.verify_cert(key.cert);
  expect(cert.owner).toStrictEqual(tg.address_as_pubkey(keypair.address));
  const ssk_data = tg.encode_ssk({
    ns: 0,
    key: keypair.address,
    secret: "",
    expiration: 0,
  });
  const ssk_signature = keypair.sign(ssk_data);
  const ssk = tg.build_ssk(ssk_data, ssk_signature);
  const ssk_info = tg.verify_ssk(ssk);
  console.log(ssk_info);
  expect(ssk_info).toStrictEqual({
    ns: 0,
    key: tg.address_as_pubkey(keypair.address),
    expiration: 0,
    user_id: undefined,
  });
});

test("Create wallet SSK with polkadot Keyring ", async () => {
  await cryptoWaitReady();
  const keyring = new Keyring({ type: "sr25519" });
  const keypair = keyring.addFromSeed(hexToBytes("aa250e48af7472b8cd4d7809a169fe884d4271522cf99e876cef1c8e95b32ba4"));
  expect(keypair.address).toStrictEqual("5CJJ7L3sXxUAPEcsEUNRayf1yhG6RQihqbKN6TB7mvLB4KZX");
  const ssk_data = tg.encode_ssk({
    ns: 0,
    key: keypair.address,
    user_id: 1,
    expiration: 0,
  });
  const ssk_signature = keypair.sign(ssk_data);
  const ssk = tg.build_ssk(ssk_data, ssk_signature);
  const ssk_info = tg.verify_ssk(ssk);
  console.log(ssk_info);
  expect(ssk_info).toStrictEqual({
    ns: 0,
    key: tg.address_as_pubkey(keypair.address),
    expiration: 0,
    user_id: 1,
  });
});

test("Create API key and then SSK with polkadot Keyring wrapped bytes ", async () => {
  await cryptoWaitReady();
  const keyring = new Keyring({ type: "sr25519" });
  const keypair = keyring.addFromSeed(hexToBytes("aa250e48af7472b8cd4d7809a169fe884d4271522cf99e876cef1c8e95b32ba4"));
  expect(keypair.address).toStrictEqual("5CJJ7L3sXxUAPEcsEUNRayf1yhG6RQihqbKN6TB7mvLB4KZX");
  const [cert_data, secret] = tg.new_cert(keypair.address, "developer");
  const signature = keypair.sign( u8aWrapBytes(cert_data));
  const key = tg.build_apikey(secret, cert_data, signature);
  cert = tg.verify_cert(key.cert);
  expect(cert.owner).toStrictEqual(tg.address_as_pubkey(keypair.address));
  const ssk_data = tg.encode_ssk({
    ns: 0,
    key: keypair.address,
    secret: "",
    expiration: 0,
  });
  const ssk_signature = keypair.sign(u8aWrapBytes(ssk_data));
  const ssk = tg.build_ssk(ssk_data, ssk_signature);
  const ssk_info = tg.verify_ssk(ssk);
  console.log(ssk_info);
  expect(ssk_info).toStrictEqual({
    ns: 0,
    key: tg.address_as_pubkey(keypair.address),
    expiration: 0,
    user_id: undefined,
  });
});

test("Verify externally signed wallet SSK", () => {
  const owner = "5CJJ7L3sXxUAPEcsEUNRayf1yhG6RQihqbKN6TB7mvLB4KZX";
  //const key_seed = '0xaa250e48af7472b8cd4d7809a169fe884d4271522cf99e876cef1c8e95b32ba4'

  const ssk_data = tg.encode_ssk({
    ns: 0,
    key: owner,
    secret: "",
    expiration: 0,
  });

  /// signe here
  /// subkey sign --hex --message <ssk_data> --suri <key_seed>

  const signature =
    "bcf8be42cf4b479648b2eae7a19ec2ebf2c49be4e761def16f3e2a3d9cf2eb5e38b312e4e2be8819e6b089d30ab21817a536da5e2e4cafc3e2abfa4d0044e38c";
  const ssk = tg.build_ssk(ssk_data, hexToBytes(signature));
  console.log("ssk", tg.verify_ssk(ssk));
  expect(tg.verify_ssk(ssk)).toStrictEqual({
    ns: 0,
    key: tg.address_as_pubkey(owner),
    expiration: 0,
    user_id: undefined,
  });
});

test("", async () => {
  await cryptoWaitReady();
  const keyring = new Keyring({ type: "sr25519" });
  const keypair = keyring.addFromUri("//Alice");
  console.log(keypair.address,keypair.toJson())

})