BlueWallet/tests/integration/hd-segwit-bech32-wallet.test.js
2021-09-15 14:39:50 +01:00

265 lines
9.8 KiB
JavaScript

import assert from 'assert';
import { HDSegwitBech32Wallet } from '../../class';
import * as BlueElectrum from '../../blue_modules/BlueElectrum';
jasmine.DEFAULT_TIMEOUT_INTERVAL = 300 * 1000;
afterAll(async () => {
// after all tests we close socket so the test suite can actually terminate
BlueElectrum.forceDisconnect();
});
beforeAll(async () => {
// awaiting for Electrum to be connected. For RN Electrum would naturally connect
// while app starts up, but for tests we need to wait for it
await BlueElectrum.connectMain();
});
describe('Bech32 Segwit HD (BIP84)', () => {
it.each([false, true])('can fetch balance, transactions & utxo, disableBatching=%p', async function (disableBatching) {
if (!process.env.HD_MNEMONIC) {
console.error('process.env.HD_MNEMONIC not set, skipped');
return;
}
if (disableBatching) BlueElectrum.setBatchingDisabled();
let hd = new HDSegwitBech32Wallet();
hd.setSecret(process.env.HD_MNEMONIC);
assert.ok(hd.validateMnemonic());
assert.strictEqual(
'zpub6r7jhKKm7BAVx3b3nSnuadY1WnshZYkhK8gKFoRLwK9rF3Mzv28BrGcCGA3ugGtawi1WLb2vyjQAX9ZTDGU5gNk2bLdTc3iEXr6tzR1ipNP',
hd.getXpub(),
);
assert.strictEqual(hd._getExternalAddressByIndex(0), 'bc1qvd6w54sydc08z3802svkxr7297ez7cusd6266p');
assert.strictEqual(hd._getExternalAddressByIndex(1), 'bc1qt4t9xl2gmjvxgmp5gev6m8e6s9c85979ta7jeh');
assert.strictEqual(hd._getInternalAddressByIndex(0), 'bc1qcg6e26vtzja0h8up5w2m7utex0fsu4v0e0e7uy');
assert.strictEqual(hd._getInternalAddressByIndex(1), 'bc1qwp58x4c9e5cplsnw5096qzdkae036ug7a34x3r');
assert.ok(hd.weOwnAddress('bc1qvd6w54sydc08z3802svkxr7297ez7cusd6266p'));
assert.ok(hd.weOwnAddress('BC1QVD6W54SYDC08Z3802SVKXR7297EZ7CUSD6266P'));
assert.ok(hd.weOwnAddress('bc1qt4t9xl2gmjvxgmp5gev6m8e6s9c85979ta7jeh'));
assert.ok(!hd.weOwnAddress('1HjsSTnrwWzzEV2oi4r5MsAYENkTkrCtwL'));
assert.ok(!hd.weOwnAddress('garbage'));
assert.ok(!hd.weOwnAddress(false));
assert.strictEqual(hd.timeToRefreshBalance(), true);
assert.ok(hd._lastTxFetch === 0);
assert.ok(hd._lastBalanceFetch === 0);
await hd.fetchBalance();
assert.strictEqual(hd.getBalance(), 200000);
assert.strictEqual(await hd.getAddressAsync(), hd._getExternalAddressByIndex(2));
assert.strictEqual(await hd.getChangeAddressAsync(), hd._getInternalAddressByIndex(2));
assert.strictEqual(hd.next_free_address_index, 2);
assert.strictEqual(hd.getNextFreeAddressIndex(), 2);
assert.strictEqual(hd.next_free_change_address_index, 2);
// now fetch txs
await hd.fetchTransactions();
assert.ok(hd._lastTxFetch > 0);
assert.ok(hd._lastBalanceFetch > 0);
assert.strictEqual(hd.timeToRefreshBalance(), false);
assert.strictEqual(hd.getTransactions().length, 4);
for (const tx of hd.getTransactions()) {
assert.ok(tx.hash);
assert.strictEqual(tx.value, 50000);
assert.ok(tx.received);
assert.ok(tx.confirmations > 1);
}
assert.ok(hd.weOwnTransaction('5e2fa84148a7389537434b3ad12fcae71ed43ce5fb0f016a7f154a9b99a973df'));
assert.ok(hd.weOwnTransaction('ad00a92409d8982a1d7f877056dbed0c4337d2ebab70b30463e2802279fb936d'));
assert.ok(!hd.weOwnTransaction('825c12f277d1f84911ac15ad1f41a3de28e9d906868a930b0a7bca61b17c8881'));
// now fetch UTXO
await hd.fetchUtxo();
const utxo = hd.getUtxo();
assert.strictEqual(utxo.length, 4);
assert.ok(utxo[0].txId);
assert.ok(utxo[0].vout === 0 || utxo[0].vout === 1);
assert.ok(utxo[0].value);
assert.ok(utxo[0].address);
// now, reset HD wallet, and find free addresses from scratch:
hd = new HDSegwitBech32Wallet();
hd.setSecret(process.env.HD_MNEMONIC);
assert.strictEqual(await hd.getAddressAsync(), hd._getExternalAddressByIndex(2));
assert.strictEqual(await hd.getChangeAddressAsync(), hd._getInternalAddressByIndex(2));
assert.strictEqual(hd.next_free_address_index, 2);
assert.strictEqual(hd.getNextFreeAddressIndex(), 2);
assert.strictEqual(hd.next_free_change_address_index, 2);
if (disableBatching) BlueElectrum.setBatchingEnabled();
});
it('can catch up with externally modified wallet', async () => {
if (!process.env.HD_MNEMONIC_BIP84) {
console.error('process.env.HD_MNEMONIC_BIP84 not set, skipped');
return;
}
const hd = new HDSegwitBech32Wallet();
hd.setSecret(process.env.HD_MNEMONIC_BIP84);
assert.ok(hd.validateMnemonic());
await hd.fetchBalance();
const oldBalance = hd.getBalance();
await hd.fetchTransactions();
const oldTransactions = hd.getTransactions();
// now, mess with internal state, make it 'obsolete'
hd._txs_by_external_index['2'].pop();
hd._txs_by_internal_index['16'].pop();
hd._txs_by_internal_index['17'] = [];
for (let c = 17; c < 100; c++) hd._balances_by_internal_index[c] = { c: 0, u: 0 };
hd._balances_by_external_index['2'].c = 1000000;
assert.ok(hd.getBalance() !== oldBalance);
assert.ok(hd.getTransactions().length !== oldTransactions.length);
// now, refetch! should get back to normal
await hd.fetchBalance();
assert.strictEqual(hd.getBalance(), oldBalance);
await hd.fetchTransactions();
assert.strictEqual(hd.getTransactions().length, oldTransactions.length);
});
it.skip('can work with faulty zpub', async () => {
// takes too much time, skipped
if (!process.env.FAULTY_ZPUB) {
console.error('process.env.FAULTY_ZPUB not set, skipped');
return;
}
const hd = new HDSegwitBech32Wallet();
hd._xpub = process.env.FAULTY_ZPUB;
await hd.fetchBalance();
await hd.fetchTransactions();
assert.ok(hd.getTransactions().length >= 76);
});
it('can fetchBalance, fetchTransactions, fetchUtxo and create transactions', async () => {
if (!process.env.HD_MNEMONIC_BIP84) {
console.error('process.env.HD_MNEMONIC_BIP84 not set, skipped');
return;
}
const hd = new HDSegwitBech32Wallet();
hd.setSecret(process.env.HD_MNEMONIC_BIP84);
assert.ok(hd.validateMnemonic());
assert.strictEqual(
hd.getXpub(),
'zpub6qoWjSiZRHzSYPGYJ6EzxEXJXP1b2Rj9syWwJZFNCmupMwkbSAWSBk3UvSkJyQLEhQpaBAwvhmNj3HPKpwCJiTBB9Tutt46FtEmjL2DoU3J',
);
let start = +new Date();
await hd.fetchBalance();
let end = +new Date();
end - start > 5000 && console.warn('fetchBalance took', (end - start) / 1000, 'sec');
assert.ok(hd.next_free_change_address_index > 0);
assert.ok(hd.next_free_address_index > 0);
assert.ok(hd.getNextFreeAddressIndex() > 0);
start = +new Date();
await hd.fetchTransactions();
end = +new Date();
end - start > 15000 && console.warn('fetchTransactions took', (end - start) / 1000, 'sec');
start = +new Date();
await hd.fetchBalance();
end = +new Date();
end - start > 2000 && console.warn('warm fetchBalance took', (end - start) / 1000, 'sec');
global.debug = true;
start = +new Date();
await hd.fetchTransactions();
end = +new Date();
end - start > 2000 && console.warn('warm fetchTransactions took', (end - start) / 1000, 'sec');
let txFound = 0;
for (const tx of hd.getTransactions()) {
if (tx.hash === 'e9ef58baf4cff3ad55913a360c2fa1fd124309c59dcd720cdb172ce46582097b') {
assert.strictEqual(tx.value, -129545);
assert.strictEqual(tx.inputs[0].addresses[0], 'bc1qffcl35r05wyf06meu3dalfevawx559n0ufrxcw');
assert.strictEqual(tx.inputs[1].addresses[0], 'bc1qtvh8mjcfdg9224nx4wu3sw7fmmtmy2k3jhdeul');
assert.strictEqual(tx.inputs[2].addresses[0], 'bc1qhe03zgvq4fmfw8l2qq2zu4dxyhgyukcz6k2a5w');
txFound++;
}
if (tx.hash === 'e112771fd43962abfe4e4623bf788d6d95ff1bd0f9b56a6a41fb9ed4dacc75f1') {
assert.strictEqual(tx.value, 1000000);
assert.strictEqual(tx.inputs[0].addresses[0], '3NLnALo49CFEF4tCRhCvz45ySSfz3UktZC');
assert.strictEqual(tx.inputs[1].addresses[0], '3NLnALo49CFEF4tCRhCvz45ySSfz3UktZC');
txFound++;
}
if (tx.hash === 'c94bdec21c72d3441245caa164b00315b131f6b72513369f4be1b00b9fb99cc5') {
assert.strictEqual(tx.inputs[0].addresses[0], '16Nf5X77RbFz9Mb6t2GFqxs3twQN1joBkD');
txFound++;
}
if (tx.hash === '51fc225ddf24f7e124f034637f46442645ca7ea2c442b28124d4bcdd04e30195') {
assert.strictEqual(tx.inputs[0].addresses[0], '3NLnALo49CFEF4tCRhCvz45ySSfz3UktZC');
txFound++;
}
}
assert.strictEqual(txFound, 4);
await hd.fetchUtxo();
assert.strictEqual(hd.getUtxo().length, 2);
assert.strictEqual(hd.getDerivedUtxoFromOurTransaction().length, 2);
const u1 = hd.getUtxo()[0];
const u2 = hd.getDerivedUtxoFromOurTransaction()[0];
delete u1.confirmations;
delete u2.confirmations;
delete u1.height;
delete u2.height;
assert.deepStrictEqual(u1, u2);
const changeAddress = await hd.getChangeAddressAsync();
assert.ok(changeAddress && changeAddress.startsWith('bc1'));
const { tx, inputs, outputs, fee } = hd.createTransaction(
hd.getUtxo(),
[{ address: 'bc1qcr8te4kr609gcawutmrza0j4xv80jy8z306fyu', value: 51000 }],
13,
changeAddress,
);
assert.strictEqual(Math.round(fee / tx.virtualSize()), 13);
let totalInput = 0;
for (const inp of inputs) {
totalInput += inp.value;
}
assert.strictEqual(outputs.length, 2);
let totalOutput = 0;
for (const outp of outputs) {
totalOutput += outp.value;
}
assert.strictEqual(totalInput - totalOutput, fee);
assert.strictEqual(outputs[outputs.length - 1].address, changeAddress);
});
it('wasEverUsed() works', async () => {
if (!process.env.HD_MNEMONIC) {
console.error('process.env.HD_MNEMONIC not set, skipped');
return;
}
let hd = new HDSegwitBech32Wallet();
hd.setSecret(process.env.HD_MNEMONIC);
assert.ok(await hd.wasEverUsed());
hd = new HDSegwitBech32Wallet();
await hd.generate();
assert.ok(!(await hd.wasEverUsed()), hd.getSecret());
});
});