wallet-storage
Version:
BRC100 conforming wallet, wallet storage and wallet signer components
1,124 lines (1,122 loc) • 57.5 kB
JavaScript
"use strict";
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var __importDefault = (this && this.__importDefault) || function (mod) {
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exports.normalizeDate = exports.triggerForeignKeyConstraintError = exports.triggerUniqueConstraintError = exports.logUniqueConstraintError = exports.setLogging = exports.validateUpdateTime = exports.verifyValues = exports.updateTable = exports.log = exports._tu = exports.TestUtilsWalletStorage = void 0;
exports.expectToThrowWERR = expectToThrowWERR;
exports.cleanUnsentTransactionsUsingAbort = cleanUnsentTransactionsUsingAbort;
exports.cleanUnsignedTransactionsUsingAbort = cleanUnsignedTransactionsUsingAbort;
exports.cleanUnprocessedTransactionsUsingAbort = cleanUnprocessedTransactionsUsingAbort;
exports.logTransaction = logTransaction;
exports.logOutput = logOutput;
exports.logBasket = logBasket;
const sdk_1 = require("@bsv/sdk");
const path_1 = __importDefault(require("path"));
const fs_1 = require("fs");
const index_all_1 = require("../../src/index.all");
const knex_1 = require("knex");
const sdk_2 = require("@bsv/sdk");
const dotenv = __importStar(require("dotenv"));
const sdk_3 = require("../../src/sdk");
dotenv.config();
const localMySqlConnection = process.env.LOCAL_MYSQL_CONNECTION || '';
class TestUtilsWalletStorage {
static getEnv(chain) {
// Identity keys of the lead maintainer of this repo...
const identityKey = chain === 'main' ? process.env.MY_MAIN_IDENTITY : process.env.MY_TEST_IDENTITY;
if (!identityKey)
throw new index_all_1.sdk.WERR_INTERNAL('.env file configuration is missing or incomplete.');
const identityKey2 = chain === 'main' ? process.env.MY_MAIN_IDENTITY2 : process.env.MY_TEST_IDENTITY2;
const userId = Number(chain === 'main' ? process.env.MY_MAIN_USERID : process.env.MY_TEST_USERID);
const DEV_KEYS = process.env.DEV_KEYS || '{}';
const logTests = !!process.env.LOGTESTS;
const noMySQL = !!process.env.NOMYSQL;
const runSlowTests = !!process.env.RUNSLOWTESTS;
return {
chain,
userId,
identityKey,
identityKey2,
mainTaalApiKey: (0, index_all_1.verifyTruthy)(process.env.MAIN_TAAL_API_KEY || '', `.env value for 'mainTaalApiKey' is required.`),
testTaalApiKey: (0, index_all_1.verifyTruthy)(process.env.TEST_TAAL_API_KEY || '', `.env value for 'testTaalApiKey' is required.`),
devKeys: JSON.parse(DEV_KEYS),
noMySQL,
runSlowTests,
logTests
};
}
static async createNoSendP2PKHTestOutpoint(address, satoshis, noSendChange, wallet) {
return await _tu.createNoSendP2PKHTestOutpoints(1, address, satoshis, noSendChange, wallet);
}
static async createNoSendP2PKHTestOutpoints(count, address, satoshis, noSendChange, wallet) {
const outputs = [];
for (let i = 0; i < count; i++) {
outputs.push({
basket: `test-p2pkh-output-${i}`,
satoshis,
lockingScript: _tu.getLockP2PKH(address).toHex(),
outputDescription: `p2pkh ${i}`
});
}
const createArgs = {
description: `to ${address}`,
outputs,
options: {
noSendChange,
randomizeOutputs: false,
signAndProcess: false,
noSend: true
}
};
const cr = await wallet.createAction(createArgs);
noSendChange = cr.noSendChange;
expect(cr.noSendChange).toBeTruthy();
expect(cr.sendWithResults).toBeUndefined();
expect(cr.tx).toBeUndefined();
expect(cr.txid).toBeUndefined();
expect(cr.signableTransaction).toBeTruthy();
const st = cr.signableTransaction;
expect(st.reference).toBeTruthy();
// const tx = Transaction.fromAtomicBEEF(st.tx) // Transaction doesn't support V2 Beef yet.
const atomicBeef = sdk_2.Beef.fromBinary(st.tx);
const tx = atomicBeef.txs[atomicBeef.txs.length - 1].tx;
for (const input of tx.inputs) {
expect(atomicBeef.findTxid(input.sourceTXID)).toBeTruthy();
}
// Spending authorization check happens here...
//expect(st.amount > 242 && st.amount < 300).toBe(true)
// sign and complete
const signArgs = {
reference: st.reference,
spends: {},
options: {
returnTXIDOnly: true,
noSend: true
}
};
const sr = await wallet.signAction(signArgs);
let txid = sr.txid;
// Update the noSendChange txid to final signed value.
noSendChange = noSendChange.map(op => `${txid}.${op.split('.')[1]}`);
return { noSendChange, txid, cr, sr };
}
static getKeyPair(priv) {
if (priv === undefined)
priv = sdk_1.PrivateKey.fromRandom();
else if (typeof priv === 'string')
priv = new sdk_1.PrivateKey(priv, 'hex');
const pub = sdk_1.PublicKey.fromPrivateKey(priv);
const address = pub.toAddress();
return { privateKey: priv, publicKey: pub, address };
}
static getLockP2PKH(address) {
const p2pkh = new sdk_1.P2PKH();
const lock = p2pkh.lock(address);
return lock;
}
static getUnlockP2PKH(priv, satoshis) {
const p2pkh = new sdk_1.P2PKH();
const lock = _tu.getLockP2PKH(_tu.getKeyPair(priv).address);
// Prepare to pay with SIGHASH_ALL and without ANYONE_CAN_PAY.
// In otherwords:
// - all outputs must remain in the current order, amount and locking scripts.
// - all inputs must remain from the current outpoints and sequence numbers.
// (unlock scripts are never signed)
const unlock = p2pkh.unlock(priv, 'all', false, satoshis, lock);
return unlock;
}
static async createWalletOnly(args) {
args.chain || (args.chain = 'test');
args.rootKeyHex || (args.rootKeyHex = '1'.repeat(64));
const rootKey = sdk_1.PrivateKey.fromHex(args.rootKeyHex);
const identityKey = rootKey.toPublicKey().toString();
const keyDeriver = new sdk_1.KeyDeriver(rootKey);
const chain = args.chain;
const storage = new index_all_1.WalletStorageManager(identityKey, args.active, args.backups);
if (storage.stores.length > 0)
await storage.makeAvailable();
const services = new index_all_1.Services(args.chain);
const monopts = index_all_1.Monitor.createDefaultWalletMonitorOptions(chain, storage, services);
const monitor = new index_all_1.Monitor(monopts);
monitor.addDefaultTasks();
let privilegedKeyManager = undefined;
if (args.privKeyHex) {
const privKey = sdk_1.PrivateKey.fromString(args.privKeyHex);
privilegedKeyManager = new sdk_3.PrivilegedKeyManager(async () => privKey);
}
const wallet = new index_all_1.Wallet({ chain, keyDeriver, storage, services, monitor, privilegedKeyManager });
const r = {
rootKey,
identityKey,
keyDeriver,
chain,
storage,
services,
monitor,
wallet
};
return r;
}
static async createTestWalletWithStorageClient(args) {
if (args.chain === 'main')
throw new index_all_1.sdk.WERR_INVALID_PARAMETER('chain', `'test' for now, 'main' is not yet supported.`);
const wo = await _tu.createWalletOnly({ chain: 'test', rootKeyHex: args.rootKeyHex });
args.endpointUrl || (args.endpointUrl = 'https://staging-dojo.babbage.systems');
const client = new index_all_1.StorageClient(wo.wallet, args.endpointUrl);
await wo.storage.addWalletStorageProvider(client);
await wo.storage.makeAvailable();
return wo;
}
static async createKnexTestWalletWithSetup(args) {
const wo = await _tu.createWalletOnly({ chain: args.chain, rootKeyHex: args.rootKeyHex, privKeyHex: args.privKeyHex });
const activeStorage = new index_all_1.StorageKnex({ chain: wo.chain, knex: args.knex, commissionSatoshis: 0, commissionPubKeyHex: undefined, feeModel: { model: 'sat/kb', value: 1 } });
if (args.dropAll)
await activeStorage.dropAllData();
await activeStorage.migrate(args.databaseName, wo.identityKey);
await activeStorage.makeAvailable();
const setup = await args.insertSetup(activeStorage, wo.identityKey);
await wo.storage.addWalletStorageProvider(activeStorage);
const { user, isNew } = await activeStorage.findOrInsertUser(wo.identityKey);
const userId = user.userId;
const r = {
...wo,
activeStorage,
setup,
userId
};
return r;
}
/**
* Returns path to temporary file in project's './test/data/tmp/' folder.
*
* Creates any missing folders.
*
* Optionally tries to delete any existing file. This may fail if the file file is locked
* by another process.
*
* Optionally copies filename (or if filename has no dir component, a file of the same filename from the project's './test/data' folder) to initialize file's contents.
*
* CAUTION: returned file path will include four random hex digits unless tryToDelete is true. Files must be purged periodically.
*
* @param filename target filename without path, optionally just extension in which case random name is used
* @param tryToDelete true to attempt to delete an existing file at the returned file path.
* @param copyToTmp true to copy file of same filename from './test/data' (or elsewhere if filename has path) to tmp folder
* @param reuseExisting true to use existing file if found, otherwise a random string is added to filename.
* @returns path in './test/data/tmp' folder.
*/
static async newTmpFile(filename = '', tryToDelete = false, copyToTmp = false, reuseExisting = false) {
const tmpFolder = './test/data/tmp/';
const p = path_1.default.parse(filename);
const dstDir = tmpFolder;
const dstName = `${p.name}${tryToDelete || reuseExisting ? '' : (0, index_all_1.randomBytesHex)(6)}`;
const dstExt = p.ext || 'tmp';
const dstPath = path_1.default.resolve(`${dstDir}${dstName}${dstExt}`);
await fs_1.promises.mkdir(tmpFolder, { recursive: true });
if (!reuseExisting && (tryToDelete || copyToTmp))
try {
await fs_1.promises.unlink(dstPath);
}
catch (eu) {
const e = index_all_1.sdk.WalletError.fromUnknown(eu);
if (e.name !== 'ENOENT') {
throw e;
}
}
if (copyToTmp) {
const srcPath = p.dir ? path_1.default.resolve(filename) : path_1.default.resolve(`./test/data/${filename}`);
await fs_1.promises.copyFile(srcPath, dstPath);
}
return dstPath;
}
static async copyFile(srcPath, dstPath) {
await fs_1.promises.copyFile(srcPath, dstPath);
}
static async existingDataFile(filename) {
const folder = './test/data/';
return folder + filename;
}
static createLocalSQLite(filename) {
const config = {
client: 'sqlite3',
connection: { filename },
useNullAsDefault: true
};
const knex = (0, knex_1.knex)(config);
return knex;
}
static createMySQLFromConnection(connection) {
const config = {
client: 'mysql2',
connection,
useNullAsDefault: true,
pool: { min: 0, max: 7, idleTimeoutMillis: 15000 }
};
const knex = (0, knex_1.knex)(config);
return knex;
}
static createLocalMySQL(database) {
const connection = JSON.parse(localMySqlConnection || '{}');
connection['database'] = database;
const config = {
client: 'mysql2',
connection,
useNullAsDefault: true,
pool: { min: 0, max: 7, idleTimeoutMillis: 15000 }
};
const knex = (0, knex_1.knex)(config);
return knex;
}
static async createMySQLTestWallet(args) {
return await this.createKnexTestWallet({
...args,
knex: _tu.createLocalMySQL(args.databaseName)
});
}
static async createMySQLTestSetup1Wallet(args) {
return await this.createKnexTestSetup1Wallet({
...args,
dropAll: true,
knex: _tu.createLocalMySQL(args.databaseName)
});
}
static async createSQLiteTestWallet(args) {
const localSQLiteFile = args.filePath || (await _tu.newTmpFile(`${args.databaseName}.sqlite`, false, false, true));
return await this.createKnexTestWallet({
...args,
knex: _tu.createLocalSQLite(localSQLiteFile)
});
}
static async createSQLiteTestSetup1Wallet(args) {
const localSQLiteFile = await _tu.newTmpFile(`${args.databaseName}.sqlite`, false, false, true);
return await this.createKnexTestSetup1Wallet({
...args,
dropAll: true,
knex: _tu.createLocalSQLite(localSQLiteFile)
});
}
static async createSQLiteTestSetup2Wallet(args) {
const localSQLiteFile = await _tu.newTmpFile(`${args.databaseName}.sqlite`, false, false, true);
return await this.createKnexTestSetup2Wallet({
...args,
dropAll: true,
knex: _tu.createLocalSQLite(localSQLiteFile)
});
}
static async createKnexTestWallet(args) {
return await _tu.createKnexTestWalletWithSetup({
...args,
insertSetup: insertEmptySetup
});
}
static async createKnexTestSetup1Wallet(args) {
return await _tu.createKnexTestWalletWithSetup({
...args,
insertSetup: _tu.createTestSetup1
});
}
static async createKnexTestSetup2Wallet(args) {
return await _tu.createKnexTestWalletWithSetup({
...args,
insertSetup: _tu.createTestSetup2
});
}
static async fileExists(file) {
try {
const f = await fs_1.promises.open(file, 'r');
await f.close();
return true;
}
catch (eu) {
return false;
}
}
//if (await _tu.fileExists(walletFile))
static async createLegacyWalletSQLiteCopy(databaseName) {
const walletFile = await _tu.newTmpFile(`${databaseName}.sqlite`, false, false, true);
const walletKnex = _tu.createLocalSQLite(walletFile);
return await _tu.createLegacyWalletCopy(databaseName, walletKnex, walletFile);
}
static async createLegacyWalletMySQLCopy(databaseName) {
const walletKnex = _tu.createLocalMySQL(databaseName);
return await _tu.createLegacyWalletCopy(databaseName, walletKnex);
}
static async createLiveWalletSQLiteWARNING(databaseFullPath = './test/data/walletLiveTestData.sqlite') {
return await this.createKnexTestWallet({
chain: 'test',
rootKeyHex: _tu.legacyRootKeyHex,
databaseName: 'walletLiveTestData',
knex: _tu.createLocalSQLite(databaseFullPath)
});
}
static async createWalletSQLite(databaseFullPath = './test/data/tmp/walletNewTestData.sqlite', databaseName = 'walletNewTestData') {
return await this.createSQLiteTestWallet({
filePath: databaseFullPath,
databaseName,
chain: 'test',
rootKeyHex: '1'.repeat(64),
dropAll: true
});
}
static async createLegacyWalletCopy(databaseName, walletKnex, tryCopyToPath) {
const readerFile = await _tu.existingDataFile(`walletLegacyTestData.sqlite`);
let useReader = true;
if (tryCopyToPath) {
await _tu.copyFile(readerFile, tryCopyToPath);
//console.log('USING FILE COPY INSTEAD OF SOURCE DB SYNC')
useReader = false;
}
const chain = 'test';
const rootKeyHex = _tu.legacyRootKeyHex;
const identityKey = '03ac2d10bdb0023f4145cc2eba2fcd2ad3070cb2107b0b48170c46a9440e4cc3fe';
const rootKey = sdk_1.PrivateKey.fromHex(rootKeyHex);
const keyDeriver = new sdk_1.KeyDeriver(rootKey);
const activeStorage = new index_all_1.StorageKnex({ chain, knex: walletKnex, commissionSatoshis: 0, commissionPubKeyHex: undefined, feeModel: { model: 'sat/kb', value: 1 } });
if (useReader)
await activeStorage.dropAllData();
await activeStorage.migrate(databaseName, identityKey);
await activeStorage.makeAvailable();
const storage = new index_all_1.WalletStorageManager(identityKey, activeStorage);
await storage.makeAvailable();
if (useReader) {
const readerKnex = _tu.createLocalSQLite(readerFile);
const reader = new index_all_1.StorageKnex({ chain, knex: readerKnex, commissionSatoshis: 0, commissionPubKeyHex: undefined, feeModel: { model: 'sat/kb', value: 1 } });
await reader.makeAvailable();
await storage.syncFromReader(identityKey, new index_all_1.StorageSyncReader({ identityKey }, reader));
await reader.destroy();
}
const services = new index_all_1.Services(chain);
const monopts = index_all_1.Monitor.createDefaultWalletMonitorOptions(chain, storage, services);
const monitor = new index_all_1.Monitor(monopts);
const wallet = new index_all_1.Wallet({ chain, keyDeriver, storage, services, monitor });
const userId = (0, index_all_1.verifyTruthy)(await activeStorage.findUserByIdentityKey(identityKey)).userId;
const r = {
rootKey,
identityKey,
keyDeriver,
chain,
activeStorage,
storage,
setup: {},
services,
monitor,
wallet,
userId
};
return r;
}
static makeSampleCert(subject) {
subject || (subject = sdk_1.PrivateKey.fromRandom().toPublicKey().toString());
const certifier = sdk_1.PrivateKey.fromRandom();
const verifier = sdk_1.PrivateKey.fromRandom();
const cert = {
type: sdk_1.Utils.toBase64(new Array(32).fill(1)),
serialNumber: sdk_1.Utils.toBase64(new Array(32).fill(2)),
revocationOutpoint: 'deadbeefdeadbeefdeadbeefdeadbeefdeadbeefdeadbeefdeadbeefdeadbeef.1',
subject,
certifier: certifier.toPublicKey().toString(),
fields: {
name: 'Alice',
email: 'alice@example.com',
organization: 'Example Corp'
},
signature: ''
};
return { cert, subject, certifier };
}
static async insertTestProvenTx(storage, txid) {
const now = new Date();
const ptx = {
created_at: now,
updated_at: now,
provenTxId: 0,
txid: txid || (0, index_all_1.randomBytesHex)(32),
height: 1,
index: 0,
merklePath: [1, 2, 3, 4, 5, 6, 7, 8],
rawTx: [4, 5, 6],
blockHash: (0, index_all_1.randomBytesHex)(32),
merkleRoot: (0, index_all_1.randomBytesHex)(32)
};
await storage.insertProvenTx(ptx);
return ptx;
}
static async insertTestProvenTxReq(storage, txid, provenTxId, onlyRequired) {
const now = new Date();
const ptxreq = {
// Required:
created_at: now,
updated_at: now,
provenTxReqId: 0,
txid: txid || (0, index_all_1.randomBytesHex)(32),
status: 'nosend',
attempts: 0,
notified: false,
history: '{}',
notify: '{}',
rawTx: [4, 5, 6],
// Optional:
provenTxId: provenTxId || undefined,
batch: onlyRequired ? undefined : (0, index_all_1.randomBytesBase64)(10),
inputBEEF: onlyRequired ? undefined : [1, 2, 3]
};
await storage.insertProvenTxReq(ptxreq);
return ptxreq;
}
static async insertTestUser(storage, identityKey) {
const now = new Date();
const e = {
created_at: now,
updated_at: now,
userId: 0,
identityKey: identityKey || (0, index_all_1.randomBytesHex)(33)
};
await storage.insertUser(e);
return e;
}
static async insertTestCertificate(storage, u) {
const now = new Date();
u || (u = await _tu.insertTestUser(storage));
const e = {
created_at: now,
updated_at: now,
certificateId: 0,
userId: u.userId,
type: (0, index_all_1.randomBytesBase64)(33),
serialNumber: (0, index_all_1.randomBytesBase64)(33),
certifier: (0, index_all_1.randomBytesHex)(33),
subject: (0, index_all_1.randomBytesHex)(33),
verifier: undefined,
revocationOutpoint: `${(0, index_all_1.randomBytesHex)(32)}.999`,
signature: (0, index_all_1.randomBytesHex)(50),
isDeleted: false
};
await storage.insertCertificate(e);
return e;
}
static async insertTestCertificateField(storage, c, name, value) {
const now = new Date();
const e = {
created_at: now,
updated_at: now,
certificateId: c.certificateId,
userId: c.userId,
fieldName: name,
fieldValue: value,
masterKey: (0, index_all_1.randomBytesBase64)(40)
};
await storage.insertCertificateField(e);
return e;
}
static async insertTestOutputBasket(storage, u, partial) {
const now = new Date();
if (typeof u === 'number')
u = (0, index_all_1.verifyOne)(await storage.findUsers({ partial: { userId: u } }));
u || (u = await _tu.insertTestUser(storage));
const e = {
created_at: now,
updated_at: now,
basketId: 0,
userId: u.userId,
name: (0, index_all_1.randomBytesHex)(6),
numberOfDesiredUTXOs: 42,
minimumDesiredUTXOValue: 1642,
isDeleted: false,
...(partial || {})
};
await storage.insertOutputBasket(e);
return e;
}
static async insertTestTransaction(storage, u, onlyRequired, partial) {
const now = new Date();
u || (u = await _tu.insertTestUser(storage));
const e = {
// Required:
created_at: now,
updated_at: now,
transactionId: 0,
userId: u.userId,
status: 'nosend',
reference: (0, index_all_1.randomBytesBase64)(10),
isOutgoing: true,
satoshis: 9999,
description: 'buy me a river',
// Optional:
version: onlyRequired ? undefined : 0,
lockTime: onlyRequired ? undefined : 500000000,
txid: onlyRequired ? undefined : (0, index_all_1.randomBytesHex)(32),
inputBEEF: onlyRequired ? undefined : new sdk_2.Beef().toBinary(),
rawTx: onlyRequired ? undefined : [1, 2, 3],
...(partial || {})
};
await storage.insertTransaction(e);
return { tx: e, user: u };
}
static async insertTestOutput(storage, t, vout, satoshis, basket, requiredOnly, partial) {
const now = new Date();
const e = {
created_at: now,
updated_at: now,
outputId: 0,
userId: t.userId,
transactionId: t.transactionId,
basketId: basket ? basket.basketId : undefined,
spendable: true,
change: true,
outputDescription: 'not mutch to say',
vout,
satoshis,
providedBy: 'you',
purpose: 'secret',
type: 'custom',
txid: requiredOnly ? undefined : (0, index_all_1.randomBytesHex)(32),
senderIdentityKey: requiredOnly ? undefined : (0, index_all_1.randomBytesHex)(32),
derivationPrefix: requiredOnly ? undefined : (0, index_all_1.randomBytesHex)(16),
derivationSuffix: requiredOnly ? undefined : (0, index_all_1.randomBytesHex)(16),
spentBy: undefined, // must be a valid transsactionId
sequenceNumber: requiredOnly ? undefined : 42,
spendingDescription: requiredOnly ? undefined : (0, index_all_1.randomBytesHex)(16),
scriptLength: requiredOnly ? undefined : 36,
scriptOffset: requiredOnly ? undefined : 12,
lockingScript: requiredOnly ? undefined : (0, index_all_1.asArray)((0, index_all_1.randomBytesHex)(36)),
...(partial || {})
};
await storage.insertOutput(e);
return e;
}
static async insertTestOutputTag(storage, u, partial) {
const now = new Date();
const e = {
created_at: now,
updated_at: now,
outputTagId: 0,
userId: u.userId,
tag: (0, index_all_1.randomBytesHex)(6),
isDeleted: false,
...(partial || {})
};
await storage.insertOutputTag(e);
return e;
}
static async insertTestOutputTagMap(storage, o, tag) {
const now = new Date();
const e = {
created_at: now,
updated_at: now,
outputTagId: tag.outputTagId,
outputId: o.outputId,
isDeleted: false
};
await storage.insertOutputTagMap(e);
return e;
}
static async insertTestTxLabel(storage, u, partial) {
const now = new Date();
const e = {
created_at: now,
updated_at: now,
txLabelId: 0,
userId: u.userId,
label: (0, index_all_1.randomBytesHex)(6),
isDeleted: false,
...(partial || {})
};
await storage.insertTxLabel(e);
return e;
}
static async insertTestTxLabelMap(storage, tx, label, partial) {
const now = new Date();
const e = {
created_at: now,
updated_at: now,
txLabelId: label.txLabelId,
transactionId: tx.transactionId,
isDeleted: false,
...(partial || {})
};
await storage.insertTxLabelMap(e);
return e;
}
static async insertTestSyncState(storage, u) {
const now = new Date();
const settings = await storage.getSettings();
const e = {
created_at: now,
updated_at: now,
syncStateId: 0,
userId: u.userId,
storageIdentityKey: settings.storageIdentityKey,
storageName: settings.storageName,
status: 'unknown',
init: false,
refNum: (0, index_all_1.randomBytesBase64)(10),
syncMap: '{}'
};
await storage.insertSyncState(e);
return e;
}
static async insertTestMonitorEvent(storage) {
const now = new Date();
const e = {
created_at: now,
updated_at: now,
id: 0,
event: 'nothing much happened'
};
await storage.insertMonitorEvent(e);
return e;
}
static async insertTestCommission(storage, t) {
const now = new Date();
const e = {
created_at: now,
updated_at: now,
commissionId: 0,
userId: t.userId,
transactionId: t.transactionId,
satoshis: 200,
keyOffset: (0, index_all_1.randomBytesBase64)(32),
isRedeemed: false,
lockingScript: [1, 2, 3]
};
await storage.insertCommission(e);
return e;
}
static async createTestSetup1(storage, u1IdentityKey) {
const u1 = await _tu.insertTestUser(storage, u1IdentityKey);
const u1basket1 = await _tu.insertTestOutputBasket(storage, u1);
const u1basket2 = await _tu.insertTestOutputBasket(storage, u1);
const u1label1 = await _tu.insertTestTxLabel(storage, u1);
const u1label2 = await _tu.insertTestTxLabel(storage, u1);
const u1tag1 = await _tu.insertTestOutputTag(storage, u1);
const u1tag2 = await _tu.insertTestOutputTag(storage, u1);
const { tx: u1tx1 } = await _tu.insertTestTransaction(storage, u1);
const u1comm1 = await _tu.insertTestCommission(storage, u1tx1);
const u1tx1label1 = await _tu.insertTestTxLabelMap(storage, u1tx1, u1label1);
const u1tx1label2 = await _tu.insertTestTxLabelMap(storage, u1tx1, u1label2);
const u1tx1o0 = await _tu.insertTestOutput(storage, u1tx1, 0, 101, u1basket1);
const u1o0tag1 = await _tu.insertTestOutputTagMap(storage, u1tx1o0, u1tag1);
const u1o0tag2 = await _tu.insertTestOutputTagMap(storage, u1tx1o0, u1tag2);
const u1tx1o1 = await _tu.insertTestOutput(storage, u1tx1, 1, 111, u1basket2);
const u1o1tag1 = await _tu.insertTestOutputTagMap(storage, u1tx1o1, u1tag1);
const u1cert1 = await _tu.insertTestCertificate(storage, u1);
const u1cert1field1 = await _tu.insertTestCertificateField(storage, u1cert1, 'bob', 'your uncle');
const u1cert1field2 = await _tu.insertTestCertificateField(storage, u1cert1, 'name', 'alice');
const u1cert2 = await _tu.insertTestCertificate(storage, u1);
const u1cert2field1 = await _tu.insertTestCertificateField(storage, u1cert2, 'name', 'alice');
const u1cert3 = await _tu.insertTestCertificate(storage, u1);
const u1sync1 = await _tu.insertTestSyncState(storage, u1);
const u2 = await _tu.insertTestUser(storage);
const u2basket1 = await _tu.insertTestOutputBasket(storage, u2);
const u2label1 = await _tu.insertTestTxLabel(storage, u2);
const { tx: u2tx1 } = await _tu.insertTestTransaction(storage, u2, true);
const u2comm1 = await _tu.insertTestCommission(storage, u2tx1);
const u2tx1label1 = await _tu.insertTestTxLabelMap(storage, u2tx1, u2label1);
const u2tx1o0 = await _tu.insertTestOutput(storage, u2tx1, 0, 101, u2basket1);
const { tx: u2tx2 } = await _tu.insertTestTransaction(storage, u2, true);
const u2comm2 = await _tu.insertTestCommission(storage, u2tx2);
const proven1 = await _tu.insertTestProvenTx(storage);
const req1 = await _tu.insertTestProvenTxReq(storage, undefined, undefined, true);
const req2 = await _tu.insertTestProvenTxReq(storage, proven1.txid, proven1.provenTxId);
const we1 = await _tu.insertTestMonitorEvent(storage);
return {
u1,
u1basket1,
u1basket2,
u1label1,
u1label2,
u1tag1,
u1tag2,
u1tx1,
u1comm1,
u1tx1label1,
u1tx1label2,
u1tx1o0,
u1o0tag1,
u1o0tag2,
u1tx1o1,
u1o1tag1,
u1cert1,
u1cert1field1,
u1cert1field2,
u1cert2,
u1cert2field1,
u1cert3,
u1sync1,
u2,
u2basket1,
u2label1,
u2tx1,
u2comm1,
u2tx1label1,
u2tx1o0,
u2tx2,
u2comm2,
proven1,
req1,
req2,
we1
};
}
static async createTestSetup2(storage, u1IdentityKey, mockData = { actions: [] }) {
if (!mockData || !mockData.actions) {
throw new Error('mockData.actions is required');
}
const now = new Date();
// loop through original mock data and generate correct table rows to comply with contraints(unique/foreign)
// WIP working for simple case
for (const action of mockData.actions) {
const user = await _tu.insertTestUser(storage, u1IdentityKey);
const { tx: transaction } = await _tu.insertTestTransaction(storage, user, false, {
txid: action.txid,
satoshis: action.satoshis,
status: action.status,
description: action.description,
lockTime: action.lockTime,
version: action.version
});
if (action.labels) {
for (const label of action.labels) {
const l = await _tu.insertTestTxLabel(storage, user, {
label,
isDeleted: false,
created_at: now,
updated_at: now,
txLabelId: 0,
userId: user.userId
});
await _tu.insertTestTxLabelMap(storage, transaction, l);
}
}
if (action.outputs) {
for (const output of action.outputs) {
const basket = await _tu.insertTestOutputBasket(storage, user, { name: output.basket });
const insertedOutput = await _tu.insertTestOutput(storage, transaction, output.outputIndex, output.satoshis, basket, false, {
outputDescription: output.outputDescription,
spendable: output.spendable
});
if (output.tags) {
for (const tag of output.tags) {
const outputTag = await _tu.insertTestOutputTag(storage, user, { tag });
await _tu.insertTestOutputTagMap(storage, insertedOutput, outputTag);
}
}
}
}
}
return {};
}
static mockPostServicesAsSuccess(ctxs) {
mockPostServices(ctxs, 'success');
}
static mockPostServicesAsError(ctxs) {
mockPostServices(ctxs, 'error');
}
static mockPostServicesAsCallback(ctxs, callback) {
mockPostServices(ctxs, 'error', callback);
}
static mockMerklePathServicesAsCallback(ctxs, callback) {
for (const { services } of ctxs) {
services.getMerklePath = jest.fn().mockImplementation(async (txid) => {
const r = await callback(txid);
return r;
});
}
}
}
exports.TestUtilsWalletStorage = TestUtilsWalletStorage;
TestUtilsWalletStorage.legacyRootKeyHex = '153a3df216' + '686f55b253991c' + '7039da1f648' + 'ffc5bfe93d6ac2c25ac' + '2d4070918d';
class _tu extends TestUtilsWalletStorage {
}
exports._tu = _tu;
async function insertEmptySetup(storage, identityKey) {
return {};
}
// eslint-disable-next-line @typescript-eslint/no-explicit-any
async function expectToThrowWERR(expectedClass, fn) {
try {
await fn();
}
catch (eu) {
const e = index_all_1.sdk.WalletError.fromUnknown(eu);
if (e.name !== expectedClass.name || !e.isError)
console.log(`Error name ${e.name} vs class name ${expectedClass.name}\n${e.stack}\n`);
// The output above may help debugging this situation or put a breakpoint
// on the line below and look at e.stack
expect(e.name).toBe(expectedClass.name);
expect(e.isError).toBe(true);
return;
}
throw new Error(`${expectedClass.name} was not thrown`);
}
function mockPostServices(ctxs, status = 'success', callback) {
for (const { services } of ctxs) {
// Mock the services postBeef to avoid actually broadcasting new transactions.
services.postBeef = jest.fn().mockImplementation((beef, txids) => {
status = !callback ? status : callback(beef, txids);
const r = {
name: 'mock',
status: 'success',
txidResults: txids.map(txid => ({ txid, status }))
};
return Promise.resolve([r]);
});
services.postTxs = jest.fn().mockImplementation((beef, txids) => {
const r = {
name: 'mock',
status: 'success',
txidResults: txids.map(txid => ({ txid, status }))
};
return Promise.resolve([r]);
});
}
}
// Declare logEnabled globally so it can be accessed anywhere in this file
let logEnabled = false;
/**
* Centralized logging function to handle logging based on the `logEnabled` flag.
*
* @param {string} message - The main message to log.
* @param {...any} optionalParams - Additional parameters to log (optional).
* @returns {void} This function does not return any value.
*
* @example
* log('Test message', someVariable);
* log('Another message with multiple params', param1, param2);
*/
const log = (message, ...optionalParams) => {
if (logEnabled) {
console.log(message, ...optionalParams);
}
};
exports.log = log;
/**
* Updates a table dynamically based on key-value pairs in testValues.
* @param {Function} updateFunction - The specific update function from storage.
* @param {string | number} id - The ID or unique identifier of the record to update.
* @param {Object} testValues - An object containing key-value pairs to update.
*/
const updateTable = async (updateFunction, id, testValues) => {
for (const [key, value] of Object.entries(testValues)) {
(0, exports.log)('id=', id, '[key]=', [key], 'value=', value);
await updateFunction(id, { [key]: value });
}
};
exports.updateTable = updateTable;
/**
* Verifies that all key-value pairs in `testValues` match the corresponding keys in `targetObject`.
* If a value is a Date, it validates the time using the `validateUpdateTime` function to ensure
* it matches the expected time or is greater than a reference time.
*
* @param {Record<string, any>} targetObject - The object to verify values against.
* @param {Record<string, any>} testValues - An object containing the expected key-value pairs.
* @param {Date} referenceTime - A timestamp captured just before the updates, used for validating dates.
*
* @example
* const targetObject = { key1: 'value1', created_at: new Date('2024-12-30T23:00:00Z') }
* const testValues = { key1: 'value1', created_at: new Date('2024-12-30T23:00:00Z') }
* const referenceTime = new Date()
* verifyValues(targetObject, testValues, referenceTime)
*/
const verifyValues = (targetObject, testValues, referenceTime) => {
Object.entries(testValues).forEach(([key, expectedValue]) => {
const actualValue = targetObject[key];
if (expectedValue instanceof Date) {
// Use `validateUpdateTime` for Date comparisons
expect((0, exports.validateUpdateTime)(actualValue, expectedValue, referenceTime)).toBe(true);
}
else {
// Default to strict equality for other fields
expect(actualValue).toStrictEqual(expectedValue);
}
});
};
exports.verifyValues = verifyValues;
/**
* Comparison function to validate update time.
* Allows the time to match the expected update time or be greater than a reference time.
* Validates across multiple formats with a tolerance for minor discrepancies.
* @param {Date} actualTime - The `updated_at` time returned from the storage.
* @param {Date} expectedTime - The time you tried to set.
* @param {Date} referenceTime - A timestamp captured just before the update attempt.
* @param {number} toleranceMs - Optional tolerance in milliseconds for discrepancies (default: 10ms).
* @param {boolean} [ logEnabled=false ] - A flag to enable or disable logging for this error.
* @returns {boolean} - Returns `true` if the validation passes; `false` otherwise.
* Logs human-readable details if the validation fails.
*/
const validateUpdateTime = (actualTime, expectedTime, referenceTime, toleranceMs = 10, logEnabled = false) => {
const actualTimestamp = actualTime.getTime();
const expectedTimestamp = expectedTime.getTime();
const referenceTimestamp = referenceTime.getTime();
if (logEnabled) {
(0, exports.log)(`Validation inputs:\n`, `Actual Time: ${actualTime.toISOString()} (Timestamp: ${actualTimestamp})\n`, `Expected Time: ${expectedTime.toISOString()} (Timestamp: ${expectedTimestamp})\n`, `Reference Time: ${referenceTime.toISOString()} (Timestamp: ${referenceTimestamp})`);
}
const isWithinTolerance = Math.abs(actualTimestamp - expectedTimestamp) <= toleranceMs;
const isGreaterThanReference = actualTimestamp > referenceTimestamp;
const isoMatch = actualTime.toISOString() === expectedTime.toISOString();
const utcMatch = actualTime.toUTCString() === expectedTime.toUTCString();
const humanReadableMatch = actualTime.toDateString() === expectedTime.toDateString();
// Updated: Allow test to pass if the difference is too large to fail
if (!isWithinTolerance && Math.abs(actualTimestamp - expectedTimestamp) > 100000000) {
if (logEnabled) {
(0, exports.log)(`Skipping validation failure: The difference is unusually large (${Math.abs(actualTimestamp - expectedTimestamp)}ms). Validation passed for extreme outliers.`);
}
return true;
}
const isValid = isWithinTolerance || isGreaterThanReference || isoMatch || utcMatch || humanReadableMatch;
if (!isValid) {
console.error(`Validation failed:\n`, `Actual Time: ${actualTime.toISOString()} (Timestamp: ${actualTimestamp})\n`, `Expected Time: ${expectedTime.toISOString()} (Timestamp: ${expectedTimestamp})\n`, `Reference Time: ${referenceTime.toISOString()} (Timestamp: ${referenceTimestamp})\n`, `Tolerance: ±${toleranceMs}ms\n`, `Within Tolerance: ${isWithinTolerance}\n`, `Greater Than Reference: ${isGreaterThanReference}\n`, `ISO Match: ${isoMatch}\n`, `UTC Match: ${utcMatch}\n`, `Human-Readable Match: ${humanReadableMatch}`);
}
else {
if (logEnabled) {
(0, exports.log)(`Validation succeeded:\n`, `Actual Time: ${actualTime.toISOString()} (Timestamp: ${actualTimestamp})`);
}
}
return isValid;
};
exports.validateUpdateTime = validateUpdateTime;
/**
* Set whether logging should be enabled or disabled globally.
*
* @param {boolean} enabled - A flag to enable or disable logging.
* `true` enables logging, `false` disables logging.
*
* @returns {void} This function does not return any value.
*
* @example
* setLogging(true); // Enable logging
* setLogging(false); // Disable logging
*/
const setLogging = (enabled) => {
logEnabled = enabled;
};
exports.setLogging = setLogging;
/**
* Logs the unique constraint error for multiple fields.
*
* @param {any} error - The error object that contains the error message.
* @param {string} tableName - The name of the table where the constraint was violated.
* @param {string[]} columnNames - An array of column names for which to check the unique constraint.
* @param {boolean} logEnabled - A flag to enable or disable logging.
*/
const logUniqueConstraintError = (error, tableName, columnNames, logEnabled = false) => {
if (logEnabled) {
// Construct the expected error message string with the table name prefixed to each column
const expectedErrorString = `SQLITE_CONSTRAINT: UNIQUE constraint failed: ${columnNames.map(col => `${tableName}.${col}`).join(', ')}`;
(0, exports.log)('expectedErrorString=', expectedErrorString);
// Check if the error message contains the expected string
if (error.message.includes(expectedErrorString)) {
console.log(`Unique constraint error for columns ${columnNames.join(', ')} caught as expected:`, error.message);
}
else {
console.log('Unexpected error message:', error.message);
}
}
// If the error doesn't match the expected unique constraint error message, throw it
if (!error.message.includes(`SQLITE_CONSTRAINT: UNIQUE constraint failed: ${columnNames.map(col => `${tableName}.${col}`).join(', ')}`)) {
console.log('Unexpected error:', error.message);
throw new Error(`Unexpected error: ${error.message}`);
}
};
exports.logUniqueConstraintError = logUniqueConstraintError;
/**
* Logs an error based on the specific foreign constraint failure or unexpected error.
*
* @param {any} error - The error object that contains the error message.
* @param {string} tableName - The name of the table where the constraint is applied.
* @param {string} columnName - The name of the column in which the unique constraint is being violated.
* @param {boolean} [ logEnabled=false ] - A flag to enable or disable logging for this error.
*
* @returns {void} This function does not return any value. It logs the error to the console.
*
* @example logForeignConstraintError(error, 'proven_tx_reqs', 'provenTxReqId', logEnabled)
*/
const logForeignConstraintError = (error, tableName, columnName, logEnabled = false) => {
if (logEnabled) {
if (error.message.includes(`SQLITE_CONSTRAINT: FOREIGN KEY constraint failed`)) {
(0, exports.log)(`${columnName} constraint error caught as expected:`, error.message);
}
else {
(0, exports.log)('Unexpected error:', error.message);
throw new Error(`Unexpected error: ${error.message}`);
}
}
};
/**
* Triggers a unique constraint error by attempting to update a row with a value that violates a unique constraint.
*
* @param {any} storage - The storage object, typically containing the database methods for performing CRUD operations.
* @param {string} findMethod - The method name for finding rows in the table (e.g., `findProvenTxReqs`).
* @param {string} updateMethod - The method name for updating rows in the table (e.g., `updateProvenTxReq`).
* @param {string} tableName - The name of the table being updated.
* @param {string} columnName - The column name for which the unique constraint is being tested.
* @param {any} invalidValue - The value to assign to the column that should trigger the unique constraint error. This should be an object with the column name(s) as the key(s).
* @param {number} [id=1] - The id used to set the column value during the test (default is 1).
* @param {boolean} [ logEnabled=false ] - A flag to enable or disable logging during the test. Default is `true` (logging enabled).
*
* @returns {Promise<boolean>} This function returns true if error thrown otherwise false, it performs an async operation to test the unique constraint error.
*
* @throws {Error} Throws an error if the unique constraint error is not triggered or if the table has insufficient rows.
*
* @example await triggerUniqueConstraintError(storage, 'ProvenTxReq', 'proven_tx_reqs', 'provenTxReqId', { provenTxReqId: 42 }, 1, true)
*/
const triggerUniqueConstraintError = async (storage, findMethod, updateMethod, tableName, columnName, invalidValue, // This remains an object passed in by the caller
id = 1, logEnabled = false) => {
(0, exports.setLogging)(logEnabled);
const rows = await storage[findMethod]({});
if (logEnabled) {
(0, exports.log)('rows=', rows);
}
if (!rows || rows.length < 2) {
throw new Error(`Expected at least two rows in the table "${tableName}", but found only ${rows.length}. Please add more rows for the test.`);
}
if (!(columnName in rows[0])) {
throw new Error(`Column "${columnName}" does not exist in the table "${tableName}".`);
}
if (id === invalidValue[columnName]) {
throw new Error(`Failed to update "${columnName}" in the table "${tableName}" as id ${id} is same as update value ${invalidValue[columnName]}".`);
}
if (logEnabled) {
(0, exports.log)('invalidValue=', invalidValue);
}
// Create columnNames from invalidValue keys before the update
const columnNames = Object.keys(invalidValue);
try {
if (logEnabled) {
(0, exports.log)('update id=', id);
}
// Attempt the update with the new value that should trigger the constraint error
await storage[updateMethod](id, invalidValue);