Sucukdeluxe
8041aeead9
Recover from structurally valid but undecryptable primary keyrings by selecting a fully cryptographically validated backup or recovery temp and reporting KEYRING_RECOVERED. Keep committed primary writes successful when best-effort post-publication cleanup fails, preventing ambiguous retries after durable local publication. Intercept clipboard writes inside the hidden Electron Main-process integration probe, remove the duplicate key-created toast, and make authoritative refresh coverage differ from optimistic state.
493 lines
20 KiB
JavaScript
493 lines
20 KiB
JavaScript
const crypto = require('node:crypto');
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const fs = require('node:fs');
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const os = require('node:os');
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const path = require('node:path');
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const { afterEach, describe, it } = require('node:test');
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const assert = require('node:assert/strict');
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const secretStore = require('../lib/secret-store');
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const { createOnlineBackup, parseOnlineBackupKey } = require('../lib/online-backup');
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const directories = [];
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const timestamp = '2026-08-22T10:00:00.000Z';
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afterEach(() => {
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for (const directory of directories.splice(0)) fs.rmSync(directory, { recursive: true, force: true });
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});
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function encrypt(value) {
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return `enc:v1:${Buffer.from(value).toString('base64')}`;
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}
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function decrypt(value) {
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return Buffer.from(value.slice('enc:v1:'.length), 'base64').toString('utf8');
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}
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function isCanonicalEnvelope(value) {
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if (typeof value !== 'string' || !value.startsWith('enc:v1:')) return false;
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const encoded = value.slice('enc:v1:'.length);
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if (!encoded || !/^(?:[A-Za-z0-9+/]{4})*(?:[A-Za-z0-9+/]{2}==|[A-Za-z0-9+/]{3}=)?$/u.test(encoded)) return false;
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return Buffer.from(encoded, 'base64').toString('base64') === encoded;
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}
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function fixture(options = {}) {
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const directory = fs.mkdtempSync(path.join(os.tmpdir(), 'mhu-keyring-'));
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directories.push(directory);
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const filePath = path.join(directory, 'online-backup-keyring.json');
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const { createOnlineBackupKeyring } = require('../lib/online-backup-keyring');
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return {
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directory,
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filePath,
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backupPath: `${filePath}.bak`,
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keyring: createOnlineBackupKeyring({
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filePath,
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encryptField: options.encryptField || encrypt,
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decryptField: options.decryptField || decrypt,
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isEncrypted: options.isEncrypted || isCanonicalEnvelope,
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fsImpl: options.fsImpl
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})
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};
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}
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function validKey() {
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return createOnlineBackup({}, '2.1.31').key;
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}
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function keyWithRecordId(sourceKey, fill) {
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const idBytes = parseOnlineBackupKey(sourceKey).idBytes;
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const masterKey = Buffer.alloc(32, fill);
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const context = Buffer.from('MHU2-ONLINE-KEY-V1', 'utf8');
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const checksum = crypto.createHash('sha256').update(context).update(idBytes).update(masterKey).digest().subarray(0, 4);
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return `MHU2-${Buffer.concat([idBytes, masterKey, checksum]).toString('base64url')}`;
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}
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function writeKeyring(filePath, keys) {
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fs.writeFileSync(filePath, JSON.stringify({ version: 1, keys }));
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}
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describe('encrypted online backup keyring', () => {
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it('persists the spec keys schema without plaintext and returns frozen sanitized entries', async () => {
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const { filePath, keyring } = fixture();
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const key = validKey();
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const prepared = keyring.prepare(key, timestamp);
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await keyring.commit(prepared);
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const document = JSON.parse(fs.readFileSync(filePath, 'utf8'));
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const snapshot = await keyring.list();
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assert.deepEqual(Object.keys(document).sort(), ['keys', 'version']);
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assert.equal(document.keys.length, 1);
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assert.equal(fs.readFileSync(filePath, 'utf8').includes(key), false);
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assert.deepEqual(snapshot.issues, []);
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assert.deepEqual(snapshot.entries, [{
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id: parseOnlineBackupKey(key).id,
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displayKey: `${key.slice(0, 9)}…${key.slice(-4)}`,
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createdAt: timestamp
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}]);
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assert.equal(Object.isFrozen(snapshot), true);
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assert.equal(Object.isFrozen(snapshot.entries), true);
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assert.equal(Object.isFrozen(snapshot.entries[0]), true);
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assert.equal(await keyring.getKey(prepared.id), key);
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});
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it('requires a canonical encrypted envelope before decrypting stored values', async () => {
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const key = validKey();
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const id = parseOnlineBackupKey(key).id;
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for (const encryptedKey of [key, 'enc:v2:YWJjZA==', 'enc:v1:YWJjZA']) {
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let decryptCalls = 0;
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const { filePath, keyring } = fixture({
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decryptField: value => {
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decryptCalls++;
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return value;
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}
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});
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writeKeyring(filePath, [{ id, encryptedKey, createdAt: timestamp }]);
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const snapshot = await keyring.list();
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assert.deepEqual(snapshot.entries, []);
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assert.deepEqual(snapshot.issues, ['KEYRING_STRUCTURE_INVALID']);
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assert.equal(decryptCalls, 0);
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}
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});
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it('rejects plaintext even when the real secret store would pass legacy values through', async () => {
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const { filePath, keyring } = fixture({
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decryptField: secretStore.decryptField,
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isEncrypted: secretStore.isEncrypted
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});
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const key = validKey();
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writeKeyring(filePath, [{ id: parseOnlineBackupKey(key).id, encryptedKey: key, createdAt: timestamp }]);
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assert.equal(secretStore.decryptField(key), key);
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const snapshot = await keyring.list();
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assert.deepEqual(snapshot.entries, []);
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assert.deepEqual(snapshot.issues, ['KEYRING_STRUCTURE_INVALID']);
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await assert.rejects(
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keyring.getKey(parseOnlineBackupKey(key).id),
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error => error.code === 'KEYRING_STRUCTURE_INVALID' && !error.message.includes(key)
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);
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});
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it('types secure-storage, decryption, ID-mismatch, and structure failures without secrets', async () => {
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const key = validKey();
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const otherKey = validKey();
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const cases = [
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{
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expected: 'KEYRING_SECURE_STORAGE_UNAVAILABLE',
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decryptField: () => { throw new secretStore.SecretStoreError('SECRET_STORE_UNAVAILABLE', `unavailable ${key}`); },
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entry: { id: parseOnlineBackupKey(key).id, encryptedKey: encrypt(key), createdAt: timestamp }
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},
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{
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expected: 'KEYRING_DECRYPT_FAILED',
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decryptField: () => { throw new secretStore.SecretStoreError('SECRET_STORE_DECRYPT_FAILED', `decrypt ${key}`); },
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entry: { id: parseOnlineBackupKey(key).id, encryptedKey: encrypt(key), createdAt: timestamp }
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},
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{
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expected: 'KEYRING_ID_MISMATCH',
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decryptField: decrypt,
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entry: { id: parseOnlineBackupKey(otherKey).id, encryptedKey: encrypt(key), createdAt: timestamp }
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},
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{
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expected: 'KEYRING_STRUCTURE_INVALID',
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decryptField: decrypt,
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entry: { id: parseOnlineBackupKey(key).id, encryptedKey: encrypt(key), createdAt: 'not-a-date' }
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}
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];
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for (const testCase of cases) {
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const { filePath, keyring } = fixture({ decryptField: testCase.decryptField });
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writeKeyring(filePath, [testCase.entry]);
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const snapshot = await keyring.list();
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assert.deepEqual(snapshot.entries, []);
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assert.deepEqual(snapshot.issues, [testCase.expected]);
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assert.equal(JSON.stringify(snapshot).includes(key), false);
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assert.equal(JSON.stringify(snapshot).includes(testCase.entry.encryptedKey), false);
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}
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});
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it('keeps readable entries available while reporting neighboring corruption', async () => {
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const { filePath, keyring } = fixture();
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const readable = validKey();
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const broken = validKey();
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writeKeyring(filePath, [
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{ id: parseOnlineBackupKey(readable).id, encryptedKey: encrypt(readable), createdAt: timestamp },
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{ id: parseOnlineBackupKey(broken).id, encryptedKey: 'enc:v1:YWJjZA', createdAt: timestamp }
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]);
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const snapshot = await keyring.list();
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assert.deepEqual(snapshot.entries.map(entry => entry.id), [parseOnlineBackupKey(readable).id]);
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assert.deepEqual(snapshot.issues, ['KEYRING_STRUCTURE_INVALID']);
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assert.equal(await keyring.getKey(parseOnlineBackupKey(readable).id), readable);
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await assert.rejects(
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keyring.getKey(parseOnlineBackupKey(broken).id),
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error => error.code === 'KEYRING_STRUCTURE_INVALID'
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);
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});
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it('does not expose duplicate IDs and blocks an ambiguous removal plan', async () => {
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const { filePath, keyring } = fixture();
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const first = validKey();
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const second = keyWithRecordId(first, 0x5a);
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const id = parseOnlineBackupKey(first).id;
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writeKeyring(filePath, [
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{ id, encryptedKey: encrypt(first), createdAt: timestamp },
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{ id, encryptedKey: encrypt(second), createdAt: '2026-08-22T11:00:00.000Z' }
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]);
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const snapshot = await keyring.list();
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assert.deepEqual(snapshot.entries, []);
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assert.deepEqual(snapshot.issues, ['KEYRING_DUPLICATE_ID']);
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await assert.rejects(keyring.getKey(id), error => error.code === 'KEYRING_DUPLICATE_ID');
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await assert.rejects(keyring.prepareRemove(id), error => error.code === 'KEYRING_DUPLICATE_ID');
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});
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it('fully validates a unique removal plan before committing exactly that plan', async () => {
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let decryptAllowed = true;
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const { keyring } = fixture({
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decryptField: value => {
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if (!decryptAllowed) throw new Error('late revalidation');
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return decrypt(value);
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}
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});
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const removed = validKey();
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const retained = validKey();
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await keyring.commit(keyring.prepare(removed, timestamp));
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await keyring.commit(keyring.prepare(retained, '2026-08-22T11:00:00.000Z'));
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const plan = await keyring.prepareRemove(parseOnlineBackupKey(removed).id);
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decryptAllowed = false;
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assert.equal(plan.id, parseOnlineBackupKey(removed).id);
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assert.equal(plan.key, removed);
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assert.equal(await keyring.commitRemove(plan), true);
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decryptAllowed = true;
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assert.deepEqual((await keyring.list()).entries.map(entry => entry.id), [parseOnlineBackupKey(retained).id]);
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});
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it('blocks removal before remote work when any neighboring entry is corrupt', async () => {
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const { filePath, keyring } = fixture();
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const valid = validKey();
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const invalid = validKey();
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writeKeyring(filePath, [
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{ id: parseOnlineBackupKey(valid).id, encryptedKey: encrypt(valid), createdAt: timestamp },
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{ id: parseOnlineBackupKey(invalid).id, encryptedKey: 'enc:v1:YWJjZA', createdAt: timestamp }
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]);
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await assert.rejects(
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keyring.prepareRemove(parseOnlineBackupKey(valid).id),
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error => error.code === 'KEYRING_STRUCTURE_INVALID'
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);
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});
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it('does not replace the encrypted value or creation timestamp for duplicate commits', async () => {
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let encryptionCount = 0;
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const encryptField = value => `enc:v1:${Buffer.from(`${++encryptionCount}:${value}`).toString('base64')}`;
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const decryptField = value => Buffer.from(value.slice('enc:v1:'.length), 'base64').toString('utf8').replace(/^\d+:/u, '');
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const { filePath, keyring } = fixture({ encryptField, decryptField });
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const key = validKey();
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const first = keyring.prepare(key, timestamp);
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const duplicate = keyring.prepare(key, '2026-08-22T12:00:00.000Z');
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await keyring.commit(first);
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const original = fs.readFileSync(filePath, 'utf8');
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await keyring.commit(duplicate);
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assert.equal(fs.readFileSync(filePath, 'utf8'), original);
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assert.deepEqual((await keyring.list()).entries, [{
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id: parseOnlineBackupKey(key).id,
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displayKey: `${key.slice(0, 9)}…${key.slice(-4)}`,
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createdAt: timestamp
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}]);
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});
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it('sorts newer entries first', async () => {
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const { keyring } = fixture();
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const older = validKey();
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const newer = validKey();
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await keyring.commit(keyring.prepare(older, timestamp));
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await keyring.commit(keyring.prepare(newer, '2026-08-22T11:00:00.000Z'));
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assert.deepEqual((await keyring.list()).entries.map(entry => entry.id), [
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parseOnlineBackupKey(newer).id,
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parseOnlineBackupKey(older).id
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]);
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});
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it('syncs complete temporary files before atomic replacement and syncs directory metadata', async () => {
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const events = [];
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const fsImpl = {
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...fs.promises,
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open: async (target, flags, mode) => {
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const handle = await fs.promises.open(target, flags, mode);
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const label = path.basename(String(target));
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return {
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writeFile: async (...args) => {
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events.push(`write:${label}`);
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return handle.writeFile(...args);
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},
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sync: async () => {
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events.push(`sync:${label}`);
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return handle.sync();
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},
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close: async () => {
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events.push(`close:${label}`);
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return handle.close();
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}
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};
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},
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rename: async (source, target) => {
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events.push(`rename:${path.basename(source)}>${path.basename(target)}`);
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return fs.promises.rename(source, target);
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}
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};
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const { filePath, backupPath, keyring } = fixture({ fsImpl });
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await keyring.commit(keyring.prepare(validKey(), timestamp));
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const renames = events.filter(event => event.startsWith('rename:'));
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assert.equal(renames.length, 2);
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for (const rename of renames) {
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const source = rename.slice('rename:'.length).split('>')[0];
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assert.ok(events.indexOf(`write:${source}`) < events.indexOf(`sync:${source}`));
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assert.ok(events.indexOf(`sync:${source}`) < events.indexOf(`close:${source}`));
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assert.ok(events.indexOf(`close:${source}`) < events.indexOf(rename));
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}
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assert.equal(fs.existsSync(filePath), true);
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assert.equal(fs.existsSync(backupPath), true);
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assert.ok(events.filter(event => event === `sync:${path.basename(path.dirname(filePath))}`).length >= 2);
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});
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it('recovers a validated backup without presenting corruption as an empty keyring', async () => {
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const first = fixture();
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const key = validKey();
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await first.keyring.commit(first.keyring.prepare(key, timestamp));
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fs.writeFileSync(first.filePath, '{damaged-primary');
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const { createOnlineBackupKeyring } = require('../lib/online-backup-keyring');
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const recovered = createOnlineBackupKeyring({
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filePath: first.filePath,
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encryptField: encrypt,
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decryptField: decrypt,
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isEncrypted: isCanonicalEnvelope
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});
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const snapshot = await recovered.list();
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assert.deepEqual(snapshot.entries.map(entry => entry.id), [parseOnlineBackupKey(key).id]);
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assert.deepEqual(snapshot.issues, ['KEYRING_RECOVERED']);
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});
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it('recovers a cryptographically valid backup when the primary only passes structural validation', async () => {
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const first = fixture();
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const key = validKey();
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await first.keyring.commit(first.keyring.prepare(key, timestamp));
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writeKeyring(first.filePath, [{
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id: parseOnlineBackupKey(key).id,
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encryptedKey: 'enc:v1:YWJjZA',
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createdAt: timestamp
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}]);
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const { createOnlineBackupKeyring } = require('../lib/online-backup-keyring');
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const recovered = createOnlineBackupKeyring({
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filePath: first.filePath,
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encryptField: encrypt,
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decryptField: decrypt,
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isEncrypted: isCanonicalEnvelope
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});
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const snapshot = await recovered.list();
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assert.deepEqual(snapshot.entries.map(entry => entry.id), [parseOnlineBackupKey(key).id]);
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assert.deepEqual(snapshot.issues, ['KEYRING_RECOVERED']);
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assert.equal(await recovered.getKey(parseOnlineBackupKey(key).id), key);
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});
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it('skips a newer cryptographically invalid recovery temp in favor of the validated backup', async () => {
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const first = fixture();
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const key = validKey();
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await first.keyring.commit(first.keyring.prepare(key, timestamp));
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fs.writeFileSync(first.filePath, '{damaged-primary');
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const invalidTemp = path.join(first.directory, `.online-backup-keyring.json.${process.pid}.${crypto.randomUUID()}.recovery.tmp`);
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writeKeyring(invalidTemp, [{
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id: parseOnlineBackupKey(key).id,
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encryptedKey: 'enc:v1:YWJjZA',
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createdAt: timestamp
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}]);
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const future = new Date(Date.now() + 60_000);
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fs.utimesSync(invalidTemp, future, future);
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const { createOnlineBackupKeyring } = require('../lib/online-backup-keyring');
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const recovered = createOnlineBackupKeyring({
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filePath: first.filePath,
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encryptField: encrypt,
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decryptField: decrypt,
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isEncrypted: isCanonicalEnvelope
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});
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const snapshot = await recovered.list();
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assert.deepEqual(snapshot.entries.map(entry => entry.id), [parseOnlineBackupKey(key).id]);
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assert.deepEqual(snapshot.issues, ['KEYRING_RECOVERED']);
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});
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it('recovers a newer fully synced commit temp after power loss before primary replacement', async () => {
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const first = fixture();
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const older = validKey();
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const newer = validKey();
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const olderEntry = first.keyring.prepare(older, timestamp);
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const newerEntry = first.keyring.prepare(newer, '2026-08-22T11:00:00.000Z');
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await first.keyring.commit(olderEntry);
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const recoveryTemp = path.join(first.directory, `.online-backup-keyring.json.${process.pid}.${crypto.randomUUID()}.recovery.tmp`);
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writeKeyring(recoveryTemp, [olderEntry, newerEntry]);
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const future = new Date(Date.now() + 60_000);
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fs.utimesSync(recoveryTemp, future, future);
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const { createOnlineBackupKeyring } = require('../lib/online-backup-keyring');
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const recovered = createOnlineBackupKeyring({
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filePath: first.filePath,
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encryptField: encrypt,
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decryptField: decrypt,
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isEncrypted: isCanonicalEnvelope
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});
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const snapshot = await recovered.list();
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assert.deepEqual(snapshot.entries.map(entry => entry.id), [
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parseOnlineBackupKey(newer).id,
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parseOnlineBackupKey(older).id
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]);
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assert.deepEqual(snapshot.issues, ['KEYRING_RECOVERED']);
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});
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it('keeps the prior valid state and cleans temporary files when primary replacement fails', async () => {
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const first = fixture();
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const firstKey = validKey();
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await first.keyring.commit(first.keyring.prepare(firstKey, timestamp));
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const original = fs.readFileSync(first.filePath, 'utf8');
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const fsImpl = {
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...fs.promises,
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rename: async (source, target) => {
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if (target === first.filePath) throw new Error('rename failed');
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return fs.promises.rename(source, target);
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}
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};
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const { createOnlineBackupKeyring } = require('../lib/online-backup-keyring');
|
|
const keyring = createOnlineBackupKeyring({
|
|
filePath: first.filePath,
|
|
encryptField: encrypt,
|
|
decryptField: decrypt,
|
|
isEncrypted: isCanonicalEnvelope,
|
|
fsImpl
|
|
});
|
|
|
|
await assert.rejects(keyring.commit(keyring.prepare(validKey(), '2026-08-22T11:00:00.000Z')), /rename failed/u);
|
|
assert.equal(fs.readFileSync(first.filePath, 'utf8'), original);
|
|
assert.equal(fs.readdirSync(first.directory).some(name => name.endsWith('.tmp')), false);
|
|
assert.equal(await first.keyring.getKey(parseOnlineBackupKey(firstKey).id), firstKey);
|
|
});
|
|
|
|
it('commits successfully once the primary is published even when later cleanup fails', async () => {
|
|
const first = fixture();
|
|
const firstKey = validKey();
|
|
const secondKey = validKey();
|
|
await first.keyring.commit(first.keyring.prepare(firstKey, timestamp));
|
|
let readdirCalls = 0;
|
|
const fsImpl = {
|
|
...fs.promises,
|
|
readdir: async (...args) => {
|
|
readdirCalls++;
|
|
if (readdirCalls === 2) throw Object.assign(new Error('cleanup failed'), { code: 'EIO' });
|
|
return fs.promises.readdir(...args);
|
|
}
|
|
};
|
|
const { createOnlineBackupKeyring } = require('../lib/online-backup-keyring');
|
|
const keyring = createOnlineBackupKeyring({
|
|
filePath: first.filePath,
|
|
encryptField: encrypt,
|
|
decryptField: decrypt,
|
|
isEncrypted: isCanonicalEnvelope,
|
|
fsImpl
|
|
});
|
|
|
|
assert.equal(await keyring.commit(keyring.prepare(secondKey, '2026-08-22T11:00:00.000Z')), true);
|
|
assert.equal(await keyring.getKey(parseOnlineBackupKey(secondKey).id), secondKey);
|
|
assert.deepEqual((await keyring.list()).entries.map(entry => entry.id), [
|
|
parseOnlineBackupKey(secondKey).id,
|
|
parseOnlineBackupKey(firstKey).id
|
|
]);
|
|
});
|
|
|
|
it('types invalid documents and never includes plaintext or ciphertext in errors', async () => {
|
|
const { filePath, backupPath, keyring } = fixture();
|
|
const key = validKey();
|
|
fs.writeFileSync(filePath, `{invalid-${key}`);
|
|
fs.writeFileSync(backupPath, '{invalid-backup');
|
|
|
|
await assert.rejects(
|
|
keyring.list(),
|
|
error => error.code === 'KEYRING_STRUCTURE_INVALID'
|
|
&& !error.message.includes(key)
|
|
&& !error.message.includes('invalid-backup')
|
|
);
|
|
});
|
|
});
|