hololake-system-architecture/product-source/guanghu-knowledge-base/server/domain-access.test.ts

import test from 'node:test';
import assert from 'node:assert/strict';
import { createHash, generateKeyPairSync, sign } from 'node:crypto';
import {
  domainManifestSigningBytes,
  evaluateDomainAccess,
  parseDomainAccessHandoff,
} from './domain-access.js';
import {
  parseTrustedManifestSignerRegistry,
  resolveTrustedManifestSigner,
  type TrustedManifestSigner,
} from './trusted-signer-registry.js';

const NOW = 1_786_291_200_000;
const COMMIT = 'b'.repeat(40);
const { privateKey, publicKey } = generateKeyPairSync('ed25519');
function trustedSignerFromRegistry(overrides: Record<string, unknown> = {}): TrustedManifestSigner {
  const parsed = parseTrustedManifestSignerRegistry({
    registryId: 'GH-AIOS-TRUSTED-DOMAIN-MANIFEST-SIGNERS-001',
    schema: 'gh-aios.trusted-domain-manifest-signers/v1',
    signers: [{
      algorithm: 'Ed25519',
      domainIds: ['DOM-FIFTH-0001'],
      publicKeyPem: publicKey.export({ format: 'pem', type: 'spki' }).toString(),
      repositoryId: 'REPO-014',
      signerId: 'GH-LIGHTHOUSE-001',
      status: 'ACTIVE',
      ...overrides,
    }],
    state: 'CURRENT',
    version: '1.0.0',
  }, {
    repositoryId: 'REPO-012',
    sourceCommit: 'a'.repeat(40),
    sourceUrl: 'https://guanghulab.com/code/bingshuo/guanghu-ice-heart',
  });
  const signer = resolveTrustedManifestSigner(parsed, {
    domainId: 'DOM-FIFTH-0001',
    repositoryId: String(overrides.repositoryId ?? 'REPO-014'),
    signerId: 'GH-LIGHTHOUSE-001',
  });
  if (!signer) throw new Error('test_trusted_signer_missing');
  return signer;
}
const trustedSigner = trustedSignerFromRegistry();
const manifestPayload = {
  domainId: 'DOM-FIFTH-0001',
  repositoryId: 'REPO-014',
  schema: 'gh-aios.domain-manifest/v1',
  signerId: 'GH-LIGHTHOUSE-001',
  sourceCommit: COMMIT,
} as const;
const signedBytes = domainManifestSigningBytes(manifestPayload);
const DIGEST = createHash('sha256').update(signedBytes).digest('hex');

const validHandoff = {
  connectionReceipt: {
    connectionId: 'CONN-001',
    domainId: 'DOM-FIFTH-0001',
    manifestDigest: DIGEST,
    nodeId: 'LOCAL-001',
    receiptId: 'RECEIPT-001',
    state: 'online',
  },
  manifest: {
    digest: DIGEST,
    ...manifestPayload,
    signature: sign(null, signedBytes, privateKey).toString('base64'),
  },
  sessionCapability: {
    capabilityId: 'CAP-001',
    domainId: 'DOM-FIFTH-0001',
    expiresAt: NOW + 60_000,
    nodeId: 'LOCAL-001',
    scopes: ['domain:enter'],
  },
} as const;
const verifiedHandoff = parseDomainAccessHandoff(
  validHandoff,
  'DOM-FIFTH-0001',
  'LOCAL-001',
  trustedSigner,
  NOW,
);

test('a local workspace remains available without claiming domain runtime access', () => {
  const status = evaluateDomainAccess({ accountVerified: false, domainId: 'DOM-FIFTH-0001', nodeId: '' }, NOW);
  assert.equal(status.localWorkspaceAllowed, true);
  assert.equal(status.runtimeReady, false);
  assert.equal(status.stage, 'login-required');
});

test('a verified Forgejo account is not a domain runtime session', () => {
  const status = evaluateDomainAccess({ accountVerified: true, domainId: 'DOM-FIFTH-0001', nodeId: 'JD-FD-PRIMARY' }, NOW);
  assert.equal(status.stage, 'identity-verified');
  assert.deepEqual(status.blockers, [
    'verified_domain_manifest_missing',
    'scoped_session_capability_missing',
    'matching_connection_receipt_missing',
  ]);
});

test('runtime access requires matching manifest, scoped capability and online receipt', () => {
  const handoff = parseDomainAccessHandoff(validHandoff, 'DOM-FIFTH-0001', 'LOCAL-001', trustedSigner, NOW);
  const status = evaluateDomainAccess({
    accountVerified: true,
    domainId: 'DOM-FIFTH-0001',
    nodeId: 'LOCAL-001',
    ...handoff,
  }, NOW);
  assert.equal(status.runtimeReady, true);
  assert.equal(status.stage, 'runtime-ready');
  assert.deepEqual(status.blockers, []);
});

test('mismatched or expired evidence fails closed', () => {
  const status = evaluateDomainAccess({
    accountVerified: true,
    connectionReceipt: { connectionId: 'CONN-001', domainId: 'DOMAIN-OTHER', manifestDigest: DIGEST, nodeId: 'LOCAL-001', receiptId: 'RECEIPT-001', state: 'online' },
    domainId: 'DOM-FIFTH-0001',
    manifest: verifiedHandoff.manifest,
    nodeId: 'LOCAL-001',
    sessionCapability: { capabilityId: 'CAP-001', domainId: 'DOM-FIFTH-0001', expiresAt: NOW, nodeId: 'LOCAL-001', scopes: ['domain:enter'] },
  }, NOW);
  assert.equal(status.runtimeReady, false);
  assert.ok(status.blockers.includes('scoped_session_capability_missing'));
  assert.ok(status.blockers.includes('matching_connection_receipt_missing'));
});

test('the input cannot supply its own verifier receipt', () => {
  assert.throws(() => parseDomainAccessHandoff({
    ...validHandoff,
    manifest: {
      ...validHandoff.manifest,
      verifierReceipt: { state: 'verified' },
    },
  }, 'DOM-FIFTH-0001', 'LOCAL-001', trustedSigner, NOW), /domain_access_handoff_invalid/);
});

test('unknown fields and malformed digests fail closed', () => {
  assert.throws(() => parseDomainAccessHandoff({
    ...validHandoff,
    manifest: { ...validHandoff.manifest, digest: 'not-a-digest' },
    trusted: true,
  }, 'DOM-FIFTH-0001', 'LOCAL-001', trustedSigner, NOW), /domain_access_handoff_invalid/);
});

test('the handoff is bound to the requested domain, node and manifest digest', () => {
  assert.throws(() => parseDomainAccessHandoff({
    ...validHandoff,
    connectionReceipt: { ...validHandoff.connectionReceipt, manifestDigest: 'c'.repeat(64) },
  }, 'DOM-FIFTH-0001', 'LOCAL-001', trustedSigner, NOW), /domain_access_handoff_invalid/);
  assert.throws(() => parseDomainAccessHandoff(validHandoff, 'DOM-FIFTH-0001', 'OTHER-NODE', trustedSigner, NOW), /domain_access_handoff_invalid/);
});

test('manifest tampering and signatures from another key fail closed', () => {
  assert.throws(() => parseDomainAccessHandoff({
    ...validHandoff,
    manifest: { ...validHandoff.manifest, sourceCommit: 'c'.repeat(40) },
  }, 'DOM-FIFTH-0001', 'LOCAL-001', trustedSigner, NOW), /domain_access_handoff_invalid/);

  const other = generateKeyPairSync('ed25519');
  assert.throws(() => parseDomainAccessHandoff({
    ...validHandoff,
    manifest: {
      ...validHandoff.manifest,
      signature: sign(null, signedBytes, other.privateKey).toString('base64'),
    },
  }, 'DOM-FIFTH-0001', 'LOCAL-001', trustedSigner, NOW), /domain_access_handoff_invalid/);
});

test('trusted signer identity and repository are external inputs, not payload authority', () => {
  assert.throws(() => parseDomainAccessHandoff(
    validHandoff,
    'DOM-FIFTH-0001',
    'LOCAL-001',
    trustedSignerFromRegistry({ repositoryId: 'REPO-OTHER' }),
    NOW,
  ), /domain_access_handoff_invalid/);
});

test('copying verified-looking fields cannot bypass the in-process verifier boundary', () => {
  const status = evaluateDomainAccess({
    accountVerified: true,
    connectionReceipt: verifiedHandoff.connectionReceipt,
    domainId: 'DOM-FIFTH-0001',
    manifest: {
      ...verifiedHandoff.manifest,
      verifierReceipt: { ...verifiedHandoff.manifest.verifierReceipt },
    },
    nodeId: 'LOCAL-001',
    sessionCapability: verifiedHandoff.sessionCapability,
  }, NOW);
  assert.equal(status.runtimeReady, false);
  assert.ok(status.blockers.includes('verified_domain_manifest_missing'));
});