JavaScriptSolidServer/test/idp.test.js at gh-pages · JavaScriptSolidServer/JavaScriptSolidServer · GitHub

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/**

* Identity Provider Tests

import { describe, it, before, after, beforeEach } from 'node:test';

import assert from 'node:assert';

import http from 'node:http';

import { createServer } from '../src/server.js';

import fs from 'fs-extra';

import path from 'path';

const TEST_HOST = 'localhost';

import { createServer as createNetServer } from 'net';

/** Get an available port by briefly binding to port 0 */

async function getAvailablePort() {

return new Promise((resolve, reject) => {

const srv = createNetServer();

srv.on('error', (err) => reject(err));

srv.listen(0, TEST_HOST, () => {

const port = srv.address().port;

srv.close(() => resolve(port));

});

}

describe('Identity Provider', () => {

let server;

let baseUrl;

const DATA_DIR = './test-data-idp';

before(async () => {

await fs.remove(DATA_DIR);

await fs.ensureDir(DATA_DIR);

const port = await getAvailablePort();

baseUrl = `http://${TEST_HOST}:${port}`;

server = createServer({

logger: false,

root: DATA_DIR,

idp: true,

idpIssuer: baseUrl,

forceCloseConnections: true,

});

await server.listen({ port, host: TEST_HOST });

});

after(async () => {

await server.close();

await fs.remove(DATA_DIR);

});

describe('OIDC Discovery', () => {

it('should serve /.well-known/openid-configuration', async () => {

const res = await fetch(`${baseUrl}/.well-known/openid-configuration`);

assert.strictEqual(res.status, 200);

const config = await res.json();

// Issuer has trailing slash for CTH compatibility

assert.strictEqual(config.issuer, baseUrl + '/');

assert.ok(config.authorization_endpoint);

assert.ok(config.token_endpoint);

assert.ok(config.jwks_uri);

});

it('should include required Solid-OIDC endpoints', async () => {

const res = await fetch(`${baseUrl}/.well-known/openid-configuration`);

const config = await res.json();

assert.ok(config.registration_endpoint, 'should have registration endpoint');

assert.ok(config.scopes_supported.includes('webid'), 'should support webid scope');

assert.ok(config.dpop_signing_alg_values_supported, 'should support DPoP');

});

it('should serve /.well-known/jwks.json', async () => {

const res = await fetch(`${baseUrl}/.well-known/jwks.json`);

assert.strictEqual(res.status, 200);

const jwks = await res.json();

assert.ok(Array.isArray(jwks.keys));

assert.ok(jwks.keys.length > 0, 'should have at least one key');

// Keys should be public (no 'd' component)

assert.ok(!jwks.keys[0].d, 'should not expose private key component');

});

describe('Pod Creation with IdP', () => {

it('should require email when IdP is enabled', async () => {

const res = await fetch(`${baseUrl}/.pods`, {

method: 'POST',

headers: { 'Content-Type': 'application/json' },

body: JSON.stringify({ name: 'noemail' }),

});

assert.strictEqual(res.status, 400);

const body = await res.json();

assert.ok(body.error.includes('Email'));

});

it('should require password when IdP is enabled', async () => {

const res = await fetch(`${baseUrl}/.pods`, {

method: 'POST',

headers: { 'Content-Type': 'application/json' },

body: JSON.stringify({ name: 'nopass', email: 'test@example.com' }),

});

assert.strictEqual(res.status, 400);

const body = await res.json();

assert.ok(body.error.includes('Password'));

});

it('should create pod with account', async () => {

const uniqueId = Date.now();

const res = await fetch(`${baseUrl}/.pods`, {

method: 'POST',

headers: { 'Content-Type': 'application/json' },

body: JSON.stringify({

email: `idpuser${uniqueId}@example.com`,

password: 'securepassword123',

}),

});

assert.strictEqual(res.status, 201);

const body = await res.json();

assert.strictEqual(body.name, `idpuser${uniqueId}`);

assert.ok(body.webId.includes(`idpuser${uniqueId}`));

assert.ok(body.podUri.includes(`idpuser${uniqueId}`));

assert.ok(body.idpIssuer, 'should include IdP issuer');

assert.ok(body.loginUrl, 'should include login URL');

// Should also return a token for curl-based workflows

assert.ok(body.token, 'should include token');

// Token should work for authenticated requests

const privateRes = await fetch(`${baseUrl}/${body.name}/private/`, {

headers: { 'Authorization': `Bearer ${body.token}` },

});

assert.strictEqual(privateRes.status, 200, 'token should authenticate to private folder');

});

it('should reject duplicate email', async () => {

const uniqueId = Date.now();

const duplicateEmail = `duplicate${uniqueId}@example.com`;

// First user

await fetch(`${baseUrl}/.pods`, {

method: 'POST',

headers: { 'Content-Type': 'application/json' },

body: JSON.stringify({

email: duplicateEmail,

password: 'password123',

}),

});

// Second user with same email

const res = await fetch(`${baseUrl}/.pods`, {

method: 'POST',

headers: { 'Content-Type': 'application/json' },

body: JSON.stringify({

email: duplicateEmail,

password: 'password456',

}),

});

assert.strictEqual(res.status, 409);

const body = await res.json();

assert.ok(body.error.includes('Email'));

});

describe('Login Interaction', () => {

it('should respond to authorization endpoint', async () => {

const res = await fetch(`${baseUrl}/idp/auth?client_id=test&redirect_uri=http://localhost&response_type=code&scope=openid`, {

redirect: 'manual',

});

assert.ok(res.status >= 200 && res.status < 600, `got valid HTTP status ${res.status}`);

});

// Regression coverage for #384 — "Sign in as a different user" on consent

describe('Switch account on consent (#384)', () => {

// The IDP's filesystem adapter stores Interaction records as JSON at

// <DATA_ROOT>/.idp/interaction/<uid>.json (model name "Interaction"

// → dir "interaction" via the adapter's modelToDir camelCase split).

// Tests write a synthetic interaction directly so we don't have to

// walk a full OIDC client flow to set up state.

const interactionDir = `${DATA_DIR}/.idp/interaction`;

function writeInteraction(uid, payload) {

const ttlSec = 3600;

const data = {

...payload,

kind: 'Interaction',

jti: uid,

exp: Math.floor(Date.now() / 1000) + ttlSec,

iat: Math.floor(Date.now() / 1000),

_id: uid,

_expiresAt: Date.now() + ttlSec * 1000,

};

return fs.outputJson(`${interactionDir}/${uid}.json`, data, { spaces: 2 });

}

// Use node:http directly for the cookie-clearing assertion. fetch's

// Headers.getSetCookie() is only available on Node 19.7+, but the

// package declares engines.node >= 18. http.request gives us

// res.headers['set-cookie'] as a real array on every supported

// Node version, no version-gated branches needed.

function rawPost(urlString) {

return new Promise((resolve, reject) => {

const u = new URL(urlString);

const req = http.request({

method: 'POST',

hostname: u.hostname,

port: u.port,

path: u.pathname + u.search,

}, (res) => {

let body = '';

res.on('data', (c) => body += c);

res.on('end', () => resolve({

statusCode: res.statusCode,

headers: res.headers,

body,

}));

});

req.on('error', reject);

req.end();

});

}

it('redirects back to /idp/interaction/:uid and resets the prompt to login', async () => {

const uid = 'test-switch-' + Math.random().toString(36).slice(2);

await writeInteraction(uid, {

prompt: { name: 'consent', reasons: [], details: {} },

session: { uid: 'fake-session-uid', accountId: 'acct-foo' },

params: { client_id: 'test-client', redirect_uri: 'http://localhost', state: 'xyz' },

});

const res = await rawPost(`${baseUrl}/idp/interaction/${uid}/switch`);

// 303 See Other — forces UA to GET the Location target so a

// (broken) UA can't loop by re-POSTing to /switch.

assert.strictEqual(res.statusCode, 303);

assert.strictEqual(res.headers.location, `/idp/interaction/${uid}`);

// Verify the interaction was mutated as expected.

const saved = await fs.readJson(`${interactionDir}/${uid}.json`);

assert.strictEqual(saved.prompt.name, 'login');

assert.ok(saved.session === undefined || saved.session === null,

'session should be cleared');

// Original params survive so resume can continue the authz request.

assert.strictEqual(saved.params.client_id, 'test-client');

assert.strictEqual(saved.params.state, 'xyz');

// Cookies should be cleared so the user's UA forgets the prior

// session. Node's http module gives Set-Cookie as an array on

// every supported version, so no Node 19.7+ gating needed.

const setCookies = Array.isArray(res.headers['set-cookie']) ? res.headers['set-cookie'] : [];

assert.ok(setCookies.length >= 4, `expected at least 4 Set-Cookie headers, got ${setCookies.length}`);

// All four signed-cookie names should be cleared:

// _session + _session.sig + _session.legacy + _session.legacy.sig.

for (const name of ['_session=', '_session.sig=', '_session.legacy=', '_session.legacy.sig=']) {

assert.ok(setCookies.some(c => c.startsWith(name)),

`should clear ${name.slice(0, -1)}`);

}

assert.ok(setCookies.every(c => /Max-Age=0|Expires=Thu, 01 Jan 1970/.test(c)),

'all Set-Cookies should be expirations');

});

it('returns 400 when the interaction is not on the consent prompt', async () => {

const uid = 'test-switch-bad-' + Math.random().toString(36).slice(2);

await writeInteraction(uid, {

prompt: { name: 'login', reasons: ['no_session'], details: {} },

params: { client_id: 'test-client' },

});

const res = await fetch(`${baseUrl}/idp/interaction/${uid}/switch`, {

method: 'POST',

redirect: 'manual',

});

assert.strictEqual(res.status, 400);

// Original interaction should be untouched.

const saved = await fs.readJson(`${interactionDir}/${uid}.json`);

assert.strictEqual(saved.prompt.name, 'login');

});

it('returns 404 for an unknown interaction uid', async () => {

const res = await fetch(`${baseUrl}/idp/interaction/does-not-exist-${Date.now()}/switch`, {

method: 'POST',

redirect: 'manual',

});

assert.strictEqual(res.status, 404);

});

// Regression coverage for #286 — friendly /idp landing + /idp/auth guard.

describe('Landing page', () => {

it('GET /idp returns the landing HTML', async () => {

const res = await fetch(`${baseUrl}/idp`);

assert.strictEqual(res.status, 200);

assert.match(res.headers.get('content-type') || '', /text\/html/);

const body = await res.text();

assert.match(body, /Solid Pod Server/);

assert.match(body, /Create Account/);

assert.match(body, /href="\/idp\/register"/);

// Sign-in note names pilot as the example client (#288).

assert.match(body, /solid-apps\.github\.io\/pilot/);

});

it('GET /idp/auth without client_id redirects to /idp', async () => {

const res = await fetch(`${baseUrl}/idp/auth`, { redirect: 'manual' });

assert.strictEqual(res.status, 302);

assert.strictEqual(res.headers.get('location'), '/idp');

});

it('HEAD /idp/auth without client_id also redirects to /idp', async () => {

// Fastify auto-creates HEAD handlers for GET routes; the guard must

// catch HEAD too so probing tools land on the friendly page rather

// than the raw OIDC error.

const res = await fetch(`${baseUrl}/idp/auth`, { method: 'HEAD', redirect: 'manual' });

assert.strictEqual(res.status, 302);

assert.strictEqual(res.headers.get('location'), '/idp');

});

it('GET /idp/auth WITH client_id still reaches oidc-provider', async () => {

// Sanity: the guard must not block real OIDC requests. The provider

// may legitimately redirect (e.g. to /idp/interaction/:uid) for

// valid client/parameter combinations, so we test the precise

// contract — the guard's specific 302→/idp response — rather than

// "no redirect at all".

const res = await fetch(

`${baseUrl}/idp/auth?client_id=test&redirect_uri=http://localhost&response_type=code&scope=openid`,

{ redirect: 'manual' }

);

const location = res.headers.get('location');

assert.ok(

!(res.status === 302 && location === '/idp'),

`request should bypass the /idp guard, got ${res.status} → ${location}`

);

});

it('GET /idp/auth with empty client_id is a malformed OIDC request, not bare', async () => {

// Tightened guard (=== undefined) lets ?client_id= pass through to

// oidc-provider rather than redirecting to /idp.

const res = await fetch(`${baseUrl}/idp/auth?client_id=`, { redirect: 'manual' });

assert.notStrictEqual(res.headers.get('location'), '/idp');

});

// Regression coverage for #284 — relaxed username regex + `..` rejection.

// Each register call below also exercises the .jsonld pod-creation flow

// from #283, since handleRegisterPost calls createPodStructure on success.

describe('Register username validation (path mode)', () => {

async function tryRegister(username) {

const res = await fetch(`${baseUrl}/idp/register`, {

method: 'POST',

headers: { 'Content-Type': 'application/x-www-form-urlencoded' },

body: new URLSearchParams({ username, password: 'secret-password', confirmPassword: 'secret-password' }),

});

const body = await res.text();

return { status: res.status, body };

}

it('accepts plain alphanumeric (alice)', async () => {

const r = await tryRegister('alice');

assert.match(r.body, /Account created/);

});

it('accepts dash (alice-smith)', async () => {

const r = await tryRegister('alice-smith');

assert.match(r.body, /Account created/);

});

it('accepts dot (alice.smith)', async () => {

const r = await tryRegister('alice.smith');

assert.match(r.body, /Account created/);

});

it('accepts underscore (alice_work)', async () => {

const r = await tryRegister('alice_work');

assert.match(r.body, /Account created/);

});

it('rejects leading separator (.alice)', async () => {

const r = await tryRegister('.alice');

assert.match(r.body, /lowercase letters, numbers/);

});

it('rejects trailing separator (alice-)', async () => {

const r = await tryRegister('alice-');

assert.match(r.body, /lowercase letters, numbers/);

});

it('rejects consecutive dots (alice..bob)', async () => {

const r = await tryRegister('alice..bob');

// Quotes are HTML-escaped (") in the rendered error banner.

assert.match(r.body, /cannot contain (?:"|")\.\.(?:"|")/);

});

it('rejects uppercase (Alice)', async () => {

const r = await tryRegister('Alice');

assert.match(r.body, /lowercase letters, numbers/);

});

it('rejects too short (ab)', async () => {

const r = await tryRegister('ab');

// Two-char names fail the regex (min 3 enforced by the pattern itself).

assert.match(r.body, /lowercase letters, numbers|at least 3/);

});

// Subdomain mode: usernames become hostname components, so `.` and `_` are

// not allowed (server.js refuses to route multi-level subdomains).

describe('Identity Provider - Subdomain mode register validation', () => {

let server;

let baseUrl;

const SUBDOMAIN_DATA_DIR = './test-data-idp-subdomain';

before(async () => {

await fs.remove(SUBDOMAIN_DATA_DIR);

await fs.ensureDir(SUBDOMAIN_DATA_DIR);

const port = await getAvailablePort();

baseUrl = `http://${TEST_HOST}:${port}`;

server = createServer({

logger: false,

root: SUBDOMAIN_DATA_DIR,

idp: true,

idpIssuer: baseUrl,

subdomains: true,

baseDomain: TEST_HOST,

forceCloseConnections: true,

});

await server.listen({ port, host: TEST_HOST });

});

after(async () => {

await server.close();

await fs.remove(SUBDOMAIN_DATA_DIR);

});

async function tryRegister(username) {

const res = await fetch(`${baseUrl}/idp/register`, {

method: 'POST',

headers: { 'Content-Type': 'application/x-www-form-urlencoded' },

body: new URLSearchParams({ username, password: 'secret-password', confirmPassword: 'secret-password' }),

});

return { status: res.status, body: await res.text() };

}

it('accepts dash (alice-smith)', async () => {

const r = await tryRegister('alice-smith');

assert.match(r.body, /Account created/);

});

it('rejects dot (alice.smith) — would not be a single-level subdomain', async () => {

const r = await tryRegister('alice.smith');

assert.match(r.body, /subdomain mode disallows/);

});

it('rejects underscore (alice_work) — invalid in DNS hostnames', async () => {

const r = await tryRegister('alice_work');

assert.match(r.body, /subdomain mode disallows/);

});

// Single-user mode: registration is disabled, so the /idp landing must

// suppress the "Create Account" button rather than ship a known 403 trap.

// Regression coverage for #290.

describe('Identity Provider - Single-user mode landing', () => {

let server;

let baseUrl;

const SINGLE_USER_DATA_DIR = './test-data-idp-single-user';

before(async () => {

await fs.remove(SINGLE_USER_DATA_DIR);

await fs.ensureDir(SINGLE_USER_DATA_DIR);

const port = await getAvailablePort();

baseUrl = `http://${TEST_HOST}:${port}`;

server = createServer({

logger: false,

root: SINGLE_USER_DATA_DIR,

idp: true,

idpIssuer: baseUrl,

singleUser: true,

singleUserName: 'me',

forceCloseConnections: true,

});

await server.listen({ port, host: TEST_HOST });

});

after(async () => {

await server.close();

await fs.remove(SINGLE_USER_DATA_DIR);

});

it('GET /idp omits the Create Account button', async () => {

const res = await fetch(`${baseUrl}/idp`);

assert.strictEqual(res.status, 200);

const body = await res.text();

// Sanity: the landing still rendered.

assert.match(body, /Solid Pod Server/);

// Button + register link must be absent — those would 403 in single-user mode.

assert.doesNotMatch(body, /Create Account/);

assert.doesNotMatch(body, /href="\/idp\/register"/);

// Sign-in note should still mention pilot as the example client.

assert.match(body, /solid-apps\.github\.io\/pilot/);

});

it('subtitle reflects the single-user shape', async () => {

const res = await fetch(`${baseUrl}/idp`);

const body = await res.text();

assert.match(body, /Single-user pod/);

});

// Root-level pod (singleUserName: '/') — verifies createRootPodStructure wires

// publicTypeIndex as public-read and privateTypeIndex as owner-only.

// Regression coverage for #297.

describe('Identity Provider - Root pod type index ACLs', () => {

let server;

let baseUrl;

const ROOT_POD_DATA_DIR = './test-data-idp-root-pod';

before(async () => {

await fs.remove(ROOT_POD_DATA_DIR);

await fs.ensureDir(ROOT_POD_DATA_DIR);

const port = await getAvailablePort();

baseUrl = `http://${TEST_HOST}:${port}`;

server = createServer({

logger: false,

root: ROOT_POD_DATA_DIR,

idp: true,

idpIssuer: baseUrl,

singleUser: true,

singleUserName: '/',

forceCloseConnections: true,

});

await server.listen({ port, host: TEST_HOST });

});

after(async () => {

await server.close();

await fs.remove(ROOT_POD_DATA_DIR);

});

it('publicTypeIndex is readable without auth', async () => {

const res = await fetch(`${baseUrl}/settings/publicTypeIndex.jsonld`);

assert.strictEqual(res.status, 200);

});

it('privateTypeIndex requires auth', async () => {

const res = await fetch(`${baseUrl}/settings/privateTypeIndex.jsonld`);

assert.strictEqual(res.status, 401);

});

it('prefs requires auth', async () => {

const res = await fetch(`${baseUrl}/settings/prefs.jsonld`);

assert.strictEqual(res.status, 401);

});

// #348: --single-user with no name flag now defaults to a root pod

// (was '/me/' historically). The server-side seed must land the

// profile at /profile/card.jsonld, not /me/profile/card.jsonld.

describe('Single-user default — root pod (#348)', () => {

let server;

let baseUrl;

const DEFAULT_DATA_DIR = './test-data-348-default-root';

const ROOT_POD_PASSWORD = 'root-pod-test-pw';

before(async () => {

await fs.remove(DEFAULT_DATA_DIR);

await fs.ensureDir(DEFAULT_DATA_DIR);

const port = await getAvailablePort();

baseUrl = `http://${TEST_HOST}:${port}`;

server = createServer({

logger: false,

root: DEFAULT_DATA_DIR,

idp: true,

idpIssuer: baseUrl,

singleUser: true,

// singleUserName intentionally omitted — exercises the new default.

// Provide a password so the seeding path runs non-interactively.

singleUserPassword: ROOT_POD_PASSWORD,

forceCloseConnections: true,

});

await server.listen({ port, host: TEST_HOST });

});

after(async () => {

await server.close();

await fs.remove(DEFAULT_DATA_DIR);

});

it('seeds the profile at /profile/card.jsonld (not /me/profile/...)', async () => {

const root = await fetch(`${baseUrl}/profile/card.jsonld`);

assert.strictEqual(root.status, 200,

'--single-user with no name should default to a root pod');

// Check the filesystem directly — an HTTP-only check could pass

// on a 401 even if /me/ data was somehow seeded, which would

// hide the regression we care about (root vs /me/ pod).

assert.strictEqual(await fs.pathExists(path.join(DEFAULT_DATA_DIR, 'me/profile/card.jsonld')), false,

'no /me/ pod files should be created when singleUserName is unset');

assert.strictEqual(await fs.pathExists(path.join(DEFAULT_DATA_DIR, 'me/profile/card')), false,

'no legacy /me/ pod files should be created either');

});

it('WebID resolves at the server origin', async () => {

const res = await fetch(`${baseUrl}/profile/card.jsonld`);

const body = await res.json();

const webId = `${baseUrl}/profile/card.jsonld#me`;

const matches = Array.isArray(body)

? body.some(n => n['@id'] === webId)

: body['@id'] === webId || (body['@graph'] || []).some(n => n['@id'] === webId);

assert.ok(matches, `profile should declare WebID ${webId}, got: ${JSON.stringify(body).slice(0, 200)}`);

});

it('seeds an IDP account for "me" so the root pod is loggable', async () => {

// Round-2 review of #348: a regression here would mean a fresh

// `jss start --single-user --idp` produces a pod nobody can log

// in to (registration is disabled in single-user mode, so there

// would be no recovery path other than out-of-band account

// creation). Use the credentials endpoint as a black-box login

// probe — if it issues a token, the seed worked.

const res = await fetch(`${baseUrl}/idp/credentials`, {

method: 'POST',

headers: { 'Content-Type': 'application/json' },

body: JSON.stringify({ username: 'me', password: ROOT_POD_PASSWORD }),

});

assert.strictEqual(res.status, 200,

`login as "me" should succeed for the default root pod (got ${res.status})`);

const body = await res.json();

assert.ok(body.access_token, 'response should carry an access token');

});

describe('Identity Provider - Accounts', () => {

let server;

let accountsUrl;

const ACCOUNTS_DATA_DIR = './test-data-idp-accounts';

before(async () => {

await fs.remove(ACCOUNTS_DATA_DIR);

await fs.ensureDir(ACCOUNTS_DATA_DIR);

const port = await getAvailablePort();

accountsUrl = `http://${TEST_HOST}:${port}`;

server = createServer({

logger: false,

root: ACCOUNTS_DATA_DIR,

idp: true,

idpIssuer: accountsUrl,

forceCloseConnections: true,

});

await server.listen({ port, host: TEST_HOST });

});

after(async () => {

await server.close();

await fs.remove(ACCOUNTS_DATA_DIR);

});

it('should store account data in .idp directory', async () => {

const uniqueName = `stored${Date.now()}`;

const uniqueEmail = `stored${Date.now()}@example.com`;

const res = await fetch(`${accountsUrl}/.pods`, {

method: 'POST',

headers: { 'Content-Type': 'application/json' },

body: JSON.stringify({

email: uniqueEmail,

password: 'password123',

}),

});

assert.strictEqual(res.status, 201, 'pod creation should succeed');

// Check that account data exists

const accountsDir = path.join(ACCOUNTS_DATA_DIR, '.idp', 'accounts');

const exists = await fs.pathExists(accountsDir);

assert.ok(exists, 'accounts directory should exist');

// Check email index

const emailIndex = await fs.readJson(path.join(accountsDir, '_email_index.json'));

assert.ok(emailIndex[uniqueEmail], 'email index should contain account');

});

it('should hash passwords', async () => {

const uniqueName = `hashed${Date.now()}`;

const uniqueEmail = `hashed${Date.now()}@example.com`;

const res = await fetch(`${accountsUrl}/.pods`, {

method: 'POST',

headers: { 'Content-Type': 'application/json' },

body: JSON.stringify({

email: uniqueEmail,

password: 'mypassword',

}),

});

assert.strictEqual(res.status, 201, 'pod creation should succeed');

// Read account file

const accountsDir = path.join(ACCOUNTS_DATA_DIR, '.idp', 'accounts');

const emailIndex = await fs.readJson(path.join(accountsDir, '_email_index.json'));

const accountId = emailIndex[uniqueEmail];

const account = await fs.readJson(path.join(accountsDir, `${accountId}.json`));

// Password should be hashed, not plain text

assert.ok(account.passwordHash, 'should have passwordHash');

assert.ok(account.passwordHash.startsWith('$2'), 'should be bcrypt hash');

assert.ok(!account.password, 'should not store plain password');

});

describe('Identity Provider - Credentials Endpoint', () => {

let server;

let credsUrl;

const CREDS_DATA_DIR = './data';

before(async () => {

await fs.emptyDir(CREDS_DATA_DIR);

const port = await getAvailablePort();

credsUrl = `http://${TEST_HOST}:${port}`;

server = createServer({

logger: false,

idp: true,

idpIssuer: credsUrl,

forceCloseConnections: true,

});

await server.listen({ port, host: TEST_HOST });

// Create a test user

const res = await fetch(`${credsUrl}/.pods`, {

method: 'POST',

headers: { 'Content-Type': 'application/json' },

body: JSON.stringify({

email: 'credtest@example.com',

password: 'testpassword123',

}),

});

if (!res.ok) {

throw new Error(`Failed to create test user: ${res.status} ${await res.text()}`);

}

});

after(async () => {

await server.close();

await fs.emptyDir(CREDS_DATA_DIR);

});

describe('GET /idp/credentials', () => {

it('should return endpoint info', async () => {

const res = await fetch(`${credsUrl}/idp/credentials`);

assert.strictEqual(res.status, 200);

const info = await res.json();

assert.ok(info.endpoint);

assert.strictEqual(info.method, 'POST');

assert.ok(info.parameters.email);

assert.ok(info.parameters.password);

});

describe('POST /idp/credentials', () => {

it('should return 400 for missing credentials', async () => {

const res = await fetch(`${credsUrl}/idp/credentials`, {

method: 'POST',

headers: { 'Content-Type': 'application/json' },

body: JSON.stringify({}),

});

assert.strictEqual(res.status, 400);

const body = await res.json();

assert.strictEqual(body.error, 'invalid_request');

});

it('should return 401 for wrong password', async () => {

const res = await fetch(`${credsUrl}/idp/credentials`, {

method: 'POST',

headers: { 'Content-Type': 'application/json' },

body: JSON.stringify({

email: 'credtest@example.com',

password: 'wrongpassword',

}),

});

assert.strictEqual(res.status, 401);

const body = await res.json();

assert.strictEqual(body.error, 'invalid_grant');

});

it('should return 401 for unknown email', async () => {

const res = await fetch(`${credsUrl}/idp/credentials`, {

method: 'POST',

headers: { 'Content-Type': 'application/json' },

body: JSON.stringify({

email: 'unknown@example.com',

password: 'anypassword',

}),

});

assert.strictEqual(res.status, 401);

});

it('should return access token for valid credentials', async () => {

const res = await fetch(`${credsUrl}/idp/credentials`, {

method: 'POST',

headers: { 'Content-Type': 'application/json' },

body: JSON.stringify({

email: 'credtest@example.com',

password: 'testpassword123',

}),

});

assert.strictEqual(res.status, 200);

const body = await res.json();

assert.ok(body.access_token, 'should have access_token');

assert.strictEqual(body.token_type, 'Bearer');

assert.ok(body.expires_in > 0, 'should have expires_in');

assert.ok(body.webid.includes('credtest'), 'should have webid');

});

it('should return JWT token with webid claim', async () => {

const res = await fetch(`${credsUrl}/idp/credentials`, {

method: 'POST',

headers: { 'Content-Type': 'application/json' },

body: JSON.stringify({

email: 'credtest@example.com',

password: 'testpassword123',

}),

});

const body = await res.json();

// JWT tokens have format: header.payload.signature

const parts = body.access_token.split('.');

assert.strictEqual(parts.length, 3, 'JWT token has 3 parts');

// Decode the payload (second part)

const payload = JSON.parse(Buffer.from(parts[1], 'base64url').toString());

assert.ok(payload.webid, 'token should have webid claim');

assert.ok(payload.webid.includes('credtest'), 'webid should reference user');

assert.ok(payload.exp > payload.iat, 'should have valid expiry');

});

it('should work with form-encoded body', async () => {

const res = await fetch(`${credsUrl}/idp/credentials`, {

method: 'POST',

headers: { 'Content-Type': 'application/x-www-form-urlencoded' },

body: 'email=credtest%40example.com&password=testpassword123',

});

assert.strictEqual(res.status, 200);

const body = await res.json();

assert.ok(body.access_token);

});

it('should allow using token to access protected resource', async () => {

// Get access token

const tokenRes = await fetch(`${credsUrl}/idp/credentials`, {

method: 'POST',

headers: { 'Content-Type': 'application/json' },

body: JSON.stringify({

email: 'credtest@example.com',

password: 'testpassword123',

}),

});

const { access_token } = await tokenRes.json();

// Try to access private resource

const res = await fetch(`${credsUrl}/credtest/private/`, {

headers: { 'Authorization': `Bearer ${access_token}` },

});

// Should succeed (not 401/403)

assert.ok([200, 404].includes(res.status), `expected 200 or 404, got ${res.status}`);

});

// Single-user + --idp must seed an IDP account so the operator can log in.

// Without this, the pod is created but is unloggable: registration is

// disabled in single-user mode and there's no pre-existing account.

// Regression for #323.

describe('Identity Provider — single-user password seeding (#323)', () => {

// Save/restore DATA_ROOT and stdin.isTTY around this suite so we don't

// leak global state into other tests in the same `node --test` run.

// For isTTY we capture the *property descriptor* so we can correctly

// restore an inherited (prototype) accessor — Object.defineProperty

// would otherwise leave a shadowing own-property behind.

let originalDataRoot;

let originalIsTTYDescriptor;

let originalIsTTYWasOwn;

before(() => {

originalDataRoot = process.env.DATA_ROOT;

originalIsTTYWasOwn = Object.prototype.hasOwnProperty.call(process.stdin, 'isTTY');

originalIsTTYDescriptor = Object.getOwnPropertyDescriptor(process.stdin, 'isTTY');

// Force non-TTY so the no-password test never blocks on an

// unanswerable prompt when the suite is run from an interactive shell.

Object.defineProperty(process.stdin, 'isTTY', { value: false, configurable: true });

});

after(() => {

if (originalDataRoot === undefined) delete process.env.DATA_ROOT;

else process.env.DATA_ROOT = originalDataRoot;

if (originalIsTTYWasOwn && originalIsTTYDescriptor) {

Object.defineProperty(process.stdin, 'isTTY', originalIsTTYDescriptor);

} else {

// Property was inherited; remove our shadowing own-property so

// the prototype's accessor is visible again.

delete process.stdin.isTTY;

}

});

it('seeds an IDP account when singleUserPassword is provided', async () => {

const dir = './test-data-su-pw-provided';

await fs.remove(dir);

await fs.ensureDir(dir);

const port = await getAvailablePort();

const baseUrl = `http://${TEST_HOST}:${port}`;

const server = createServer({

logger: false,

root: dir,

idp: true,

idpIssuer: baseUrl,

singleUser: true,

singleUserName: 'me',

singleUserPassword: 'hunter2-test',

forceCloseConnections: true,

});

try {

// createServer already sets DATA_ROOT when `root` is provided;

// import accounts.js after listen() so it picks up the right path.

await server.listen({ port, host: TEST_HOST });

const { findByUsername, authenticate } = await import('../src/idp/accounts.js');

const account = await findByUsername('me');

assert.ok(account, 'IDP account for single-user "me" should exist');

assert.strictEqual(account.username, 'me');

assert.ok(account.webId.includes('/me/profile/card.jsonld#me'));

const authed = await authenticate('me', 'hunter2-test');

assert.ok(authed, 'should authenticate with the seeded password');

} finally {

await server.close();

await fs.remove(dir);

}

});

it('skips seeding (no error) when no password and not on a TTY', async () => {

// The before() hook stubs stdin.isTTY=false so the seed step warns

// and skips rather than blocking on an unanswerable prompt.

const dir = './test-data-su-pw-missing';

await fs.remove(dir);

await fs.ensureDir(dir);

const port = await getAvailablePort();

const baseUrl = `http://${TEST_HOST}:${port}`;

const server = createServer({

logger: false,

root: dir,

idp: true,

idpIssuer: baseUrl,

singleUser: true,

singleUserName: 'me',

// singleUserPassword intentionally omitted

forceCloseConnections: true,

});

try {

await server.listen({ port, host: TEST_HOST });

const { findByUsername } = await import('../src/idp/accounts.js');

const account = await findByUsername('me');

assert.strictEqual(account, null, 'no account should be seeded without a password');

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JavaScriptSolidServer/test/idp.test.js at gh-pages · JavaScriptSolidServer/JavaScriptSolidServer · GitHub

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