blob: b9cef86de0af11a8b82847efec02c94aa1872fb4 [file] [log] [blame]
/**
* @license
* Copyright 2017 Google LLC
* SPDX-License-Identifier: Apache-2.0
*/
import '../../test/common-test-setup';
import {Auth} from './gr-auth_impl';
import {stubBaseUrl} from '../../test/test-utils';
import {SinonFakeTimers} from 'sinon';
import {DefaultAuthOptions} from './gr-auth';
import {assert} from '@open-wc/testing';
import {AuthRequestInit} from '../../types/types';
suite('gr-auth', () => {
let auth: Auth;
setup(() => {
auth = new Auth();
});
suite('Auth class methods', () => {
let fakeFetch: sinon.SinonStub;
setup(() => {
fakeFetch = sinon.stub(window, 'fetch');
});
test('auth-check returns 403', async () => {
fakeFetch.returns(Promise.resolve({status: 403}));
const authed = await auth.authCheck();
assert.isFalse(authed);
assert.equal(auth.status, Auth.STATUS.NOT_AUTHED);
});
test('auth-check returns 204', async () => {
fakeFetch.returns(Promise.resolve({status: 204}));
const authed = await auth.authCheck();
assert.isTrue(authed);
assert.equal(auth.status, Auth.STATUS.AUTHED);
});
test('auth-check returns 502', async () => {
fakeFetch.returns(Promise.resolve({status: 502}));
const authed = await auth.authCheck();
assert.isFalse(authed);
assert.equal(auth.status, Auth.STATUS.NOT_AUTHED);
});
test('auth-check failed', async () => {
fakeFetch.returns(Promise.reject(new Error('random error')));
const authed = await auth.authCheck();
assert.isFalse(authed);
assert.equal(auth.status, Auth.STATUS.ERROR);
});
});
suite('cache and events behavior', () => {
let fakeFetch: sinon.SinonStub;
let clock: SinonFakeTimers;
setup(() => {
clock = sinon.useFakeTimers();
fakeFetch = sinon.stub(window, 'fetch');
});
test('cache auth-check result', async () => {
fakeFetch.returns(Promise.resolve({status: 403}));
const authed = await auth.authCheck();
assert.isFalse(authed);
assert.equal(auth.status, Auth.STATUS.NOT_AUTHED);
fakeFetch.returns(Promise.resolve({status: 204}));
const authed2 = await auth.authCheck();
assert.isFalse(authed2);
assert.equal(auth.status, Auth.STATUS.NOT_AUTHED);
});
test('clearCache should refetch auth-check result', async () => {
fakeFetch.returns(Promise.resolve({status: 403}));
const authed = await auth.authCheck();
assert.isFalse(authed);
assert.equal(auth.status, Auth.STATUS.NOT_AUTHED);
fakeFetch.returns(Promise.resolve({status: 204}));
auth.clearCache();
const authed2 = await auth.authCheck();
assert.isTrue(authed2);
assert.equal(auth.status, Auth.STATUS.AUTHED);
});
test('cache expired on auth-check after certain time', async () => {
fakeFetch.returns(Promise.resolve({status: 403}));
const authed = await auth.authCheck();
assert.isFalse(authed);
assert.equal(auth.status, Auth.STATUS.NOT_AUTHED);
clock.tick(1000 * 10000);
fakeFetch.returns(Promise.resolve({status: 204}));
const authed2 = await auth.authCheck();
assert.isTrue(authed2);
assert.equal(auth.status, Auth.STATUS.AUTHED);
});
test('no cache if auth-check failed', async () => {
fakeFetch.returns(Promise.reject(new Error('random error')));
const authed = await auth.authCheck();
assert.isFalse(authed);
assert.equal(auth.status, Auth.STATUS.ERROR);
assert.equal(fakeFetch.callCount, 1);
await auth.authCheck();
assert.equal(fakeFetch.callCount, 2);
});
test('fire event when switch from authed to unauthed', async () => {
fakeFetch.returns(Promise.resolve({status: 204}));
const authed = await auth.authCheck();
assert.isTrue(authed);
assert.equal(auth.status, Auth.STATUS.AUTHED);
clock.tick(1000 * 10000);
fakeFetch.returns(Promise.resolve({status: 403}));
const emitStub = sinon.stub();
document.addEventListener('auth-error', emitStub);
const authed2 = await auth.authCheck();
assert.isFalse(authed2);
assert.equal(auth.status, Auth.STATUS.NOT_AUTHED);
assert.isTrue(emitStub.called);
document.removeEventListener('auth-error', emitStub);
});
test('fire event when switch from authed to error', async () => {
fakeFetch.returns(Promise.resolve({status: 204}));
const authed = await auth.authCheck();
assert.isTrue(authed);
assert.equal(auth.status, Auth.STATUS.AUTHED);
clock.tick(1000 * 10000);
fakeFetch.returns(Promise.reject(new Error('random error')));
const emitStub = sinon.stub();
document.addEventListener('auth-error', emitStub);
const authed2 = await auth.authCheck();
assert.isFalse(authed2);
assert.isTrue(emitStub.called);
assert.equal(auth.status, Auth.STATUS.ERROR);
document.removeEventListener('auth-error', emitStub);
});
test('no event from non-authed to other status', async () => {
fakeFetch.returns(Promise.resolve({status: 403}));
const authed = await auth.authCheck();
assert.isFalse(authed);
assert.equal(auth.status, Auth.STATUS.NOT_AUTHED);
clock.tick(1000 * 10000);
fakeFetch.returns(Promise.resolve({status: 204}));
const emitStub = sinon.stub();
document.addEventListener('auth-error', emitStub);
const authed2 = await auth.authCheck();
assert.isTrue(authed2);
assert.isFalse(emitStub.called);
assert.equal(auth.status, Auth.STATUS.AUTHED);
document.removeEventListener('auth-error', emitStub);
});
test('no event from non-authed to other status', async () => {
fakeFetch.returns(Promise.resolve({status: 403}));
const authed = await auth.authCheck();
assert.isFalse(authed);
assert.equal(auth.status, Auth.STATUS.NOT_AUTHED);
clock.tick(1000 * 10000);
fakeFetch.returns(Promise.reject(new Error('random error')));
const emitStub = sinon.stub();
document.addEventListener('auth-error', emitStub);
const authed2 = await auth.authCheck();
assert.isFalse(authed2);
assert.isFalse(emitStub.called);
assert.equal(auth.status, Auth.STATUS.ERROR);
document.removeEventListener('auth-error', emitStub);
});
});
suite('default (xsrf token header)', () => {
let fakeFetch: sinon.SinonStub;
setup(() => {
fakeFetch = sinon
.stub(window, 'fetch')
.returns(Promise.resolve({...new Response(), ok: true}));
});
test('GET', async () => {
await auth.fetch('/url', {bar: 'bar'} as AuthRequestInit);
const [url, options] = fakeFetch.lastCall.args;
assert.equal(url, '/url');
assert.equal(options.credentials, 'same-origin');
});
test('POST', async () => {
sinon.stub(auth, '_getCookie').withArgs('XSRF_TOKEN').returns('foobar');
await auth.fetch('/url', {method: 'POST'});
const [url, options] = fakeFetch.lastCall.args;
assert.equal(url, '/url');
assert.equal(options.credentials, 'same-origin');
assert.equal(options.headers.get('X-Gerrit-Auth'), 'foobar');
});
});
suite('cors (access token)', () => {
let fakeFetch: sinon.SinonStub;
setup(() => {
fakeFetch = sinon
.stub(window, 'fetch')
.returns(Promise.resolve({...new Response(), ok: true}));
});
let getToken: sinon.SinonStub;
const makeToken = (accessToken?: string) => {
return {
access_token: accessToken || 'zbaz',
expires_at: new Date(Date.now() + 10e8).getTime(),
};
};
setup(() => {
getToken = sinon.stub();
getToken.returns(Promise.resolve(makeToken()));
const defaultOptions: DefaultAuthOptions = {
credentials: 'include',
};
auth.setup(getToken, defaultOptions);
});
test('base url support', async () => {
const baseUrl = 'http://foo';
stubBaseUrl(baseUrl);
await auth.fetch(baseUrl + '/url', {bar: 'bar'} as AuthRequestInit);
const [url] = fakeFetch.lastCall.args;
assert.equal(url, 'http://foo/a/url?access_token=zbaz');
});
test('fetch not signed in', async () => {
getToken.returns(Promise.resolve());
await auth.fetch('/url', {bar: 'bar'} as AuthRequestInit);
const [url, options] = fakeFetch.lastCall.args;
assert.equal(url, '/url');
assert.equal(options.bar, 'bar');
assert.equal(Object.keys(options.headers).length, 0);
});
test('fetch signed in', async () => {
await auth.fetch('/url', {bar: 'bar'} as AuthRequestInit);
const [url, options] = fakeFetch.lastCall.args;
assert.equal(url, '/a/url?access_token=zbaz');
assert.equal(options.bar, 'bar');
});
test('getToken calls are cached', async () => {
await Promise.all([auth.fetch('/url-one'), auth.fetch('/url-two')]);
assert.equal(getToken.callCount, 1);
});
test('getToken refreshes token', async () => {
const isTokenValidStub = sinon.stub(auth, '_isTokenValid');
isTokenValidStub
.onFirstCall()
.returns(true)
.onSecondCall()
.returns(false)
.onThirdCall()
.returns(true);
await auth.fetch('/url-one');
getToken.returns(Promise.resolve(makeToken('bzzbb')));
await auth.fetch('/url-two');
const [[firstUrl], [secondUrl]] = fakeFetch.args;
assert.equal(firstUrl, '/a/url-one?access_token=zbaz');
assert.equal(secondUrl, '/a/url-two?access_token=bzzbb');
});
test('signed in token error falls back to anonymous', async () => {
getToken.returns(Promise.resolve('rubbish'));
await auth.fetch('/url', {bar: 'bar'} as AuthRequestInit);
const [url, options] = fakeFetch.lastCall.args;
assert.equal(url, '/url');
assert.equal(options.bar, 'bar');
});
test('_isTokenValid', () => {
assert.isFalse(auth._isTokenValid(null));
assert.isFalse(auth._isTokenValid({}));
assert.isFalse(auth._isTokenValid({access_token: 'foo'}));
assert.isFalse(
auth._isTokenValid({
access_token: 'foo',
expires_at: `${Date.now() / 1000 - 1}`,
})
);
assert.isTrue(
auth._isTokenValid({
access_token: 'foo',
expires_at: `${Date.now() / 1000 + 1}`,
})
);
});
test('HTTP PUT with content type', async () => {
const originalOptions = {
method: 'PUT',
headers: new Headers({'Content-Type': 'mail/pigeon'}),
};
await auth.fetch('/url', originalOptions);
assert.isTrue(getToken.called);
const [url, options] = fakeFetch.lastCall.args;
assert.include(url, '$ct=mail%2Fpigeon');
assert.include(url, '$m=PUT');
assert.include(url, 'access_token=zbaz');
assert.equal(options.method, 'POST');
assert.equal(options.headers.get('Content-Type'), 'text/plain');
});
test('HTTP PUT without content type', async () => {
const originalOptions = {
method: 'PUT',
};
await auth.fetch('/url', originalOptions);
assert.isTrue(getToken.called);
const [url, options] = fakeFetch.lastCall.args;
assert.include(url, '$ct=text%2Fplain');
assert.include(url, '$m=PUT');
assert.include(url, 'access_token=zbaz');
assert.equal(options.method, 'POST');
assert.equal(options.headers.get('Content-Type'), 'text/plain');
});
});
});