signal-desktop/ts/test-mock/rate-limit/viewed_test.ts
2023-10-30 15:27:29 -04:00

260 lines
8 KiB
TypeScript

// Copyright 2023 Signal Messenger, LLC
// SPDX-License-Identifier: AGPL-3.0-only
import { assert } from 'chai';
import type { PrimaryDevice } from '@signalapp/mock-server';
import { StorageState, ServiceIdKind } from '@signalapp/mock-server';
import createDebug from 'debug';
import * as durations from '../../util/durations';
import { Bootstrap } from '../bootstrap';
import type { App } from '../bootstrap';
import { ReceiptType } from '../../types/Receipt';
import { toUntaggedPni } from '../../types/ServiceId';
export const debug = createDebug('mock:test:challenge:receipts');
describe('challenge/receipts', function (this: Mocha.Suite) {
this.timeout(durations.MINUTE);
let bootstrap: Bootstrap;
let app: App;
let contact: PrimaryDevice;
let contactB: PrimaryDevice;
beforeEach(async () => {
bootstrap = new Bootstrap({
contactCount: 0,
contactsWithoutProfileKey: 40,
});
await bootstrap.init();
app = await bootstrap.link();
const { server, desktop, phone } = bootstrap;
contact = await server.createPrimaryDevice({
profileName: 'Jamie',
});
contactB = await server.createPrimaryDevice({
profileName: 'Kim',
});
let state = StorageState.getEmpty();
state = state.updateAccount({
profileKey: phone.profileKey.serialize(),
e164: phone.device.number,
givenName: phone.profileName,
readReceipts: true,
});
state = state.addContact(
contact,
{
whitelisted: true,
serviceE164: contact.device.number,
identityKey: contact.getPublicKey(ServiceIdKind.PNI).serialize(),
pni: toUntaggedPni(contact.device.pni),
givenName: 'Jamie',
},
ServiceIdKind.PNI
);
state = state.addContact(
contactB,
{
whitelisted: true,
serviceE164: contactB.device.number,
identityKey: contactB.getPublicKey(ServiceIdKind.PNI).serialize(),
pni: toUntaggedPni(contactB.device.pni),
givenName: 'Kim',
},
ServiceIdKind.PNI
);
// Just to make PNI Contact visible in the left pane
state = state.pin(contact, ServiceIdKind.PNI);
state = state.pin(contactB, ServiceIdKind.PNI);
const ourKey = await desktop.popSingleUseKey();
await contact.addSingleUseKey(desktop, ourKey);
const ourKeyB = await desktop.popSingleUseKey();
await contactB.addSingleUseKey(desktop, ourKeyB);
await phone.setStorageState(state);
});
afterEach(async function (this: Mocha.Context) {
await bootstrap.maybeSaveLogs(this.currentTest, app);
await app.close();
await bootstrap.teardown();
});
it('should wait for the challenge to be handled', async () => {
const { server, desktop } = bootstrap;
debug(
`Rate limiting (desktop: ${desktop.aci}) -> (contact: ${contact.device.aci})`
);
server.rateLimit({ source: desktop.aci, target: contact.device.aci });
const timestamp = bootstrap.getTimestamp();
debug('Sending a message from contact');
await contact.sendText(desktop, 'Hello there!', {
timestamp,
});
const window = await app.getWindow();
const leftPane = window.locator('#LeftPane');
const conversationStack = window.locator('.Inbox__conversation-stack');
debug(`Opening conversation with contact (${contact.toContact().aci})`);
await leftPane
.locator(`[data-testid="${contact.toContact().aci}"]`)
.click();
debug('Accept conversation from contact - does not trigger captcha!');
await conversationStack
.locator('.module-message-request-actions button >> "Accept"')
.click();
debug('Sending a message back to user - will trigger captcha!');
{
const input = await app.waitForEnabledComposer();
await input.type('Hi, good to hear from you!');
await input.press('Enter');
}
debug('Waiting for challenge');
const request = await app.waitForChallenge();
debug('Solving challenge');
await app.solveChallenge({
seq: request.seq,
data: { captcha: 'anything' },
});
const requests = server.stopRateLimiting({
source: desktop.aci,
target: contact.device.aci,
});
debug(`Rate-limited requests: ${requests}`);
assert.strictEqual(requests, 1, 'rate limit requests');
debug('Waiting for outgoing read receipt');
const receipts = await app.waitForReceipts();
assert.strictEqual(receipts.type, ReceiptType.Read);
assert.strictEqual(receipts.timestamps.length, 1, 'receipts');
assert.strictEqual(receipts.timestamps[0], timestamp);
});
it('should send non-bubble in ConvoA when ConvoB completes challenge', async () => {
const { server, desktop } = bootstrap;
debug(
`Rate limiting (desktop: ${desktop.aci}) -> (ContactA: ${contact.device.aci})`
);
server.rateLimit({ source: desktop.aci, target: contact.device.aci });
debug(
`Rate limiting (desktop: ${desktop.aci}) -> (ContactB: ${contactB.device.aci})`
);
server.rateLimit({ source: desktop.aci, target: contactB.device.aci });
const window = await app.getWindow();
const leftPane = window.locator('#LeftPane');
const conversationStack = window.locator('.Inbox__conversation-stack');
debug('Sending a message from ContactA');
const timestampA = bootstrap.getTimestamp();
await contact.sendText(desktop, 'Hello there!', {
timestamp: timestampA,
});
debug(`Opening conversation with ContactA (${contact.toContact().aci})`);
await leftPane
.locator(`[data-testid="${contact.toContact().aci}"]`)
.click();
debug('Accept conversation from ContactA - does not trigger captcha!');
await conversationStack
.locator('.module-message-request-actions button >> "Accept"')
.click();
debug('Sending a message from ContactB');
const timestampB = bootstrap.getTimestamp();
await contactB.sendText(desktop, 'Hey there!', {
timestamp: timestampB,
});
debug(`Opening conversation with ContactB (${contact.toContact().aci})`);
await leftPane
.locator(`[data-testid="${contactB.toContact().aci}"]`)
.click();
debug('Accept conversation from ContactB - does not trigger captcha!');
await conversationStack
.locator('.module-message-request-actions button >> "Accept"')
.click();
debug('Sending a message back to ContactB - will trigger captcha!');
{
const input = await app.waitForEnabledComposer();
await input.type('Hi, good to hear from you!');
await input.press('Enter');
}
debug('Waiting for challenge');
const request = await app.waitForChallenge();
debug('Solving challenge');
await app.solveChallenge({
seq: request.seq,
data: { captcha: 'anything' },
});
const requestsA = server.stopRateLimiting({
source: desktop.aci,
target: contact.device.aci,
});
const requestsB = server.stopRateLimiting({
source: desktop.aci,
target: contactB.device.aci,
});
debug(`Rate-limited requests to A: ${requestsA}`);
assert.strictEqual(requestsA, 1, 'rate limit requests');
debug(`Rate-limited requests to B: ${requestsA}`);
assert.strictEqual(requestsB, 1, 'rate limit requests');
debug('Waiting for outgoing read receipt #1');
const receipts1 = await app.waitForReceipts();
assert.strictEqual(receipts1.type, ReceiptType.Read);
assert.strictEqual(receipts1.timestamps.length, 1, 'receipts');
if (
!receipts1.timestamps.includes(timestampA) &&
!receipts1.timestamps.includes(timestampB)
) {
throw new Error(
'receipts1: Failed to find both timestampA and timestampB'
);
}
debug('Waiting for outgoing read receipt #2');
const receipts2 = await app.waitForReceipts();
assert.strictEqual(receipts2.type, ReceiptType.Read);
assert.strictEqual(receipts2.timestamps.length, 1, 'receipts');
if (
!receipts2.timestamps.includes(timestampA) &&
!receipts2.timestamps.includes(timestampB)
) {
throw new Error(
'receipts2: Failed to find both timestampA and timestampB'
);
}
});
});