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matrix-public-archive/test/e2e-tests.js

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'use strict';
process.env.NODE_ENV = 'test';
const assert = require('assert');
const path = require('path');
const http = require('http');
const urlJoin = require('url-join');
const escapeStringRegexp = require('escape-string-regexp');
const { parseHTML } = require('linkedom');
const { readFile } = require('fs').promises;
const chalk = require('chalk');
const RethrownError = require('../server/lib/errors/rethrown-error');
const MatrixPublicArchiveURLCreator = require('matrix-public-archive-shared/lib/url-creator');
const { fetchEndpointAsText, fetchEndpointAsJson } = require('../server/lib/fetch-endpoint');
const config = require('../server/lib/config');
const {
MS_LOOKUP,
TIME_PRECISION_VALUES,
DIRECTION,
} = require('matrix-public-archive-shared/lib/reference-values');
const { ONE_DAY_IN_MS, ONE_HOUR_IN_MS, ONE_MINUTE_IN_MS, ONE_SECOND_IN_MS } = MS_LOOKUP;
const {
roundUpTimestampToUtcDay,
getUtcStartOfDayTs,
} = require('matrix-public-archive-shared/lib/timestamp-utilities');
const {
getTestClientForAs,
getTestClientForHs,
createTestRoom,
upgradeTestRoom,
getCanonicalAlias,
joinRoom,
sendEvent,
sendMessage,
createMessagesInRoom,
getMessagesInRoom,
updateProfile,
uploadContent,
} = require('./test-utils/client-utils');
const TestError = require('./test-utils/test-error');
const parseRoomDayMessageStructure = require('./test-utils/parse-room-day-message-structure');
const parseArchiveUrlForRoom = require('./test-utils/parse-archive-url-for-room');
const testMatrixServerUrl1 = config.get('testMatrixServerUrl1');
const testMatrixServerUrl2 = config.get('testMatrixServerUrl2');
assert(testMatrixServerUrl1);
assert(testMatrixServerUrl2);
const basePath = config.get('basePath');
assert(basePath);
const interactive = config.get('interactive');
const matrixPublicArchiveURLCreator = new MatrixPublicArchiveURLCreator(basePath);
const HOMESERVER_URL_TO_PRETTY_NAME_MAP = {
[testMatrixServerUrl1]: 'hs1',
[testMatrixServerUrl2]: 'hs2',
};
function assertExpectedTimePrecisionAgainstUrl(expectedTimePrecision, url) {
const urlObj = new URL(url, basePath);
const urlPathname = urlObj.pathname;
// First check the URL has the appropriate time precision
if (expectedTimePrecision === null) {
assert.doesNotMatch(
urlPathname,
/T[\d:]*?$/,
`Expected the URL to *not* have any time precision but saw ${urlPathname}`
);
} else if (expectedTimePrecision === TIME_PRECISION_VALUES.minutes) {
assert.match(urlPathname, /T\d\d:\d\d$/);
} else if (expectedTimePrecision === TIME_PRECISION_VALUES.seconds) {
assert.match(urlPathname, /T\d\d:\d\d:\d\d$/);
} else {
throw new Error(
`\`expectedTimePrecision\` was an unexpected value ${expectedTimePrecision} which we don't know how to assert here`
);
}
}
describe('matrix-public-archive', () => {
let server;
before(() => {
// Start the archive server
server = require('../server/server');
});
after(() => {
if (!interactive) {
server.close();
}
});
describe('Test fixture homeservers', () => {
// Sanity check that our test homeservers can actually federate with each
// other. The rest of the tests won't work properly if this isn't working.
it('Test federation between fixture homeservers', async () => {
const hs1Client = await getTestClientForHs(testMatrixServerUrl1);
const hs2Client = await getTestClientForHs(testMatrixServerUrl2);
// Create a room on hs2
const hs2RoomId = await createTestRoom(hs2Client);
const { eventIds: room2EventIds } = await createMessagesInRoom({
client: hs2Client,
roomId: hs2RoomId,
numMessages: 10,
prefix: HOMESERVER_URL_TO_PRETTY_NAME_MAP[hs2Client.homeserverUrl],
});
// Join hs1 to a room on hs2 (federation)
await joinRoom({
client: hs1Client,
roomId: hs2RoomId,
viaServers: 'hs2',
});
// From, hs1, make sure we can fetch messages from hs2
const messagesEndpoint = urlJoin(
hs1Client.homeserverUrl,
`_matrix/client/r0/rooms/${hs2RoomId}/messages?limit=5&dir=b&filter={"types":["m.room.message"]}`
);
const { data: messageResData } = await fetchEndpointAsJson(messagesEndpoint, {
accessToken: hs1Client.accessToken,
});
// Make sure it returned some messages
assert.strictEqual(messageResData.chunk.length, 5);
// Make sure all of the messages belong to the room
messageResData.chunk.map((event) => {
const isEventInRoomFromHs2 = room2EventIds.some((room2EventId) => {
return room2EventId === event.event_id;
});
// Make sure the message belongs to the room on hs2
assert.strictEqual(
isEventInRoomFromHs2,
true,
`Expected ${event.event_id} (${event.type}: "${
event.content.body
}") to be in room on hs2=${JSON.stringify(room2EventIds, null, 2)}`
);
});
});
});
describe('Archive', () => {
// Use a fixed date at the start of the UTC day so that the tests are
// consistent. Otherwise, the tests could fail when they start close to
// midnight and it rolls over to the next day.
// January 15th, 2022
const archiveDate = new Date(Date.UTC(2022, 0, 15));
let archiveUrl;
let numMessagesSent = 0;
afterEach(function () {
if (interactive) {
// eslint-disable-next-line no-console
console.log('Interactive URL for test', archiveUrl);
}
// Reset `numMessagesSent` between tests so each test starts from the
// beginning of the day and we don't run out of minutes in the day to send
// messages in (we space messages out by a minute so the timestamp visibly
// changes in the UI).
numMessagesSent = 0;
// Reset any custom modifications made for a particular test.
//
// We don't reset when interactive and there is a failure because we want to be
// able to preview the interactive URL with the same config as seen in the test
// and because we also set `--bail` when running `npm run test-e2e-interactive`,
// the tests stop running after the first failure so it doesn't leak state between
// tests.
if (!interactive && this.currentTest.state !== 'passed') {
config.reset();
}
});
// Sends a message and makes sure that a timestamp was provided
async function sendMessageOnArchiveDate(options) {
const minute = 1000 * 60;
// Adjust the timestamp by a minute each time so there is some visual difference.
options.timestamp = archiveDate.getTime() + minute * numMessagesSent;
numMessagesSent++;
return sendMessage(options);
}
// Sends a message and makes sure that a timestamp was provided
async function sendEventOnArchiveDate(options) {
const minute = 1000 * 60;
// Adjust the timestamp by a minute each time so there is some visual difference.
options.timestamp = archiveDate.getTime() + minute * numMessagesSent;
numMessagesSent++;
return sendEvent(options);
}
describe('Archive room view', () => {
it('shows all events in a given day', async () => {
const client = await getTestClientForHs(testMatrixServerUrl1);
const roomId = await createTestRoom(client);
// Just render the page initially so that the archiver user is already
// joined to the page. We don't want their join event masking the one-off
// problem where we're missing the latest message in the room. We just use the date now
// because it will find whatever events backwards no matter when they were sent.
await fetchEndpointAsText(
matrixPublicArchiveURLCreator.archiveUrlForDate(roomId, new Date())
);
const messageTextList = [
`Amontons' First Law: The force of friction is directly proportional to the applied load.`,
`Amontons' Second Law: The force of friction is independent of the apparent area of contact.`,
// We're aiming for this to be the last message in the room
`Coulomb's Law of Friction: Kinetic friction is independent of the sliding velocity.`,
];
// TODO: Can we use `createMessagesInRoom` here instead?
const eventIds = [];
for (const messageText of messageTextList) {
const eventId = await sendMessageOnArchiveDate({
client,
roomId,
content: {
msgtype: 'm.text',
body: messageText,
},
});
eventIds.push(eventId);
}
// Sanity check that we actually sent some messages
assert.strictEqual(eventIds.length, 3);
archiveUrl = matrixPublicArchiveURLCreator.archiveUrlForDate(roomId, archiveDate);
const { data: archivePageHtml } = await fetchEndpointAsText(archiveUrl);
const dom = parseHTML(archivePageHtml);
// Make sure the messages are visible
for (let i = 0; i < eventIds.length; i++) {
const eventId = eventIds[i];
const eventText = messageTextList[i];
assert.match(
dom.document.querySelector(`[data-event-id="${eventId}"]`).outerHTML,
new RegExp(`.*${escapeStringRegexp(eventText)}.*`)
);
}
});
// eslint-disable-next-line max-statements
it('can render diverse messages', async () => {
const client = await getTestClientForHs(testMatrixServerUrl1);
const roomId = await createTestRoom(client);
const userAvatarBuffer = Buffer.from(
// Purple PNG pixel
'iVBORw0KGgoAAAANSUhEUgAAAAEAAAABCAYAAAAfFcSJAAAADUlEQVR42mPsD9j0HwAFmQKScbjOAwAAAABJRU5ErkJggg==',
'base64'
);
const userAvatarMxcUri = await uploadContent({
client,
roomId,
data: userAvatarBuffer,
fileName: 'client user avatar',
});
const displayName = `${client.userId}-some-display-name`;
await updateProfile({
client,
displayName,
avatarUrl: userAvatarMxcUri,
});
// TODO: Set avatar of room
// Test image
// via https://en.wikipedia.org/wiki/Friction#/media/File:Friction_between_surfaces.jpg (CaoHao)
const imageBuffer = await readFile(
path.resolve(__dirname, './fixtures/friction_between_surfaces.jpg')
);
const imageFileName = 'friction_between_surfaces.jpg';
const mxcUri = await uploadContent({
client,
roomId,
data: imageBuffer,
fileName: imageFileName,
});
const imageEventId = await sendMessageOnArchiveDate({
client,
roomId,
content: {
body: imageFileName,
info: {
size: 17471,
mimetype: 'image/jpeg',
w: 640,
h: 312,
'xyz.amorgan.blurhash': 'LkR3G|IU?w%NbxbIemae_NxuD$M{',
},
msgtype: 'm.image',
url: mxcUri,
},
});
// A normal text message
const normalMessageText1 =
'^ Figure 1: Simulated blocks with fractal rough surfaces, exhibiting static frictional interactions';
const normalMessageEventId1 = await sendMessageOnArchiveDate({
client,
roomId,
content: {
msgtype: 'm.text',
body: normalMessageText1,
},
});
// Another normal text message
const normalMessageText2 =
'The topography of the Moon has been measured with laser altimetry and stereo image analysis.';
const normalMessageEventId2 = await sendMessageOnArchiveDate({
client,
roomId,
content: {
msgtype: 'm.text',
body: normalMessageText2,
},
});
// Test replies
const replyMessageText = `The concentration of maria on the near side likely reflects the substantially thicker crust of the highlands of the Far Side, which may have formed in a slow-velocity impact of a second moon of Earth a few tens of millions of years after the Moon's formation.`;
const replyMessageEventId = await sendMessageOnArchiveDate({
client,
roomId,
content: {
'org.matrix.msc1767.message': [
{
body: '> <@ericgittertester:my.synapse.server> ${normalMessageText2}',
mimetype: 'text/plain',
},
{
body: `<mx-reply><blockquote><a href="https://matrix.to/#/${roomId}/${normalMessageEventId2}?via=my.synapse.server">In reply to</a> <a href="https://matrix.to/#/@ericgittertester:my.synapse.server">@ericgittertester:my.synapse.server</a><br>${normalMessageText2}</blockquote></mx-reply>${replyMessageText}`,
mimetype: 'text/html',
},
],
body: `> <@ericgittertester:my.synapse.server> ${normalMessageText2}\n\n${replyMessageText}`,
msgtype: 'm.text',
format: 'org.matrix.custom.html',
formatted_body: `<mx-reply><blockquote><a href="https://matrix.to/#/${roomId}/${normalMessageEventId2}?via=my.synapse.server">In reply to</a> <a href="https://matrix.to/#/@ericgittertester:my.synapse.server">@ericgittertester:my.synapse.server</a><br>${normalMessageText2}</blockquote></mx-reply>${replyMessageText}`,
'm.relates_to': {
'm.in_reply_to': {
event_id: normalMessageEventId2,
},
},
},
});
// Test to make sure we can render the page when the reply is missing the
// event it's replying to (the relation).
const replyMissingRelationMessageText = `While the giant-impact theory explains many lines of evidence, some questions are still unresolved, most of which involve the Moon's composition.`;
const missingRelationEventId = '$someMissingEvent';
const replyMissingRelationMessageEventId = await sendMessageOnArchiveDate({
client,
roomId,
content: {
'org.matrix.msc1767.message': [
{
body: '> <@ericgittertester:my.synapse.server> some missing message',
mimetype: 'text/plain',
},
{
body: `<mx-reply><blockquote><a href="https://matrix.to/#/${roomId}/${missingRelationEventId}?via=my.synapse.server">In reply to</a> <a href="https://matrix.to/#/@ericgittertester:my.synapse.server">@ericgittertester:my.synapse.server</a><br>some missing message</blockquote></mx-reply>${replyMissingRelationMessageText}`,
mimetype: 'text/html',
},
],
body: `> <@ericgittertester:my.synapse.server> some missing message\n\n${replyMissingRelationMessageText}`,
msgtype: 'm.text',
format: 'org.matrix.custom.html',
formatted_body: `<mx-reply><blockquote><a href="https://matrix.to/#/${roomId}/${missingRelationEventId}?via=my.synapse.server">In reply to</a> <a href="https://matrix.to/#/@ericgittertester:my.synapse.server">@ericgittertester:my.synapse.server</a><br>some missing message</blockquote></mx-reply>${replyMissingRelationMessageText}`,
'm.relates_to': {
'm.in_reply_to': {
event_id: missingRelationEventId,
},
},
},
});
// Test reactions
const reactionText = '😅';
await sendEventOnArchiveDate({
client,
roomId,
eventType: 'm.reaction',
content: {
'm.relates_to': {
rel_type: 'm.annotation',
event_id: replyMessageEventId,
key: reactionText,
},
},
});
archiveUrl = matrixPublicArchiveURLCreator.archiveUrlForDate(roomId, archiveDate);
const { data: archivePageHtml } = await fetchEndpointAsText(archiveUrl);
const dom = parseHTML(archivePageHtml);
// Make sure the user display name is visible on the message
assert.match(
dom.document.querySelector(`[data-event-id="${imageEventId}"]`).outerHTML,
new RegExp(`.*${escapeStringRegexp(displayName)}.*`)
);
// Make sure the user avatar is visible on the message
const avatarImageElement = dom.document.querySelector(
`[data-event-id="${imageEventId}"] [data-testid="avatar"] img`
);
assert(avatarImageElement);
assert.match(avatarImageElement.getAttribute('src'), new RegExp(`^http://.*`));
// Make sure the image message is visible
const imageElement = dom.document.querySelector(
`[data-event-id="${imageEventId}"] [data-testid="media"] img`
);
assert(imageElement);
assert.match(imageElement.getAttribute('src'), new RegExp(`^http://.*`));
assert.strictEqual(imageElement.getAttribute('alt'), imageFileName);
// Make sure the normal message is visible
assert.match(
dom.document.querySelector(`[data-event-id="${normalMessageEventId1}"]`).outerHTML,
new RegExp(`.*${escapeStringRegexp(normalMessageText1)}.*`)
);
// Make sure the other normal message is visible
assert.match(
dom.document.querySelector(`[data-event-id="${normalMessageEventId2}"]`).outerHTML,
new RegExp(`.*${escapeStringRegexp(normalMessageText2)}.*`)
);
const replyMessageElement = dom.document.querySelector(
`[data-event-id="${replyMessageEventId}"]`
);
// Make sure the reply text is there
assert.match(
replyMessageElement.outerHTML,
new RegExp(`.*${escapeStringRegexp(replyMessageText)}.*`)
);
// Make sure it also includes the message we're replying to
assert.match(
replyMessageElement.outerHTML,
new RegExp(`.*${escapeStringRegexp(normalMessageEventId2)}.*`)
);
const replyMissingRelationMessageElement = dom.document.querySelector(
`[data-event-id="${replyMissingRelationMessageEventId}"]`
);
// Make sure the reply text is there.
// We don't care about the message we're replying to because it's missing on purpose.
assert.match(
replyMissingRelationMessageElement.outerHTML,
new RegExp(`.*${escapeStringRegexp(replyMissingRelationMessageText)}.*`)
);
// Make sure the reaction also exists
assert.match(
replyMessageElement.outerHTML,
new RegExp(`.*${escapeStringRegexp(reactionText)}.*`)
);
});
it(`can render day back in time from room on remote homeserver we haven't backfilled from`, async () => {
const hs2Client = await getTestClientForHs(testMatrixServerUrl2);
// Create a room on hs2
const hs2RoomId = await createTestRoom(hs2Client);
const { eventIds: room2EventIds } = await createMessagesInRoom({
client: hs2Client,
roomId: hs2RoomId,
numMessages: 3,
prefix: HOMESERVER_URL_TO_PRETTY_NAME_MAP[hs2Client.homeserverUrl],
timestamp: archiveDate.getTime(),
});
archiveUrl = matrixPublicArchiveURLCreator.archiveUrlForDate(hs2RoomId, archiveDate, {
// Since hs1 doesn't know about this room on hs2 yet, we have to provide
// a via server to ask through.
viaServers: [HOMESERVER_URL_TO_PRETTY_NAME_MAP[testMatrixServerUrl2]],
});
const { data: archivePageHtml } = await fetchEndpointAsText(archiveUrl);
const dom = parseHTML(archivePageHtml);
// Make sure the messages are visible
assert.deepStrictEqual(
room2EventIds.map((eventId) => {
return dom.document
.querySelector(`[data-event-id="${eventId}"]`)
?.getAttribute('data-event-id');
}),
room2EventIds
);
});
it('redirects to most recent day with message history', async () => {
const client = await getTestClientForHs(testMatrixServerUrl1);
const roomId = await createTestRoom(client);
// Send an event in the room so we have some day of history to redirect to
const eventId = await sendMessageOnArchiveDate({
client,
roomId,
content: {
msgtype: 'm.text',
body: 'some message in the history',
},
});
const expectedEventIdsOnDay = [eventId];
// Visit `/:roomIdOrAlias` and expect to be redirected to the most recent day with events
archiveUrl = matrixPublicArchiveURLCreator.archiveUrlForRoom(roomId);
const { data: archivePageHtml } = await fetchEndpointAsText(archiveUrl);
const dom = parseHTML(archivePageHtml);
// Make sure the messages from the day we expect to get redirected to are visible
assert.deepStrictEqual(
expectedEventIdsOnDay.map((eventId) => {
return dom.document
.querySelector(`[data-event-id="${eventId}"]`)
?.getAttribute('data-event-id');
}),
expectedEventIdsOnDay
);
});
it('still shows surrounding messages on a day with no messages', async () => {
const client = await getTestClientForHs(testMatrixServerUrl1);
const roomId = await createTestRoom(client);
// Send an event in the room so there is some history to display in the
// surroundings and everything doesn't just 404 because we can't find
// any event.
const eventId = await sendMessageOnArchiveDate({
client,
roomId,
content: {
msgtype: 'm.text',
body: 'some message in the history',
},
});
const expectedEventIdsToBeDisplayed = [eventId];
// Visit the archive on the day ahead of where there are messages
const visitArchiveDate = new Date(Date.UTC(2022, 0, 20));
assert(
visitArchiveDate > archiveDate,
'The date we visit the archive (`visitArchiveDate`) should be after where the messages were sent (`archiveDate`)'
);
archiveUrl = matrixPublicArchiveURLCreator.archiveUrlForDate(roomId, visitArchiveDate);
const { data: archivePageHtml } = await fetchEndpointAsText(archiveUrl);
const dom = parseHTML(archivePageHtml);
// Make sure the summary exists on the page
assert(
dom.document.querySelector(
`[data-testid="not-enough-events-summary-kind-no-events-in-day"]`
)
);
// Make sure the messages there are some messages from the surrounding days
assert.deepStrictEqual(
expectedEventIdsToBeDisplayed.map((eventId) => {
return dom.document
.querySelector(`[data-event-id="${eventId}"]`)
?.getAttribute('data-event-id');
}),
expectedEventIdsToBeDisplayed
);
});
it('shows no events summary when no messages at or before the given day (empty view)', async () => {
const client = await getTestClientForHs(testMatrixServerUrl1);
const roomId = await createTestRoom(client);
// We purposely send no events in the room
archiveUrl = matrixPublicArchiveURLCreator.archiveUrlForDate(roomId, archiveDate);
const { data: archivePageHtml } = await fetchEndpointAsText(archiveUrl);
const dom = parseHTML(archivePageHtml);
// Make sure the summary exists on the page
assert(
dom.document.querySelector(
`[data-testid="not-enough-events-summary-kind-no-events-at-all"]`
)
);
});
it('404 when trying to view a future day', async () => {
const client = await getTestClientForHs(testMatrixServerUrl1);
const roomId = await createTestRoom(client);
try {
const TWO_DAYS_IN_MS = 2 * ONE_DAY_IN_MS;
await fetchEndpointAsText(
matrixPublicArchiveURLCreator.archiveUrlForDate(
roomId,
new Date(Date.now() + TWO_DAYS_IN_MS)
)
);
assert.fail(
new TestError(
`We expect the request to fail with a 404 since you can't view the future in the archive but it succeeded`
)
);
} catch (err) {
if (err instanceof TestError) {
throw err;
}
assert.strictEqual(
err?.response?.status,
404,
`Expected err.response.status=${err?.response?.status} to be 404 but error was: ${err.stack}`
);
}
});
describe('safe search', () => {
[
{
testName: 'nsfw words in title',
createRoomOptions: {
name: `uranus-nsfw`,
},
},
{
testName: 'nsfw words in topic',
createRoomOptions: {
name: `mars`,
topic: 'Get your ass to mars (NSFW)',
},
},
].forEach((testCase) => {
it(`${testCase.testName} is correctly blocked/marked by safe search`, async () => {
const client = await getTestClientForHs(testMatrixServerUrl1);
const roomId = await createTestRoom(client, testCase.createRoomOptions);
archiveUrl = matrixPublicArchiveURLCreator.archiveUrlForDate(roomId, archiveDate);
const { data: archivePageHtml } = await fetchEndpointAsText(archiveUrl);
const dom = parseHTML(archivePageHtml);
// Make sure the `<meta name="rating" ...>` tag exists on the page
// telling search engines that this is an adult page.
const metaElements = Array.from(dom.document.querySelectorAll('meta'));
assert.strictEqual(
dom.document.querySelector(`meta[name="rating"]`)?.getAttribute('content'),
'adult',
`Unable to find <meta name="rating" content="adult"> on the page. We found these meta elements though:${metaElements
// eslint-disable-next-line max-nested-callbacks
.map((metaElement) => `\n \`${metaElement.outerHTML}\``)
.join('')}`
);
});
});
it('normal room is not blocked/marked by safe search', async () => {
const client = await getTestClientForHs(testMatrixServerUrl1);
const roomId = await createTestRoom(client);
archiveUrl = matrixPublicArchiveURLCreator.archiveUrlForDate(roomId, archiveDate);
const { data: archivePageHtml } = await fetchEndpointAsText(archiveUrl);
const dom = parseHTML(archivePageHtml);
// Make sure the `<meta name="rating" ...>` tag does NOT exist on the
// page telling search engines that this is an adult page.
assert.strictEqual(dom.document.querySelector(`meta[name="rating"]`), null);
});
});
describe('time selector', () => {
it('shows time selector when there are too many messages from the same day', async () => {
// Set this low so it's easy to hit the limit
config.set('archiveMessageLimit', 3);
const client = await getTestClientForHs(testMatrixServerUrl1);
const roomId = await createTestRoom(client);
await createMessagesInRoom({
client,
roomId,
// This should be greater than the `archiveMessageLimit`
numMessages: 10,
prefix: `foo`,
timestamp: archiveDate.getTime(),
// Just spread things out a bit so the event times are more obvious
// and stand out from each other while debugging
increment: ONE_HOUR_IN_MS,
});
archiveUrl = matrixPublicArchiveURLCreator.archiveUrlForDate(roomId, archiveDate);
const { data: archivePageHtml } = await fetchEndpointAsText(archiveUrl);
const dom = parseHTML(archivePageHtml);
// Make sure the time selector is visible
const timeSelectorElement = dom.document.querySelector(`[data-testid="time-selector"]`);
assert(timeSelectorElement);
});
it('shows time selector when there are too many messages from the same day but paginated forward into days with no messages', async () => {
// Set this low so it's easy to hit the limit
config.set('archiveMessageLimit', 3);
const client = await getTestClientForHs(testMatrixServerUrl1);
const roomId = await createTestRoom(client);
await createMessagesInRoom({
client,
roomId,
// This should be greater than the `archiveMessageLimit`
numMessages: 10,
prefix: `foo`,
timestamp: archiveDate.getTime(),
// Just spread things out a bit so the event times are more obvious
// and stand out from each other while debugging
increment: ONE_HOUR_IN_MS,
});
// Visit a day after when the messages were sent but there weren't
const visitArchiveDate = new Date(Date.UTC(2022, 0, 20));
assert(
visitArchiveDate > archiveDate,
'The date we visit the archive (`visitArchiveDate`) should be after where the messages were sent (`archiveDate`)'
);
archiveUrl = matrixPublicArchiveURLCreator.archiveUrlForDate(roomId, visitArchiveDate);
const { data: archivePageHtml } = await fetchEndpointAsText(archiveUrl);
const dom = parseHTML(archivePageHtml);
// Make sure the time selector is visible
const timeSelectorElement = dom.document.querySelector(`[data-testid="time-selector"]`);
assert(timeSelectorElement);
});
it('does not show time selector when all events from the same day but not over the limit', async () => {
// Set this low so we don't have to deal with many messages in the tests But
// high enough to encompass all of the primoridial room creation events +
// whatever messages we send in the room for this test.
config.set('archiveMessageLimit', 15);
const client = await getTestClientForHs(testMatrixServerUrl1);
// FIXME: This test is flawed and needs MSC3997 to timestamp massage the
// `/createRoom` events otherwise the `areTimestampsFromSameUtcDay(...)` will
// always be false because the create room events are from today vs the
// timestamp massaged messages we send below.
const roomId = await createTestRoom(client);
await createMessagesInRoom({
client,
roomId,
// This should be lesser than the `archiveMessageLimit`
numMessages: 1,
prefix: `foo`,
timestamp: archiveDate.getTime(),
// Just spread things out a bit so the event times are more obvious
// and stand out from each other while debugging
increment: ONE_HOUR_IN_MS,
});
archiveUrl = matrixPublicArchiveURLCreator.archiveUrlForDate(roomId, archiveDate);
const { data: archivePageHtml } = await fetchEndpointAsText(archiveUrl);
const dom = parseHTML(archivePageHtml);
// Make sure the time selector is *NOT* visible
const timeSelectorElement = dom.document.querySelector(`[data-testid="time-selector"]`);
assert.strictEqual(timeSelectorElement, null);
});
it('does not show time selector when showing events from multiple days', async () => {
// Set this low so we don't have to deal with many messages in the tests
config.set('archiveMessageLimit', 5);
const client = await getTestClientForHs(testMatrixServerUrl1);
const roomId = await createTestRoom(client);
// Create more messages than the archiveMessageLimit across many days but we
// should not go over the limit on a daily basis
const dayBeforeArchiveDateTs = Date.UTC(
archiveDate.getUTCFullYear(),
archiveDate.getUTCMonth(),
archiveDate.getUTCDate() - 1
);
await createMessagesInRoom({
client,
roomId,
// This should be lesser than the `archiveMessageLimit`
numMessages: 3,
prefix: `foo`,
timestamp: dayBeforeArchiveDateTs,
// Just spread things out a bit so the event times are more obvious
// and stand out from each other while debugging
increment: ONE_HOUR_IN_MS,
});
await createMessagesInRoom({
client,
roomId,
// This should be lesser than the `archiveMessageLimit`
numMessages: 3,
prefix: `foo`,
timestamp: archiveDate.getTime(),
// Just spread things out a bit so the event times are more obvious
// and stand out from each other while debugging
increment: ONE_HOUR_IN_MS,
});
archiveUrl = matrixPublicArchiveURLCreator.archiveUrlForDate(roomId, archiveDate);
const { data: archivePageHtml } = await fetchEndpointAsText(archiveUrl);
const dom = parseHTML(archivePageHtml);
// Make sure the time selector is *NOT* visible
const timeSelectorElement = dom.document.querySelector(`[data-testid="time-selector"]`);
assert.strictEqual(timeSelectorElement, null);
});
});
describe('Jump forwards and backwards', () => {
function runJumpTestCase(testCase) {
// eslint-disable-next-line max-statements, complexity
it(testCase.testName, async () => {
// Setup
// --------------------------------------
// --------------------------------------
const eventMap = new Map();
const fancyIdentifierToEventIdMap = new Map();
const eventIdToFancyIdentifierMap = new Map();
const fancyIdentifierToRoomIdMap = new Map();
const roomIdToFancyIdentifierMap = new Map();
const fancyRoomIdToDebugEventsInRoom = new Map();
// String used to log out all possible events in the room
function getDebugStringForEventsInRoomsAndLookForEventId(eventIdToLookFor) {
return `For reference, here are all of the events in the rooms: ${JSON.stringify(
Object.fromEntries(
Array.from(fancyRoomIdToDebugEventsInRoom.entries()).map((entry) => {
const fancyRoomId = entry[0];
const newKey = `${fancyRoomId} - ${fancyIdentifierToRoomIdMap.get(
fancyRoomId
)}`;
return [newKey, entry[1]];
})
),
null,
2
)
.split(/\r?\n/)
.map((line) => {
if (eventIdToLookFor && line.includes(eventIdToLookFor)) {
return chalk.yellow(line);
}
return line;
})
.join('\n')}`;
}
function convertFancyIdentifierListToDebugEventIds(fancyEventIdentifiers) {
// eslint-disable-next-line max-nested-callbacks
return fancyEventIdentifiers.map((fancyId) => {
const eventId = fancyIdentifierToEventIdMap.get(fancyId);
if (!eventId) {
throw new Error(
`Could not find fancy ID ${fancyId} in the fancyIdentifierToEventMap=${JSON.stringify(
Object.fromEntries(fancyIdentifierToEventIdMap.entries()),
null,
2
)}`
);
}
const ts = eventMap.get(eventId)?.originServerTs;
const tsDebugString = ts && `${new Date(ts).toISOString()} (${ts})`;
return `${eventId} (${fancyId}) - ${tsDebugString}`;
});
}
function convertEventIdsToDebugEventIds(eventIds) {
// eslint-disable-next-line max-nested-callbacks
return eventIds.map((eventId) => {
const fancyEventId = eventIdToFancyIdentifierMap.get(eventId);
if (!fancyEventId) {
throw new Error(
`Could not find event ID for ${eventId} in the eventIdToFancyIdentifierMap=${JSON.stringify(
Object.fromEntries(eventIdToFancyIdentifierMap.entries()),
null,
2
)}\n${getDebugStringForEventsInRoomsAndLookForEventId(eventId)}`
);
}
const ts = eventMap.get(eventId)?.originServerTs;
const tsDebugString = ts && `${new Date(ts).toISOString()} (${ts})`;
return `${eventId} (${fancyEventId}) - ${tsDebugString}`;
});
}
function convertUrlBetween(inputUrl, roomMap, eventMap) {
const {
roomIdOrAliasUrlPart: inputRoomIdOrAliasUrlPart,
roomIdOrAlias: inputRoomIdOrAlias,
//urlDateTime: actualUrlDateTime,
continueAtEvent: inputContinueAtEventId,
} = parseArchiveUrlForRoom(inputUrl);
let outputContinueAtEventId;
if (inputContinueAtEventId) {
outputContinueAtEventId = eventMap.get(inputContinueAtEventId);
assert(
outputContinueAtEventId,
`Could not find event ID for ${inputContinueAtEventId} in the map=${JSON.stringify(
Object.fromEntries(eventMap.entries()),
null,
2
)}\n${getDebugStringForEventsInRoomsAndLookForEventId(inputContinueAtEventId)}`
);
}
const outputRoomIdOrAlias = roomMap.get(inputRoomIdOrAlias);
assert(
outputRoomIdOrAlias,
`Could not find room ID for ${inputRoomIdOrAlias} in our map ${JSON.stringify(
Object.fromEntries(roomMap.entries()),
null,
2
)}`
);
return inputUrl
.replace(
`/roomid/${inputRoomIdOrAliasUrlPart}`,
// Slice to remove the sigil
`/roomid/${outputRoomIdOrAlias.slice(1)}`
)
.replace(inputContinueAtEventId, outputContinueAtEventId);
}
function convertUrlWithFancyIdsToActualUrl(urlWithFancyIds) {
return convertUrlBetween(
urlWithFancyIds,
fancyIdentifierToRoomIdMap,
fancyIdentifierToEventIdMap
);
}
function convertActualUrlToUrlWithFancyIds(urlWithFancyIds) {
return convertUrlBetween(
urlWithFancyIds,
roomIdToFancyIdentifierMap,
eventIdToFancyIdentifierMap
);
}
const client = await getTestClientForHs(testMatrixServerUrl1);
const { rooms, pages } = parseRoomDayMessageStructure(
testCase.roomDayMessageStructureString
);
let previousRoomId;
let lastEventTsUsedInPreviousRoom;
for (const [roomIndex, room] of rooms.entries()) {
let roomId;
if (previousRoomId) {
const { newRoomid, tombstoneEventId } = await upgradeTestRoom({
client,
oldRoomId: previousRoomId,
//useMsc3946DynamicPredecessor: TODO: Enable this when we have a way to configure it.
// We `+ 1` just to space out the tombstone from the last event so
// things are sequential `/timestamp_to_event` doesn't get confused.
timestamp: lastEventTsUsedInPreviousRoom + 1,
});
roomId = newRoomid;
const fancyEventId = `$tombstone`;
fancyIdentifierToEventIdMap.set(fancyEventId, tombstoneEventId);
eventIdToFancyIdentifierMap.set(tombstoneEventId, fancyEventId);
} else {
// TODO: Pass `timestamp` massaging option to `createTestRoom()` when it
// supports it, see https://github.com/matrix-org/matrix-public-archive/issues/169
roomId = await createTestRoom(client);
}
const fancyRoomId = `!room${roomIndex + 1}`;
fancyIdentifierToRoomIdMap.set(fancyRoomId, roomId);
roomIdToFancyIdentifierMap.set(roomId, fancyRoomId);
// Join the archive user to the room before we create the test messages to
// avoid problems jumping to the latest activity since we can't control the
// timestamp of the membership event.
const archiveAppServiceUserClient = await getTestClientForAs();
await joinRoom({
client: archiveAppServiceUserClient,
roomId: roomId,
});
// Just spread things out a bit so the event times are more obvious
// and stand out from each other while debugging and so we just have
// to deal with hour time slicing
const eventSendTimeIncrement =
testCase.timeIncrementBetweenMessages || ONE_HOUR_IN_MS;
for (const eventMeta of room.events) {
const archiveDate = new Date(Date.UTC(2022, 0, eventMeta.dayNumber, 0, 0, 0, 1));
const originServerTs =
archiveDate.getTime() + eventMeta.eventIndexInDay * eventSendTimeIncrement;
const content = {
msgtype: 'm.text',
body: `event${eventMeta.eventNumber} - day${eventMeta.dayNumber}.${eventMeta.eventIndexInDay}`,
};
const eventId = await sendMessage({
client,
roomId,
content,
// Technically, we don't have to set the timestamp to be unique or sequential but
// it still seems like a good idea to make the tests more clear.
timestamp: originServerTs,
});
eventMap.set(eventId, {
type: 'm.room.message',
roomId,
originServerTs,
content,
});
const fancyEventId = `$event${eventMeta.eventNumber}`;
fancyIdentifierToEventIdMap.set(fancyEventId, eventId);
eventIdToFancyIdentifierMap.set(eventId, fancyEventId);
lastEventTsUsedInPreviousRoom = originServerTs;
}
previousRoomId = roomId;
}
// Assemble a list of events to to reference and assist with debugging when
// some assertion fails
for (const [fancyRoomId, roomId] of fancyIdentifierToRoomIdMap.entries()) {
const archiveAppServiceUserClient = await getTestClientForAs();
const eventsInRoom = await getMessagesInRoom({
client: archiveAppServiceUserClient,
roomId: roomId,
// This is arbitrarily larger than any amount of messages we would ever
// send in the tests
limit: 1000,
});
const eventDebugStrings = eventsInRoom.map((event) => {
let relevantContentString = '';
if (event.type === 'm.room.message' && event.content.msgtype === 'm.text') {
relevantContentString = ` "${event.content.body}"`;
} else if (event.type === 'm.room.create') {
const predecessorRoomId = event.content?.predecessor?.room_id;
if (predecessorRoomId) {
relevantContentString = ` "predecessor=${predecessorRoomId}"`;
}
} else if (event.type === 'm.room.tombstone') {
const replacementRoomId = event.content?.replacement_room;
if (replacementRoomId) {
relevantContentString = ` "successor=${replacementRoomId}"`;
}
}
return `${event.type}${event.state_key ? ` (${event.state_key})` : ''}: ${
event.event_id
}${relevantContentString} - ${new Date(event.origin_server_ts).toISOString()}`;
});
fancyRoomIdToDebugEventsInRoom.set(fancyRoomId, eventDebugStrings);
}
// Now Test
// --------------------------------------
// --------------------------------------
// Make sure the archive is configured as the test expects
assert(testCase.archiveMessageLimit);
config.set('archiveMessageLimit', testCase.archiveMessageLimit);
// eslint-disable-next-line max-nested-callbacks
const pagesKeyList = Object.keys(testCase).filter((key) => {
const isPageKey = key.startsWith('page');
if (isPageKey) {
assert.match(key, /page\d+/);
return true;
}
return false;
});
assert(
pagesKeyList.length > 0,
'You must have at least one `pageX` of expectations in your jump test case'
);
// Make sure the page are in order
// eslint-disable-next-line max-nested-callbacks
pagesKeyList.reduce((prevPageCount, currentPageKey) => {
const pageNumber = parseInt(currentPageKey.match(/\d+$/)[0], 10);
assert(
prevPageCount + 1 === pageNumber,
`Page numbers must be sorted in each test case but found ` +
`${pageNumber} after ${prevPageCount} - pagesList=${pagesKeyList}`
);
return pageNumber;
}, 0);
// Get the URL for the first page to fetch
//
// Set the `archiveUrl` for debugging if the test fails here
const { roomIdOrAlias: startRoomFancyKey, urlDateTime: startUrlDateTime } =
parseArchiveUrlForRoom(urlJoin('https://example.com', testCase.startUrl));
const startRoomIdOrAlias = fancyIdentifierToRoomIdMap.get(startRoomFancyKey);
assert(
startRoomIdOrAlias,
`Could not find room ID for ${startRoomFancyKey} in our list of known rooms ${JSON.stringify(
Object.fromEntries(fancyIdentifierToRoomIdMap.entries()),
null,
2
)}`
);
archiveUrl = `${matrixPublicArchiveURLCreator.archiveUrlForRoom(
startRoomIdOrAlias
)}/date/${startUrlDateTime}`;
// Loop through all of the pages of the test and ensure expectations
let alreadyEncounteredLastPage = false;
for (const pageKey of pagesKeyList) {
try {
if (alreadyEncounteredLastPage) {
assert.fail(
'We should not see any more pages after we already saw a page without an action ' +
`which signals the end of expecations. Encountered ${pageKey} in ${pagesKeyList} ` +
'after we already thought we were done'
);
}
const pageTestMeta = testCase[pageKey];
const {
roomIdOrAlias: expectedRoomFancyId,
//urlDateTime: expectedUrlDateTime,
continueAtEvent: expectedContinueAtEvent,
} = parseArchiveUrlForRoom(urlJoin('https://example.com', pageTestMeta.url));
const expectedRoomId = fancyIdentifierToRoomIdMap.get(expectedRoomFancyId);
assert(
expectedRoomId,
`Could not find room ID for ${expectedRoomFancyId} in our list of known rooms ${JSON.stringify(
Object.fromEntries(fancyIdentifierToRoomIdMap.entries()),
null,
2
)}`
);
// Fetch the given page.
const { data: archivePageHtml, res: pageRes } = await fetchEndpointAsText(
archiveUrl
);
const pageDom = parseHTML(archivePageHtml);
const eventIdsOnPage = [...pageDom.document.querySelectorAll(`[data-event-id]`)]
// eslint-disable-next-line max-nested-callbacks
.map((eventEl) => {
return eventEl.getAttribute('data-event-id');
});
// Assert the correct room and time precision in the URL
const actualUrlWithFancyIdentifies = convertActualUrlToUrlWithFancyIds(pageRes.url);
assert.match(
actualUrlWithFancyIdentifies,
new RegExp(`${escapeStringRegexp(pageTestMeta.url)}$`),
`The actual URL (${actualUrlWithFancyIdentifies}) for the page did not match the expected URL (${
pageTestMeta.url
}).\nFor reference, here are the events on the page: ${JSON.stringify(
eventIdsOnPage,
null,
2
)}\n${getDebugStringForEventsInRoomsAndLookForEventId()}`
);
// If provided, assert that it's a smooth continuation to more messages.
// First by checking where the scroll is going to start from
if (expectedContinueAtEvent) {
const [expectedContinuationDebugEventId] =
convertFancyIdentifierListToDebugEventIds([expectedContinueAtEvent]);
const urlObj = new URL(pageRes.url, basePath);
const qs = new URLSearchParams(urlObj.search);
const continuationEventId = qs.get('at');
if (!continuationEventId) {
throw new Error(
`Expected ?at=$xxx query parameter to be defined in the URL=${pageRes.url} but it was ${continuationEventId}. We expect it to match ${expectedContinuationDebugEventId}`
);
}
const [continationDebugEventId] = convertEventIdsToDebugEventIds([
continuationEventId,
]);
assert.strictEqual(continationDebugEventId, expectedContinuationDebugEventId);
}
// We only care about messages for now (no easy way to specify the
// primordial room creation or member events in the test expectations)
const eventIdsOnPageWeCareAboutToAssert = eventIdsOnPage.filter((eventId) => {
const event = eventMap.get(eventId);
if (!event) {
return false;
}
assert(
event?.type,
`Event should have a type: ${JSON.stringify(event, null, 2)}}`
);
return event?.type === 'm.room.message';
});
const pageNumber = pageKey.replace('page', '');
const page = pages[pageNumber - 1];
const expectedEventsOnPage = page.events;
const expectedFancyIdsOnPage = expectedEventsOnPage.map(
// eslint-disable-next-line max-nested-callbacks
(event) => `$event${event.eventNumber}`
);
// Assert that the page contains all expected events
assert.deepEqual(
convertEventIdsToDebugEventIds(eventIdsOnPageWeCareAboutToAssert),
convertFancyIdentifierListToDebugEventIds(expectedFancyIdsOnPage),
`Events on ${pageKey} should be as expected`
);
// Follow the next activity link. Aka, fetch messages for the 2nd page
let actionLinkSelector;
let nextPageLink;
if (pageTestMeta.action === 'next') {
actionLinkSelector = '[data-testid="jump-to-next-activity-link"]';
} else if (pageTestMeta.action === 'previous') {
actionLinkSelector = '[data-testid="jump-to-previous-activity-link"]';
} else if (pageTestMeta.action?.startsWith('navigate:')) {
const navigateUrlWithFancyIds = pageTestMeta.action.replace('navigate:', '');
const fullNavigateUrlWithFancyIds = urlJoin(basePath, navigateUrlWithFancyIds);
nextPageLink = convertUrlWithFancyIdsToActualUrl(fullNavigateUrlWithFancyIds);
} else if (pageTestMeta.action === null) {
// No more pages to test ✅, move on
alreadyEncounteredLastPage = true;
continue;
} else {
throw new Error(
`Unexpected value for ${pageKey}.action=${pageTestMeta.action} that we don't know what to do with`
);
}
if (actionLinkSelector) {
const jumpToActivityLinkEl = pageDom.document.querySelector(actionLinkSelector);
const jumpToActivityLinkHref = jumpToActivityLinkEl.getAttribute('href');
nextPageLink = jumpToActivityLinkHref;
}
// Move to the next iteration of the loop
//
// Set this for debugging if the test fails here
archiveUrl = nextPageLink;
} catch (err) {
const errorWithContext = new RethrownError(
`Encountered error while asserting ${pageKey}: (see original error below)`,
err
);
// Copy these over so mocha generates a nice diff for us
if (err instanceof assert.AssertionError) {
errorWithContext.actual = err.actual;
errorWithContext.expected = err.expected;
}
throw errorWithContext;
}
}
});
}
const jumpTestCases = [
{
// In order to jump from the 1st page to the 2nd, we first jump forward 4
// messages, then back-track to the first date boundary which is day3. We do
// this so that we don't start from day4 backwards which would miss messages
// because there are more than 5 messages in between day4 and day2.
//
// Even though there is overlap between the pages, our scroll continues from
// the event where the 1st page starts.
testName: 'can jump forward to the next activity',
// Create enough surround messages on nearby days that overflow the page
// limit but don't overflow the limit on a single day basis. We create 4
// days of messages so we can see a seamless continuation from page1 to
// page2.
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12
[day1 ] [day2 ] [day3 ] [day4 ]
[page1 ]
|--jump-fwd-4-messages-->|
[page2 ]
`,
archiveMessageLimit: 4,
startUrl: '/roomid/room1/date/2022/01/02',
page1: {
url: '/roomid/room1/date/2022/01/02',
action: 'next',
},
page2: {
url: '/roomid/room1/date/2022/01/03?at=$event7',
action: null,
},
},
{
// This test is just slightly different and jumps further into day4 (just a
// slight variation to make sure it still does the correct thing)
//
// In order to jump from the 1st page to the 2nd, we first jump forward 4
// messages, then back-track to the first date boundary which is day3. There
// is exactly 5 messages between day4 and day2 which would be a perfect next
// page but because we hit the middle of day4, we have no idea how many more
// messages are in day4.
//
// Even though there is overlap between the pages, our scroll continues from
// the event where the 1st page starts.
testName: 'can jump forward to the next activity2',
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11
[day1 ] [day2 ] [day3 ] [day4 ]
[page1 ]
|--jump-fwd-4-messages-->|
[page2 ]
`,
archiveMessageLimit: 4,
startUrl: '/roomid/room1/date/2022/01/02',
page1: {
url: '/roomid/room1/date/2022/01/02',
action: 'next',
},
page2: {
url: '/roomid/room1/date/2022/01/03?at=$event7',
action: null,
},
},
{
// In order to jump from the 1st page to the 2nd, we first "jump" forward 4
// messages by paginating `/messages?limit=4` but it only returns 2x
// messages (event11 and event12) which is less than our limit of 4, so we
// know we reached the end and can simply display the day that the latest
// event occured on.
testName: 'can jump forward to the latest activity in the room (same day)',
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12
[day1 ] [day2 ] [day3 ] [day4 ]
[page1 ]
|--jump-fwd-4-messages-->|
[page2 ]
`,
archiveMessageLimit: 4,
startUrl: '/roomid/room1/date/2022/01/04T01:00',
page1: {
url: '/roomid/room1/date/2022/01/04T01:00',
action: 'next',
},
page2: {
url: '/roomid/room1/date/2022/01/04?at=$event11',
action: null,
},
},
{
// In order to jump from the 1st page to the 2nd, we first "jump" forward 4
// messages by paginating `/messages?limit=4` but it only returns 3x
// messages (event10, event11, event12) which is less than our limit of 4,
// so we know we reached the end and can simply display the day that the
// latest event occured on.
testName: 'can jump forward to the latest activity in the room (different day)',
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12
[day1 ] [day2 ] [day3 ] [day4 ]
[page1 ]
|---jump-fwd-4-messages--->|
[page2 ]
`,
archiveMessageLimit: 4,
startUrl: '/roomid/room1/date/2022/01/03',
page1: {
url: '/roomid/room1/date/2022/01/03',
action: 'next',
},
page2: {
url: '/roomid/room1/date/2022/01/04?at=$event10',
action: null,
},
},
// This test currently doesn't work because it finds the primordial room
// creation events which are created in now time vs the timestamp massaging we
// do for the message fixtures. We can uncomment this once Synapse supports
// timestamp massaging for `/createRoom`, see
// https://github.com/matrix-org/matrix-public-archive/issues/169
//
// {
// // In order to jump from the 1st page to the 2nd, we first "jump" forward 4
// // messages by paginating `/messages?limit=4` but it returns no messages
// // which is less than our limit of 4, so we know we reached the end and can
// // simply TODO
// testName:
// 'can jump forward to the latest activity in the room (when already viewing the latest activity)',
// roomDayMessageStructureString: `
// [room1 ]
// 1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12
// [day1 ] [day2 ] [day3 ] [day4 ]
// [page1 ]
// |---jump-fwd-4-messages--->|
// [page2 ]
// `,
// archiveMessageLimit: 4,
// startUrl: '/roomid/room1/date/2022/01/04',
// page1: {
// url: '/roomid/room1/date/2022/01/04',
// action: 'next',
// },
// page2: {
// // If we can't find any more messages to paginate to, we just progress the
// // date forward by a day so we can display the empty view for that day.
// //
// // TODO: This page probably doesn't need a `?at=` continue event
// url: '/roomid/room1/date/2022/01/05?at=TODO',
// action: null,
// },
// },
{
// Test to make sure we can jump from the 1st page to the 2nd page forwards
// even when it exactly paginates to the last message of the next day. We're
// testing this specifically to ensure that you actually jump to the next
// day (previously failed with naive flawed code).
//
// In order to jump from the 1st page to the 2nd, we first jump forward 3
// messages, then back-track to the first date boundary which is the nearest
// hour backwards from event9. We use the nearest hour because there is
// less than a day of gap between event6 and event9 and we fallback from
// nearest day to hour boundary.
//
testName:
'can jump forward to the next activity even when it exactly goes to the end of the next day',
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12
[day1 ] [day2 ] [day3 ] [day4 ]
[page1 ]
|-jump-fwd-3-msg->|
[page2 ]
`,
archiveMessageLimit: 3,
startUrl: '/roomid/room1/date/2022/01/02',
page1: {
url: '/roomid/room1/date/2022/01/02',
action: 'next',
},
page2: {
// We expect the URL to look like `T02:00` because we're rendering part way
// through day3 and while we could get away with just hour precision, the
// default precision has hours and minutes.
url: '/roomid/room1/date/2022/01/03T02:00?at=$event7',
action: null,
},
},
{
// From the first page with too many messages, starting at event5(page1
// rangeStart), we look backwards for the closest event. Because we find
// event4 as the closest, which is from a different day from event9(page1
// rangeEnd), we can just display the time where event4 resides.
testName: 'can jump backward to the previous activity',
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12
[day1 ] [day2 ] [day3 ] [day4 ]
[page1 ]
[page2 ]
`,
archiveMessageLimit: 4,
startUrl: '/roomid/room1/date/2022/01/03',
page1: {
url: '/roomid/room1/date/2022/01/03',
action: 'previous',
},
page2: {
// Continuing from the first event of day2 since we already saw the rest
// of day2 in the first page
url: '/roomid/room1/date/2022/01/02T01:00?at=$event4',
action: null,
},
},
{
// In order to jump from the 1st page to the 2nd, we first jump forward 8
// messages, then back-track to the first date boundary which is the nearest
// day backwards from event20. We use the nearest day because there is more
// than a day of gap between event12 and event20.
testName:
'can jump forward over many quiet days without losing any messages in the gap',
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14 <-- 15 <-- 16 <-- 17 <-- 18 <-- 19 <-- 20 <-- 21
[day1 ] [day2 ] [day3 ] [day4 ] [day5 ] [day6 ] [day7 ] [day8 ]
[page1 ]
|------------------jump-fwd-8-msg---------------------->|
[page2 ]
`,
archiveMessageLimit: 8,
startUrl: '/roomid/room1/date/2022/01/04',
page1: {
url: '/roomid/room1/date/2022/01/04',
action: 'next',
},
page2: {
url: '/roomid/room1/date/2022/01/07?at=$event13',
action: null,
},
},
{
// From the first page with too many messages, starting at event13 (page1
// rangeStart), we look backwards for the closest event. Because we find
// event12 as the closest, which is from the a different day from event21
// (page1 rangeEnd), we can just display the day where event12 resides.
testName: 'can jump backward to the previous activity with many small quiet days',
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14 <-- 15 <-- 16 <-- 17 <-- 18 <-- 19 <-- 20 <-- 21
[day1 ] [day2 ] [day3 ] [day4 ] [day5 ] [day6 ] [day7 ] [day8 ] [day9 ]
[page1 ]
[page2 ]
`,
archiveMessageLimit: 8,
startUrl: '/roomid/room1/date/2022/01/09',
page1: {
url: '/roomid/room1/date/2022/01/09',
action: 'previous',
},
page2: {
url: '/roomid/room1/date/2022/01/06?at=$event12',
action: null,
},
},
{
// Test to make sure we can jump forwards from the 1st page to the 2nd page
// with too many messages to display on a single day.
//
// We jump forward 4 messages (`archiveMessageLimit`), then back-track to
// the nearest hour which starts us from event9, and then we display 5
// messages because we fetch one more than `archiveMessageLimit` to
// determine overflow.
testName: 'can jump forward to the next activity and land in too many messages',
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14 <-- 15
[day1 ] [day2 ] [day3 ] [day4 ]
[page1 ]
|--jump-fwd-4-messages-->|
[page2 ]
`,
archiveMessageLimit: 4,
startUrl: '/roomid/room1/date/2022/01/02',
page1: {
url: '/roomid/room1/date/2022/01/02',
action: 'next',
},
page2: {
url: '/roomid/room1/date/2022/01/03T03:00?at=$event7',
action: null,
},
},
{
// Test to make sure we can jump forwards from the 1st page to the 2nd page
// when there is a multiple-day gap between the end of the first page to the
// next messages.
//
// We jump forward 4 messages (`archiveMessageLimit`), then back-track to
// the nearest hour because even though there is more than a day gap in the
// jump, there aren't any mesages in between from another day. Because, we
// back-tracked to the nearest hour, this starts us from event9, and then we
// display 5 messages because we fetch one more than `archiveMessageLimit`
// to determine overflow.
testName: 'can jump forward to the next activity when there is a multiple day gap',
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12
[day1 ] [day5 ]
[page1 ]
|--jump-fwd-4-messages-->|
[page2 ]
`,
archiveMessageLimit: 4,
startUrl: '/roomid/room1/date/2022/01/01',
page1: {
url: '/roomid/room1/date/2022/01/01',
action: 'next',
},
page2: {
url: '/roomid/room1/date/2022/01/05T03:00?at=$event7',
action: null,
},
},
{
// Test to make sure we can jump backwards from the 1st page to the 2nd page
// with too many messages to display on a single day.
//
// From the first page with too many messages, starting at event10 (page1
// rangeStart), we look backwards for the closest event. Because we find
// event9 as the closest, which is from the a different day from event14
// (page1 rangeEnd), we can just display the day where event9 resides.
testName: 'can jump backward to the previous activity and land in too many messages',
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14
[day1 ] [day2 ] [day3 ] [day4 ]
[page1 ]
[page2 ]
`,
archiveMessageLimit: 4,
startUrl: '/roomid/room1/date/2022/01/04',
page1: {
url: '/roomid/room1/date/2022/01/04',
action: 'previous',
},
page2: {
url: '/roomid/room1/date/2022/01/02?at=$event9',
action: null,
},
},
{
// We jump forward 4 messages (`archiveMessageLimit`) to event12, then
// back-track to the nearest hour which starts off at event11 and render the
// page with 5 messages because we fetch one more than `archiveMessageLimit`
// to determine overflow.
testName:
'can jump forward from one day with too many messages into the next day with too many messages',
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14
[day1 ] [day2 ] [day3 ]
[page1 ]
|---jump-fwd-4-messages--->|
[page2 ]
`,
archiveMessageLimit: 4,
startUrl: '/roomid/room1/date/2022/01/02',
page1: {
url: '/roomid/room1/date/2022/01/02',
action: 'next',
},
page2: {
url: '/roomid/room1/date/2022/01/03T03:00?at=$event9',
action: null,
},
},
{
// From the first page with too many messages, starting at event10 (page1
// rangeStart), we look backwards for the closest event. Because we find
// event9 as the closest, which is from the same day as event14 (page1
// rangeEnd), we round up to the nearest hour so that the URL encompasses it
// when looking backwards.
testName:
'can jump backward from one day with too many messages into the previous day with too many messages',
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14
[day1 ] [day2 ] [day3 ]
[page1 ]
[page2 ]
`,
archiveMessageLimit: 4,
startUrl: '/roomid/room1/date/2022/01/03',
page1: {
url: '/roomid/room1/date/2022/01/03',
action: 'previous',
},
page2: {
url: '/roomid/room1/date/2022/01/03T01:00?at=$event9',
action: null,
},
},
{
// We jump forward 4 messages (`archiveMessageLimit`) to event12, then
// back-track to the nearest hour which starts off at event11 and render the
// page with 5 messages because we fetch one more than `archiveMessageLimit`
// to determine overflow.
testName:
'can jump forward from one day with too many messages into the same day with too many messages',
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14
[day1 ] [day2 ]
[page1 ]
|---jump-fwd-4-messages--->|
[page2 ]
`,
archiveMessageLimit: 4,
startUrl: '/roomid/room1/date/2022/01/02T6:00',
page1: {
url: '/roomid/room1/date/2022/01/02T6:00',
action: 'next',
},
page2: {
url: '/roomid/room1/date/2022/01/02T09:00?at=$event9',
action: null,
},
},
{
// From the first page with too many messages, starting at event10 (page1
// rangeStart), we look backwards for the closest event. Because we find
// event9 as the closest, which is from the same day as event14 (page1
// rangeEnd), we round up to the nearest hour so that the URL encompasses it
// when looking backwards.
testName:
'can jump backward from one day with too many messages into the same day with too many messages',
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14
[day1 ] [day2 ]
[page1 ]
[page2 ]
`,
archiveMessageLimit: 4,
startUrl: '/roomid/room1/date/2022/01/02T11:00',
page1: {
url: '/roomid/room1/date/2022/01/02T11:00',
action: 'previous',
},
page2: {
url: '/roomid/room1/date/2022/01/02T06:00?at=$event8',
action: null,
},
},
{
// We jump forward 4 messages (`archiveMessageLimit`) to event12, then
// back-track to the nearest hour which starts off at event11 and render the
// page with 5 messages because we fetch one more than `archiveMessageLimit`
// to determine overflow.
testName:
'can jump forward from the middle of one day with too many messages into the next day with too many messages',
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14
[day1 ] [day2 ] [day3 ]
[page1 ]
|---jump-fwd-4-messages--->|
[page2 ]
`,
archiveMessageLimit: 4,
startUrl: '/roomid/room1/date/2022/01/02T06:00',
page1: {
url: '/roomid/room1/date/2022/01/02T06:00',
action: 'next',
},
page2: {
// Continuing from the unseen event in day2
url: '/roomid/room1/date/2022/01/03T02:00?at=$event9',
action: null,
},
},
{
// From the first page with too many messages, starting at event10 (page1
// rangeStart), we look backwards for the closest event. Because we find
// event9 as the closest, which is from the same day as event14 (page1
// rangeEnd), we round up to the nearest hour so that the URL encompasses it
// when looking backwards.
testName:
'can jump backward from the middle of one day with too many messages into the previous day with too many messages',
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14
[day1 ] [day2 ] [day3 ]
[page1 ]
[page2 ]
`,
archiveMessageLimit: 4,
startUrl: '/roomid/room1/date/2022/01/03T06:00',
page1: {
url: '/roomid/room1/date/2022/01/03T06:00',
action: 'previous',
},
page2: {
url: '/roomid/room1/date/2022/01/03T01:00?at=$event8',
action: null,
},
},
{
// From the first page with too many messages, starting at event8 (page1
// rangeStart), we look backwards for the closest event. Because we find
// event7 as the closest, which is from a different day than event12 (page1
// rangeEnd), we can just display the day where event7 resides.
testName:
'can jump backward from the start of one day with too many messages into the previous day with exactly the limit',
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14
[day1 ] [day2 ] [day3 ]
[page1 ]
[page2 ]
`,
archiveMessageLimit: 4,
startUrl: '/roomid/room1/date/2022/01/03T05:00',
page1: {
url: '/roomid/room1/date/2022/01/03T05:00',
action: 'previous',
},
page2: {
url: '/roomid/room1/date/2022/01/02?at=$event7',
action: null,
},
},
// Tests for "less than X" for the forwards direction
// --------------------------------------------------
{
// From the first page with too many messages, starting at event14 with
// minute precision in the URL, we look backwards for the closest event.
// Because we find event9 as the closest, where the page1
// `currentRangeStartTs` is less than an hour away from event9, we have to
// round up to the nearest minute.
testName:
'can jump backward to the previous activity when less than an hour between all messages',
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14
[day1 ]
[page1 ]
[page2 ]
`,
// More than a minute for each but less than an hour when you multiply this
// across all of messages
timeIncrementBetweenMessages: 2 * ONE_MINUTE_IN_MS,
archiveMessageLimit: 4,
startUrl: '/roomid/room1/date/2022/01/01T01:00',
page1: {
url: '/roomid/room1/date/2022/01/01T01:00',
action: 'previous',
},
page2: {
url: '/roomid/room1/date/2022/01/01T00:17?at=$event9',
action: null,
},
},
{
// From the first page with too many messages, starting at event14 with
// day precision in the URL, we look backwards for the closest event.
// Because we find event9 as the closest, where the page1
// `currentRangeStartTs` is less than an hour away from event9, we have to
// round up to the nearest minute.
testName:
'can jump backward to the previous activity when less than an hour between all messages (starting from day precision)',
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14
[day1 ]
[page1 ]
[page2 ]
`,
// More than a minute for each but less than an hour when you multiply this
// across all of messages
timeIncrementBetweenMessages: 2 * ONE_MINUTE_IN_MS,
archiveMessageLimit: 4,
startUrl: '/roomid/room1/date/2022/01/01',
page1: {
url: '/roomid/room1/date/2022/01/01',
action: 'previous',
},
page2: {
url: '/roomid/room1/date/2022/01/01T00:17?at=$event9',
action: null,
},
},
{
// From the first page with too many messages, starting at event14 with
// minute precision in the URL, we look backwards for the closest event.
// Because we find event9 as the closest, where the page1
// `currentRangeStartTs` is less than an minute away from event9, we have to
// round up to the nearest second.
testName:
'can jump backward to the previous activity when less than an minute between all messages',
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14
[day1 ]
[page1 ]
[page2 ]
`,
// More than a second for each but less than an minute when you multiply
// this across all of messages
timeIncrementBetweenMessages: 2 * ONE_SECOND_IN_MS,
archiveMessageLimit: 4,
startUrl: '/roomid/room1/date/2022/01/01T00:01',
page1: {
url: '/roomid/room1/date/2022/01/01T00:01',
action: 'previous',
},
page2: {
url: '/roomid/room1/date/2022/01/01T00:00:17?at=$event9',
action: null,
},
},
{
// From the first page with too many messages, starting at event14 with
// day precision in the URL, we look backwards for the closest event.
// Because we find event9 as the closest, where the page1
// `currentRangeStartTs` is less than an minute away from event9, we have to
// round up to the nearest second.
testName:
'can jump backward to the previous activity when less than an minute between all messages (starting from day precision)',
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14
[day1 ]
[page1 ]
[page2 ]
`,
// More than a second for each but less than an minute when you multiply
// this across all of messages
timeIncrementBetweenMessages: 2 * ONE_SECOND_IN_MS,
archiveMessageLimit: 4,
startUrl: '/roomid/room1/date/2022/01/01',
page1: {
url: '/roomid/room1/date/2022/01/01',
action: 'previous',
},
page2: {
url: '/roomid/room1/date/2022/01/01T00:00:17?at=$event9',
action: null,
},
},
// Tests for "less than X" for the forwards direction
// --------------------------------------------------
// We can't do the `(start from day precision)` variants when jumping forwards
// because day precision starts off at `T23:59:59.999Z` and jumping forward
// will always land us in the next day.
{
// We jump forward 4 messages (`archiveMessageLimit`) to event10, then
// back-track to the nearest minute which starts off at event9 and render the
// page with 5 messages because we fetch one more than `archiveMessageLimit`
// to determine overflow.
testName:
'can jump forward to the next activity when less than an hour between all messages',
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14
[day1 ]
[page1 ]
|--jump-fwd-4-messages-->|
[page2 ]
`,
// More than a minute for each but less than an hour when you multiply this
// across all of messages
timeIncrementBetweenMessages: 2 * ONE_MINUTE_IN_MS,
archiveMessageLimit: 4,
startUrl: '/roomid/room1/date/2022/01/01T00:11',
page1: {
url: '/roomid/room1/date/2022/01/01T00:11',
action: 'next',
},
page2: {
url: '/roomid/room1/date/2022/01/01T00:18?at=$event7',
action: null,
},
},
{
// We jump forward 4 messages (`archiveMessageLimit`) to event10, then
// back-track to the nearest second which starts off at event9 and render the
// page with 5 messages because we fetch one more than `archiveMessageLimit`
// to determine overflow.
testName:
'can jump forward to the next activity when less than an minute between all messages',
roomDayMessageStructureString: `
[room1 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14
[day1 ]
[page1 ]
|--jump-fwd-4-messages-->|
[page2 ]
`,
// More than a second for each but less than an minute when you multiply this
// across all of messages
timeIncrementBetweenMessages: 2 * ONE_SECOND_IN_MS,
archiveMessageLimit: 4,
startUrl: '/roomid/room1/date/2022/01/01T00:00:11',
page1: {
url: '/roomid/room1/date/2022/01/01T00:00:11',
action: 'next',
},
page2: {
url: '/roomid/room1/date/2022/01/01T00:00:18?at=$event7',
action: null,
},
},
];
const jumpBackwardPredecessorTestCases = [
{
// Page2 only shows 4 messages ($event4-7) instead of 5
// (`archiveMessageLimit` + 1) because it also has the tombstone event which
// is hidden
testName: 'can jump backward from one room to the predecessor room (different day)',
roomDayMessageStructureString: `
[room1 ] [room2 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14
[day1 ] [day2 ] [day3 ]
[page1 ]
[page2 ]
`,
archiveMessageLimit: 4,
startUrl: '/roomid/room2/date/2022/01/03T05:00',
page1: {
url: '/roomid/room2/date/2022/01/03T05:00',
action: 'previous',
},
page2: {
url: '/roomid/room1/date/2022/01/02?at=$tombstone',
action: null,
},
},
{
// Page2 only shows 4 messages ($event4-7) instead of 5
// (`archiveMessageLimit` + 1) because it also has the tombstone event which
// is hidden
testName: 'can jump backward from one room to the predecessor room (same day)',
roomDayMessageStructureString: `
[room1 ] [room2 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14
[day1 ] [day2 ]
[page1 ]
[page2 ]
`,
archiveMessageLimit: 4,
startUrl: '/roomid/room2/date/2022/01/02T10:00',
page1: {
url: '/roomid/room2/date/2022/01/02T10:00',
action: 'previous',
},
page2: {
url: '/roomid/room1/date/2022/01/02?at=$tombstone',
action: null,
},
},
{
// Page2 only shows 3 messages ($event2-4) instead of 4
// (`archiveMessageLimit` + 1) because it also has the tombstone event which
// is hidden
testName: 'jumping back before room was created will go down the predecessor chain',
roomDayMessageStructureString: `
[room1 ] [room2 ] [room3 ] [room4 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14 <-- 15 <-- 16
[day1 ] [day2 ] [day3 ] [day4 ] [day5 ] [day6 ] [day7 ] [day8 ]
[page1 ]
[page2 ]
`,
archiveMessageLimit: 3,
startUrl: '/roomid/room4/date/2022/01/08',
page1: {
url: '/roomid/room4/date/2022/01/08',
action: 'navigate:/roomid/room4/date/2022/01/02',
},
page2: {
url: '/roomid/room1/date/2022/01/02',
action: null,
},
},
// This doesn't work well because of the primordial create room events which
// we can't control the timestamp of or assert properly in this diagram. If we
// ever get timestamp massaging on the `/createRoom` endpoint (see
// https://github.com/matrix-org/matrix-public-archive/issues/169), we could
// make this work by increasing the `archiveMessageLimit` to something that
// would encompass all of the primordial events along with the last few
// messages.
//
// {
// testName: `will paginate to the oldest messages in the room (doesn't skip the last few) before jumping backward to the predecessor room`,
// roomDayMessageStructureString: `
// [room1 ] [room2 ]
// 1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14
// [day1 ] [day2 ] [day3 ]
// [page1 ]
// [page2]
// [page3 ]
// `,
// archiveMessageLimit: 4,
// startUrl: '/roomid/room2/date/2022/01/03',
// page1: {
// url: '/roomid/room2/date/2022/01/03',
// action: 'previous',
// },
// page2: {
// url: '/roomid/room2/date/2022/01/03T02:00?at=$event9',
// action: 'previous',
// },
// page3: {
// url: '/roomid/room1/date/2022/01/02',
// action: null,
// },
// },
];
const jumpForwardSuccessorTestCases = [
{
// We jump from event3 which is found as the closest event looking forward
// from the ts=0 in the successor room because the timestamp massaged events
// come before `m.room.create` and other primordial events here (related to
// https://github.com/matrix-org/matrix-public-archive/issues/169). From
// event3, we jump forward 10 messages (`archiveMessageLimit`) to event12,
// then back-track to the nearest hour which starts off at event11 and try
// to render the page with 11 messages because we fetch one more than
// `archiveMessageLimit` to determine overflow but there aren't enough
// messages.
testName: 'can jump forward from one room to the successor room (different day)',
roomDayMessageStructureString: `
[room1] [room2 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14
[day1 ] [day2 ]
[page1]
|------------------jump-fwd-10-messages----------------->|
[page2 ]
`,
archiveMessageLimit: 10,
startUrl: '/roomid/room1/date/2022/01/01',
page1: {
url: '/roomid/room1/date/2022/01/01',
action: 'next',
},
page2: {
url: '/roomid/room2/date/2022/01/02T09:00?at=$event3',
action: null,
},
},
{
// We jump from event8 which is found as the closest event looking forward
// from the ts=0 in the successor room because the timestamp massaged events
// come before `m.room.create` and other primordial events here (related to
// https://github.com/matrix-org/matrix-public-archive/issues/169). From
// event8, we jump forward 10 messages (`archiveMessageLimit`) to the end of
// the room, then go to the day of the last message which will show us all
// messages in room2 because we fetch one more than `archiveMessageLimit` to
// determine overflow which is more messages than room2 has.
testName: 'can jump forward from one room to the successor room (same day)',
roomDayMessageStructureString: `
[room1 ] [room2 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14
[day1 ] [day2 ]
[page1 ]
|------------------jump-fwd-10-messages----------------------->|
[page2 ]
`,
archiveMessageLimit: 10,
startUrl: '/roomid/room1/date/2022/01/02T05:00',
page1: {
url: '/roomid/room1/date/2022/01/02T05:00',
action: 'next',
},
page2: {
url: '/roomid/room2/date/2022/01/02?at=$event8',
action: null,
},
},
{
// We jump from event3 which is found as the closest event looking forward
// from the ts=0 in the successor room because the timestamp massaged events
// come before `m.room.create` and other primordial events here (related to
// https://github.com/matrix-org/matrix-public-archive/issues/169). From
// event3, we jump forward 10 messages (`archiveMessageLimit`) to event13,
// then back-track to the nearest hour which starts off at event11 and try
// to render the page with 11 messages because we fetch one more than
// `archiveMessageLimit` to determine overflow but there aren't enough
// messages.
testName: 'can jump forward from one room to the successor room (multiple day gap)',
roomDayMessageStructureString: `
[room1] [room2 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14
[day1 ] [day5 ]
[page1]
|----------------jump-fwd-10-messages------------------->|
[page2 ]
`,
archiveMessageLimit: 10,
startUrl: '/roomid/room1/date/2022/01/01',
page1: {
url: '/roomid/room1/date/2022/01/01',
action: 'next',
},
page2: {
url: '/roomid/room2/date/2022/01/05T09:00?at=$event3',
action: null,
},
},
{
// For the jump from page1 to page2, we jump forward 10 messages which gets
// us to the end of the room.
//
// For the jump from page2 to page3, since we see the end of room1, we jump
// to the successor room and find the closest event from ts=0 looking
// forward which is event5 because the timestamp massaged events come before
// `m.room.create` and other primordial events here (related to
// https://github.com/matrix-org/matrix-public-archive/issues/169). From
// event5, we jump forward 10 messages (`archiveMessageLimit`) to event14,
// then back-track to the *day* before the last message found which starts off
// at event6 and try to render the page with 11 messages because we fetch
// one more than `archiveMessageLimit` to determine overflow but there
// aren't enough messages.
//
// For the jump from page3 to page4, we jump forward 10 messages to event16,
// then back-track to the nearest hour which starts off at event15 and try
// to render the page with 11 messages because we fetch one more than
// `archiveMessageLimit`.
testName: 'can jump forward from one room to the successor room (across multiple days)',
roomDayMessageStructureString: `
[room1 ] [room2 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14 <-- 15 <-- 16
[day1 ] [day2 ] [day3 ]
[page1]
|--jump-10->|
[page2 ]
|------------------jump-fwd-10-messages------------------->|
[page3]
|----------------------jump-fwd-10-messages----------------------->|
[page4 ]
`,
archiveMessageLimit: 10,
startUrl: '/roomid/room1/date/2022/01/01',
page1: {
url: '/roomid/room1/date/2022/01/01',
action: 'next',
},
page2: {
url: '/roomid/room1/date/2022/01/02?at=$event3',
action: 'next',
},
page3: {
url: '/roomid/room2/date/2022/01/02?at=$event5',
action: 'next',
},
page4: {
url: '/roomid/room2/date/2022/01/03T09:00?at=$event7',
action: null,
},
},
{
// (same as the test above just with more day gaps)
testName:
'can jump forward from one room to the successor room (across multiple days and day gaps)',
roomDayMessageStructureString: `
[room1 ] [room2 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14 <-- 15 <-- 16
[day1 ] [day4 ] [day6 ]
[page1]
|--jump-10->|
[page2 ]
|------------------jump-fwd-10-messages------------------->|
[page3]
|----------------------jump-fwd-10-messages----------------------->|
[page4 ]
`,
archiveMessageLimit: 10,
startUrl: '/roomid/room1/date/2022/01/01',
page1: {
url: '/roomid/room1/date/2022/01/01',
action: 'next',
},
page2: {
url: '/roomid/room1/date/2022/01/04?at=$event3',
action: 'next',
},
page3: {
// You might expect `/date/2022/01/04?at=$event5` here but we just get the
// UTC day before the day of last message we jumped to (event14)
url: '/roomid/room2/date/2022/01/05?at=$event5',
action: 'next',
},
page4: {
url: '/roomid/room2/date/2022/01/06T09:00?at=$event7',
action: null,
},
},
{
testName: 'jumping forward past the end of the room will go down the successor chain',
roomDayMessageStructureString: `
[room1 ] [room2 ] [room3 ] [room4 ]
1 <-- 2 <-- 3 <-- 4 <-- 5 <-- 6 <-- 7 <-- 8 <-- 9 <-- 10 <-- 11 <-- 12 <-- 13 <-- 14 <-- 15 <-- 16
[day1 ] [day2 ] [day3 ] [day4 ] [day5 ] [day6 ] [day7 ] [day8 ]
[page1 ]
[page2 ]
`,
archiveMessageLimit: 3,
startUrl: '/roomid/room1/date/2022/01/02',
page1: {
url: '/roomid/room1/date/2022/01/02',
action: 'navigate:/roomid/room1/date/2022/01/08',
},
page2: {
url: '/roomid/room4/date/2022/01/08',
action: null,
},
},
];
jumpTestCases.forEach((testCase) => {
runJumpTestCase(testCase);
});
describe('with room upgrades', () => {
describe('jump backward into predecessor rooms', () => {
// eslint-disable-next-line max-nested-callbacks
jumpBackwardPredecessorTestCases.forEach((testCase) => {
runJumpTestCase(testCase);
});
});
describe('jump forward from tombstone to replacement/successor rooms', () => {
// eslint-disable-next-line max-nested-callbacks
jumpForwardSuccessorTestCases.forEach((testCase) => {
runJumpTestCase(testCase);
});
});
});
const jumpPrecisionTestCases = [
{
durationMinLabel: 'day',
durationMinMs: ONE_DAY_IN_MS,
durationMaxLabel: 'multiple days',
durationMaxMs: 5 * ONE_DAY_IN_MS,
expectedTimePrecision: TIME_PRECISION_VALUES.none,
},
{
durationMinLabel: 'hour',
durationMinMs: ONE_HOUR_IN_MS,
durationMaxLabel: 'day',
durationMaxMs: ONE_DAY_IN_MS,
expectedTimePrecision: TIME_PRECISION_VALUES.minutes,
},
{
durationMinLabel: 'minute',
durationMinMs: ONE_MINUTE_IN_MS,
durationMaxLabel: 'hour',
durationMaxMs: ONE_HOUR_IN_MS,
expectedTimePrecision: TIME_PRECISION_VALUES.minutes,
},
{
durationMinLabel: 'second',
durationMinMs: ONE_SECOND_IN_MS,
durationMaxLabel: 'minute',
durationMaxMs: ONE_MINUTE_IN_MS,
expectedTimePrecision: TIME_PRECISION_VALUES.seconds,
},
// This one is expected to fail but we could support it (#support-ms-time-slice)
// {
// durationMinLabel: 'millisecond',
// durationMinMs: 1,
// durationMaxLabel: 'second',
// durationMaxMs: ONE_SECOND_IN_MS,
// // #support-ms-time-slice
// expectedTimePrecision: TIME_PRECISION_VALUES.milliseconds,
// },
];
[
{
directionLabel: 'backward',
directionValue: DIRECTION.backward,
},
{
directionLabel: 'forward',
directionValue: DIRECTION.forward,
},
].forEach(({ directionLabel, directionValue }) => {
describe(`/jump redirects to \`/date/...\` URL that encompasses closest event when looking ${directionLabel}`, () => {
// eslint-disable-next-line max-nested-callbacks
jumpPrecisionTestCases.forEach((testCase) => {
let testTitle;
if (directionValue === DIRECTION.backward) {
testTitle = `will jump to the nearest ${testCase.durationMinLabel} rounded up when the closest event is from the same ${testCase.durationMaxLabel} (but further than a ${testCase.durationMinLabel} away) as our currently displayed range of events`;
} else if (directionValue === DIRECTION.forward) {
testTitle = `will jump to the nearest ${testCase.durationMinLabel} rounded down when the last event in the next range is more than a ${testCase.durationMinLabel} away from our currently displayed range of events`;
}
// eslint-disable-next-line max-nested-callbacks
it(testTitle, async () => {
// The date should be just past midnight so we don't run into inclusive
// bounds leaking messages from one day into another.
const archiveDate = new Date(Date.UTC(2022, 0, 1, 0, 0, 0, 1));
config.set('archiveMessageLimit', 3);
const client = await getTestClientForHs(testMatrixServerUrl1);
const roomId = await createTestRoom(client);
const { eventIds, eventMap } = await createMessagesInRoom({
client,
roomId,
// Make sure there is enough space before and after the selected range
// for another page of history
numMessages: 10,
prefix: `foo`,
timestamp: archiveDate.getTime(),
increment: testCase.durationMinMs,
});
const fourthEvent = eventMap.get(eventIds[3]);
const sixthEvent = eventMap.get(eventIds[5]);
const jumpUrl = `${matrixPublicArchiveURLCreator.archiveJumpUrlForRoom(roomId, {
dir: directionValue,
currentRangeStartTs: fourthEvent.originServerTs,
currentRangeEndTs: sixthEvent.originServerTs,
})}`;
// Fetch the given page.
const { res } = await fetchEndpointAsText(jumpUrl);
// Assert the correct time precision in the URL
assertExpectedTimePrecisionAgainstUrl(testCase.expectedTimePrecision, res.url);
});
});
});
});
});
});
describe('Ensure setHeadersForDateTemporalContext(...) is being set properly (useful for caching)', async () => {
// We can just use `new Date()` here but this just makes it more obvious what
// our intention is here.
const nowDate = new Date(Date.now());
const testCases = [
{
testName: 'now is present',
archiveDate: nowDate,
expectedTemporalContext: 'present',
},
{
testName: 'start of today is present',
archiveDate: new Date(getUtcStartOfDayTs(nowDate)),
expectedTemporalContext: 'present',
},
{
testName: 'some time today is present',
archiveDate: new Date(
getUtcStartOfDayTs(nowDate) +
12 * ONE_HOUR_IN_MS +
30 * ONE_MINUTE_IN_MS +
30 * ONE_SECOND_IN_MS
),
expectedTemporalContext: 'present',
},
{
testName: 'past is in the past',
archiveDate: new Date('2020-01-01'),
expectedTemporalContext: 'past',
},
];
let roomId;
before(async () => {
const client = await getTestClientForHs(testMatrixServerUrl1);
roomId = await createTestRoom(client);
});
testCases.forEach((testCase) => {
assert(testCase.testName);
assert(testCase.archiveDate);
assert(testCase.expectedTemporalContext);
// Warn if it's close to the end of the UTC day. This test could be a flakey and
// cause a failure if `expectedTemporalContext` was created just before midnight
// (UTC) and we visit the archive after midnight (UTC). The
// `X-Date-Temporal-Context` would read as `past` when we expect `present`.
if (roundUpTimestampToUtcDay(nowDate) - nowDate.getTime() < 30 * 1000 /* 30 seconds */) {
// eslint-disable-next-line no-console
console.warn(
`Test is being run at the end of the UTC day. This could result in a flakey ` +
`failure if \`expectedTemporalContext\` was created just before midnight (UTC) ` +
`and we visit the archive after midnight (UTC). Since ` +
`this is an e2e test we can't control the date/time exactly.`
);
}
it(testCase.testName, async () => {
// Fetch the given page.
archiveUrl = matrixPublicArchiveURLCreator.archiveUrlForDate(
roomId,
testCase.archiveDate
);
const { res } = await fetchEndpointAsText(archiveUrl);
const dateTemporalContextHeader = res.headers.get('X-Date-Temporal-Context');
assert.strictEqual(dateTemporalContextHeader, testCase.expectedTemporalContext);
});
});
});
describe('Room directory', () => {
it('room search narrows down results', async () => {
const client = await getTestClientForHs(testMatrixServerUrl1);
// This is just an extra room to fill out the room directory and make sure
// that it does not appear when searching.
await createTestRoom(client);
// Then create two rooms we will find with search
//
// We use a `timeToken` so that we can namespace these rooms away from other
// test runs against the same homeserver
const timeToken = Date.now();
const roomPlanetPrefix = `planet-${timeToken}`;
const roomSaturnId = await createTestRoom(client, {
name: `${roomPlanetPrefix}-saturn`,
});
const roomMarsId = await createTestRoom(client, {
name: `${roomPlanetPrefix}-mars`,
});
// Browse the room directory without search to see many rooms
archiveUrl = matrixPublicArchiveURLCreator.roomDirectoryUrl();
const { data: roomDirectoryPageHtml } = await fetchEndpointAsText(archiveUrl);
const dom = parseHTML(roomDirectoryPageHtml);
const roomsOnPageWithoutSearch = [
...dom.document.querySelectorAll(`[data-testid="room-card"]`),
].map((roomCardEl) => {
return roomCardEl.getAttribute('data-room-id');
});
// Then browse the room directory again, this time with the search
// narrowing down results.
archiveUrl = matrixPublicArchiveURLCreator.roomDirectoryUrl({
searchTerm: roomPlanetPrefix,
});
const { data: roomDirectoryWithSearchPageHtml } = await fetchEndpointAsText(archiveUrl);
const domWithSearch = parseHTML(roomDirectoryWithSearchPageHtml);
const roomsOnPageWithSearch = [
...domWithSearch.document.querySelectorAll(`[data-testid="room-card"]`),
].map((roomCardEl) => {
return roomCardEl.getAttribute('data-room-id');
});
// Assert that the rooms we searched for are visible
assert.deepStrictEqual(roomsOnPageWithSearch.sort(), [roomSaturnId, roomMarsId].sort());
// Sanity check that search does something. Assert that it's not showing
// the same results as if we didn't make any search.
assert.notDeepStrictEqual(roomsOnPageWithSearch.sort(), roomsOnPageWithoutSearch.sort());
});
it('can show rooms from another remote server', async () => {
const hs2Client = await getTestClientForHs(testMatrixServerUrl2);
// Create some rooms on hs2
//
// We use a `timeToken` so that we can namespace these rooms away from other
// test runs against the same homeserver
const timeToken = Date.now();
const roomPlanetPrefix = `remote-planet-${timeToken}`;
const roomXId = await createTestRoom(hs2Client, {
name: `${roomPlanetPrefix}-x`,
});
const roomYId = await createTestRoom(hs2Client, {
name: `${roomPlanetPrefix}-y`,
});
archiveUrl = matrixPublicArchiveURLCreator.roomDirectoryUrl({
homeserver: HOMESERVER_URL_TO_PRETTY_NAME_MAP[testMatrixServerUrl2],
searchTerm: roomPlanetPrefix,
});
const { data: roomDirectoryWithSearchPageHtml } = await fetchEndpointAsText(archiveUrl);
const domWithSearch = parseHTML(roomDirectoryWithSearchPageHtml);
// Make sure the `?homserver` is selected in the homeserver selector `<select>`
const selectedHomeserverOptionElement = domWithSearch.document.querySelector(
`[data-testid="homeserver-select"] option[selected]`
);
assert.strictEqual(
selectedHomeserverOptionElement.getAttribute('value'),
HOMESERVER_URL_TO_PRETTY_NAME_MAP[testMatrixServerUrl2]
);
const roomsOnPageWithSearch = [
...domWithSearch.document.querySelectorAll(`[data-testid="room-card"]`),
].map((roomCardEl) => {
return roomCardEl.getAttribute('data-room-id');
});
// Assert that the rooms we searched for on remote hs2 are visible
assert.deepStrictEqual(roomsOnPageWithSearch.sort(), [roomXId, roomYId].sort());
});
it('Safe search blocks nsfw rooms by default', async () => {
const client = await getTestClientForHs(testMatrixServerUrl1);
// This is just an extra room to fill out the room directory and make sure
// that it does not appear when searching.
await createTestRoom(client);
// Then create some NSFW rooms we will find with search
//
// We use a `timeToken` so that we can namespace these rooms away from other
// test runs against the same homeserver
const timeToken = Date.now();
const roomPlanetPrefix = `planet-${timeToken}`;
const roomUranusId = await createTestRoom(client, {
// NSFW in title
name: `${roomPlanetPrefix}-uranus-nsfw`,
});
const roomMarsId = await createTestRoom(client, {
name: `${roomPlanetPrefix}-mars`,
// NSFW in room topic/description
topic: 'Get your ass to mars (NSFW)',
});
// Browse the room directory searching the room directory for those NSFW rooms
// (narrowing down results).
archiveUrl = matrixPublicArchiveURLCreator.roomDirectoryUrl({
searchTerm: roomPlanetPrefix,
});
const { data: roomDirectoryWithSearchPageHtml } = await fetchEndpointAsText(archiveUrl);
const domWithSearch = parseHTML(roomDirectoryWithSearchPageHtml);
const roomsCardsOnPageWithSearch = [
...domWithSearch.document.querySelectorAll(`[data-testid="room-card"]`),
];
// Assert that the rooms we searched for are on the page
const roomsIdsOnPageWithSearch = roomsCardsOnPageWithSearch.map((roomCardEl) => {
return roomCardEl.getAttribute('data-room-id');
});
assert.deepStrictEqual(roomsIdsOnPageWithSearch.sort(), [roomUranusId, roomMarsId].sort());
// Sanity check that safe search does something. Assert that it's *NOT* showing
// the "nsfw" content
roomsCardsOnPageWithSearch.forEach((roomCardEl) => {
assert.match(
roomCardEl.innerHTML,
/^((?!nsfw).)*$/,
`Expected safe search to block any nsfw rooms but saw "nsfw" in the room cards: ${roomCardEl.innerHTML.replaceAll(
/nsfw/gi,
(match) => {
return chalk.yellow(match);
}
)}`
);
});
});
});
describe('access controls', () => {
it('not allowed to view private room even when the archiver user is in the room', async () => {
const client = await getTestClientForHs(testMatrixServerUrl1);
const roomId = await createTestRoom(client, {
preset: 'private_chat',
initial_state: [],
});
try {
archiveUrl = matrixPublicArchiveURLCreator.archiveUrlForRoom(roomId);
await fetchEndpointAsText(archiveUrl);
assert.fail(
new TestError(
'We expect the request to fail with a 403 since the archive should not be able to view a private room but it succeeded'
)
);
} catch (err) {
if (err instanceof TestError) {
throw err;
}
assert.strictEqual(
err.response.status,
403,
`Expected err.response.status=${err?.response?.status} to be 403 but error was: ${err.stack}`
);
}
});
it('search engines allowed to index `world_readable` room', async () => {
const client = await getTestClientForHs(testMatrixServerUrl1);
const roomId = await createTestRoom(client);
archiveUrl = matrixPublicArchiveURLCreator.archiveUrlForRoom(roomId);
const { data: archivePageHtml } = await fetchEndpointAsText(archiveUrl);
const dom = parseHTML(archivePageHtml);
// Make sure the `<meta name="robots" ...>` tag does NOT exist on the
// page telling search engines not to index it
assert.strictEqual(dom.document.querySelector(`meta[name="robots"]`), null);
});
it('search engines not allowed to index `public` room', async () => {
const client = await getTestClientForHs(testMatrixServerUrl1);
const roomId = await createTestRoom(client, {
// The default options for the test rooms adds a
// `m.room.history_visiblity` state event so we override that here so
// it's only a public room.
initial_state: [],
});
archiveUrl = matrixPublicArchiveURLCreator.archiveUrlForRoom(roomId);
const { data: archivePageHtml } = await fetchEndpointAsText(archiveUrl);
const dom = parseHTML(archivePageHtml);
// Make sure the `<meta name="robots" ...>` tag exists on the page
// telling search engines not to index it
assert.strictEqual(
dom.document.querySelector(`meta[name="robots"]`)?.getAttribute('content'),
'noindex, nofollow'
);
});
});
describe('redirects', () => {
const controller = new AbortController();
const { signal } = controller;
// We have to use this sometimes over `fetch` because `fetch` does not allow us to
// manually follow redirects and get the resultant URL, see
// https://github.com/whatwg/fetch/issues/763
function httpRequest(url) {
return new Promise((resolve, reject) => {
const req = http.request(url, { signal });
req.on('response', (res) => {
resolve(res);
});
req.on('error', (err) => {
reject(err);
});
// This must be called for the request to actually go out
req.end();
});
}
after(() => {
// Abort any in-flight request
controller.abort();
});
describe('general', () => {
let testRedirects = [];
before(async () => {
const client = await getTestClientForHs(testMatrixServerUrl1);
const roomId = await createTestRoom(client);
const roomIdWithoutSigil = roomId.replace(/^(#|!)/, '');
const canonicalAlias = await getCanonicalAlias({ client, roomId });
const canonicalAliasWithoutSigil = canonicalAlias.replace(/^(#|!)/, '');
const nowDate = new Date();
// Gives the date in YYYY/mm/dd format.
// date.toISOString() -> 2022-02-16T23:20:04.709Z
const urlDate = nowDate.toISOString().split('T')[0].replaceAll('-', '/');
// Warn if it's close to the end of the UTC day. This test could be a flakey
// and cause a failure if the room was created just before midnight (UTC) and
// this timestamp comes after midnight. The redirect would want to go to the
// day before when the latest event was created instead of the `nowDate` we
// expected in the URL's.
//
// We could lookup the date of the latest event to use the `origin_server_ts`
// from ourselves which may be less faff than this big warning but 🤷 - that's
// kinda like making sure `/timestamp_to_event` works by using
// `/timestamp_to_event`.
if (roundUpTimestampToUtcDay(nowDate) - nowDate.getTime() < 30 * 1000 /* 30 seconds */) {
// eslint-disable-next-line no-console
console.warn(
`Test is being run at the end of the UTC day. This could result in a flakey ` +
`failure where the room was created before midnight (UTC) but the \`nowDate\` ` +
`was after midnight meaning our expected URL's would be a day ahead. Since ` +
`this is an e2e test we can't control the date/time exactly.`
);
}
testRedirects.push(
...[
{
description:
'Visiting via a room ID will keep the URL as a room ID (avoid the canonical alias taking precedence)',
from: urlJoin(basePath, `/roomid/${roomIdWithoutSigil}`),
to: urlJoin(basePath, `/roomid/${roomIdWithoutSigil}/date/${urlDate}`),
},
{
description: 'Visiting via a room alias will keep the URL as a room alias',
from: urlJoin(basePath, `/r/${canonicalAliasWithoutSigil}`),
to: urlJoin(basePath, `/r/${canonicalAliasWithoutSigil}/date/${urlDate}`),
},
{
description:
'Removes the `?via` query parameter after joining from hitting the first endpoint (via parameter only necessary for room IDs)',
from: urlJoin(
basePath,
`/roomid/${roomIdWithoutSigil}?via=${HOMESERVER_URL_TO_PRETTY_NAME_MAP[testMatrixServerUrl1]}`
),
to: urlJoin(basePath, `/roomid/${roomIdWithoutSigil}/date/${urlDate}`),
},
]
);
});
it('redirects people to the correct place (see internal test matrix)', async () => {
assert(testRedirects.length > 0, 'Expected more than 0 redirects to be tested');
for (const testRedirect of testRedirects) {
const res = await httpRequest(testRedirect.from);
// This should be a temporary redirect because the latest date will change
// as new events are sent for example.
assert.strictEqual(res.statusCode, 302, 'We expected a 302 temporary redirect');
// Make sure it redirected to the right location
assert.strictEqual(res.headers.location, testRedirect.to, testRedirect.description);
}
});
});
describe('fix honest mistakes and redirect to the correct place', () => {
let testRedirects = [];
before(async () => {
const client = await getTestClientForHs(testMatrixServerUrl1);
const roomId = await createTestRoom(client);
const roomIdWithoutSigil = roomId.replace(/^(#|!)/, '');
const canonicalAlias = await getCanonicalAlias({ client, roomId });
const canonicalAliasWithoutSigil = canonicalAlias.replace(/^(#|!)/, '');
testRedirects.push(
...[
{
description: 'Using a room ID with a prefix sigil (pasting a room ID)',
from: urlJoin(basePath, `/roomid/${roomId}`),
to: urlJoin(basePath, `/roomid/${roomIdWithoutSigil}`),
},
{
description: 'Using a room ID with a prefix sigil with extra path after',
from: urlJoin(basePath, `/roomid/${roomId}/date/2022/09/20?via=my.synapse.server`),
to: urlJoin(
basePath,
`/roomid/${roomIdWithoutSigil}/date/2022/09/20?via=my.synapse.server`
),
},
{
description: 'Pasting a room ID with a prefix sigil after the domain root',
from: urlJoin(basePath, `/${roomId}`),
to: urlJoin(basePath, `/roomid/${roomIdWithoutSigil}`),
},
{
description: 'URI encoded room ID',
from: urlJoin(basePath, `/${encodeURIComponent(roomId)}`),
to: urlJoin(basePath, `/roomid/${roomIdWithoutSigil}`),
},
{
description: 'URI encoded canonical alias',
from: urlJoin(basePath, `/${encodeURIComponent(canonicalAlias)}`),
to: urlJoin(basePath, `/r/${canonicalAliasWithoutSigil}`),
},
{
description:
'URI encoded canonical alias but on a visiting `/roomid/xxx` will redirect to alias `/r/xxx`',
from: urlJoin(basePath, `/roomid/${encodeURIComponent(canonicalAlias)}`),
to: urlJoin(basePath, `/r/${canonicalAliasWithoutSigil}`),
},
]
);
});
it('redirects people to the correct place (see internal test matrix)', async () => {
assert(testRedirects.length > 0, 'Expected more than 0 redirects to be tested');
for (const testRedirect of testRedirects) {
const res = await httpRequest(testRedirect.from);
assert.strictEqual(
res.statusCode,
301,
'We expected a 301 permanent redirect for mistakes'
);
// Make sure it redirected to the right location
assert.strictEqual(res.headers.location, testRedirect.to, testRedirect.description);
}
});
});
});
});
});
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