493 lines
19 KiB
TypeScript
493 lines
19 KiB
TypeScript
/*
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Copyright 2023 The Matrix.org Foundation C.I.C.
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Licensed under the Apache License, Version 2.0 (the "License");
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you may not use this file except in compliance with the License.
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You may obtain a copy of the License at
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http://www.apache.org/licenses/LICENSE-2.0
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Unless required by applicable law or agreed to in writing, software
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distributed under the License is distributed on an "AS IS" BASIS,
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WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
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See the License for the specific language governing permissions and
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limitations under the License.
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*/
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/* See readme.md for tips on writing these tests. */
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/// <reference types="cypress" />
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import type { MatrixClient } from "matrix-js-sdk/src/matrix";
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import { HomeserverInstance } from "../../plugins/utils/homeserver";
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import {
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assertRead,
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assertReadThread,
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assertStillRead,
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assertUnread,
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backToThreadsList,
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goTo,
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markAsRead,
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Message,
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MessageContentSpec,
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MessageFinder,
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openThread,
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saveAndReload,
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sendMessageAsClient,
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} from "./read-receipts-utils";
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describe("Read receipts", () => {
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const userName = "Mae";
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const botName = "Other User";
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const roomAlpha = "Room Alpha";
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const roomBeta = "Room Beta";
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let homeserver: HomeserverInstance;
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let betaRoomId: string;
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let alphaRoomId: string;
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let bot: MatrixClient | undefined;
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let messageFinder: MessageFinder;
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function editOf(originalMessage: string, newMessage: string): MessageContentSpec {
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return messageFinder.editOf(originalMessage, newMessage);
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}
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function replyTo(targetMessage: string, newMessage: string): MessageContentSpec {
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return messageFinder.replyTo(targetMessage, newMessage);
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}
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function threadedOff(rootMessage: string, newMessage: string): MessageContentSpec {
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return messageFinder.threadedOff(rootMessage, newMessage);
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}
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before(() => {
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// Note: unusually for the Cypress tests in this repo, we share a single
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// Synapse between all the tests in this file.
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//
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// Stopping and starting Synapse costs about 0.25 seconds per test, so
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// for most suites this is worth the cost for the extra assurance that
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// each test is independent.
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//
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// Because there are so many tests in this file, and because sharing a
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// Synapse should have no effect (because we create new rooms and users
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// for each test), we share it here, saving ~30 seconds per run at time
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// of writing.
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cy.startHomeserver("default").then((data) => {
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homeserver = data;
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});
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});
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beforeEach(() => {
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messageFinder = new MessageFinder();
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// Create 2 rooms: Alpha & Beta. We join the bot to both of them
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cy.initTestUser(homeserver, userName)
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.then(() => {
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cy.createRoom({ name: roomAlpha }).then((createdRoomId) => {
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alphaRoomId = createdRoomId;
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});
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})
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.then(() => {
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cy.createRoom({ name: roomBeta }).then((createdRoomId) => {
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betaRoomId = createdRoomId;
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});
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})
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.then(() => {
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cy.getBot(homeserver, { displayName: botName }).then((botClient) => {
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bot = botClient;
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});
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})
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.then(() => {
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// Invite the bot to both rooms
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cy.inviteUser(alphaRoomId, bot.getUserId());
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cy.viewRoomById(alphaRoomId);
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cy.findByText(botName + " joined the room").should("exist");
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cy.inviteUser(betaRoomId, bot.getUserId());
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cy.viewRoomById(betaRoomId);
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cy.findByText(botName + " joined the room").should("exist");
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});
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});
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after(() => {
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cy.stopHomeserver(homeserver);
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});
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/**
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* Sends messages into given room as a bot
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* @param room - the name of the room to send messages into
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* @param messages - the list of messages to send, these can be strings or implementations of MessageSpec like `editOf`
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*/
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function receiveMessages(room: string, messages: Message[]) {
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sendMessageAsClient(bot, room, messages);
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}
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const room1 = roomAlpha;
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const room2 = roomBeta;
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describe("editing messages", () => {
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describe("in the main timeline", () => {
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// XXX: fails because we see a dot instead of an unread number - probably the server and client disagree
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it("Editing a message leaves a room read", () => {
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// Given I am not looking at the room
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goTo(room1);
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receiveMessages(room2, ["Msg1"]);
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assertUnread(room2, 1);
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goTo(room2);
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assertRead(room2);
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goTo(room1);
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// When an edit appears in the room
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receiveMessages(room2, [editOf("Msg1", "Msg1 Edit1")]);
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// Then it remains read
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assertStillRead(room2);
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});
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it("Reading an edit leaves the room read", () => {
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// Given an edit is making the room unread
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goTo(room1);
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receiveMessages(room2, ["Msg1"]);
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assertUnread(room2, 1);
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goTo(room2);
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assertRead(room2);
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goTo(room1);
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receiveMessages(room2, [editOf("Msg1", "Msg1 Edit1")]);
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assertStillRead(room2);
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// When I read it
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goTo(room2);
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// Then the room stays read
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assertStillRead(room2);
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goTo(room1);
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assertStillRead(room2);
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});
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// XXX: fails because we see a dot instead of an unread number - probably the server and client disagree
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it.skip("Editing a message after marking as read makes the room unread", () => {
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// Given the room is marked as read
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goTo(room1);
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receiveMessages(room2, ["Msg1"]);
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assertUnread(room2, 1);
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markAsRead(room2);
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assertRead(room2);
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// When a message is edited
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receiveMessages(room2, [editOf("Msg1", "Msg1 Edit1")]);
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// Then the room becomes unread
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assertUnread(room2, 1);
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});
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it("Editing a reply after reading it makes the room unread", () => {
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// Given the room is all read
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goTo(room1);
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receiveMessages(room2, ["Msg1", replyTo("Msg1", "Reply1")]);
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assertUnread(room2, 2);
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goTo(room2);
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assertRead(room2);
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goTo(room1);
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// When a message is edited
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receiveMessages(room2, [editOf("Reply1", "Reply1 Edit1")]);
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// Then it remains read
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assertStillRead(room2);
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});
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// XXX: fails because we see a dot instead of an unread number - probably the server and client disagree
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it.skip("Editing a reply after marking as read makes the room unread", () => {
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// Given a reply is marked as read
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goTo(room1);
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receiveMessages(room2, ["Msg1", replyTo("Msg1", "Reply1")]);
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assertUnread(room2, 2);
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markAsRead(room2);
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assertRead(room2);
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// When the reply is edited
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receiveMessages(room2, [editOf("Reply1", "Reply1 Edit1")]);
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// Then the room remains read
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assertStillRead(room2);
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});
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// XXX: fails because we see a dot instead of an unread number - probably the server and client disagree
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it("A room with an edit is still read after restart", () => {
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// Given a message is marked as read
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goTo(room2);
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receiveMessages(room2, ["Msg1"]);
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assertRead(room2);
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goTo(room1);
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// When an edit appears in the room
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receiveMessages(room2, [editOf("Msg1", "Msg1 Edit1")]);
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// Then it remains read
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assertStillRead(room2);
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// And remains so after a reload
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saveAndReload();
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assertStillRead(room2);
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});
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it("An edited message becomes read if it happens while I am looking", () => {
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// Given a message is marked as read
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goTo(room2);
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receiveMessages(room2, ["Msg1"]);
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assertRead(room2);
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// When I see an edit appear in the room I am looking at
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receiveMessages(room2, [editOf("Msg1", "Msg1 Edit1")]);
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// Then it becomes read
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assertStillRead(room2);
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});
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it("A room where all edits are read is still read after restart", () => {
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// Given a message was edited and read
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goTo(room1);
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receiveMessages(room2, ["Msg1", editOf("Msg1", "Msg1 Edit1")]);
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assertUnread(room2, 1);
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goTo(room2);
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assertRead(room2);
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// When I reload
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saveAndReload();
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// Then the room is still read
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assertRead(room2);
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});
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});
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describe("in threads", () => {
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// XXX: fails because we see a dot instead of an unread number - probably the server and client disagree
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it.skip("An edit of a threaded message makes the room unread", () => {
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// Given we have read the thread
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goTo(room1);
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receiveMessages(room2, ["Msg1", threadedOff("Msg1", "Resp1")]);
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assertUnread(room2, 2);
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goTo(room2);
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openThread("Msg1");
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assertRead(room2);
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backToThreadsList();
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goTo(room1);
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// When a message inside it is edited
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receiveMessages(room2, [editOf("Resp1", "Edit1")]);
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// Then the room and thread are read
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assertStillRead(room2);
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goTo(room2);
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assertReadThread("Msg1");
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});
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// XXX: fails because we see a dot instead of an unread number - probably the server and client disagree
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it.skip("Reading an edit of a threaded message makes the room read", () => {
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// Given an edited thread message appears after we read it
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goTo(room1);
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receiveMessages(room2, ["Msg1", threadedOff("Msg1", "Resp1")]);
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assertUnread(room2, 2);
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goTo(room2);
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openThread("Msg1");
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assertRead(room2);
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backToThreadsList();
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goTo(room1);
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receiveMessages(room2, [editOf("Resp1", "Edit1")]);
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assertStillRead(room2);
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// When I read it
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goTo(room2);
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openThread("Msg1");
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// Then the room and thread are still read
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assertStillRead(room2);
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assertReadThread("Msg1");
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});
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// XXX: fails because the room is still "bold" even though the notification counts all disappear
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it.skip("Marking a room as read after an edit in a thread makes it read", () => {
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// Given an edit in a thread is making the room unread
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goTo(room1);
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receiveMessages(room2, ["Msg1", threadedOff("Msg1", "Resp1"), editOf("Resp1", "Edit1")]);
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assertUnread(room2, 3); // TODO: the edit counts as a message!
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// When I mark the room as read
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markAsRead(room2);
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// Then it is read
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assertRead(room2);
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});
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// XXX: fails because the unread dot remains after marking as read
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it.skip("Editing a thread message after marking as read leaves the room read", () => {
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// Given a room is marked as read
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goTo(room1);
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receiveMessages(room2, ["Msg1", threadedOff("Msg1", "Resp1")]);
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assertUnread(room2, 2);
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markAsRead(room2);
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assertRead(room2);
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// When a message is edited
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receiveMessages(room2, [editOf("Resp1", "Edit1")]);
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// Then the room becomes unread
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assertStillRead(room2);
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});
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// XXX: fails because we see a dot instead of an unread number - probably the server and client disagree
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it.skip("A room with an edited threaded message is still read after restart", () => {
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// Given an edit in a thread is making a room unread
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goTo(room1);
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receiveMessages(room2, ["Msg1", threadedOff("Msg1", "Resp1")]);
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markAsRead(room2);
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receiveMessages(room2, [editOf("Resp1", "Edit1")]);
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assertStillRead(room2);
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// When I restart
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saveAndReload();
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// Then is it still unread
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assertRead(room2);
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});
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// XXX: fails because it flakes, sometimes having 2 unread messages instead of 1
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it.skip("A room where all threaded edits are read is still read after restart", () => {
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goTo(room2);
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receiveMessages(room2, ["Msg1", threadedOff("Msg1", "Resp1"), editOf("Resp1", "Edit1")]);
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assertUnread(room2, 1);
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openThread("Msg1");
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assertRead(room2);
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goTo(room1); // Make sure we are looking at room1 after reload
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assertStillRead(room2);
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saveAndReload();
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assertRead(room2);
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});
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// XXX: fails because we see a dot instead of an unread number - probably the server and client disagree
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it.skip("A room where all threaded edits are marked as read is still read after restart", () => {
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goTo(room1);
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receiveMessages(room2, ["Msg1", threadedOff("Msg1", "Resp1"), editOf("Resp1", "Edit1")]);
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assertUnread(room2, 3);
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markAsRead(room2);
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assertRead(room2);
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// When I restart
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saveAndReload();
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// It is still read
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assertRead(room2);
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});
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});
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describe("thread roots", () => {
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// XXX: fails because we see a dot instead of an unread number - probably the server and client disagree
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it.skip("An edit of a thread root leaves the room read", () => {
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// Given I have read a thread
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goTo(room1);
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receiveMessages(room2, ["Msg1", threadedOff("Msg1", "Resp1")]);
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assertUnread(room2, 2);
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goTo(room2);
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openThread("Msg1");
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backToThreadsList();
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assertRead(room2);
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goTo(room1);
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// When the thread root is edited
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receiveMessages(room2, [editOf("Msg1", "Edit1")]);
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// Then the room is read
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assertStillRead(room2);
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// And the thread is read
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goTo(room2);
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assertStillRead(room2);
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assertReadThread("Edit1");
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});
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it("Reading an edit of a thread root leaves the room read", () => {
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// Given a fully-read thread exists
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goTo(room2);
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receiveMessages(room2, ["Msg1", threadedOff("Msg1", "Resp1")]);
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openThread("Msg1");
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assertRead(room2);
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goTo(room1);
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assertRead(room2);
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// When the thread root is edited
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receiveMessages(room2, [editOf("Msg1", "Msg1 Edit1")]);
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// And I read that edit
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goTo(room2);
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// Then the room becomes read and stays read
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assertStillRead(room2);
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goTo(room1);
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assertStillRead(room2);
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});
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// XXX: fails because it shows a dot instead of unread count
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it.skip("Editing a thread root after reading leaves the room read", () => {
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// Given a fully-read thread exists
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goTo(room2);
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receiveMessages(room2, ["Msg1", threadedOff("Msg1", "Resp1")]);
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openThread("Msg1");
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assertRead(room2);
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goTo(room1);
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// When the thread root is edited
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receiveMessages(room2, [editOf("Msg1", "Msg1 Edit1")]);
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// Then the room stays read
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assertStillRead(room2);
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});
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// XXX: fails because the room has an unread dot after I marked it as read
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it.skip("Marking a room as read after an edit of a thread root keeps it read", () => {
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// Given a fully-read thread exists
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goTo(room2);
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receiveMessages(room2, ["Msg1", threadedOff("Msg1", "Resp1")]);
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openThread("Msg1");
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assertRead(room2);
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goTo(room1);
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assertRead(room2);
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// When the thread root is edited
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receiveMessages(room2, [editOf("Msg1", "Msg1 Edit1")]);
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// And I mark the room as read
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markAsRead(room2);
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// Then the room becomes read and stays read
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assertStillRead(room2);
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goTo(room1);
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assertStillRead(room2);
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});
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// XXX: fails because the room has an unread dot after I marked it as read
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it.skip("Editing a thread root that is a reply after marking as read leaves the room read", () => {
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// Given a thread based on a reply exists and is read because it is marked as read
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goTo(room1);
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receiveMessages(room2, ["Msg", replyTo("Msg", "Reply"), threadedOff("Reply", "InThread")]);
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assertUnread(room2, 3);
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markAsRead(room2);
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assertRead(room2);
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// When I edit the thread root
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receiveMessages(room1, [editOf("Reply", "Edited Reply")]);
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// Then the room is read
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assertStillRead(room2);
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// And the thread is read
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goTo(room2);
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assertReadThread("EditedReply");
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});
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// XXX: fails because the room has an unread dot after I marked it as read
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it.skip("Marking a room as read after an edit of a thread root that is a reply leaves it read", () => {
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// Given a thread based on a reply exists and the reply has been edited
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goTo(room1);
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receiveMessages(room2, ["Msg", replyTo("Msg", "Reply"), threadedOff("Reply", "InThread")]);
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receiveMessages(room2, [editOf("Reply", "Edited Reply")]);
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assertUnread(room2, 3);
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// When I mark the room as read
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markAsRead(room2);
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// Then the room and thread are read
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assertStillRead(room2);
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goTo(room2);
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assertReadThread("Edited Reply");
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});
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});
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});
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});
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