element-web-Github/test/unit-tests/components/views/rooms/MemberList-test.tsx

/*
Copyright 2024 New Vector Ltd.
Copyright 2022 The Matrix.org Foundation C.I.C.
Copyright 2021 Šimon Brandner <simon.bra.ag@gmail.com>

SPDX-License-Identifier: AGPL-3.0-only OR GPL-3.0-only
Please see LICENSE files in the repository root for full details.
*/

import React from "react";
import {
    act,
    fireEvent,
    render,
    RenderResult,
    screen,
    waitFor,
    waitForElementToBeRemoved,
    cleanup,
} from "jest-matrix-react";
import { Room, MatrixClient, RoomState, RoomMember, User, MatrixEvent } from "matrix-js-sdk/src/matrix";
import { KnownMembership } from "matrix-js-sdk/src/types";
import { mocked, MockedObject } from "jest-mock";

import { MatrixClientPeg } from "../../../../../src/MatrixClientPeg";
import * as TestUtils from "../../../../test-utils";
import MemberList from "../../../../../src/components/views/rooms/MemberList";
import { SDKContext } from "../../../../../src/contexts/SDKContext";
import { TestSdkContext } from "../../../TestSdkContext";
import {
    filterConsole,
    flushPromises,
    getMockClientWithEventEmitter,
    mockClientMethodsRooms,
    mockClientMethodsUser,
} from "../../../../test-utils";
import { shouldShowComponent } from "../../../../../src/customisations/helpers/UIComponents";
import defaultDispatcher from "../../../../../src/dispatcher/dispatcher";

jest.mock("../../../../../src/customisations/helpers/UIComponents", () => ({
    shouldShowComponent: jest.fn(),
}));

function generateRoomId() {
    return "!" + Math.random().toString().slice(2, 10) + ":domain";
}

describe("MemberList", () => {
    filterConsole(
        "Age for event was not available, using `now - origin_server_ts` as a fallback. If the device clock is not correct issues might occur.",
    );
    function createRoom(opts = {}) {
        const room = new Room(generateRoomId(), client, client.getUserId()!);
        if (opts) {
            Object.assign(room, opts);
        }
        return room;
    }

    let client: MatrixClient;
    let root: RenderResult;
    let memberListRoom: Room;
    let memberList: MemberList;

    let adminUsers: RoomMember[] = [];
    let moderatorUsers: RoomMember[] = [];
    let defaultUsers: RoomMember[] = [];

    function memberString(member: RoomMember): string {
        if (!member) {
            return "(null)";
        } else {
            const u = member.user;
            return (
                "(" +
                member.name +
                ", " +
                member.powerLevel +
                ", " +
                (u ? u.lastActiveAgo : "<null>") +
                ", " +
                (u ? u.getLastActiveTs() : "<null>") +
                ", " +
                (u ? u.currentlyActive : "<null>") +
                ", " +
                (u ? u.presence : "<null>") +
                ")"
            );
        }
    }

    function expectOrderedByPresenceAndPowerLevel(memberTiles: NodeListOf<Element>, isPresenceEnabled: boolean) {
        let prevMember: RoomMember | undefined;
        for (const tile of memberTiles) {
            const memberA = prevMember;
            const memberB = memberListRoom.currentState.members[tile.getAttribute("aria-label")!.split(" ")[0]];
            prevMember = memberB; // just in case an expect fails, set this early
            if (!memberA) {
                continue;
            }

            console.log("COMPARING A VS B:", memberString(memberA), memberString(memberB));

            const userA = memberA.user!;
            const userB = memberB.user!;

            let groupChange = false;

            if (isPresenceEnabled) {
                const convertPresence = (p: string) => (p === "unavailable" ? "online" : p);
                const presenceIndex = (p: string) => {
                    const order = ["active", "online", "offline"];
                    const idx = order.indexOf(convertPresence(p));
                    return idx === -1 ? order.length : idx; // unknown states at the end
                };

                const idxA = presenceIndex(userA.currentlyActive ? "active" : userA.presence);
                const idxB = presenceIndex(userB.currentlyActive ? "active" : userB.presence);
                console.log("Comparing presence groups...");
                expect(idxB).toBeGreaterThanOrEqual(idxA);
                groupChange = idxA !== idxB;
            } else {
                console.log("Skipped presence groups");
            }

            if (!groupChange) {
                console.log("Comparing power levels...");
                expect(memberA.powerLevel).toBeGreaterThanOrEqual(memberB.powerLevel);
                groupChange = memberA.powerLevel !== memberB.powerLevel;
            } else {
                console.log("Skipping power level check due to group change");
            }

            if (!groupChange) {
                if (isPresenceEnabled) {
                    console.log("Comparing last active timestamp...");
                    expect(userB.getLastActiveTs()).toBeLessThanOrEqual(userA.getLastActiveTs());
                    groupChange = userA.getLastActiveTs() !== userB.getLastActiveTs();
                } else {
                    console.log("Skipping last active timestamp");
                }
            } else {
                console.log("Skipping last active timestamp check due to group change");
            }

            if (!groupChange) {
                const nameA = memberA.name[0] === "@" ? memberA.name.slice(1) : memberA.name;
                const nameB = memberB.name[0] === "@" ? memberB.name.slice(1) : memberB.name;
                const collator = new Intl.Collator();
                const nameCompare = collator.compare(nameB, nameA);
                console.log("Comparing name");
                expect(nameCompare).toBeGreaterThanOrEqual(0);
            } else {
                console.log("Skipping name check due to group change");
            }
        }
    }

    function renderMemberList(enablePresence: boolean): void {
        TestUtils.stubClient();
        client = MatrixClientPeg.safeGet();
        client.hasLazyLoadMembersEnabled = () => false;

        // Make room
        memberListRoom = createRoom();
        expect(memberListRoom.roomId).toBeTruthy();

        // Make users
        adminUsers = [];
        moderatorUsers = [];
        defaultUsers = [];
        const usersPerLevel = 2;
        for (let i = 0; i < usersPerLevel; i++) {
            const adminUser = new RoomMember(memberListRoom.roomId, `@admin${i}:localhost`);
            adminUser.membership = KnownMembership.Join;
            adminUser.powerLevel = 100;
            adminUser.user = User.createUser(adminUser.userId, client);
            adminUser.user.currentlyActive = true;
            adminUser.user.presence = "online";
            adminUser.user.lastPresenceTs = 1000;
            adminUser.user.lastActiveAgo = 10;
            adminUsers.push(adminUser);

            const moderatorUser = new RoomMember(memberListRoom.roomId, `@moderator${i}:localhost`);
            moderatorUser.membership = KnownMembership.Join;
            moderatorUser.powerLevel = 50;
            moderatorUser.user = User.createUser(moderatorUser.userId, client);
            moderatorUser.user.currentlyActive = true;
            moderatorUser.user.presence = "online";
            moderatorUser.user.lastPresenceTs = 1000;
            moderatorUser.user.lastActiveAgo = 10;
            moderatorUsers.push(moderatorUser);

            const defaultUser = new RoomMember(memberListRoom.roomId, `@default${i}:localhost`);
            defaultUser.membership = KnownMembership.Join;
            defaultUser.powerLevel = 0;
            defaultUser.user = User.createUser(defaultUser.userId, client);
            defaultUser.user.currentlyActive = true;
            defaultUser.user.presence = "online";
            defaultUser.user.lastPresenceTs = 1000;
            defaultUser.user.lastActiveAgo = 10;
            defaultUsers.push(defaultUser);
        }

        client.getRoom = (roomId) => {
            if (roomId === memberListRoom.roomId) return memberListRoom;
            else return null;
        };
        memberListRoom.currentState = {
            members: {},
            getMember: jest.fn(),
            getStateEvents: ((eventType, stateKey) =>
                stateKey === undefined ? [] : null) as RoomState["getStateEvents"], // ignore 3pid invites
        } as unknown as RoomState;
        for (const member of [...adminUsers, ...moderatorUsers, ...defaultUsers]) {
            memberListRoom.currentState.members[member.userId] = member;
        }

        const gatherWrappedRef = (r: MemberList) => {
            memberList = r;
        };
        const context = new TestSdkContext();
        context.client = client;
        context.memberListStore.isPresenceEnabled = jest.fn().mockReturnValue(enablePresence);
        root = render(
            <SDKContext.Provider value={context}>
                <MemberList
                    searchQuery=""
                    onClose={jest.fn()}
                    onSearchQueryChanged={jest.fn()}
                    roomId={memberListRoom.roomId}
                    ref={gatherWrappedRef}
                />
            </SDKContext.Provider>,
        );
    }

    describe.each([false, true])("does order members correctly (presence %s)", (enablePresence) => {
        beforeEach(function () {
            renderMemberList(enablePresence);
        });

        describe("does order members correctly", () => {
            // Note: even if presence is disabled, we still expect that the presence
            // tests will pass. All expectOrderedByPresenceAndPowerLevel does is ensure
            // the order is perceived correctly, regardless of what we did to the members.

            // Each of the 4 tests here is done to prove that the member list can meet
            // all 4 criteria independently. Together, they should work.

            it("by presence state", async () => {
                // Intentionally pick users that will confuse the power level sorting
                const activeUsers = [defaultUsers[0]];
                const onlineUsers = [adminUsers[0]];
                const offlineUsers = [...moderatorUsers, ...adminUsers.slice(1), ...defaultUsers.slice(1)];
                activeUsers.forEach((u) => {
                    u.user!.currentlyActive = true;
                    u.user!.presence = "online";
                });
                onlineUsers.forEach((u) => {
                    u.user!.currentlyActive = false;
                    u.user!.presence = "online";
                });
                offlineUsers.forEach((u) => {
                    u.user!.currentlyActive = false;
                    u.user!.presence = "offline";
                });

                // Bypass all the event listeners and skip to the good part
                await act(() => memberList.updateListNow(true));

                const tiles = root.container.querySelectorAll(".mx_EntityTile");
                expectOrderedByPresenceAndPowerLevel(tiles, enablePresence);
            });

            it("by power level", async () => {
                // We already have admin, moderator, and default users so leave them alone

                // Bypass all the event listeners and skip to the good part
                await act(() => memberList.updateListNow(true));

                const tiles = root.container.querySelectorAll(".mx_EntityTile");
                expectOrderedByPresenceAndPowerLevel(tiles, enablePresence);
            });

            it("by last active timestamp", async () => {
                // Intentionally pick users that will confuse the power level sorting
                // lastActiveAgoTs == lastPresenceTs - lastActiveAgo
                const activeUsers = [defaultUsers[0]];
                const semiActiveUsers = [adminUsers[0]];
                const inactiveUsers = [...moderatorUsers, ...adminUsers.slice(1), ...defaultUsers.slice(1)];
                activeUsers.forEach((u) => {
                    u.powerLevel = 100; // set everyone to the same PL to avoid running that check
                    u.user!.lastPresenceTs = 1000;
                    u.user!.lastActiveAgo = 0;
                });
                semiActiveUsers.forEach((u) => {
                    u.powerLevel = 100;
                    u.user!.lastPresenceTs = 1000;
                    u.user!.lastActiveAgo = 50;
                });
                inactiveUsers.forEach((u) => {
                    u.powerLevel = 100;
                    u.user!.lastPresenceTs = 1000;
                    u.user!.lastActiveAgo = 100;
                });

                // Bypass all the event listeners and skip to the good part
                await act(() => memberList.updateListNow(true));

                const tiles = root.container.querySelectorAll(".mx_EntityTile");
                expectOrderedByPresenceAndPowerLevel(tiles, enablePresence);
            });

            it("by name", async () => {
                // Intentionally put everyone on the same level to force a name comparison
                const allUsers = [...adminUsers, ...moderatorUsers, ...defaultUsers];
                allUsers.forEach((u) => {
                    u.user!.currentlyActive = true;
                    u.user!.presence = "online";
                    u.user!.lastPresenceTs = 1000;
                    u.user!.lastActiveAgo = 0;
                    u.powerLevel = 100;
                });

                // Bypass all the event listeners and skip to the good part
                await act(() => memberList.updateListNow(true));

                const tiles = root.container.querySelectorAll(".mx_EntityTile");
                expectOrderedByPresenceAndPowerLevel(tiles, enablePresence);
            });
        });
    });

    describe("memberlist is rendered correctly", () => {
        beforeEach(function () {
            renderMemberList(true);
        });

        it("memberlist is re-rendered on unreachable presence event", async () => {
            defaultUsers[0].user?.setPresenceEvent(
                new MatrixEvent({
                    type: "m.presence",
                    sender: defaultUsers[0].userId,
                    content: {
                        presence: "io.element.unreachable",
                        currently_active: false,
                    },
                }),
            );
            expect(await screen.findByText(/User's server unreachable/)).toBeInTheDocument();
        });

        describe("Invite button", () => {
            const roomId = "!room:server.org";
            let client!: MockedObject<MatrixClient>;
            let room!: Room;

            beforeEach(function () {
                mocked(shouldShowComponent).mockReturnValue(true);
                client = getMockClientWithEventEmitter({
                    ...mockClientMethodsUser(),
                    ...mockClientMethodsRooms(),
                    getRoom: jest.fn(),
                    hasLazyLoadMembersEnabled: jest.fn(),
                });
                room = new Room(roomId, client, client.getSafeUserId());
                client.getRoom.mockReturnValue(room);
            });

            afterEach(() => {
                jest.restoreAllMocks();
                cleanup();
            });

            const renderComponent = () => {
                const context = new TestSdkContext();
                context.client = client;
                return render(
                    <SDKContext.Provider value={context}>
                        <MemberList
                            searchQuery=""
                            onClose={jest.fn()}
                            onSearchQueryChanged={jest.fn()}
                            roomId={room.roomId}
                        />
                    </SDKContext.Provider>,
                );
            };

            it("does not render invite button when current user is not a member", async () => {
                renderComponent();
                await flushPromises();

                expect(screen.queryByText("Invite to this room")).not.toBeInTheDocument();
            });

            it("does not render invite button UI customisation hides invites", async () => {
                mocked(shouldShowComponent).mockReturnValue(false);
                renderComponent();
                await flushPromises();

                expect(screen.queryByText("Invite to this room")).not.toBeInTheDocument();
            });

            it("renders disabled invite button when current user is a member but does not have rights to invite", async () => {
                jest.spyOn(room, "getMyMembership").mockReturnValue(KnownMembership.Join);
                jest.spyOn(room, "canInvite").mockReturnValue(false);

                const { findByLabelText } = renderComponent();

                // button rendered but disabled
                await expect(findByLabelText("You do not have permission to invite users")).resolves.toHaveAttribute(
                    "aria-disabled",
                    "true",
                );
            });

            it("renders enabled invite button when current user is a member and has rights to invite", async () => {
                jest.spyOn(room, "getMyMembership").mockReturnValue(KnownMembership.Join);
                jest.spyOn(room, "canInvite").mockReturnValue(true);

                const { findByText } = renderComponent();

                await expect(findByText("Invite to this room")).resolves.not.toBeDisabled();
            });

            it("opens room inviter on button click", async () => {
                jest.spyOn(defaultDispatcher, "dispatch");
                jest.spyOn(room, "getMyMembership").mockReturnValue(KnownMembership.Join);
                jest.spyOn(room, "canInvite").mockReturnValue(true);

                const { getByRole } = renderComponent();
                await waitForElementToBeRemoved(() => screen.queryAllByRole("progressbar"));

                await waitFor(() =>
                    expect(getByRole("button", { name: "Invite to this room" })).not.toHaveAttribute(
                        "aria-disabled",
                        "true",
                    ),
                );

                fireEvent.click(getByRole("button", { name: "Invite to this room" }));

                expect(defaultDispatcher.dispatch).toHaveBeenCalledWith({
                    action: "view_invite",
                    roomId,
                });
            });
        });
    });
});