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326 lines
13 KiB
TypeScript
326 lines
13 KiB
TypeScript
/*
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Copyright 2022 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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import { mocked } from "jest-mock";
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import { SlidingSync, SlidingSyncEvent } from "matrix-js-sdk/src/sliding-sync";
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import { Room } from "matrix-js-sdk/src/matrix";
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import {
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LISTS_UPDATE_EVENT,
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SlidingRoomListStoreClass,
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SlidingSyncSortToFilter,
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} from "../../../src/stores/room-list/SlidingRoomListStore";
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import { SpaceStoreClass } from "../../../src/stores/spaces/SpaceStore";
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import { MockEventEmitter, stubClient, untilEmission } from "../../test-utils";
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import { TestSdkContext } from "../../TestSdkContext";
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import { SlidingSyncManager } from "../../../src/SlidingSyncManager";
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import { RoomViewStore } from "../../../src/stores/RoomViewStore";
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import { MatrixDispatcher } from "../../../src/dispatcher/dispatcher";
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import { SortAlgorithm } from "../../../src/stores/room-list/algorithms/models";
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import { DefaultTagID, TagID } from "../../../src/stores/room-list/models";
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import { UPDATE_SELECTED_SPACE } from "../../../src/stores/spaces";
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import { LISTS_LOADING_EVENT } from "../../../src/stores/room-list/RoomListStore";
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import { UPDATE_EVENT } from "../../../src/stores/AsyncStore";
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jest.mock("../../../src/SlidingSyncManager");
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const MockSlidingSyncManager = <jest.Mock<SlidingSyncManager>>(<unknown>SlidingSyncManager);
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describe("SlidingRoomListStore", () => {
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let store: SlidingRoomListStoreClass;
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let context: TestSdkContext;
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let dis: MatrixDispatcher;
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let activeSpace: string;
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let tagIdToIndex = {};
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beforeEach(async () => {
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context = new TestSdkContext();
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context.client = stubClient();
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context._SpaceStore = new MockEventEmitter<SpaceStoreClass>({
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traverseSpace: jest.fn(),
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get activeSpace() {
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return activeSpace;
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},
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}) as SpaceStoreClass;
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context._SlidingSyncManager = new MockSlidingSyncManager();
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context._SlidingSyncManager.slidingSync = mocked(
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new MockEventEmitter({
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getListData: jest.fn(),
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}) as unknown as SlidingSync,
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);
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context._RoomViewStore = mocked(
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new MockEventEmitter({
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getRoomId: jest.fn(),
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}) as unknown as RoomViewStore,
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);
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// mock implementations to allow the store to map tag IDs to sliding sync list indexes and vice versa
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let index = 0;
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tagIdToIndex = {};
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mocked(context._SlidingSyncManager.getOrAllocateListIndex).mockImplementation((listId: string): number => {
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if (tagIdToIndex[listId] != null) {
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return tagIdToIndex[listId];
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}
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tagIdToIndex[listId] = index;
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index++;
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return index;
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});
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mocked(context.slidingSyncManager.listIdForIndex).mockImplementation((i) => {
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for (const tagId in tagIdToIndex) {
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const j = tagIdToIndex[tagId];
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if (i === j) {
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return tagId;
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}
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}
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return null;
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});
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mocked(context._SlidingSyncManager.ensureListRegistered).mockResolvedValue({
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ranges: [[0, 10]],
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});
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dis = new MatrixDispatcher();
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store = new SlidingRoomListStoreClass(dis, context);
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});
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describe("spaces", () => {
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it("alters 'filters.spaces' on the DefaultTagID.Untagged list when the selected space changes", async () => {
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await store.start(); // call onReady
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const spaceRoomId = "!foo:bar";
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const p = untilEmission(store, LISTS_LOADING_EVENT, (listName, isLoading) => {
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return listName === DefaultTagID.Untagged && !isLoading;
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});
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// change the active space
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activeSpace = spaceRoomId;
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context._SpaceStore.emit(UPDATE_SELECTED_SPACE, spaceRoomId, false);
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await p;
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expect(context._SlidingSyncManager.ensureListRegistered).toHaveBeenCalledWith(
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tagIdToIndex[DefaultTagID.Untagged],
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{
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filters: expect.objectContaining({
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spaces: [spaceRoomId],
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}),
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},
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);
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});
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it("alters 'filters.spaces' on the DefaultTagID.Untagged list if it loads with an active space", async () => {
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// change the active space before we are ready
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const spaceRoomId = "!foo2:bar";
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activeSpace = spaceRoomId;
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const p = untilEmission(store, LISTS_LOADING_EVENT, (listName, isLoading) => {
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return listName === DefaultTagID.Untagged && !isLoading;
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});
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await store.start(); // call onReady
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await p;
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expect(context._SlidingSyncManager.ensureListRegistered).toHaveBeenCalledWith(
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tagIdToIndex[DefaultTagID.Untagged],
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expect.objectContaining({
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filters: expect.objectContaining({
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spaces: [spaceRoomId],
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}),
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}),
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);
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});
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it("includes subspaces in 'filters.spaces' when the selected space has subspaces", async () => {
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await store.start(); // call onReady
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const spaceRoomId = "!foo:bar";
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const subSpace1 = "!ss1:bar";
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const subSpace2 = "!ss2:bar";
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const p = untilEmission(store, LISTS_LOADING_EVENT, (listName, isLoading) => {
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return listName === DefaultTagID.Untagged && !isLoading;
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});
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mocked(context._SpaceStore.traverseSpace).mockImplementation(
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(spaceId: string, fn: (roomId: string) => void) => {
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if (spaceId === spaceRoomId) {
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fn(subSpace1);
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fn(subSpace2);
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}
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},
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);
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// change the active space
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activeSpace = spaceRoomId;
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context._SpaceStore.emit(UPDATE_SELECTED_SPACE, spaceRoomId, false);
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await p;
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expect(context._SlidingSyncManager.ensureListRegistered).toHaveBeenCalledWith(
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tagIdToIndex[DefaultTagID.Untagged],
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{
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filters: expect.objectContaining({
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spaces: [spaceRoomId, subSpace1, subSpace2],
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}),
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},
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);
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});
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});
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it("setTagSorting alters the 'sort' option in the list", async () => {
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mocked(context._SlidingSyncManager.getOrAllocateListIndex).mockReturnValue(0);
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const tagId: TagID = "foo";
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await store.setTagSorting(tagId, SortAlgorithm.Alphabetic);
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expect(context._SlidingSyncManager.ensureListRegistered).toBeCalledWith(0, {
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sort: SlidingSyncSortToFilter[SortAlgorithm.Alphabetic],
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});
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expect(store.getTagSorting(tagId)).toEqual(SortAlgorithm.Alphabetic);
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await store.setTagSorting(tagId, SortAlgorithm.Recent);
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expect(context._SlidingSyncManager.ensureListRegistered).toBeCalledWith(0, {
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sort: SlidingSyncSortToFilter[SortAlgorithm.Recent],
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});
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expect(store.getTagSorting(tagId)).toEqual(SortAlgorithm.Recent);
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});
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it("getTagsForRoom gets the tags for the room", async () => {
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await store.start();
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const untaggedIndex = context._SlidingSyncManager.getOrAllocateListIndex(DefaultTagID.Untagged);
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const favIndex = context._SlidingSyncManager.getOrAllocateListIndex(DefaultTagID.Favourite);
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const roomA = "!a:localhost";
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const roomB = "!b:localhost";
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const indexToListData = {
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[untaggedIndex]: {
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joinedCount: 10,
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roomIndexToRoomId: {
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0: roomA,
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1: roomB,
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},
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},
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[favIndex]: {
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joinedCount: 2,
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roomIndexToRoomId: {
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0: roomB,
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},
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},
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};
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mocked(context._SlidingSyncManager.slidingSync.getListData).mockImplementation((i: number) => {
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return indexToListData[i] || null;
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});
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expect(store.getTagsForRoom(new Room(roomA, context.client, context.client.getUserId()))).toEqual([
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DefaultTagID.Untagged,
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]);
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expect(store.getTagsForRoom(new Room(roomB, context.client, context.client.getUserId()))).toEqual([
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DefaultTagID.Favourite,
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DefaultTagID.Untagged,
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]);
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});
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it("emits LISTS_UPDATE_EVENT when slidingSync lists update", async () => {
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await store.start();
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const roomA = "!a:localhost";
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const roomB = "!b:localhost";
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const roomC = "!c:localhost";
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const tagId = DefaultTagID.Favourite;
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const listIndex = context.slidingSyncManager.getOrAllocateListIndex(tagId);
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const joinCount = 10;
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const roomIndexToRoomId = {
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// mixed to ensure we sort
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1: roomB,
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2: roomC,
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0: roomA,
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};
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const rooms = [
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new Room(roomA, context.client, context.client.getUserId()),
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new Room(roomB, context.client, context.client.getUserId()),
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new Room(roomC, context.client, context.client.getUserId()),
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];
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mocked(context.client.getRoom).mockImplementation((roomId: string) => {
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switch (roomId) {
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case roomA:
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return rooms[0];
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case roomB:
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return rooms[1];
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case roomC:
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return rooms[2];
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}
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return null;
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});
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const p = untilEmission(store, LISTS_UPDATE_EVENT);
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context.slidingSyncManager.slidingSync.emit(SlidingSyncEvent.List, listIndex, joinCount, roomIndexToRoomId);
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await p;
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expect(store.getCount(tagId)).toEqual(joinCount);
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expect(store.orderedLists[tagId]).toEqual(rooms);
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});
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it("sets the sticky room on the basis of the viewed room in RoomViewStore", async () => {
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await store.start();
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// seed the store with 3 rooms
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const roomIdA = "!a:localhost";
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const roomIdB = "!b:localhost";
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const roomIdC = "!c:localhost";
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const tagId = DefaultTagID.Favourite;
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const listIndex = context.slidingSyncManager.getOrAllocateListIndex(tagId);
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const joinCount = 10;
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const roomIndexToRoomId = {
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// mixed to ensure we sort
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1: roomIdB,
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2: roomIdC,
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0: roomIdA,
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};
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const roomA = new Room(roomIdA, context.client, context.client.getUserId());
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const roomB = new Room(roomIdB, context.client, context.client.getUserId());
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const roomC = new Room(roomIdC, context.client, context.client.getUserId());
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mocked(context.client.getRoom).mockImplementation((roomId: string) => {
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switch (roomId) {
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case roomIdA:
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return roomA;
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case roomIdB:
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return roomB;
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case roomIdC:
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return roomC;
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}
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return null;
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});
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mocked(context._SlidingSyncManager.slidingSync.getListData).mockImplementation((i: number) => {
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if (i !== listIndex) {
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return null;
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}
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return {
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roomIndexToRoomId: roomIndexToRoomId,
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joinedCount: joinCount,
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};
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});
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let p = untilEmission(store, LISTS_UPDATE_EVENT);
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context.slidingSyncManager.slidingSync.emit(SlidingSyncEvent.List, listIndex, joinCount, roomIndexToRoomId);
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await p;
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expect(store.orderedLists[tagId]).toEqual([roomA, roomB, roomC]);
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// make roomB sticky and inform the store
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mocked(context.roomViewStore.getRoomId).mockReturnValue(roomIdB);
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context.roomViewStore.emit(UPDATE_EVENT);
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// bump room C to the top, room B should not move from i=1 despite the list update saying to
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roomIndexToRoomId[0] = roomIdC;
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roomIndexToRoomId[1] = roomIdA;
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roomIndexToRoomId[2] = roomIdB;
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p = untilEmission(store, LISTS_UPDATE_EVENT);
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context.slidingSyncManager.slidingSync.emit(SlidingSyncEvent.List, listIndex, joinCount, roomIndexToRoomId);
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await p;
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// check that B didn't move and that A was put below B
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expect(store.orderedLists[tagId]).toEqual([roomC, roomB, roomA]);
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// make room C sticky: rooms should move as a result, without needing an additional list update
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mocked(context.roomViewStore.getRoomId).mockReturnValue(roomIdC);
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p = untilEmission(store, LISTS_UPDATE_EVENT);
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context.roomViewStore.emit(UPDATE_EVENT);
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await p;
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expect(store.orderedLists[tagId].map((r) => r.roomId)).toEqual([roomC, roomA, roomB].map((r) => r.roomId));
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});
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});
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