mozilla-central/browser/components/newtab/test/xpcshell/test_TopSitesFeed.js (file symbol)

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Test Info: Warnings

/* Any copyright is dedicated to the Public Domain.
"use strict";
const { TopSitesFeed, ContileIntegration, DEFAULT_TOP_SITES } =
ChromeUtils.importESModule(
"resource://activity-stream/lib/TopSitesFeed.sys.mjs"
);
const { actionCreators: ac, actionTypes: at } = ChromeUtils.importESModule(
"resource://activity-stream/common/Actions.mjs"
);
ChromeUtils.defineESModuleGetters(this, {
FilterAdult: "resource://activity-stream/lib/FilterAdult.sys.mjs",
NewTabUtils: "resource://gre/modules/NewTabUtils.sys.mjs",
NimbusFeatures: "resource://nimbus/ExperimentAPI.sys.mjs",
PageThumbs: "resource://gre/modules/PageThumbs.sys.mjs",
shortURL: "resource://activity-stream/lib/ShortURL.sys.mjs",
Screenshots: "resource://activity-stream/lib/Screenshots.sys.mjs",
Sampling: "resource://gre/modules/components-utils/Sampling.sys.mjs",
SearchService: "resource://gre/modules/SearchService.sys.mjs",
TOP_SITES_DEFAULT_ROWS: "resource://activity-stream/common/Reducers.sys.mjs",
TOP_SITES_MAX_SITES_PER_ROW:
"resource://activity-stream/common/Reducers.sys.mjs",
});
const FAKE_FAVICON = "data987";
const FAKE_FAVICON_SIZE = 128;
const FAKE_FRECENCY = 200;
const FAKE_LINKS = new Array(2 * TOP_SITES_MAX_SITES_PER_ROW)
.fill(null)
.map((v, i) => ({
frecency: FAKE_FRECENCY,
url: `http://www.site${i}.com`,
}));
const FAKE_SCREENSHOT = "data123";
const SEARCH_SHORTCUTS_EXPERIMENT_PREF = "improvesearch.topSiteSearchShortcuts";
const SEARCH_SHORTCUTS_SEARCH_ENGINES_PREF =
"improvesearch.topSiteSearchShortcuts.searchEngines";
const SEARCH_SHORTCUTS_HAVE_PINNED_PREF =
"improvesearch.topSiteSearchShortcuts.havePinned";
const SHOWN_ON_NEWTAB_PREF = "feeds.topsites";
const SHOW_SPONSORED_PREF = "showSponsoredTopSites";
const TOP_SITES_BLOCKED_SPONSORS_PREF = "browser.topsites.blockedSponsors";
// This pref controls how long the contile cache is valid for in seconds.
const CONTILE_CACHE_VALID_FOR_SECONDS_PREF =
"browser.topsites.contile.cacheValidFor";
// This pref records when the last contile fetch occurred, as a UNIX timestamp
// in seconds.
const CONTILE_CACHE_LAST_FETCH_PREF = "browser.topsites.contile.lastFetch";
function FakeTippyTopProvider() {}
FakeTippyTopProvider.prototype = {
async init() {
this.initialized = true;
},
processSite(site) {
return site;
},
};
let gSearchServiceInitStub;
let gGetTopSitesStub;
function getTopSitesFeedForTest(sandbox) {
sandbox.stub(ContileIntegration.prototype, "PersistentCache").returns({
set: sandbox.stub(),
get: sandbox.stub(),
});
let feed = new TopSitesFeed();
const storage = {
init: sandbox.stub().resolves(),
get: sandbox.stub().resolves(),
set: sandbox.stub().resolves(),
};
// Setup for tests that don't call `init` but require feed.storage
feed._storage = storage;
feed.store = {
dispatch: sinon.spy(),
getState() {
return this.state;
},
state: {
Prefs: { values: { topSitesRows: 2 } },
TopSites: { rows: Array(12).fill("site") },
},
dbStorage: { getDbTable: sandbox.stub().returns(storage) },
};
return feed;
}
add_setup(async () => {
let sandbox = sinon.createSandbox();
sandbox.stub(SearchService.prototype, "defaultEngine").get(() => {
return { identifier: "ddg", searchUrlDomain: "duckduckgo.com" };
});
gGetTopSitesStub = sandbox
.stub(NewTabUtils.activityStreamLinks, "getTopSites")
.resolves(FAKE_LINKS);
gSearchServiceInitStub = sandbox
.stub(SearchService.prototype, "init")
.resolves();
sandbox.stub(NewTabUtils.activityStreamProvider, "_faviconBytesToDataURI");
sandbox
.stub(NewTabUtils.activityStreamProvider, "_addFavicons")
.callsFake(l => {
return Promise.resolve(
l.map(link => {
link.favicon = FAKE_FAVICON;
link.faviconSize = FAKE_FAVICON_SIZE;
return link;
})
);
});
sandbox.stub(Screenshots, "getScreenshotForURL").resolves(FAKE_SCREENSHOT);
sandbox.spy(Screenshots, "maybeCacheScreenshot");
sandbox.stub(Screenshots, "_shouldGetScreenshots").returns(true);
registerCleanupFunction(() => {
sandbox.restore();
});
});
add_task(async function test_construction() {
let sandbox = sinon.createSandbox();
sandbox.stub(ContileIntegration.prototype, "PersistentCache").returns({
set: sandbox.stub(),
get: sandbox.stub(),
});
let feed = new TopSitesFeed();
Assert.ok(feed, "Could construct a TopSitesFeed");
Assert.ok(feed._currentSearchHostname, "_currentSearchHostname defined");
sandbox.restore();
});
add_task(async function test_refreshDefaults() {
let sandbox = sinon.createSandbox();
sandbox.stub(ContileIntegration.prototype, "PersistentCache").returns({
set: sandbox.stub(),
get: sandbox.stub(),
});
let feed = new TopSitesFeed();
Assert.ok(
!DEFAULT_TOP_SITES.length,
"Should have 0 DEFAULT_TOP_SITES initially."
);
info("refreshDefaults should add defaults on PREFS_INITIAL_VALUES");
feed.onAction({
type: at.PREFS_INITIAL_VALUES,
data: { "default.sites": "https://foo.com" },
});
Assert.equal(
DEFAULT_TOP_SITES.length,
1,
"Should have 1 DEFAULT_TOP_SITES now."
);
// Reset the DEFAULT_TOP_SITES;
DEFAULT_TOP_SITES.length = 0;
info("refreshDefaults should add defaults on default.sites PREF_CHANGED");
feed.onAction({
type: at.PREF_CHANGED,
data: { name: "default.sites", value: "https://foo.com" },
});
Assert.equal(
DEFAULT_TOP_SITES.length,
1,
"Should have 1 DEFAULT_TOP_SITES now."
);
// Reset the DEFAULT_TOP_SITES;
DEFAULT_TOP_SITES.length = 0;
info("refreshDefaults should refresh on topSiteRows PREF_CHANGED");
let refreshStub = sandbox.stub(feed, "refresh");
feed.onAction({ type: at.PREF_CHANGED, data: { name: "topSitesRows" } });
Assert.ok(feed.refresh.calledOnce, "refresh called");
refreshStub.restore();
// Reset the DEFAULT_TOP_SITES;
DEFAULT_TOP_SITES.length = 0;
info("refreshDefaults should have default sites with .isDefault = true");
feed.refreshDefaults("https://foo.com");
Assert.equal(
DEFAULT_TOP_SITES.length,
1,
"Should have a DEFAULT_TOP_SITES now."
);
Assert.ok(
DEFAULT_TOP_SITES[0].isDefault,
"Lone top site should be the default."
);
// Reset the DEFAULT_TOP_SITES;
DEFAULT_TOP_SITES.length = 0;
info("refreshDefaults should have default sites with appropriate hostname");
feed.refreshDefaults("https://foo.com");
Assert.equal(
DEFAULT_TOP_SITES.length,
1,
"Should have a DEFAULT_TOP_SITES now."
);
let [site] = DEFAULT_TOP_SITES;
Assert.equal(
site.hostname,
shortURL(site),
"Lone top site should have the right hostname."
);
// Reset the DEFAULT_TOP_SITES;
DEFAULT_TOP_SITES.length = 0;
info("refreshDefaults should add no defaults on empty pref");
feed.refreshDefaults("");
Assert.equal(
DEFAULT_TOP_SITES.length,
0,
"Should have 0 DEFAULT_TOP_SITES now."
);
info("refreshDefaults should be able to clear defaults");
feed.refreshDefaults("https://foo.com");
feed.refreshDefaults("");
Assert.equal(
DEFAULT_TOP_SITES.length,
0,
"Should have 0 DEFAULT_TOP_SITES now."
);
sandbox.restore();
});
add_task(async function test_filterForThumbnailExpiration() {
let sandbox = sinon.createSandbox();
let feed = getTopSitesFeedForTest(sandbox);
info(
"filterForThumbnailExpiration should pass rows.urls to the callback provided"
);
const rows = [
{ url: "foo.com" },
{ url: "bar.com", customScreenshotURL: "custom" },
];
feed.store.state.TopSites = { rows };
const stub = sandbox.stub();
feed.filterForThumbnailExpiration(stub);
Assert.ok(stub.calledOnce);
Assert.ok(stub.calledWithExactly(["foo.com", "bar.com", "custom"]));
sandbox.restore();
});
add_task(
async function test_getLinksWithDefaults_on_SearchService_init_failure() {
let sandbox = sinon.createSandbox();
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults("https://foo.com");
gSearchServiceInitStub.rejects(new Error("Simulating search init failure"));
const result = await feed.getLinksWithDefaults();
Assert.ok(result);
gSearchServiceInitStub.resolves();
sandbox.restore();
}
);
add_task(async function test_getLinksWithDefaults() {
NewTabUtils.activityStreamLinks.getTopSites.resetHistory();
let sandbox = sinon.createSandbox();
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults("https://foo.com");
info("getLinksWithDefaults should get the links from NewTabUtils");
let result = await feed.getLinksWithDefaults();
const reference = FAKE_LINKS.map(site =>
Object.assign({}, site, {
hostname: shortURL(site),
typedBonus: true,
})
);
Assert.deepEqual(result, reference);
Assert.ok(NewTabUtils.activityStreamLinks.getTopSites.calledOnce);
info("getLinksWithDefaults should indicate the links get typed bonus");
Assert.ok(result[0].typedBonus, "Expected typed bonus property to be true.");
sandbox.restore();
});
add_task(async function test_getLinksWithDefaults_filterAdult() {
let sandbox = sinon.createSandbox();
info("getLinksWithDefaults should filter out non-pinned adult sites");
sandbox.stub(FilterAdult, "filter").returns([]);
const TEST_URL = "https://foo.com/";
sandbox.stub(NewTabUtils.pinnedLinks, "links").get(() => [{ url: TEST_URL }]);
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults("https://foo.com");
const result = await feed.getLinksWithDefaults();
Assert.ok(FilterAdult.filter.calledOnce);
Assert.equal(result.length, 1);
Assert.equal(result[0].url, TEST_URL);
sandbox.restore();
});
add_task(async function test_getLinksWithDefaults_caching() {
let sandbox = sinon.createSandbox();
info(
"getLinksWithDefaults should filter out the defaults that have been blocked"
);
// make sure we only have one top site, and we block the only default site we have to show
const url = "www.myonlytopsite.com";
const topsite = {
frecency: FAKE_FRECENCY,
hostname: shortURL({ url }),
typedBonus: true,
url,
};
const blockedDefaultSite = { url: "https://foo.com" };
gGetTopSitesStub.resolves([topsite]);
sandbox.stub(NewTabUtils.blockedLinks, "isBlocked").callsFake(site => {
return site.url === blockedDefaultSite.url;
});
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults("https://foo.com");
const result = await feed.getLinksWithDefaults();
// what we should be left with is just the top site we added, and not the default site we blocked
Assert.equal(result.length, 1);
Assert.deepEqual(result[0], topsite);
let foundBlocked = result.find(site => site.url === blockedDefaultSite.url);
Assert.ok(!foundBlocked, "Should not have found blocked site.");
gGetTopSitesStub.resolves(FAKE_LINKS);
sandbox.restore();
});
add_task(async function test_getLinksWithDefaults_dedupe() {
let sandbox = sinon.createSandbox();
info("getLinksWithDefaults should call dedupe.group on the links");
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults("https://foo.com");
let stub = sandbox.stub(feed.dedupe, "group").callsFake((...id) => id);
await feed.getLinksWithDefaults();
Assert.ok(stub.calledOnce, "dedupe.group was called once");
sandbox.restore();
});
add_task(async function test__dedupe_key() {
let sandbox = sinon.createSandbox();
info("_dedupeKey should dedupe on hostname instead of url");
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults("https://foo.com");
let site = { url: "foo", hostname: "bar" };
let result = feed._dedupeKey(site);
Assert.equal(result, site.hostname, "deduped on hostname");
sandbox.restore();
});
add_task(async function test_getLinksWithDefaults_adds_defaults() {
let sandbox = sinon.createSandbox();
info(
"getLinksWithDefaults should add defaults if there are are not enough links"
);
const TEST_LINKS = [{ frecency: FAKE_FRECENCY, url: "foo.com" }];
gGetTopSitesStub.resolves(TEST_LINKS);
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults("https://foo.com");
let result = await feed.getLinksWithDefaults();
let reference = [...TEST_LINKS, ...DEFAULT_TOP_SITES].map(s =>
Object.assign({}, s, {
hostname: shortURL(s),
typedBonus: true,
})
);
Assert.deepEqual(result, reference);
gGetTopSitesStub.resolves(FAKE_LINKS);
sandbox.restore();
});
add_task(
async function test_getLinksWithDefaults_adds_defaults_for_visible_slots() {
let sandbox = sinon.createSandbox();
info(
"getLinksWithDefaults should only add defaults up to the number of visible slots"
);
const numVisible = TOP_SITES_DEFAULT_ROWS * TOP_SITES_MAX_SITES_PER_ROW;
let testLinks = [];
for (let i = 0; i < numVisible - 1; i++) {
testLinks.push({ frecency: FAKE_FRECENCY, url: `foo${i}.com` });
}
gGetTopSitesStub.resolves(testLinks);
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults("https://foo.com");
let result = await feed.getLinksWithDefaults();
let reference = [...testLinks, DEFAULT_TOP_SITES[0]].map(s =>
Object.assign({}, s, {
hostname: shortURL(s),
typedBonus: true,
})
);
Assert.equal(result.length, numVisible);
Assert.deepEqual(result, reference);
gGetTopSitesStub.resolves(FAKE_LINKS);
sandbox.restore();
}
);
add_task(async function test_getLinksWithDefaults_no_throw_on_no_links() {
let sandbox = sinon.createSandbox();
info("getLinksWithDefaults should not throw if NewTabUtils returns null");
gGetTopSitesStub.resolves(null);
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults("https://foo.com");
feed.getLinksWithDefaults();
Assert.ok(true, "getLinksWithDefaults did not throw");
gGetTopSitesStub.resolves(FAKE_LINKS);
sandbox.restore();
});
add_task(async function test_getLinksWithDefaults_get_more_on_request() {
let sandbox = sinon.createSandbox();
info("getLinksWithDefaults should get more if the user has asked for more");
let testLinks = new Array(4 * TOP_SITES_MAX_SITES_PER_ROW)
.fill(null)
.map((v, i) => ({
frecency: FAKE_FRECENCY,
url: `http://www.site${i}.com`,
}));
gGetTopSitesStub.resolves(testLinks);
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults("https://foo.com");
const TEST_ROWS = 3;
feed.store.state.Prefs.values.topSitesRows = TEST_ROWS;
let result = await feed.getLinksWithDefaults();
Assert.equal(result.length, TEST_ROWS * TOP_SITES_MAX_SITES_PER_ROW);
gGetTopSitesStub.resolves(FAKE_LINKS);
sandbox.restore();
});
add_task(async function test_getLinksWithDefaults_reuse_cache() {
let sandbox = sinon.createSandbox();
info("getLinksWithDefaults should reuse the cache on subsequent calls");
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults("https://foo.com");
gGetTopSitesStub.resetHistory();
await feed.getLinksWithDefaults();
await feed.getLinksWithDefaults();
Assert.ok(
NewTabUtils.activityStreamLinks.getTopSites.calledOnce,
"getTopSites only called once"
);
sandbox.restore();
});
add_task(
async function test_getLinksWithDefaults_ignore_cache_on_requesting_more() {
let sandbox = sinon.createSandbox();
info("getLinksWithDefaults should ignore the cache when requesting more");
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults("https://foo.com");
gGetTopSitesStub.resetHistory();
await feed.getLinksWithDefaults();
feed.store.state.Prefs.values.topSitesRows *= 3;
await feed.getLinksWithDefaults();
Assert.ok(
NewTabUtils.activityStreamLinks.getTopSites.calledTwice,
"getTopSites called twice"
);
sandbox.restore();
}
);
add_task(
async function test_getLinksWithDefaults_migrate_frecent_screenshot_data() {
let sandbox = sinon.createSandbox();
info(
"getLinksWithDefaults should migrate frecent screenshot data without getting screenshots again"
);
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults("https://foo.com");
gGetTopSitesStub.resetHistory();
feed.store.state.Prefs.values[SHOWN_ON_NEWTAB_PREF] = true;
await feed.getLinksWithDefaults();
let originalCallCount = Screenshots.getScreenshotForURL.callCount;
feed.frecentCache.expire();
let result = await feed.getLinksWithDefaults();
Assert.ok(
NewTabUtils.activityStreamLinks.getTopSites.calledTwice,
"getTopSites called twice"
);
Assert.equal(
Screenshots.getScreenshotForURL.callCount,
originalCallCount,
"getScreenshotForURL was not called again."
);
Assert.equal(result[0].screenshot, FAKE_SCREENSHOT);
sandbox.restore();
}
);
add_task(
async function test_getLinksWithDefaults_migrate_pinned_favicon_data() {
let sandbox = sinon.createSandbox();
info(
"getLinksWithDefaults should migrate pinned favicon data without getting favicons again"
);
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults("https://foo.com");
gGetTopSitesStub.resetHistory();
sandbox
.stub(NewTabUtils.pinnedLinks, "links")
.get(() => [{ url: "https://foo.com/" }]);
await feed.getLinksWithDefaults();
let originalCallCount =
NewTabUtils.activityStreamProvider._addFavicons.callCount;
feed.pinnedCache.expire();
let result = await feed.getLinksWithDefaults();
Assert.equal(
NewTabUtils.activityStreamProvider._addFavicons.callCount,
originalCallCount,
"_addFavicons was not called again."
);
Assert.equal(result[0].favicon, FAKE_FAVICON);
Assert.equal(result[0].faviconSize, FAKE_FAVICON_SIZE);
sandbox.restore();
}
);
add_task(async function test_getLinksWithDefaults_no_internal_properties() {
let sandbox = sinon.createSandbox();
info("getLinksWithDefaults should not expose internal link properties");
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults("https://foo.com");
let result = await feed.getLinksWithDefaults();
let internal = Object.keys(result[0]).filter(key => key.startsWith("__"));
Assert.equal(internal.join(""), "");
sandbox.restore();
});
add_task(async function test_getLinksWithDefaults_copy_frecent_screenshot() {
let sandbox = sinon.createSandbox();
info(
"getLinksWithDefaults should copy the screenshot of the frecent site if " +
"pinned site doesn't have customScreenshotURL"
);
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults("https://foo.com");
const TEST_SCREENSHOT = "screenshot";
gGetTopSitesStub.resolves([
{ url: "https://foo.com/", screenshot: TEST_SCREENSHOT },
]);
sandbox
.stub(NewTabUtils.pinnedLinks, "links")
.get(() => [{ url: "https://foo.com/" }]);
let result = await feed.getLinksWithDefaults();
Assert.equal(result[0].screenshot, TEST_SCREENSHOT);
gGetTopSitesStub.resolves(FAKE_LINKS);
sandbox.restore();
});
add_task(async function test_getLinksWithDefaults_no_copy_frecent_screenshot() {
let sandbox = sinon.createSandbox();
info(
"getLinksWithDefaults should not copy the frecent screenshot if " +
"customScreenshotURL is set"
);
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults("https://foo.com");
gGetTopSitesStub.resolves([
{ url: "https://foo.com/", screenshot: "screenshot" },
]);
sandbox
.stub(NewTabUtils.pinnedLinks, "links")
.get(() => [{ url: "https://foo.com/", customScreenshotURL: "custom" }]);
let result = await feed.getLinksWithDefaults();
Assert.equal(result[0].screenshot, undefined);
gGetTopSitesStub.resolves(FAKE_LINKS);
sandbox.restore();
});
add_task(async function test_getLinksWithDefaults_persist_screenshot() {
let sandbox = sinon.createSandbox();
info(
"getLinksWithDefaults should keep the same screenshot if no frecent site is found"
);
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults("https://foo.com");
const CUSTOM_SCREENSHOT = "custom";
gGetTopSitesStub.resolves([]);
sandbox
.stub(NewTabUtils.pinnedLinks, "links")
.get(() => [{ url: "https://foo.com/", screenshot: CUSTOM_SCREENSHOT }]);
let result = await feed.getLinksWithDefaults();
Assert.equal(result[0].screenshot, CUSTOM_SCREENSHOT);
gGetTopSitesStub.resolves(FAKE_LINKS);
sandbox.restore();
});
add_task(
async function test_getLinksWithDefaults_no_overwrite_pinned_screenshot() {
let sandbox = sinon.createSandbox();
info("getLinksWithDefaults should not overwrite pinned site screenshot");
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults("https://foo.com");
const EXISTING_SCREENSHOT = "some-screenshot";
gGetTopSitesStub.resolves([{ url: "https://foo.com/", screenshot: "foo" }]);
sandbox
.stub(NewTabUtils.pinnedLinks, "links")
.get(() => [
{ url: "https://foo.com/", screenshot: EXISTING_SCREENSHOT },
]);
let result = await feed.getLinksWithDefaults();
Assert.equal(result[0].screenshot, EXISTING_SCREENSHOT);
gGetTopSitesStub.resolves(FAKE_LINKS);
sandbox.restore();
}
);
add_task(
async function test_getLinksWithDefaults_no_searchTopSite_from_frecent() {
let sandbox = sinon.createSandbox();
info("getLinksWithDefaults should not set searchTopSite from frecent site");
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults("https://foo.com");
const EXISTING_SCREENSHOT = "some-screenshot";
gGetTopSitesStub.resolves([
{
searchTopSite: true,
screenshot: EXISTING_SCREENSHOT,
},
]);
sandbox
.stub(NewTabUtils.pinnedLinks, "links")
.get(() => [{ url: "https://foo.com/" }]);
let result = await feed.getLinksWithDefaults();
Assert.ok(!result[0].searchTopSite);
// But it should copy over other properties
Assert.equal(result[0].screenshot, EXISTING_SCREENSHOT);
gGetTopSitesStub.resolves(FAKE_LINKS);
sandbox.restore();
}
);
add_task(async function test_getLinksWithDefaults_concurrency_getTopSites() {
let sandbox = sinon.createSandbox();
info(
"getLinksWithDefaults concurrent calls should call the backing data once"
);
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults("https://foo.com");
NewTabUtils.activityStreamLinks.getTopSites.resetHistory();
await Promise.all([feed.getLinksWithDefaults(), feed.getLinksWithDefaults()]);
Assert.ok(
NewTabUtils.activityStreamLinks.getTopSites.calledOnce,
"getTopSites only called once"
);
sandbox.restore();
});
add_task(
async function test_getLinksWithDefaults_concurrency_getScreenshotForURL() {
let sandbox = sinon.createSandbox();
info(
"getLinksWithDefaults concurrent calls should call the backing data once"
);
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults("https://foo.com");
feed.store.state.Prefs.values[SHOWN_ON_NEWTAB_PREF] = true;
NewTabUtils.activityStreamLinks.getTopSites.resetHistory();
Screenshots.getScreenshotForURL.resetHistory();
await Promise.all([
feed.getLinksWithDefaults(),
feed.getLinksWithDefaults(),
]);
Assert.ok(
NewTabUtils.activityStreamLinks.getTopSites.calledOnce,
"getTopSites only called once"
);
Assert.equal(
Screenshots.getScreenshotForURL.callCount,
FAKE_LINKS.length,
"getLinksWithDefaults concurrent calls should get screenshots once per link"
);
sandbox.restore();
feed = getTopSitesFeedForTest(sandbox);
feed.store.state.Prefs.values[SHOWN_ON_NEWTAB_PREF] = true;
feed.refreshDefaults("https://foo.com");
sandbox.stub(feed, "_requestRichIcon");
await Promise.all([
feed.getLinksWithDefaults(),
feed.getLinksWithDefaults(),
]);
Assert.equal(
feed.store.dispatch.callCount,
FAKE_LINKS.length,
"getLinksWithDefaults concurrent calls should dispatch once per link screenshot fetched"
);
sandbox.restore();
}
);
add_task(async function test_getLinksWithDefaults_deduping_no_dedupe_pinned() {
let sandbox = sinon.createSandbox();
info("getLinksWithDefaults should not dedupe pinned sites");
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults("https://foo.com");
sandbox
.stub(NewTabUtils.pinnedLinks, "links")
.get(() => [
]);
let sites = await feed.getLinksWithDefaults();
Assert.equal(sites.length, 2 * TOP_SITES_MAX_SITES_PER_ROW);
Assert.equal(sites[0].url, NewTabUtils.pinnedLinks.links[0].url);
Assert.equal(sites[1].url, NewTabUtils.pinnedLinks.links[1].url);
Assert.equal(sites[0].hostname, sites[1].hostname);
sandbox.restore();
});
add_task(async function test_getLinksWithDefaults_prefer_pinned_sites() {
let sandbox = sinon.createSandbox();
info("getLinksWithDefaults should prefer pinned sites over links");
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults();
sandbox
.stub(NewTabUtils.pinnedLinks, "links")
.get(() => [
]);
const SECOND_TOP_SITE_URL = "https://www.mozilla.org/";
gGetTopSitesStub.resolves([
{ frecency: FAKE_FRECENCY, url: "https://developer.mozilla.org/" },
{ frecency: FAKE_FRECENCY, url: SECOND_TOP_SITE_URL },
]);
let sites = await feed.getLinksWithDefaults();
// Expecting 3 links where there's 2 pinned and 1 www.mozilla.org, so
// the frecent with matching hostname as pinned is removed.
Assert.equal(sites.length, 3);
Assert.equal(sites[0].url, NewTabUtils.pinnedLinks.links[0].url);
Assert.equal(sites[1].url, NewTabUtils.pinnedLinks.links[1].url);
Assert.equal(sites[2].url, SECOND_TOP_SITE_URL);
gGetTopSitesStub.resolves(FAKE_LINKS);
sandbox.restore();
});
add_task(async function test_getLinksWithDefaults_title_and_null() {
let sandbox = sinon.createSandbox();
info("getLinksWithDefaults should return sites that have a title");
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults();
sandbox
.stub(NewTabUtils.pinnedLinks, "links")
.get(() => [{ url: "https://github.com/mozilla/activity-stream" }]);
let sites = await feed.getLinksWithDefaults();
for (let site of sites) {
Assert.ok(site.hostname);
}
info("getLinksWithDefaults should not throw for null entries");
sandbox.stub(NewTabUtils.pinnedLinks, "links").get(() => [null]);
await feed.getLinksWithDefaults();
Assert.ok(true, "getLinksWithDefaults didn't throw");
sandbox.restore();
});
add_task(async function test_getLinksWithDefaults_calls__fetchIcon() {
let sandbox = sinon.createSandbox();
info("getLinksWithDefaults should return sites that have a title");
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults();
sandbox.spy(feed, "_fetchIcon");
let results = await feed.getLinksWithDefaults();
Assert.ok(results.length, "Got back some results");
Assert.equal(feed._fetchIcon.callCount, results.length);
for (let result of results) {
Assert.ok(feed._fetchIcon.calledWith(result));
}
sandbox.restore();
});
add_task(async function test_getLinksWithDefaults_calls__fetchScreenshot() {
let sandbox = sinon.createSandbox();
info(
"getLinksWithDefaults should call _fetchScreenshot when customScreenshotURL is set"
);
gGetTopSitesStub.resolves([]);
sandbox
.stub(NewTabUtils.pinnedLinks, "links")
.get(() => [{ url: "https://foo.com", customScreenshotURL: "custom" }]);
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults();
sandbox.stub(feed, "_fetchScreenshot");
await feed.getLinksWithDefaults();
Assert.ok(feed._fetchScreenshot.calledWith(sinon.match.object, "custom"));
gGetTopSitesStub.resolves(FAKE_LINKS);
sandbox.restore();
});
add_task(async function test_getLinksWithDefaults_with_DiscoveryStream() {
let sandbox = sinon.createSandbox();
info(
"getLinksWithDefaults should add a sponsored topsite from discoverystream to all the valid indices"
);
let makeStreamData = index => ({
layout: [
{
components: [
{
placement: {
name: "sponsored-topsites",
},
spocs: {
positions: [{ index }],
},
},
],
},
],
spocs: {
data: {
"sponsored-topsites": {
items: [{ title: "test spoc", url: "https://test-spoc.com" }],
},
},
},
});
let feed = getTopSitesFeedForTest(sandbox);
feed.refreshDefaults();
for (let i = 0; i < FAKE_LINKS.length; i++) {
feed.store.state.DiscoveryStream = makeStreamData(i);
const result = await feed.getLinksWithDefaults();
const link = result[i];
Assert.equal(link.type, "SPOC");
Assert.equal(link.title, "test spoc");
Assert.equal(link.sponsored_position, i + 1);
Assert.equal(link.hostname, "test-spoc");
Assert.equal(link.url, "https://test-spoc.com");
}
sandbox.restore();
});
add_task(async function test_init() {
let sandbox = sinon.createSandbox();
sandbox.stub(NimbusFeatures.newtab, "onUpdate");
let feed = getTopSitesFeedForTest(sandbox);
sandbox.stub(feed, "refresh");
await feed.init();
info("TopSitesFeed.init should call refresh (broadcast: true)");
Assert.ok(feed.refresh.calledOnce, "refresh called once");
Assert.ok(
feed.refresh.calledWithExactly({
broadcast: true,
isStartup: true,
})
);
info("TopSitesFeed.init should initialise the storage");
Assert.ok(
feed.store.dbStorage.getDbTable.calledOnce,
"getDbTable called once"
);
Assert.ok(feed.store.dbStorage.getDbTable.calledWithExactly("sectionPrefs"));
info(
"TopSitesFeed.init should call onUpdate to set up Nimbus update listener"
);
Assert.ok(
NimbusFeatures.newtab.onUpdate.calledOnce,
"NimbusFeatures.newtab.onUpdate called once"
);
sandbox.restore();
});
add_task(async function test_refresh() {
let sandbox = sinon.createSandbox();
sandbox.stub(NimbusFeatures.newtab, "onUpdate");
let feed = getTopSitesFeedForTest(sandbox);
sandbox.stub(feed, "_fetchIcon");
feed._startedUp = true;
info("TopSitesFeed.refresh should wait for tippytop to initialize");
feed._tippyTopProvider.initialized = false;
sandbox.stub(feed._tippyTopProvider, "init").resolves();
await feed.refresh();
Assert.ok(
feed._tippyTopProvider.init.calledOnce,
"feed._tippyTopProvider.init called once"
);
info(
"TopSitesFeed.refresh should not init the tippyTopProvider if already initialized"
);
feed._tippyTopProvider.initialized = true;
feed._tippyTopProvider.init.resetHistory();
await feed.refresh();
Assert.ok(
feed._tippyTopProvider.init.notCalled,
"tippyTopProvider not initted again"
);
info("TopSitesFeed.refresh should broadcast TOP_SITES_UPDATED");
feed.store.dispatch.resetHistory();
sandbox.stub(feed, "getLinksWithDefaults").resolves([]);
await feed.refresh({ broadcast: true });
Assert.ok(feed.store.dispatch.calledOnce, "dispatch called once");
Assert.ok(
feed.store.dispatch.calledWithExactly(
ac.BroadcastToContent({
type: at.TOP_SITES_UPDATED,
data: { links: [], pref: { collapsed: false } },
})
)
);
sandbox.restore();
});
add_task(async function test_refresh_dispatch() {
let sandbox = sinon.createSandbox();
info(
"TopSitesFeed.refresh should dispatch an action with the links returned"
);
let feed = getTopSitesFeedForTest(sandbox);
sandbox.stub(feed, "_fetchIcon");
feed._startedUp = true;
await feed.refresh({ broadcast: true });
let reference = FAKE_LINKS.map(site =>
Object.assign({}, site, {
hostname: shortURL(site),
typedBonus: true,
})
);
Assert.ok(feed.store.dispatch.calledOnce, "Store.dispatch called once");
Assert.equal(
feed.store.dispatch.firstCall.args[0].type,
at.TOP_SITES_UPDATED
);
Assert.deepEqual(feed.store.dispatch.firstCall.args[0].data.links, reference);
sandbox.restore();
});
add_task(async function test_refresh_empty_slots() {
let sandbox = sinon.createSandbox();
info(
"TopSitesFeed.refresh should handle empty slots in the resulting top sites array"
);
let feed = getTopSitesFeedForTest(sandbox);
sandbox.stub(feed, "_fetchIcon");
feed._startedUp = true;
gGetTopSitesStub.resolves([FAKE_LINKS[0]]);
sandbox
.stub(NewTabUtils.pinnedLinks, "links")
.get(() => [
null,
null,
FAKE_LINKS[1],
null,
null,
null,
null,
null,
FAKE_LINKS[2],
]);
await feed.refresh({ broadcast: true });
Assert.ok(feed.store.dispatch.calledOnce, "Store.dispatch called once");
gGetTopSitesStub.resolves(FAKE_LINKS);
sandbox.restore();
});
add_task(async function test_refresh_to_preloaded() {
let sandbox = sinon.createSandbox();
info(
"TopSitesFeed.refresh should dispatch AlsoToPreloaded when broadcast is false"
);
let feed = getTopSitesFeedForTest(sandbox);
sandbox.stub(feed, "_fetchIcon");
feed._startedUp = true;
gGetTopSitesStub.resolves([]);
await feed.refresh({ broadcast: false });
Assert.ok(feed.store.dispatch.calledOnce, "Store.dispatch called once");
Assert.ok(
feed.store.dispatch.calledWithExactly(
ac.AlsoToPreloaded({
type: at.TOP_SITES_UPDATED,
data: { links: [], pref: { collapsed: false } },
})
)
);
gGetTopSitesStub.resolves(FAKE_LINKS);
sandbox.restore();
});
add_task(async function test_refresh_init_storage() {
let sandbox = sinon.createSandbox();
info(
"TopSitesFeed.refresh should not init storage of it's already initialized"
);
let feed = getTopSitesFeedForTest(sandbox);
sandbox.stub(feed, "_fetchIcon");
feed._startedUp = true;
feed._storage.initialized = true;
await feed.refresh({ broadcast: false });
Assert.ok(feed._storage.init.notCalled, "feed._storage.init was not called.");
sandbox.restore();
});
add_task(async function test_refresh_handles_indexedDB_errors() {
let sandbox = sinon.createSandbox();
info(
"TopSitesFeed.refresh should dispatch AlsoToPreloaded when broadcast is false"
);
let feed = getTopSitesFeedForTest(sandbox);
sandbox.stub(feed, "_fetchIcon");
feed._startedUp = true;
feed._storage.get.throws(new Error());
try {
await feed.refresh({ broadcast: false });
Assert.ok(true, "refresh should have succeeded");
} catch (e) {
Assert.ok(false, "Should not have thrown");
}
sandbox.restore();
});
add_task(async function test_updateSectionPrefs_on_UPDATE_SECTION_PREFS() {
let sandbox = sinon.createSandbox();
info(
"TopSitesFeed.onAction should call updateSectionPrefs on UPDATE_SECTION_PREFS"
);
let feed = getTopSitesFeedForTest(sandbox);
sandbox.stub(feed, "updateSectionPrefs");
feed.onAction({
type: at.UPDATE_SECTION_PREFS,
data: { id: "topsites" },
});
Assert.ok(
feed.updateSectionPrefs.calledOnce,
"feed.updateSectionPrefs called once"
);
sandbox.restore();
});
add_task(
async function test_updateSectionPrefs_dispatch_TOP_SITES_PREFS_UPDATED() {
let sandbox = sinon.createSandbox();
info(
"TopSitesFeed.updateSectionPrefs should dispatch TOP_SITES_PREFS_UPDATED"
);
let feed = getTopSitesFeedForTest(sandbox);
await feed.updateSectionPrefs({ collapsed: true });
Assert.ok(
feed.store.dispatch.calledWithExactly(
ac.BroadcastToContent({
type: at.TOP_SITES_PREFS_UPDATED,
data: { pref: { collapsed: true } },
})
)
);
sandbox.restore();
}
);
add_task(async function test_allocatePositions() {
let sandbox = sinon.createSandbox();
info(
"TopSitesFeed.allocationPositions should allocate positions and dispatch"
);
let feed = getTopSitesFeedForTest(sandbox);
let sov = {
name: "SOV-20230518215316",
allocations: [
{
position: 1,
allocation: [
{
partner: "amp",
percentage: 100,
},
{
partner: "moz-sales",
percentage: 0,
},
],
},
{
position: 2,
allocation: [
{
partner: "amp",
percentage: 80,
},
{
partner: "moz-sales",
percentage: 20,
},
],
},
],
};
sandbox.stub(feed._contile, "sov").get(() => sov);
sandbox.stub(Sampling, "ratioSample");
Sampling.ratioSample.onCall(0).resolves(0);
Sampling.ratioSample.onCall(1).resolves(1);
await feed.allocatePositions();
Assert.ok(feed.store.dispatch.calledOnce, "feed.store.dispatch called once");
Assert.ok(
feed.store.dispatch.calledWithExactly(
ac.OnlyToMain({
type: at.SOV_UPDATED,
data: {
ready: true,
positions: [
{ position: 1, assignedPartner: "amp" },
{ position: 2, assignedPartner: "moz-sales" },
],
},
})
)
);
Sampling.ratioSample.onCall(2).resolves(0);
Sampling.ratioSample.onCall(3).resolves(0);
await feed.allocatePositions();
Assert.ok(
feed.store.dispatch.calledTwice,
"feed.store.dispatch called twice"
);
Assert.ok(
feed.store.dispatch.calledWithExactly(
ac.OnlyToMain({
type: at.SOV_UPDATED,
data: {
ready: true,
positions: [
{ position: 1, assignedPartner: "amp" },
{ position: 2, assignedPartner: "amp" },
],
},
})
)
);
sandbox.restore();
});
add_task(async function test_getScreenshotPreview() {
let sandbox = sinon.createSandbox();
info(
"TopSitesFeed.getScreenshotPreview should dispatch preview if request is succesful"
);
let feed = getTopSitesFeedForTest(sandbox);
await feed.getScreenshotPreview("custom", 1234);
Assert.ok(feed.store.dispatch.calledOnce);
Assert.ok(
feed.store.dispatch.calledWithExactly(
ac.OnlyToOneContent(
{
data: { preview: FAKE_SCREENSHOT, url: "custom" },
type: at.PREVIEW_RESPONSE,
},
1234
)
)
);
sandbox.restore();
});
add_task(async function test_getScreenshotPreview() {
let sandbox = sinon.createSandbox();
info(
"TopSitesFeed.getScreenshotPreview should return empty string if request fails"
);
let feed = getTopSitesFeedForTest(sandbox);
Screenshots.getScreenshotForURL.resolves(Promise.resolve(null));
await feed.getScreenshotPreview("custom", 1234);
Assert.ok(feed.store.dispatch.calledOnce);
Assert.ok(
feed.store.dispatch.calledWithExactly(
ac.OnlyToOneContent(
{
data: { preview: "", url: "custom" },
type: at.PREVIEW_RESPONSE,
},
1234
)
)
);
Screenshots.getScreenshotForURL.resolves(FAKE_SCREENSHOT);
sandbox.restore();
});
add_task(async function test_onAction_part_1() {
let sandbox = sinon.createSandbox();
info(
"TopSitesFeed.onAction should call getScreenshotPreview on PREVIEW_REQUEST"
);
let feed = getTopSitesFeedForTest(sandbox);
sandbox.stub(feed, "getScreenshotPreview");
feed.onAction({
type: at.PREVIEW_REQUEST,
data: { url: "foo" },
meta: { fromTarget: 1234 },
});
Assert.ok(
feed.getScreenshotPreview.calledOnce,
"feed.getScreenshotPreview called once"
);
Assert.ok(feed.getScreenshotPreview.calledWithExactly("foo", 1234));
info("TopSitesFeed.onAction should refresh on SYSTEM_TICK");
sandbox.stub(feed, "refresh");
feed.onAction({ type: at.SYSTEM_TICK });
Assert.ok(feed.refresh.calledOnce, "feed.refresh called once");
Assert.ok(feed.refresh.calledWithExactly({ broadcast: false }));
info(
"TopSitesFeed.onAction should call with correct parameters on TOP_SITES_PIN"
);
sandbox.stub(NewTabUtils.pinnedLinks, "pin");
sandbox.spy(feed, "pin");
let pinAction = {
type: at.TOP_SITES_PIN,
data: { site: { url: "foo.com" }, index: 7 },
};
feed.onAction(pinAction);
Assert.ok(
NewTabUtils.pinnedLinks.pin.calledOnce,
"NewTabUtils.pinnedLinks.pin called once"
);
Assert.ok(
NewTabUtils.pinnedLinks.pin.calledWithExactly(
pinAction.data.site,
pinAction.data.index
)
);
Assert.ok(
feed.pin.calledOnce,
"TopSitesFeed.onAction should call pin on TOP_SITES_PIN"
);
info(
"TopSitesFeed.onAction should unblock a previously blocked top site if " +
"we are now adding it manually via 'Add a Top Site' option"
);
sandbox.stub(NewTabUtils.blockedLinks, "unblock");
pinAction = {
type: at.TOP_SITES_PIN,
data: { site: { url: "foo.com" }, index: -1 },
};
feed.onAction(pinAction);
Assert.ok(
NewTabUtils.blockedLinks.unblock.calledWith({
url: pinAction.data.site.url,
})
);
info("TopSitesFeed.onAction should call insert on TOP_SITES_INSERT");
sandbox.stub(feed, "insert");
let addAction = {
type: at.TOP_SITES_INSERT,
data: { site: { url: "foo.com" } },
};
feed.onAction(addAction);
Assert.ok(feed.insert.calledOnce, "TopSitesFeed.insert called once");
info(
"TopSitesFeed.onAction should call unpin with correct parameters " +
"on TOP_SITES_UNPIN"
);
sandbox
.stub(NewTabUtils.pinnedLinks, "links")
.get(() => [
null,
null,
{ url: "foo.com" },
null,
null,
null,
null,
null,
FAKE_LINKS[0],
]);
sandbox.stub(NewTabUtils.pinnedLinks, "unpin");
let unpinAction = {
type: at.TOP_SITES_UNPIN,
data: { site: { url: "foo.com" } },
};
feed.onAction(unpinAction);
Assert.ok(
NewTabUtils.pinnedLinks.unpin.calledOnce,
"NewTabUtils.pinnedLinks.unpin called once"
);
Assert.ok(NewTabUtils.pinnedLinks.unpin.calledWith(unpinAction.data.site));
sandbox.restore();
});
add_task(async function test_onAction_part_2() {
let sandbox = sinon.createSandbox();
info(
"TopSitesFeed.onAction should call refresh without a target if we clear " +
"history with PLACES_HISTORY_CLEARED"
);
let feed = getTopSitesFeedForTest(sandbox);
sandbox.stub(feed, "refresh");
feed.onAction({ type: at.PLACES_HISTORY_CLEARED });
Assert.ok(feed.refresh.calledOnce, "TopSitesFeed.refresh called once");
Assert.ok(feed.refresh.calledWithExactly({ broadcast: true }));
feed.refresh.resetHistory();
info(
"TopSitesFeed.onAction should call refresh without a target " +
"if we remove a Topsite from history"
);
feed.onAction({ type: at.PLACES_LINKS_DELETED });
Assert.ok(feed.refresh.calledOnce, "TopSitesFeed.refresh called once");
Assert.ok(feed.refresh.calledWithExactly({ broadcast: true }));
info("TopSitesFeed.onAction should call init on INIT action");
feed.onAction({ type: at.PLACES_LINKS_DELETED });
sandbox.stub(feed, "init");
feed.onAction({ type: at.INIT });
Assert.ok(feed.init.calledOnce, "TopSitesFeed.init called once");
info(
"TopSitesFeed.onAction should call refresh on PLACES_LINK_BLOCKED action"
);
feed.refresh.resetHistory();
await feed.onAction({ type: at.PLACES_LINK_BLOCKED });
Assert.ok(feed.refresh.calledOnce, "TopSitesFeed.refresh called once");
Assert.ok(feed.refresh.calledWithExactly({ broadcast: true }));
info(
"TopSitesFeed.onAction should call refresh on PLACES_LINKS_CHANGED action"
);
feed.refresh.resetHistory();
await feed.onAction({ type: at.PLACES_LINKS_CHANGED });
Assert.ok(feed.refresh.calledOnce, "TopSitesFeed.refresh called once");
Assert.ok(feed.refresh.calledWithExactly({ broadcast: false }));
info(
"TopSitesFeed.onAction should call pin with correct args on " +
"TOP_SITES_INSERT without an index specified"
);
sandbox.stub(NewTabUtils.pinnedLinks, "pin");
let addAction = {
type: at.TOP_SITES_INSERT,
data: { site: { url: "foo.bar", label: "foo" } },
};
feed.onAction(addAction);
Assert.ok(
NewTabUtils.pinnedLinks.pin.calledOnce,
"NewTabUtils.pinnedLinks.pin called once"
);
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(addAction.data.site, 0));
info(
"TopSitesFeed.onAction should call pin with correct args on " +
"TOP_SITES_INSERT"
);
NewTabUtils.pinnedLinks.pin.resetHistory();
let dropAction = {
type: at.TOP_SITES_INSERT,
data: { site: { url: "foo.bar", label: "foo" }, index: 3 },
};
feed.onAction(dropAction);
Assert.ok(
NewTabUtils.pinnedLinks.pin.calledOnce,
"NewTabUtils.pinnedLinks.pin called once"
);
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(dropAction.data.site, 3));
// feed.init needs to actually run in order to register the observers that'll
// be removed in the following UNINIT test, otherwise uninit will throw.
feed.init.restore();
feed.init();
info("TopSitesFeed.onAction should remove the expiration filter on UNINIT");
sandbox.stub(PageThumbs, "removeExpirationFilter");
feed.onAction({ type: "UNINIT" });
Assert.ok(
PageThumbs.removeExpirationFilter.calledOnce,
"PageThumbs.removeExpirationFilter called once"
);
sandbox.restore();
});
add_task(async function test_onAction_part_3() {
let sandbox = sinon.createSandbox();
let feed = getTopSitesFeedForTest(sandbox);
info(
"TopSitesFeed.onAction should call updatePinnedSearchShortcuts " +
"on UPDATE_PINNED_SEARCH_SHORTCUTS action"
);
sandbox.stub(feed, "updatePinnedSearchShortcuts");
let addedShortcuts = [
{
searchVendor: "google",
label: "google",
searchTopSite: true,
},
];
await feed.onAction({
type: at.UPDATE_PINNED_SEARCH_SHORTCUTS,
data: { addedShortcuts },
});
Assert.ok(
feed.updatePinnedSearchShortcuts.calledOnce,
"TopSitesFeed.updatePinnedSearchShortcuts called once"
);
info(
"TopSitesFeed.onAction should refresh from Contile on " +
"SHOW_SPONSORED_PREF if Contile is enabled"
);
sandbox.spy(feed._contile, "refresh");
let prefChangeAction = {
type: at.PREF_CHANGED,
data: { name: SHOW_SPONSORED_PREF },
};
sandbox.stub(NimbusFeatures.newtab, "getVariable").returns(true);
feed.onAction(prefChangeAction);
Assert.ok(
feed._contile.refresh.calledOnce,
"TopSitesFeed._contile.refresh called once"
);
info(
"TopSitesFeed.onAction should not refresh from Contile on " +
"SHOW_SPONSORED_PREF if Contile is disabled"
);
NimbusFeatures.newtab.getVariable.returns(false);
feed._contile.refresh.resetHistory();
feed.onAction(prefChangeAction);
Assert.ok(
!feed._contile.refresh.calledOnce,
"TopSitesFeed._contile.refresh never called"
);
info(
"TopSitesFeed.onAction should reset Contile cache prefs " +
"when SHOW_SPONSORED_PREF is false"
);
feed._contile.cache.get.returns({ contile: [] });
Services.prefs.setIntPref(
CONTILE_CACHE_LAST_FETCH_PREF,
Math.round(Date.now() / 1000)
);
Services.prefs.setIntPref(CONTILE_CACHE_VALID_FOR_SECONDS_PREF, 15 * 60);
prefChangeAction = {
type: at.PREF_CHANGED,
data: { name: SHOW_SPONSORED_PREF, value: false },
};
NimbusFeatures.newtab.getVariable.returns(true);
feed._contile.refresh.resetHistory();
feed.onAction(prefChangeAction);
Assert.ok(feed._contile.cache.set.calledWith("contile", []));
Assert.ok(!Services.prefs.prefHasUserValue(CONTILE_CACHE_LAST_FETCH_PREF));
Assert.ok(
!Services.prefs.prefHasUserValue(CONTILE_CACHE_VALID_FOR_SECONDS_PREF)
);
sandbox.restore();
});
add_task(async function test_insert_part_1() {
let sandbox = sinon.createSandbox();
let prepFeed = feed => {
sandbox.stub(NewTabUtils.pinnedLinks, "pin");
return feed;
};
{
info(
"TopSitesFeed.insert should pin site in first slot of empty pinned list"
);
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
Screenshots.getScreenshotForURL.resolves(Promise.resolve(null));
await feed.getScreenshotPreview("custom", 1234);
Assert.ok(feed.store.dispatch.calledOnce);
Assert.ok(
feed.store.dispatch.calledWithExactly(
ac.OnlyToOneContent(
{
data: { preview: "", url: "custom" },
type: at.PREVIEW_RESPONSE,
},
1234
)
)
);
Screenshots.getScreenshotForURL.resolves(FAKE_SCREENSHOT);
sandbox.restore();
}
{
info(
"TopSitesFeed.insert should pin site in first slot of pinned list with " +
"empty first slot"
);
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
sandbox
.stub(NewTabUtils.pinnedLinks, "links")
.get(() => [null, { url: "example.com" }]);
let site = { url: "foo.bar", label: "foo" };
await feed.insert({ data: { site } });
Assert.ok(
NewTabUtils.pinnedLinks.pin.calledOnce,
"NewTabUtils.pinnedLinks.pin called once"
);
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site, 0));
NewTabUtils.pinnedLinks.pin.resetHistory();
sandbox.restore();
}
{
info(
"TopSitesFeed.insert should move a pinned site in first slot to the " +
"next slot: part 1"
);
let site1 = { url: "example.com" };
sandbox.stub(NewTabUtils.pinnedLinks, "links").get(() => [site1]);
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
let site = { url: "foo.bar", label: "foo" };
await feed.insert({ data: { site } });
Assert.ok(
NewTabUtils.pinnedLinks.pin.calledTwice,
"NewTabUtils.pinnedLinks.pin called twice"
);
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site, 0));
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site1, 1));
NewTabUtils.pinnedLinks.pin.resetHistory();
sandbox.restore();
}
{
info(
"TopSitesFeed.insert should move a pinned site in first slot to the " +
"next slot: part 2"
);
let site1 = { url: "example.com" };
let site2 = { url: "example.org" };
sandbox
.stub(NewTabUtils.pinnedLinks, "links")
.get(() => [site1, null, site2]);
let site = { url: "foo.bar", label: "foo" };
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
await feed.insert({ data: { site } });
Assert.ok(
NewTabUtils.pinnedLinks.pin.calledTwice,
"NewTabUtils.pinnedLinks.pin called twice"
);
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site, 0));
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site1, 1));
NewTabUtils.pinnedLinks.pin.resetHistory();
sandbox.restore();
}
});
add_task(async function test_insert_part_2() {
let sandbox = sinon.createSandbox();
let prepFeed = feed => {
sandbox.stub(NewTabUtils.pinnedLinks, "pin");
return feed;
};
{
info(
"TopSitesFeed.insert should unpin the last site if all slots are " +
"already pinned"
);
let site1 = { url: "example.com" };
let site2 = { url: "example.org" };
let site3 = { url: "example.net" };
let site4 = { url: "example.biz" };
let site5 = { url: "example.info" };
let site6 = { url: "example.news" };
let site7 = { url: "example.lol" };
let site8 = { url: "example.golf" };
sandbox
.stub(NewTabUtils.pinnedLinks, "links")
.get(() => [site1, site2, site3, site4, site5, site6, site7, site8]);
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
feed.store.state.Prefs.values.topSitesRows = 1;
let site = { url: "foo.bar", label: "foo" };
await feed.insert({ data: { site } });
Assert.equal(
NewTabUtils.pinnedLinks.pin.callCount,
8,
"NewTabUtils.pinnedLinks.pin called 8 times"
);
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site, 0));
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site1, 1));
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site2, 2));
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site3, 3));
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site4, 4));
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site5, 5));
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site6, 6));
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site7, 7));
NewTabUtils.pinnedLinks.pin.resetHistory();
sandbox.restore();
}
{
info("TopSitesFeed.insert should trigger refresh on TOP_SITES_INSERT");
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
sandbox.stub(feed, "refresh");
let addAction = {
type: at.TOP_SITES_INSERT,
data: { site: { url: "foo.com" } },
};
await feed.insert(addAction);
Assert.ok(feed.refresh.calledOnce, "feed.refresh called once");
sandbox.restore();
}
{
info("TopSitesFeed.insert should correctly handle different index values");
let index = -1;
let site = { url: "foo.bar", label: "foo" };
let action = { data: { index, site } };
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
await feed.insert(action);
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site, 0));
index = undefined;
await feed.insert(action);
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site, 0));
NewTabUtils.pinnedLinks.pin.resetHistory();
sandbox.restore();
}
});
add_task(async function test_insert_part_3() {
let sandbox = sinon.createSandbox();
let prepFeed = feed => {
sandbox.stub(NewTabUtils.pinnedLinks, "pin");
return feed;
};
{
info("TopSitesFeed.insert should pin site in specified slot that is free");
sandbox
.stub(NewTabUtils.pinnedLinks, "links")
.get(() => [null, { url: "example.com" }]);
let site = { url: "foo.bar", label: "foo" };
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
await feed.insert({ data: { index: 2, site, draggedFromIndex: 0 } });
Assert.ok(
NewTabUtils.pinnedLinks.pin.calledOnce,
"NewTabUtils.pinnedLinks.pin called once"
);
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site, 2));
NewTabUtils.pinnedLinks.pin.resetHistory();
sandbox.restore();
}
{
info(
"TopSitesFeed.insert should move a pinned site in specified slot " +
"to the next slot"
);
sandbox
.stub(NewTabUtils.pinnedLinks, "links")
.get(() => [null, null, { url: "example.com" }]);
let site = { url: "foo.bar", label: "foo" };
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
await feed.insert({ data: { index: 2, site, draggedFromIndex: 3 } });
Assert.ok(
NewTabUtils.pinnedLinks.pin.calledTwice,
"NewTabUtils.pinnedLinks.pin called twice"
);
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site, 2));
Assert.ok(
NewTabUtils.pinnedLinks.pin.calledWith({ url: "example.com" }, 3)
);
NewTabUtils.pinnedLinks.pin.resetHistory();
sandbox.restore();
}
{
info(
"TopSitesFeed.insert should move pinned sites in the direction " +
"of the dragged site"
);
let site1 = { url: "foo.bar", label: "foo" };
let site2 = { url: "example.com", label: "example" };
sandbox
.stub(NewTabUtils.pinnedLinks, "links")
.get(() => [null, null, site2]);
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
await feed.insert({ data: { index: 2, site: site1, draggedFromIndex: 0 } });
Assert.ok(
NewTabUtils.pinnedLinks.pin.calledTwice,
"NewTabUtils.pinnedLinks.pin called twice"
);
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site1, 2));
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site2, 1));
NewTabUtils.pinnedLinks.pin.resetHistory();
await feed.insert({ data: { index: 2, site: site1, draggedFromIndex: 5 } });
Assert.ok(
NewTabUtils.pinnedLinks.pin.calledTwice,
"NewTabUtils.pinnedLinks.pin called twice"
);
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site1, 2));
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site2, 3));
NewTabUtils.pinnedLinks.pin.resetHistory();
sandbox.restore();
}
{
info("TopSitesFeed.insert should not insert past the visible top sites");
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
let site1 = { url: "foo.bar", label: "foo" };
await feed.insert({
data: { index: 42, site: site1, draggedFromIndex: 0 },
});
Assert.ok(
NewTabUtils.pinnedLinks.pin.notCalled,
"NewTabUtils.pinnedLinks.pin wasn't called"
);
NewTabUtils.pinnedLinks.pin.resetHistory();
sandbox.restore();
}
});
add_task(async function test_pin_part_1() {
let sandbox = sinon.createSandbox();
let prepFeed = feed => {
sandbox.stub(NewTabUtils.pinnedLinks, "pin");
return feed;
};
{
info(
"TopSitesFeed.pin should pin site in specified slot empty pinned " +
"list"
);
let site = {
url: "foo.bar",
label: "foo",
customScreenshotURL: "screenshot",
};
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
await feed.pin({ data: { index: 2, site } });
Assert.ok(
NewTabUtils.pinnedLinks.pin.calledOnce,
"NewTabUtils.pinnedLinks.pin called once"
);
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site, 2));
NewTabUtils.pinnedLinks.pin.resetHistory();
sandbox.restore();
}
{
info(
"TopSitesFeed.pin should lookup the link object to update the custom " +
"screenshot"
);
let site = {
url: "foo.bar",
label: "foo",
customScreenshotURL: "screenshot",
};
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
sandbox.spy(feed.pinnedCache, "request");
await feed.pin({ data: { index: 2, site } });
Assert.ok(
feed.pinnedCache.request.calledOnce,
"feed.pinnedCache.request called once"
);
NewTabUtils.pinnedLinks.pin.resetHistory();
sandbox.restore();
}
{
info(
"TopSitesFeed.pin should lookup the link object to update the custom " +
"screenshot when the custom screenshot is initially null"
);
let site = {
url: "foo.bar",
label: "foo",
customScreenshotURL: null,
};
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
sandbox.spy(feed.pinnedCache, "request");
await feed.pin({ data: { index: 2, site } });
Assert.ok(
feed.pinnedCache.request.calledOnce,
"feed.pinnedCache.request called once"
);
NewTabUtils.pinnedLinks.pin.resetHistory();
sandbox.restore();
}
{
info(
"TopSitesFeed.pin should not do a link object lookup if custom " +
"screenshot field is not set"
);
let site = { url: "foo.bar", label: "foo" };
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
sandbox.spy(feed.pinnedCache, "request");
await feed.pin({ data: { index: 2, site } });
Assert.ok(
!feed.pinnedCache.request.called,
"feed.pinnedCache.request never called"
);
NewTabUtils.pinnedLinks.pin.resetHistory();
sandbox.restore();
}
{
info(
"TopSitesFeed.pin should pin site in specified slot of pinned " +
"list that is free"
);
sandbox
.stub(NewTabUtils.pinnedLinks, "links")
.get(() => [null, { url: "example.com" }]);
let site = { url: "foo.bar", label: "foo" };
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
await feed.pin({ data: { index: 2, site } });
Assert.ok(
NewTabUtils.pinnedLinks.pin.calledOnce,
"NewTabUtils.pinnedLinks.pin called once"
);
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site, 2));
NewTabUtils.pinnedLinks.pin.resetHistory();
sandbox.restore();
}
});
add_task(async function test_pin_part_2() {
let sandbox = sinon.createSandbox();
let prepFeed = feed => {
sandbox.stub(NewTabUtils.pinnedLinks, "pin");
return feed;
};
{
info("TopSitesFeed.pin should save the searchTopSite attribute if set");
sandbox
.stub(NewTabUtils.pinnedLinks, "links")
.get(() => [null, { url: "example.com" }]);
let site = { url: "foo.bar", label: "foo", searchTopSite: true };
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
await feed.pin({ data: { index: 2, site } });
Assert.ok(
NewTabUtils.pinnedLinks.pin.calledOnce,
"NewTabUtils.pinnedLinks.pin called once"
);
Assert.ok(NewTabUtils.pinnedLinks.pin.firstCall.args[0].searchTopSite);
NewTabUtils.pinnedLinks.pin.resetHistory();
sandbox.restore();
}
{
info(
"TopSitesFeed.pin should NOT move a pinned site in specified " +
"slot to the next slot"
);
sandbox
.stub(NewTabUtils.pinnedLinks, "links")
.get(() => [null, null, { url: "example.com" }]);
let site = { url: "foo.bar", label: "foo" };
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
await feed.pin({ data: { index: 2, site } });
Assert.ok(
NewTabUtils.pinnedLinks.pin.calledOnce,
"NewTabUtils.pinnedLinks.pin called once"
);
Assert.ok(NewTabUtils.pinnedLinks.pin.calledWith(site, 2));
NewTabUtils.pinnedLinks.pin.resetHistory();
sandbox.restore();
}
{
info(
"TopSitesFeed.pin should properly update LinksCache object " +
"properties between migrations"
);
sandbox
.stub(NewTabUtils.pinnedLinks, "links")
.get(() => [{ url: "https://foo.com/" }]);
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
let pinnedLinks = await feed.pinnedCache.request();
Assert.equal(pinnedLinks.length, 1);
feed.pinnedCache.expire();
pinnedLinks[0].__sharedCache.updateLink("screenshot", "foo");
pinnedLinks = await feed.pinnedCache.request();
Assert.equal(pinnedLinks[0].screenshot, "foo");
// Force cache expiration in order to trigger a migration of objects
feed.pinnedCache.expire();
pinnedLinks[0].__sharedCache.updateLink("screenshot", "bar");
pinnedLinks = await feed.pinnedCache.request();
Assert.equal(pinnedLinks[0].screenshot, "bar");
sandbox.restore();
}
});
add_task(async function test_pin_part_3() {
let sandbox = sinon.createSandbox();
let prepFeed = feed => {
sandbox.stub(NewTabUtils.pinnedLinks, "pin");
return feed;
};
{
info("TopSitesFeed.pin should call insert if index < 0");
let site = { url: "foo.bar", label: "foo" };
let action = { data: { index: -1, site } };
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
sandbox.spy(feed, "insert");
await feed.pin(action);
Assert.ok(feed.insert.calledOnce, "feed.insert called once");
Assert.ok(feed.insert.calledWithExactly(action));
NewTabUtils.pinnedLinks.pin.resetHistory();
sandbox.restore();
}
{
info("TopSitesFeed.pin should not call insert if index == 0");
let site = { url: "foo.bar", label: "foo" };
let action = { data: { index: 0, site } };
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
sandbox.spy(feed, "insert");
await feed.pin(action);
Assert.ok(!feed.insert.called, "feed.insert not called");
NewTabUtils.pinnedLinks.pin.resetHistory();
sandbox.restore();
}
{
info("TopSitesFeed.pin should trigger refresh on TOP_SITES_PIN");
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
sandbox.stub(feed, "refresh");
let pinExistingAction = {
type: at.TOP_SITES_PIN,
data: { site: FAKE_LINKS[4], index: 4 },
};
await feed.pin(pinExistingAction);
Assert.ok(feed.refresh.calledOnce, "feed.refresh called once");
NewTabUtils.pinnedLinks.pin.resetHistory();
sandbox.restore();
}
});
add_task(async function test_integration() {
let sandbox = sinon.createSandbox();
info("Test adding a pinned site and removing it with actions");
let feed = getTopSitesFeedForTest(sandbox);
let resolvers = [];
feed.store.dispatch = sandbox.stub().callsFake(() => {
resolvers.shift()();
});
feed._startedUp = true;
sandbox.stub(feed, "_fetchScreenshot");
let forDispatch = action =>
new Promise(resolve => {
resolvers.push(resolve);
feed.onAction(action);
});
feed._requestRichIcon = sandbox.stub();
let url = "https://pin.me";
sandbox.stub(NewTabUtils.pinnedLinks, "pin").callsFake(link => {
NewTabUtils.pinnedLinks.links.push(link);
});
await forDispatch({ type: at.TOP_SITES_INSERT, data: { site: { url } } });
NewTabUtils.pinnedLinks.links.pop();
await forDispatch({ type: at.PLACES_LINK_BLOCKED });
Assert.ok(
feed.store.dispatch.calledTwice,
"feed.store.dispatch called twice"
);
Assert.equal(feed.store.dispatch.firstCall.args[0].data.links[0].url, url);
Assert.equal(
feed.store.dispatch.secondCall.args[0].data.links[0].url,
FAKE_LINKS[0].url
);
sandbox.restore();
});
add_task(async function test_improvesearch_noDefaultSearchTile_experiment() {
let sandbox = sinon.createSandbox();
const NO_DEFAULT_SEARCH_TILE_PREF = "improvesearch.noDefaultSearchTile";
let prepFeed = feed => {
sandbox.stub(SearchService.prototype, "getDefault").resolves({
identifier: "google",
});
return feed;
};
{
info(
"TopSitesFeed.getLinksWithDefaults should filter out alexa top 5 " +
"search from the default sites"
);
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
feed.store.state.Prefs.values[NO_DEFAULT_SEARCH_TILE_PREF] = true;
let top5Test = [
];
gGetTopSitesStub.resolves([
{ url: "https://amazon.com" },
...top5Test.map(url => ({ url })),
]);
const urlsReturned = (await feed.getLinksWithDefaults()).map(
link => link.url
);
Assert.ok(
urlsReturned.includes("https://amazon.com"),
"amazon included in default links"
);
top5Test.forEach(url =>
Assert.ok(!urlsReturned.includes(url), `Should not include ${url}`)
);
gGetTopSitesStub.resolves(FAKE_LINKS);
sandbox.restore();
}
{
info(
"TopSitesFeed.getLinksWithDefaults should not filter out alexa, default " +
"search from the query results if the experiment pref is off"
);
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
feed.store.state.Prefs.values[NO_DEFAULT_SEARCH_TILE_PREF] = false;
gGetTopSitesStub.resolves([
{ url: "https://google.com" },
{ url: "https://foo.com" },
{ url: "https://duckduckgo" },
]);
let urlsReturned = (await feed.getLinksWithDefaults()).map(
link => link.url
);
Assert.ok(urlsReturned.includes("https://google.com"));
gGetTopSitesStub.resolves(FAKE_LINKS);
sandbox.restore();
}
{
info(
"TopSitesFeed.getLinksWithDefaults should filter out the current " +
"default search from the default sites"
);
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
feed.store.state.Prefs.values[NO_DEFAULT_SEARCH_TILE_PREF] = true;
sandbox.stub(feed, "_currentSearchHostname").get(() => "amazon");
feed.onAction({
type: at.PREFS_INITIAL_VALUES,
data: { "default.sites": "google.com,amazon.com" },
});
gGetTopSitesStub.resolves([{ url: "https://foo.com" }]);
let urlsReturned = (await feed.getLinksWithDefaults()).map(
link => link.url
);
Assert.ok(!urlsReturned.includes("https://amazon.com"));
gGetTopSitesStub.resolves(FAKE_LINKS);
sandbox.restore();
}
{
info(
"TopSitesFeed.getLinksWithDefaults should not filter out current " +
"default search from pinned sites even if it matches the current " +
"default search"
);
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
feed.store.state.Prefs.values[NO_DEFAULT_SEARCH_TILE_PREF] = true;
sandbox
.stub(NewTabUtils.pinnedLinks, "links")
.get(() => [{ url: "google.com" }]);
gGetTopSitesStub.resolves([{ url: "https://foo.com" }]);
let urlsReturned = (await feed.getLinksWithDefaults()).map(
link => link.url
);
Assert.ok(urlsReturned.includes("google.com"));
gGetTopSitesStub.resolves(FAKE_LINKS);
sandbox.restore();
}
});
add_task(
async function test_improvesearch_noDefaultSearchTile_experiment_part_2() {
let sandbox = sinon.createSandbox();
const NO_DEFAULT_SEARCH_TILE_PREF = "improvesearch.noDefaultSearchTile";
let prepFeed = feed => {
sandbox.stub(SearchService.prototype, "getDefault").resolves({
identifier: "google",
});
return feed;
};
{
info(
"TopSitesFeed.getLinksWithDefaults should call refresh and set " +
"._currentSearchHostname to the new engine hostname when the " +
"default search engine has been set"
);
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
feed.store.state.Prefs.values[NO_DEFAULT_SEARCH_TILE_PREF] = true;
sandbox.stub(feed, "refresh");
feed.observe(null, "browser-search-engine-modified", "engine-default");
Assert.equal(feed._currentSearchHostname, "duckduckgo");
Assert.ok(feed.refresh.calledOnce, "feed.refresh called once");
gGetTopSitesStub.resolves(FAKE_LINKS);
sandbox.restore();
}
{
info(
"TopSitesFeed.getLinksWithDefaults should call refresh when the " +
"experiment pref has changed"
);
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
feed.store.state.Prefs.values[NO_DEFAULT_SEARCH_TILE_PREF] = true;
sandbox.stub(feed, "refresh");
feed.onAction({
type: at.PREF_CHANGED,
data: { name: NO_DEFAULT_SEARCH_TILE_PREF, value: true },
});
Assert.ok(feed.refresh.calledOnce, "feed.refresh was called once");
feed.onAction({
type: at.PREF_CHANGED,
data: { name: NO_DEFAULT_SEARCH_TILE_PREF, value: false },
});
Assert.ok(feed.refresh.calledTwice, "feed.refresh was called twice");
gGetTopSitesStub.resolves(FAKE_LINKS);
sandbox.restore();
}
}
);
// eslint-disable-next-line max-statements
add_task(async function test_improvesearch_topSitesSearchShortcuts() {
let sandbox = sinon.createSandbox();
let searchEngines = [{ aliases: ["@google"] }, { aliases: ["@amazon"] }];
let prepFeed = feed => {
sandbox
.stub(SearchService.prototype, "getAppProvidedEngines")
.resolves(searchEngines);
sandbox.stub(NewTabUtils.pinnedLinks, "pin").callsFake((site, index) => {
NewTabUtils.pinnedLinks.links[index] = site;
});
feed.store.state.Prefs.values[SEARCH_SHORTCUTS_EXPERIMENT_PREF] = true;
feed.store.state.Prefs.values[SEARCH_SHORTCUTS_SEARCH_ENGINES_PREF] =
"google,amazon";
feed.store.state.Prefs.values[SEARCH_SHORTCUTS_HAVE_PINNED_PREF] = "";
return feed;
};
{
info(
"TopSitesFeed should updateCustomSearchShortcuts when experiment " +
"pref is turned on"
);
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
feed.store.state.Prefs.values[SEARCH_SHORTCUTS_EXPERIMENT_PREF] = false;
feed.updateCustomSearchShortcuts = sandbox.spy();
// turn the experiment on
feed.onAction({
type: at.PREF_CHANGED,
data: { name: SEARCH_SHORTCUTS_EXPERIMENT_PREF, value: true },
});
Assert.ok(
feed.updateCustomSearchShortcuts.calledOnce,
"feed.updateCustomSearchShortcuts called once"
);
sandbox.restore();
}
{
info(
"TopSitesFeed should filter out default top sites that match a " +
"hostname of a search shortcut if previously blocked"
);
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
feed.refreshDefaults("https://amazon.ca");
sandbox
.stub(NewTabUtils.blockedLinks, "links")
.value([{ url: "https://amazon.com" }]);
sandbox.stub(NewTabUtils.blockedLinks, "isBlocked").callsFake(site => {
return NewTabUtils.blockedLinks.links[0].url === site.url;
});
let urlsReturned = (await feed.getLinksWithDefaults()).map(
link => link.url
);
Assert.ok(!urlsReturned.includes("https://amazon.ca"));
sandbox.restore();
}
{
info("TopSitesFeed should update frecent search topsite icon");
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
feed._tippyTopProvider.processSite = site => {
site.tippyTopIcon = "icon.png";
site.backgroundColor = "#fff";
return site;
};
gGetTopSitesStub.resolves([{ url: "https://google.com" }]);
let urlsReturned = await feed.getLinksWithDefaults();
let defaultSearchTopsite = urlsReturned.find(
s => s.url === "https://google.com"
);
Assert.ok(defaultSearchTopsite.searchTopSite);
Assert.equal(defaultSearchTopsite.tippyTopIcon, "icon.png");
Assert.equal(defaultSearchTopsite.backgroundColor, "#fff");
gGetTopSitesStub.resolves(FAKE_LINKS);
sandbox.restore();
}
{
info("TopSitesFeed should update default search topsite icon");
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
feed._tippyTopProvider.processSite = site => {
site.tippyTopIcon = "icon.png";
site.backgroundColor = "#fff";
return site;
};
gGetTopSitesStub.resolves([{ url: "https://foo.com" }]);
feed.onAction({
type: at.PREFS_INITIAL_VALUES,
data: { "default.sites": "google.com,amazon.com" },
});
let urlsReturned = await feed.getLinksWithDefaults();
let defaultSearchTopsite = urlsReturned.find(
s => s.url === "https://amazon.com"
);
Assert.ok(defaultSearchTopsite.searchTopSite);
Assert.equal(defaultSearchTopsite.tippyTopIcon, "icon.png");
Assert.equal(defaultSearchTopsite.backgroundColor, "#fff");
gGetTopSitesStub.resolves(FAKE_LINKS);
sandbox.restore();
}
{
info(
"TopSitesFeed should dispatch UPDATE_SEARCH_SHORTCUTS on " +
"updateCustomSearchShortcuts"
);
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
feed.store.state.Prefs.values["improvesearch.noDefaultSearchTile"] = true;
await feed.updateCustomSearchShortcuts();
Assert.ok(
feed.store.dispatch.calledOnce,
"feed.store.dispatch called once"
);
Assert.ok(
feed.store.dispatch.calledWith({
data: {
searchShortcuts: [
{
keyword: "@google",
shortURL: "google",
backgroundColor: undefined,
smallFavicon:
tippyTopIcon:
},
{
keyword: "@amazon",
shortURL: "amazon",
backgroundColor: undefined,
smallFavicon:
tippyTopIcon:
},
],
},
meta: {
from: "ActivityStream:Main",
to: "ActivityStream:Content",
isStartup: false,
},
type: "UPDATE_SEARCH_SHORTCUTS",
})
);
}
sandbox.restore();
});
// eslint-disable-next-line max-statements
add_task(async function test_updatePinnedSearchShortcuts() {
let sandbox = sinon.createSandbox();
let prepFeed = feed => {
sandbox.stub(NewTabUtils.pinnedLinks, "pin");
sandbox.stub(NewTabUtils.pinnedLinks, "unpin");
return feed;
};
{
info(
"TopSitesFeed.updatePinnedSearchShortcuts should unpin a " +
"shortcut in deletedShortcuts"
);
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
let deletedShortcuts = [
{
searchVendor: "google",
label: "google",
searchTopSite: true,
},
];
let addedShortcuts = [];
sandbox.stub(NewTabUtils.pinnedLinks, "links").get(() => [
null,
null,
{
searchVendor: "amazon",
label: "amazon",
searchTopSite: true,
},
]);
feed.updatePinnedSearchShortcuts({ addedShortcuts, deletedShortcuts });
Assert.ok(
NewTabUtils.pinnedLinks.pin.notCalled,
"NewTabUtils.pinnedLinks.pin not called"
);
Assert.ok(
NewTabUtils.pinnedLinks.unpin.calledOnce,
"NewTabUtils.pinnedLinks.unpin called once"
);
Assert.ok(
NewTabUtils.pinnedLinks.unpin.calledWith({
})
);
NewTabUtils.pinnedLinks.pin.resetHistory();
NewTabUtils.pinnedLinks.unpin.resetHistory();
sandbox.restore();
}
{
info(
"TopSitesFeed.updatePinnedSearchShortcuts should pin a shortcut " +
"in addedShortcuts"
);
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
let addedShortcuts = [
{
searchVendor: "google",
label: "google",
searchTopSite: true,
},
];
let deletedShortcuts = [];
sandbox.stub(NewTabUtils.pinnedLinks, "links").get(() => [
null,
null,
{
searchVendor: "amazon",
label: "amazon",
searchTopSite: true,
},
]);
feed.updatePinnedSearchShortcuts({ addedShortcuts, deletedShortcuts });
Assert.ok(
NewTabUtils.pinnedLinks.unpin.notCalled,
"NewTabUtils.pinnedLinks.unpin not called"
);
Assert.ok(
NewTabUtils.pinnedLinks.pin.calledOnce,
"NewTabUtils.pinnedLinks.pin called once"
);
Assert.ok(
NewTabUtils.pinnedLinks.pin.calledWith(
{
label: "google",
searchTopSite: true,
searchVendor: "google",
},
0
)
);
NewTabUtils.pinnedLinks.pin.resetHistory();
NewTabUtils.pinnedLinks.unpin.resetHistory();
sandbox.restore();
}
{
info(
"TopSitesFeed.updatePinnedSearchShortcuts should pin and unpin " +
"in the same action"
);
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
let addedShortcuts = [
{
searchVendor: "google",
label: "google",
searchTopSite: true,
},
{
searchVendor: "ebay",
label: "ebay",
searchTopSite: true,
},
];
let deletedShortcuts = [
{
searchVendor: "amazon",
label: "amazon",
searchTopSite: true,
},
];
sandbox.stub(NewTabUtils.pinnedLinks, "links").get(() => [
{ url: "https://foo.com" },
{
searchVendor: "amazon",
label: "amazon",
searchTopSite: true,
},
]);
feed.updatePinnedSearchShortcuts({ addedShortcuts, deletedShortcuts });
Assert.ok(
NewTabUtils.pinnedLinks.unpin.calledOnce,
"NewTabUtils.pinnedLinks.unpin called once"
);
Assert.ok(
NewTabUtils.pinnedLinks.pin.calledTwice,
"NewTabUtils.pinnedLinks.pin called twice"
);
NewTabUtils.pinnedLinks.pin.resetHistory();
NewTabUtils.pinnedLinks.unpin.resetHistory();
sandbox.restore();
}
{
info(
"TopSitesFeed.updatePinnedSearchShortcuts should pin a shortcut in " +
"addedShortcuts even if pinnedLinks is full"
);
let feed = prepFeed(getTopSitesFeedForTest(sandbox));
let addedShortcuts = [
{
searchVendor: "google",
label: "google",
searchTopSite: true,
},
];
let deletedShortcuts = [];
sandbox.stub(NewTabUtils.pinnedLinks, "links").get(() => FAKE_LINKS);
feed.updatePinnedSearchShortcuts({ addedShortcuts, deletedShortcuts });
Assert.ok(
NewTabUtils.pinnedLinks.unpin.notCalled,
"NewTabUtils.pinnedLinks.unpin not called"
);
Assert.ok(
NewTabUtils.pinnedLinks.pin.calledWith(
{ label: "google", searchTopSite: true, url: "https://google.com" },
0
),
"NewTabUtils.pinnedLinks.unpin not called"
);
NewTabUtils.pinnedLinks.pin.resetHistory();
NewTabUtils.pinnedLinks.unpin.resetHistory();
sandbox.restore();
}
});
// eslint-disable-next-line max-statements
add_task(async function test_ContileIntegration() {
let sandbox = sinon.createSandbox();
Services.prefs.setStringPref(
TOP_SITES_BLOCKED_SPONSORS_PREF,
`["foo","bar"]`
);
let prepFeed = feed => {
sandbox.stub(NimbusFeatures.newtab, "getVariable").returns(true);
feed.store.state.Prefs.values[SHOW_SPONSORED_PREF] = true;
let fetchStub = sandbox.stub(feed, "fetch");
return { feed, fetchStub };
};
{
info("TopSitesFeed._fetchSites should fetch sites from Contile");
let { feed, fetchStub } = prepFeed(getTopSitesFeedForTest(sandbox));
fetchStub.resolves({
ok: true,
status: 200,
headers: new Map([
["cache-control", "private, max-age=859, stale-if-error=10463"],
]),
json: () =>
Promise.resolve({
tiles: [
{
image_url: "images/test-com.png",
impression_url: "https://www.test-impression.com",
name: "test",
},
{
image_url: "images/test1-com.png",
name: "test1",
},
],
}),
});
let fetched = await feed._contile._fetchSites();
Assert.ok(fetched);
Assert.equal(feed._contile.sites.length, 2);
sandbox.restore();
}
{
info("TopSitesFeed._fetchSites should call allocatePositions");
let { feed } = prepFeed(getTopSitesFeedForTest(sandbox));
sandbox.stub(feed, "allocatePositions").resolves();
await feed._contile.refresh();
Assert.ok(
feed.allocatePositions.calledOnce,
"feed.allocatePositions called once"
);
sandbox.restore();
}
{
info(
"TopSitesFeed._fetchSites should fetch SOV (Share-of-Voice) " +
"settings from Contile"
);
let { feed, fetchStub } = prepFeed(getTopSitesFeedForTest(sandbox));
let sov = {
name: "SOV-20230518215316",
allocations: [
{
position: 1,
allocation: [
{
partner: "foo",
percentage: 100,
},
{
partner: "bar",
percentage: 0,
},
],
},
{
position: 2,
allocation: [
{
partner: "foo",
percentage: 80,
},
{
partner: "bar",
percentage: 20,
},
],
},
],
};
fetchStub.resolves({
ok: true,
status: 200,
headers: new Map([
["cache-control", "private, max-age=859, stale-if-error=10463"],
]),
json: () =>
Promise.resolve({
sov: btoa(JSON.stringify(sov)),
tiles: [
{
image_url: "images/test-com.png",
impression_url: "https://www.test-impression.com",
name: "test",
},
{
image_url: "images/test1-com.png",
name: "test1",
},
],
}),
});
let fetched = await feed._contile._fetchSites();
Assert.ok(fetched);
Assert.deepEqual(feed._contile.sov, sov);
Assert.equal(feed._contile.sites.length, 2);
sandbox.restore();
}
{
info(
"TopSitesFeed._fetchSites should not fetch from Contile if " +
"it's not enabled"
);
let { feed, fetchStub } = prepFeed(getTopSitesFeedForTest(sandbox));
NimbusFeatures.newtab.getVariable.reset();
NimbusFeatures.newtab.getVariable.returns(false);
let fetched = await feed._contile._fetchSites();
Assert.ok(fetchStub.notCalled, "TopSitesFeed.fetch was not called");
Assert.ok(!fetched);
Assert.equal(feed._contile.sites.length, 0);
sandbox.restore();
}
{
info(
"TopSitesFeed._fetchSites should still return two tiles when Contile " +
"provides more than 2 tiles and filtering results in more than 2 tiles"
);
let { feed, fetchStub } = prepFeed(getTopSitesFeedForTest(sandbox));
NimbusFeatures.newtab.getVariable.reset();
NimbusFeatures.newtab.getVariable.onCall(0).returns(true);
NimbusFeatures.newtab.getVariable.onCall(1).returns(true);
fetchStub.resolves({
ok: true,
status: 200,
headers: new Map([
["cache-control", "private, max-age=859, stale-if-error=10463"],
]),
json: () =>
Promise.resolve({
tiles: [
{
image_url: "images/test-com.png",
impression_url: "https://www.test-impression.com",
name: "test",
},
{
url: "https://foo.com",
image_url: "images/foo-com.png",
impression_url: "https://www.foo-impression.com",
name: "foo",
},
{
url: "https://bar.com",
image_url: "images/bar-com.png",
impression_url: "https://www.bar-impression.com",
name: "bar",
},
{
image_url: "images/test1-com.png",
name: "test1",
},
{
image_url: "images/test2-com.png",
name: "test2",
},
],
}),
});
let fetched = await feed._contile._fetchSites();
Assert.ok(fetched);
// Both "foo" and "bar" should be filtered
Assert.equal(feed._contile.sites.length, 3);
Assert.equal(feed._contile.sites[0].url, "https://www.test.com");
Assert.equal(feed._contile.sites[1].url, "https://test1.com");
Assert.equal(feed._contile.sites[2].url, "https://test2.com");
sandbox.restore();
}
{
info(
"TopSitesFeed._fetchSites should still return two tiles with " +
"replacement if the Nimbus variable was unset"
);
let { feed, fetchStub } = prepFeed(getTopSitesFeedForTest(sandbox));
NimbusFeatures.newtab.getVariable.reset();
NimbusFeatures.newtab.getVariable.onCall(0).returns(true);
NimbusFeatures.newtab.getVariable.onCall(1).returns(undefined);
fetchStub.resolves({
ok: true,
status: 200,
headers: new Map([
["cache-control", "private, max-age=859, stale-if-error=10463"],
]),
json: () =>
Promise.resolve({
tiles: [
{
image_url: "images/test-com.png",
impression_url: "https://www.test-impression.com",
name: "test",
},
{
url: "https://foo.com",
image_url: "images/foo-com.png",
impression_url: "https://www.foo-impression.com",
name: "foo",
},
{
image_url: "images/test1-com.png",
name: "test1",
},
],
}),
});
let fetched = await feed._contile._fetchSites();
Assert.ok(fetched);
Assert.equal(feed._contile.sites.length, 2);
Assert.equal(feed._contile.sites[0].url, "https://www.test.com");
Assert.equal(feed._contile.sites[1].url, "https://test1.com");
sandbox.restore();
}
{
info("TopSitesFeed._fetchSites should filter the blocked sponsors");
let { feed, fetchStub } = prepFeed(getTopSitesFeedForTest(sandbox));
NimbusFeatures.newtab.getVariable.returns(true);
fetchStub.resolves({
ok: true,
status: 200,
headers: new Map([
["cache-control", "private, max-age=859, stale-if-error=10463"],
]),
json: () =>
Promise.resolve({
tiles: [
{
image_url: "images/test-com.png",
impression_url: "https://www.test-impression.com",
name: "test",
},
{
url: "https://foo.com",
image_url: "images/foo-com.png",
impression_url: "https://www.foo-impression.com",
name: "foo",
},
{
url: "https://bar.com",
image_url: "images/bar-com.png",
impression_url: "https://www.bar-impression.com",
name: "bar",
},
],
}),
});
let fetched = await feed._contile._fetchSites();
Assert.ok(fetched);
// Both "foo" and "bar" should be filtered
Assert.equal(feed._contile.sites.length, 1);
Assert.equal(feed._contile.sites[0].url, "https://www.test.com");
sandbox.restore();
}
{
info(
"TopSitesFeed._fetchSites should return false when Contile returns " +
"with error status and no values are stored in cache prefs"
);
let { feed, fetchStub } = prepFeed(getTopSitesFeedForTest(sandbox));
NimbusFeatures.newtab.getVariable.returns(true);
feed._contile.cache.get.returns({ contile: [] });
Services.prefs.setIntPref(CONTILE_CACHE_LAST_FETCH_PREF, 0);
fetchStub.resolves({
ok: false,
status: 500,
});
let fetched = await feed._contile._fetchSites();
Assert.ok(!fetched);
Assert.ok(!feed._contile.sites.length);
sandbox.restore();
}
{
info(
"TopSitesFeed._fetchSites should return false when Contile " +
"returns with error status and cached tiles are expried"
);
let { feed, fetchStub } = prepFeed(getTopSitesFeedForTest(sandbox));
NimbusFeatures.newtab.getVariable.returns(true);
feed._contile.cache.get.returns({ contile: [] });
const THIRTY_MINUTES_AGO_IN_SECONDS =
Math.round(Date.now() / 1000) - 60 * 30;
Services.prefs.setIntPref(
CONTILE_CACHE_LAST_FETCH_PREF,
THIRTY_MINUTES_AGO_IN_SECONDS
);
Services.prefs.setIntPref(CONTILE_CACHE_VALID_FOR_SECONDS_PREF, 60 * 15);
fetchStub.resolves({
ok: false,
status: 500,
});
let fetched = await feed._contile._fetchSites();
Assert.ok(!fetched);
Assert.ok(!feed._contile.sites.length);
sandbox.restore();
}
{
info(
"TopSitesFeed._fetchSites should handle invalid payload " +
"properly from Contile"
);
let { feed, fetchStub } = prepFeed(getTopSitesFeedForTest(sandbox));
NimbusFeatures.newtab.getVariable.returns(true);
fetchStub.resolves({
ok: true,
status: 200,
json: () =>
Promise.resolve({
unknown: [],
}),
});
let fetched = await feed._contile._fetchSites();
Assert.ok(!fetched);
Assert.ok(!feed._contile.sites.length);
sandbox.restore();
}
{
info(
"TopSitesFeed._fetchSites should handle empty payload properly " +
"from Contile"
);
let { feed, fetchStub } = prepFeed(getTopSitesFeedForTest(sandbox));
NimbusFeatures.newtab.getVariable.returns(true);
fetchStub.resolves({
ok: true,
status: 200,
headers: new Map([
["cache-control", "private, max-age=859, stale-if-error=10463"],
]),
json: () =>
Promise.resolve({
tiles: [],
}),
});
let fetched = await feed._contile._fetchSites();
Assert.ok(fetched);
Assert.ok(!feed._contile.sites.length);
sandbox.restore();
}
{
info(
"TopSitesFeed._fetchSites should handle no content properly " +
"from Contile"
);
let { feed, fetchStub } = prepFeed(getTopSitesFeedForTest(sandbox));
NimbusFeatures.newtab.getVariable.returns(true);
fetchStub.resolves({ ok: true, status: 204 });
let fetched = await feed._contile._fetchSites();
Assert.ok(!fetched);
Assert.ok(!feed._contile.sites.length);
sandbox.restore();
}
{
info(
"TopSitesFeed._fetchSites should set Caching Prefs after " +
"a successful request"
);
let { feed, fetchStub } = prepFeed(getTopSitesFeedForTest(sandbox));
NimbusFeatures.newtab.getVariable.returns(true);
let tiles = [
{
image_url: "images/test-com.png",
impression_url: "https://www.test-impression.com",
name: "test",
},
{
image_url: "images/test1-com.png",
name: "test1",
},
];
fetchStub.resolves({
ok: true,
status: 200,
headers: new Map([
["cache-control", "private, max-age=859, stale-if-error=10463"],
]),
json: () =>
Promise.resolve({
tiles,
}),
});
let fetched = await feed._contile._fetchSites();
Assert.ok(fetched);
Assert.ok(feed._contile.cache.set.calledWith("contile", tiles));
Assert.equal(
Services.prefs.getIntPref(CONTILE_CACHE_VALID_FOR_SECONDS_PREF),
11322
);
sandbox.restore();
}
{
info(
"TopSitesFeed._fetchSites should return cached valid tiles " +
"when Contile returns error status"
);
let { feed, fetchStub } = prepFeed(getTopSitesFeedForTest(sandbox));
NimbusFeatures.newtab.getVariable.returns(true);
let tiles = [
{
image_url: "images/test-com.png",
impression_url: "https://www.test-impression.com",
name: "test",
},
{
image_url: "images/test1-com.png",
name: "test1",
},
];
feed._contile.cache.get.returns({ contile: tiles });
Services.prefs.setIntPref(CONTILE_CACHE_VALID_FOR_SECONDS_PREF, 60 * 15);
Services.prefs.setIntPref(
CONTILE_CACHE_LAST_FETCH_PREF,
Math.round(Date.now() / 1000)
);
fetchStub.resolves({
status: 304,
});
let fetched = await feed._contile._fetchSites();
Assert.ok(fetched);
Assert.equal(feed._contile.sites.length, 2);
Assert.equal(feed._contile.sites[0].url, "https://www.test-cached.com");
Assert.equal(feed._contile.sites[1].url, "https://www.test1-cached.com");
sandbox.restore();
}
{
info(
"TopSitesFeed._fetchSites should not be successful when contile " +
"returns an error and no valid tiles are cached"
);
let { feed, fetchStub } = prepFeed(getTopSitesFeedForTest(sandbox));
NimbusFeatures.newtab.getVariable.returns(true);
feed._contile.cache.get.returns({ contile: [] });
Services.prefs.setIntPref(CONTILE_CACHE_VALID_FOR_SECONDS_PREF, 0);
Services.prefs.setIntPref(CONTILE_CACHE_LAST_FETCH_PREF, 0);
fetchStub.resolves({
status: 500,
});
let fetched = await feed._contile._fetchSites();
Assert.ok(!fetched);
sandbox.restore();
}
{
info(
"TopSitesFeed._fetchSites should return cached valid tiles " +
"filtering blocked tiles when Contile returns error status"
);
let { feed, fetchStub } = prepFeed(getTopSitesFeedForTest(sandbox));
NimbusFeatures.newtab.getVariable.returns(true);
let tiles = [
{
url: "https://foo.com",
image_url: "images/foo-com.png",
impression_url: "https://www.foo-impression.com",
name: "foo",
},
{
image_url: "images/test1-com.png",
name: "test1",
},
];
feed._contile.cache.get.returns({ contile: tiles });
Services.prefs.setIntPref(CONTILE_CACHE_VALID_FOR_SECONDS_PREF, 60 * 15);
Services.prefs.setIntPref(
CONTILE_CACHE_LAST_FETCH_PREF,
Math.round(Date.now() / 1000)
);
fetchStub.resolves({
status: 304,
});
let fetched = await feed._contile._fetchSites();
Assert.ok(fetched);
Assert.equal(feed._contile.sites.length, 1);
Assert.equal(feed._contile.sites[0].url, "https://www.test1-cached.com");
sandbox.restore();
}
{
info(
"TopSitesFeed._fetchSites should still return 3 tiles when nimbus " +
"variable overrides max num of sponsored contile tiles"
);
let { feed, fetchStub } = prepFeed(getTopSitesFeedForTest(sandbox));
NimbusFeatures.newtab.getVariable.returns(true);
sandbox.stub(NimbusFeatures.pocketNewtab, "getVariable").returns(3);
fetchStub.resolves({
ok: true,
status: 200,
headers: new Map([
["cache-control", "private, max-age=859, stale-if-error=10463"],
]),
json: () =>
Promise.resolve({
tiles: [
{
image_url: "images/test-com.png",
impression_url: "https://www.test-impression.com",
name: "test",
},
{
image_url: "images/test1-com.png",
name: "test1",
},
{
image_url: "images/test2-com.png",
name: "test2",
},
],
}),
});
let fetched = await feed._contile._fetchSites();
Assert.ok(fetched);
Assert.equal(feed._contile.sites.length, 3);
Assert.equal(feed._contile.sites[0].url, "https://www.test.com");
Assert.equal(feed._contile.sites[1].url, "https://test1.com");
Assert.equal(feed._contile.sites[2].url, "https://test2.com");
sandbox.restore();
}
Services.prefs.clearUserPref(TOP_SITES_BLOCKED_SPONSORS_PREF);
});