zulip/web/tests/buddy_data.test.js

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"use strict";
const {strict: assert} = require("assert");
const _ = require("lodash");
const {mock_esm, zrequire} = require("./lib/namespace");
const {run_test} = require("./lib/test");
const blueslip = require("./lib/zblueslip");
const {page_params, user_settings} = require("./lib/zpage_params");
const timerender = mock_esm("../src/timerender");
const compose_fade_helper = zrequire("compose_fade_helper");
const muted_users = zrequire("muted_users");
const peer_data = zrequire("peer_data");
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const people = zrequire("people");
const presence = zrequire("presence");
const stream_data = zrequire("stream_data");
const sub_store = zrequire("sub_store");
const user_status = zrequire("user_status");
const buddy_data = zrequire("buddy_data");
// The buddy_data module is mostly tested indirectly through
// activity.test.js, but we should feel free to add direct tests
// here.
const selma = {
user_id: 1000,
full_name: "Human Selma",
email: "selma@example.com",
};
const me = {
user_id: 1001,
full_name: "Human Myself",
email: "self@example.com",
};
const alice = {
email: "alice@zulip.com",
user_id: 1002,
full_name: "Alice Smith",
};
const fred = {
email: "fred@zulip.com",
user_id: 1003,
full_name: "Fred Flintstone",
};
const jill = {
email: "jill@zulip.com",
user_id: 1004,
full_name: "Jill Hill",
};
const mark = {
email: "mark@zulip.com",
user_id: 1005,
full_name: "Marky Mark",
};
const old_user = {
user_id: 9999,
full_name: "Old User",
email: "old_user@example.com",
};
const bot = {
user_id: 55555,
full_name: "Red Herring Bot",
email: "bot@example.com",
is_bot: true,
bot_owner_id: null,
};
const bot_with_owner = {
user_id: 55556,
full_name: "Blue Herring Bot",
email: "bot_with_owner@example.com",
is_bot: true,
bot_owner_id: 1001,
bot_owner_full_name: "Human Myself",
};
function add_canned_users() {
people.add_active_user(alice);
people.add_active_user(bot);
people.add_active_user(bot_with_owner);
people.add_active_user(fred);
people.add_active_user(jill);
people.add_active_user(mark);
people.add_active_user(old_user);
people.add_active_user(selma);
}
function test(label, f) {
run_test(label, (helpers) => {
user_settings.presence_enabled = true;
compose_fade_helper.clear_focused_recipient();
stream_data.clear_subscriptions();
peer_data.clear_for_testing();
user_status.initialize({user_status: {}});
presence.presence_info.clear();
people.init();
people.add_active_user(me);
people.initialize_current_user(me.user_id);
muted_users.set_muted_users([]);
f(helpers);
presence.clear_internal_data();
});
}
function set_presence(user_id, status) {
presence.presence_info.set(user_id, {
status,
last_active: 9999,
});
}
test("user_circle, level", () => {
add_canned_users();
set_presence(selma.user_id, "active");
assert.equal(buddy_data.get_user_circle_class(selma.user_id), "user_circle_green");
assert.equal(buddy_data.level(selma.user_id), 1);
set_presence(selma.user_id, "idle");
assert.equal(buddy_data.get_user_circle_class(selma.user_id), "user_circle_idle");
assert.equal(buddy_data.level(selma.user_id), 2);
set_presence(selma.user_id, "offline");
assert.equal(buddy_data.get_user_circle_class(selma.user_id), "user_circle_empty");
assert.equal(buddy_data.level(selma.user_id), 3);
set_presence(me.user_id, "active");
assert.equal(buddy_data.get_user_circle_class(me.user_id), "user_circle_green");
assert.equal(buddy_data.level(me.user_id), 0);
user_settings.presence_enabled = false;
assert.equal(buddy_data.get_user_circle_class(me.user_id), "user_circle_empty");
assert.equal(buddy_data.level(me.user_id), 0);
user_settings.presence_enabled = true;
assert.equal(buddy_data.get_user_circle_class(me.user_id), "user_circle_green");
assert.equal(buddy_data.level(me.user_id), 0);
set_presence(fred.user_id, "idle");
assert.equal(buddy_data.get_user_circle_class(fred.user_id), "user_circle_idle");
assert.equal(buddy_data.level(fred.user_id), 2);
set_presence(fred.user_id, undefined);
assert.equal(buddy_data.get_user_circle_class(fred.user_id), "user_circle_empty");
assert.equal(buddy_data.level(fred.user_id), 3);
});
test("compose fade interactions (streams)", () => {
const sub = {
stream_id: 101,
name: "Devel",
subscribed: true,
};
stream_data.add_sub(sub);
stream_data.subscribe_myself(sub);
people.add_active_user(fred);
set_presence(fred.user_id, "active");
function faded() {
return buddy_data.get_item(fred.user_id).faded;
}
// If we are not narrowed, then we don't fade fred in the buddy list.
assert.equal(faded(), false);
// If we narrow to a stream that fred has not subscribed
// to, we will fade him.
compose_fade_helper.set_focused_recipient({
type: "stream",
stream_id: sub.stream_id,
topic: "whatever",
});
assert.equal(faded(), true);
// If we subscribe, we don't fade.
peer_data.add_subscriber(sub.stream_id, fred.user_id);
assert.equal(faded(), false);
// Test our punting logic.
const bogus_stream_id = 99999;
assert.equal(sub_store.get(bogus_stream_id), undefined);
compose_fade_helper.set_focused_recipient({
type: "stream",
stream_id: bogus_stream_id,
});
assert.equal(faded(), false);
});
test("compose fade interactions (missing topic)", () => {
const sub = {
stream_id: 102,
name: "Social",
subscribed: true,
};
stream_data.add_sub(sub);
stream_data.subscribe_myself(sub);
people.add_active_user(fred);
set_presence(fred.user_id, "active");
function faded() {
return buddy_data.get_item(fred.user_id).faded;
}
// If we are not narrowed, then we don't fade fred in the buddy list.
assert.equal(faded(), false);
// If we narrow to a stream that fred has not subscribed
// to, we will fade him.
compose_fade_helper.set_focused_recipient({
type: "stream",
stream_id: sub.stream_id,
topic: "whatever",
});
assert.equal(faded(), true);
// If the user clears the topic, we won't fade fred.
compose_fade_helper.set_focused_recipient({
type: "stream",
stream_id: sub.stream_id,
topic: "",
});
assert.equal(faded(), false);
});
test("compose fade interactions (direct messages)", () => {
people.add_active_user(fred);
set_presence(fred.user_id, "active");
function faded() {
return buddy_data.get_item(fred.user_id).faded;
}
// Don't fade if we're not in a narrow.
assert.equal(faded(), false);
// Fade fred if we are narrowed to a direct message narrow
// that does not include him.
compose_fade_helper.set_focused_recipient({
type: "private",
to_user_ids: "9999999",
});
assert.equal(faded(), true);
// Now include fred in a narrow with jill, and we will
// stop fading him.
compose_fade_helper.set_focused_recipient({
type: "private",
to_user_ids: [fred.user_id, jill.user_id].join(","),
});
assert.equal(faded(), false);
});
test("title_data", () => {
add_canned_users();
// Groups
let is_group = true;
const user_ids_string = "9999,1000";
let expected_group_data = {
first_line: "Human Selma, Old User",
second_line: "",
third_line: "",
};
assert.deepEqual(buddy_data.get_title_data(user_ids_string, is_group), expected_group_data);
is_group = "";
// Bots with owners.
expected_group_data = {
first_line: "Blue Herring Bot",
second_line: "translated: Owner: Human Myself",
third_line: "",
};
assert.deepEqual(
buddy_data.get_title_data(bot_with_owner.user_id, is_group),
expected_group_data,
);
// Bots without owners.
expected_group_data = {
first_line: "Red Herring Bot",
second_line: "",
third_line: "",
};
assert.deepEqual(buddy_data.get_title_data(bot.user_id, is_group), expected_group_data);
// Individual users.
user_status.set_status_text({
user_id: me.user_id,
status_text: "out to lunch",
});
let expected_data = {
first_line: "Human Myself",
second_line: "out to lunch",
third_line: "translated: Active now",
show_you: true,
};
page_params.user_id = me.user_id;
assert.deepEqual(buddy_data.get_title_data(me.user_id, is_group), expected_data);
expected_data = {
first_line: "Old User",
second_line: "translated: Active more than 2 weeks ago",
third_line: "",
show_you: false,
};
assert.deepEqual(buddy_data.get_title_data(old_user.user_id, is_group), expected_data);
});
test("simple search", () => {
add_canned_users();
set_presence(selma.user_id, "active");
set_presence(me.user_id, "active");
const user_ids = buddy_data.get_filtered_and_sorted_user_ids("sel");
assert.deepEqual(user_ids, [selma.user_id]);
});
test("muted users excluded from search", () => {
people.add_active_user(selma);
muted_users.add_muted_user(selma.user_id);
let user_ids = buddy_data.get_filtered_and_sorted_user_ids();
assert.equal(user_ids.includes(selma.user_id), false);
user_ids = buddy_data.get_filtered_and_sorted_user_ids("sel");
assert.deepEqual(user_ids, []);
assert.ok(!buddy_data.matches_filter("sel", selma.user_id));
muted_users.remove_muted_user(selma.user_id);
user_ids = buddy_data.get_filtered_and_sorted_user_ids("sel");
assert.deepEqual(user_ids, [selma.user_id]);
assert.ok(buddy_data.matches_filter("sel", selma.user_id));
});
test("bulk_data_hacks", ({override_rewire}) => {
// sanity check
assert.equal(mark.user_id, 1005);
for (const i of _.range(mark.user_id + 1, 2000)) {
const person = {
user_id: i,
full_name: `Human ${i}`,
email: `person${i}@example.com`,
};
people.add_active_user(person);
}
add_canned_users();
// Make 400 of the users active
set_presence(selma.user_id, "active");
set_presence(me.user_id, "active");
for (const user_id of _.range(1000, 1400)) {
set_presence(user_id, "active");
}
// And then 300 not active
for (const user_id of _.range(1400, 1700)) {
set_presence(user_id, "offline");
}
let user_ids;
// Even though we have 1000 users, we only get the 400 active
// users. This is a consequence of buddy_data.maybe_shrink_list.
user_ids = buddy_data.get_filtered_and_sorted_user_ids();
assert.equal(user_ids.length, 400);
user_ids = buddy_data.get_filtered_and_sorted_user_ids("");
assert.equal(user_ids.length, 400);
// We don't match on "so", because it's not at the start of a
// word in the name/email.
user_ids = buddy_data.get_filtered_and_sorted_user_ids("so");
assert.equal(user_ids.length, 0);
// We match on "h" for the first name, and the result limit
// is relaxed for searches. (We exclude "me", though.)
user_ids = buddy_data.get_filtered_and_sorted_user_ids("h");
assert.equal(user_ids.length, 996);
// We match on "p" for the email.
user_ids = buddy_data.get_filtered_and_sorted_user_ids("p");
assert.equal(user_ids.length, 994);
// Make our shrink limit higher, and go back to an empty search.
// We won't get all 1000 users, just the present ones.
override_rewire(buddy_data, "max_size_before_shrinking", 50000);
user_ids = buddy_data.get_filtered_and_sorted_user_ids("");
assert.equal(user_ids.length, 700);
});
test("always show me", () => {
assert.deepEqual(buddy_data.get_filtered_and_sorted_user_ids(""), [me.user_id]);
// try to make us show twice
presence.presence_info.set(me.user_id, {status: "active"});
assert.deepEqual(buddy_data.get_filtered_and_sorted_user_ids(""), [me.user_id]);
});
test("level", () => {
presence: Tweak and document presence tuning values. We're changing the ping interval from 50s to 60s, because that's what the mobile apps have hardcoded currently, and backwards-compatibility is more important there than the web app's previously hardcoded 50s. For PRESENCE_PING_INTERVAL_SECS, the previous value hardcoded in both clients was 140s, selected as "plenty of network/other latency more than 2 x ACTIVE_PING_INTERVAL_MS". This is a pretty aggressive value; even a single request being missed or 500ing can result in a user appearing offline incorrectly. (There's a lag of up to one full ping interval between when the other client checks in and when you check in, and so we'll be at almost 2 ping intervals when you issue your next request that might get an updated connection time from that user). To increase failure tolerance, we want to change the offline threshhold from 2 x ACTIVE_PING_INTERVAL + 20s to 3 x ACTIVE_PING_INTERVAL + 20s, aka 140s => 200s, to be more robust to temporary failures causing us to display other users as offline. Since the mobile apps currently have 140s and 60s hardcoded, it should be safe to make this particular change; the mobile apps will just remain more aggressive than the web app in marking users offline until it uses the new API parameters. The end result in that Zulip will be slightly less aggressive at marking other users as offline if they go off the Internet. We will likely be able to tune ACTIVE_PING_INTERVAL downwards once #16381 and its follow-ups are completed, because it'll likely make these requests much cheaper.
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page_params.server_presence_offline_threshold_seconds = 200;
add_canned_users();
assert.equal(buddy_data.level(me.user_id), 0);
assert.equal(buddy_data.level(selma.user_id), 3);
const server_time = 9999;
const info = {
website: {
status: "active",
timestamp: server_time,
},
};
presence: Prep for upcoming changes to server data. In the next commit we're going to change what the server sends for the following: - page_params - server responses to /json/users/me/presence We will **not** yet be changing the format of the data that we get in events when users update their presence. It's also just a bit in flux what our final formats will be for various presence payloads, and different optimizations may lead us to use different data structures in different payloads. So for now we decouple these two things: raw_info: this is intended to represent a snapshot of the latest data from the server, including some data like timestamps that are only used in downstream calculations and not user-facing exports.presence_info: this is calculated info for modules like buddy_data that just need to know active vs. idle and last_active_date Another change that happens here is we rename set_info_for_user to update_info_for_event, which just makes it clear that the function expects data in the "event" format (as opposed to the format for page_params or server responses). As of now keeping the intermediate raw_info data around feels slightly awkward, because we just immediately calculate presence_info for any kind of update. This may be sorta surprising if you just skim the code and see the various timeout constants. You would think we might be automatically expiring "active" statuses in the client due to the simple passage of time, but in fact the precise places we do this are all triggered by new data from the server and we re-calculate statuses immediately. (There are indirect ways that clients have timing logic, since they ask the server for new data at various intervals, but a smarter client could simply expire users on its own, or at least with a more efficient transfer of info between it and the server. One of the thing that complicates client-side logic is that server and client clocks may be out of sync. Also, it's not inherently super expensive to get updates from the server.)
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presence.update_info_from_event(me.user_id, info, server_time);
presence.update_info_from_event(selma.user_id, info, server_time);
assert.equal(buddy_data.level(me.user_id), 0);
assert.equal(buddy_data.level(selma.user_id), 1);
user_settings.presence_enabled = false;
set_presence(selma.user_id, "offline");
// Selma gets demoted to level 3, but "me"
// stays in level 0.
assert.equal(buddy_data.level(me.user_id), 0);
assert.equal(buddy_data.level(selma.user_id), 3);
});
test("user_last_seen_time_status", ({override}) => {
set_presence(selma.user_id, "active");
set_presence(me.user_id, "active");
assert.equal(buddy_data.user_last_seen_time_status(selma.user_id), "translated: Active now");
page_params.realm_is_zephyr_mirror_realm = true;
assert.equal(
buddy_data.user_last_seen_time_status(old_user.user_id),
"translated: Activity unknown",
);
page_params.realm_is_zephyr_mirror_realm = false;
assert.equal(
buddy_data.user_last_seen_time_status(old_user.user_id),
"translated: Active more than 2 weeks ago",
);
presence.presence_info.set(old_user.user_id, {last_active: 1526137743});
override(timerender, "last_seen_status_from_date", (date) => {
assert.deepEqual(date, new Date(1526137743000));
return "translated: Active May 12";
});
assert.equal(
buddy_data.user_last_seen_time_status(old_user.user_id),
"translated: Active May 12",
);
set_presence(selma.user_id, "idle");
assert.equal(buddy_data.user_last_seen_time_status(selma.user_id), "translated: Idle");
});
test("get_items_for_users", () => {
people.add_active_user(alice);
people.add_active_user(fred);
set_presence(alice.user_id, "offline");
user_settings.emojiset = "google";
user_settings.user_list_style = 2;
const status_emoji_info = {
emoji_alt_code: false,
emoji_name: "car",
emoji_code: "1f697",
reaction_type: "unicode_emoji",
};
const user_ids = [me.user_id, alice.user_id, fred.user_id];
for (const user_id of user_ids) {
user_status.set_status_emoji({user_id, ...status_emoji_info});
}
const user_list_style = {
COMPACT: false,
WITH_STATUS: true,
WITH_AVATAR: false,
};
assert.deepEqual(buddy_data.get_items_for_users(user_ids), [
{
faded: false,
href: "#narrow/dm/1001-Human-Myself",
is_current_user: true,
name: "Human Myself",
num_unread: 0,
status_emoji_info,
status_text: undefined,
user_circle_class: "user_circle_green",
user_id: 1001,
user_list_style,
},
{
faded: false,
href: "#narrow/dm/1002-Alice-Smith",
is_current_user: false,
name: "Alice Smith",
num_unread: 0,
status_emoji_info,
status_text: undefined,
user_circle_class: "user_circle_empty",
user_id: 1002,
user_list_style,
},
{
faded: false,
href: "#narrow/dm/1003-Fred-Flintstone",
is_current_user: false,
name: "Fred Flintstone",
num_unread: 0,
status_emoji_info,
status_text: undefined,
user_circle_class: "user_circle_empty",
user_id: 1003,
user_list_style,
},
]);
});
test("error handling", () => {
presence.presence_info.set(42, {status: "active"});
blueslip.expect("error", "Unknown user_id in get_by_user_id");
blueslip.expect("warn", "Got user_id in presence but not people: 42");
buddy_data.get_filtered_and_sorted_user_ids();
});