/*global mock, converse */
const Model = converse.env.Model;
const Strophe = converse.env.Strophe;
const $iq = converse.env.$iq;
const $msg = converse.env.$msg;
const dayjs = converse.env.dayjs;
const u = converse.env.utils;
const sizzle = converse.env.sizzle;
const original_timeout = jasmine.DEFAULT_TIMEOUT_INTERVAL;
// See: https://xmpp.org/rfcs/rfc3921.html
// Implements the protocol defined in https://xmpp.org/extensions/xep-0313.html#config
describe("Message Archive Management", function () {
beforeEach(() => (jasmine.DEFAULT_TIMEOUT_INTERVAL = 7000));
afterEach(() => (jasmine.DEFAULT_TIMEOUT_INTERVAL = original_timeout));
describe("The XEP-0313 Archive", function () {
it("is queried when the user enters a new MUC",
mock.initConverse(['discoInitialized'], {'archived_messages_page_size': 2}, async function (done, _converse) {
const sent_IQs = _converse.connection.IQ_stanzas;
const muc_jid = 'orchard@chat.shakespeare.lit';
await mock.openAndEnterChatRoom(_converse, muc_jid, 'romeo');
let view = _converse.chatboxviews.get(muc_jid);
let iq_get = await u.waitUntil(() => sent_IQs.filter(iq => iq.querySelector(`iq query[xmlns="${Strophe.NS.MAM}"]`)).pop());
expect(Strophe.serialize(iq_get)).toBe(
``+
``+
``+
`urn:xmpp:mam:2`+
``+
`2`+
``+
``);
let first_msg_id = _converse.connection.getUniqueId();
let last_msg_id = _converse.connection.getUniqueId();
let message = u.toStanza(
`
2nd Message
`);
_converse.connection._dataRecv(mock.createRequest(message));
message = u.toStanza(
`
3rd Message
`);
_converse.connection._dataRecv(mock.createRequest(message));
// Clear so that we don't match the older query
while (sent_IQs.length) { sent_IQs.pop(); }
// XXX: Even though the count is 3, when fetching messages for
// the first time, we don't paginate, so that message
// is not fetched. The user needs to manually load older
// messages for it to be fetched.
// TODO: we need to add a clickable link to load older messages
let result = u.toStanza(
`
${first_msg_id}
${last_msg_id}
3
`);
_converse.connection._dataRecv(mock.createRequest(result));
await u.waitUntil(() => view.model.messages.length === 2);
view.close();
// Clear so that we don't match the older query
while (sent_IQs.length) { sent_IQs.pop(); }
await u.waitUntil(() => _converse.chatboxes.length === 1);
await mock.openAndEnterChatRoom(_converse, muc_jid, 'romeo');
view = _converse.chatboxviews.get(muc_jid);
await u.waitUntil(() => view.model.messages.length);
iq_get = await u.waitUntil(() => sent_IQs.filter(iq => iq.querySelector(`iq query[xmlns="${Strophe.NS.MAM}"]`)).pop());
expect(Strophe.serialize(iq_get)).toBe(
``+
``+
``+
`urn:xmpp:mam:2`+
``+
`${message.querySelector('result').getAttribute('id')}2`+
``+
``);
first_msg_id = _converse.connection.getUniqueId();
last_msg_id = _converse.connection.getUniqueId();
message = u.toStanza(
`
4th Message
`);
_converse.connection._dataRecv(mock.createRequest(message));
message = u.toStanza(
`
5th Message
`);
_converse.connection._dataRecv(mock.createRequest(message));
// Clear so that we don't match the older query
while (sent_IQs.length) { sent_IQs.pop(); }
result = u.toStanza(
`
${first_msg_id}
${last_msg_id}
5
`);
_converse.connection._dataRecv(mock.createRequest(result));
await u.waitUntil(() => view.model.messages.length === 4);
iq_get = await u.waitUntil(() => sent_IQs.filter(iq => iq.querySelector(`iq query[xmlns="${Strophe.NS.MAM}"]`)).pop());
expect(Strophe.serialize(iq_get)).toBe(
``+
``+
``+
`urn:xmpp:mam:2`+
``+
``+
`${last_msg_id}`+
`2`+
``+
``+
``);
const msg_id = _converse.connection.getUniqueId();
message = u.toStanza(
`
6th Message
`);
_converse.connection._dataRecv(mock.createRequest(message));
result = u.toStanza(
`
${msg_id}
${msg_id}
6
`);
_converse.connection._dataRecv(mock.createRequest(result));
await u.waitUntil(() => view.model.messages.length === 5);
await u.waitUntil(() => view.content.querySelectorAll('.chat-msg__text').length);
await u.waitUntil(() => Array.from(view.content.querySelectorAll('.chat-msg__text'))
.map(e => e.textContent).join(' ') === "2nd Message 3rd Message 4th Message 5th Message 6th Message", 1000);
done();
}));
});
describe("An archived message", function () {
describe("when received", function () {
it("is discarded if it doesn't come from the right sender",
mock.initConverse(
['discoInitialized'], {},
async function (done, _converse) {
await mock.waitForRoster(_converse, 'current', 1);
const contact_jid = mock.cur_names[0].replace(/ /g,'.').toLowerCase() + '@montague.lit';
await mock.openChatBoxFor(_converse, contact_jid);
const view = _converse.chatboxviews.get(contact_jid);
await mock.waitUntilDiscoConfirmed(_converse, _converse.bare_jid, null, [Strophe.NS.MAM]);
const sent_IQs = _converse.connection.IQ_stanzas;
const stanza = await u.waitUntil(() => sent_IQs.filter(iq => iq.querySelector(`iq[type="set"] query[xmlns="${Strophe.NS.MAM}"]`)).pop());
const queryid = stanza.querySelector('query').getAttribute('queryid');
let msg = $msg({'id': _converse.connection.getUniqueId(), 'from': 'impersonator@capulet.lit', 'to': _converse.bare_jid})
.c('result', {'xmlns': 'urn:xmpp:mam:2', 'queryid':queryid, 'id': _converse.connection.getUniqueId()})
.c('forwarded', {'xmlns':'urn:xmpp:forward:0'})
.c('delay', {'xmlns':'urn:xmpp:delay', 'stamp':'2010-07-10T23:08:25Z'}).up()
.c('message', {
'xmlns':'jabber:client',
'to': _converse.bare_jid,
'id': _converse.connection.getUniqueId(),
'from': contact_jid,
'type':'chat'
}).c('body').t("Meet me at the dance");
spyOn(converse.env.log, 'warn');
_converse.connection._dataRecv(mock.createRequest(msg));
expect(converse.env.log.warn).toHaveBeenCalledWith(`Ignoring alleged MAM message from ${msg.nodeTree.getAttribute('from')}`);
msg = $msg({'id': _converse.connection.getUniqueId(), 'to': _converse.bare_jid})
.c('result', {'xmlns': 'urn:xmpp:mam:2', 'queryid':queryid, 'id': _converse.connection.getUniqueId()})
.c('forwarded', {'xmlns':'urn:xmpp:forward:0'})
.c('delay', {'xmlns':'urn:xmpp:delay', 'stamp':'2010-07-10T23:08:25Z'}).up()
.c('message', {
'xmlns':'jabber:client',
'to': _converse.bare_jid,
'id': _converse.connection.getUniqueId(),
'from': contact_jid,
'type':'chat'
}).c('body').t("Thrice the brinded cat hath mew'd.");
_converse.connection._dataRecv(mock.createRequest(msg));
const iq_result = $iq({'type': 'result', 'id': stanza.getAttribute('id')})
.c('fin', {'xmlns': 'urn:xmpp:mam:2'})
.c('set', {'xmlns': 'http://jabber.org/protocol/rsm'})
.c('first', {'index': '0'}).t('23452-4534-1').up()
.c('last').t('09af3-cc343-b409f').up()
.c('count').t('16');
_converse.connection._dataRecv(mock.createRequest(iq_result));
await new Promise(resolve => view.model.messages.once('rendered', resolve));
expect(view.model.messages.length).toBe(1);
expect(view.model.messages.at(0).get('message')).toBe("Thrice the brinded cat hath mew'd.");
done();
}));
it("updates the is_archived value of an already cached version",
mock.initConverse(
['discoInitialized'], {},
async function (done, _converse) {
await mock.openAndEnterChatRoom(_converse, 'trek-radio@conference.lightwitch.org', 'romeo');
const view = _converse.chatboxviews.get('trek-radio@conference.lightwitch.org');
let stanza = u.toStanza(
`
Hello
`);
_converse.connection._dataRecv(mock.createRequest(stanza));
await u.waitUntil(() => view.content.querySelectorAll('.chat-msg').length);
expect(view.model.messages.length).toBe(1);
expect(view.model.messages.at(0).get('is_archived')).toBe(false);
expect(view.model.messages.at(0).get('stanza_id trek-radio@conference.lightwitch.org')).toBe('45fbbf2a-1059-479d-9283-c8effaf05621');
stanza = u.toStanza(
`
Hello
`);
spyOn(view.model, 'getDuplicateMessage').and.callThrough();
spyOn(view.model, 'updateMessage').and.callThrough();
view.model.handleMAMResult({ 'messages': [stanza] });
await u.waitUntil(() => view.model.getDuplicateMessage.calls.count());
expect(view.model.getDuplicateMessage.calls.count()).toBe(1);
const result = view.model.getDuplicateMessage.calls.all()[0].returnValue
expect(result instanceof _converse.Message).toBe(true);
expect(view.content.querySelectorAll('.chat-msg').length).toBe(1);
await u.waitUntil(() => view.model.updateMessage.calls.count());
expect(view.model.messages.length).toBe(1);
expect(view.model.messages.at(0).get('is_archived')).toBe(true);
expect(view.model.messages.at(0).get('stanza_id trek-radio@conference.lightwitch.org')).toBe('45fbbf2a-1059-479d-9283-c8effaf05621');
done();
}));
it("isn't shown as duplicate by comparing its stanza id or archive id",
mock.initConverse(
['discoInitialized'], {},
async function (done, _converse) {
await mock.openAndEnterChatRoom(_converse, 'trek-radio@conference.lightwitch.org', 'jcbrand');
const view = _converse.chatboxviews.get('trek-radio@conference.lightwitch.org');
let stanza = u.toStanza(
`
negan
`);
_converse.connection._dataRecv(mock.createRequest(stanza));
await u.waitUntil(() => view.content.querySelectorAll('.chat-msg').length);
// Not sure whether such a race-condition might pose a problem
// in "real-world" situations.
stanza = u.toStanza(
`
negan
`);
spyOn(view.model, 'getDuplicateMessage').and.callThrough();
view.model.handleMAMResult({ 'messages': [stanza] });
await u.waitUntil(() => view.model.getDuplicateMessage.calls.count());
expect(view.model.getDuplicateMessage.calls.count()).toBe(1);
const result = await view.model.getDuplicateMessage.calls.all()[0].returnValue
expect(result instanceof _converse.Message).toBe(true);
expect(view.content.querySelectorAll('.chat-msg').length).toBe(1);
done();
}));
it("isn't shown as duplicate by comparing only the archive id",
mock.initConverse(
['discoInitialized'], {},
async function (done, _converse) {
await mock.openAndEnterChatRoom(_converse, 'discuss@conference.conversejs.org', 'romeo');
const view = _converse.chatboxviews.get('discuss@conference.conversejs.org');
let stanza = u.toStanza(
`
looks like omemo fails completely with "bundle is undefined" when there is a device in the devicelist that has no keys published