mjolnir/test/integration/banListTest.ts

447 lines
28 KiB
TypeScript

import { strict as assert } from "assert";
import { newTestUser } from "./clientHelper";
import { LogService, MatrixClient, Permalinks, UserID } from "matrix-bot-sdk";
import PolicyList, { ChangeType, ListRuleChange } from "../../src/models/PolicyList";
import { ServerAcl } from "../../src/models/ServerAcl";
import { getFirstReaction } from "./commands/commandUtils";
import { getMessagesByUserIn } from "../../src/utils";
import { Mjolnir } from "../../src/Mjolnir";
import { ALL_RULE_TYPES, RULE_SERVER, RULE_USER, SERVER_RULE_TYPES } from "../../src/models/ListRule";
/**
* Create a policy rule in a policy room.
* @param client A matrix client that is logged in
* @param policyRoomId The room id to add the policy to.
* @param policyType The type of policy to add e.g. m.policy.rule.user. (Use RULE_USER though).
* @param entity The entity to ban e.g. @foo:example.org
* @param reason A reason for the rule e.g. 'Wouldn't stop posting spam links'
* @param template The template to use for the policy rule event.
* @returns The event id of the newly created policy rule.
*/
async function createPolicyRule(client: MatrixClient, policyRoomId: string, policyType: string, entity: string, reason: string, template = { recommendation: 'm.ban' }) {
return await client.sendStateEvent(policyRoomId, policyType, `rule:${entity}`, {
entity,
reason,
...template,
});
}
describe("Test: Updating the PolicyList", function() {
it("Calculates what has changed correctly.", async function() {
this.timeout(10000);
const mjolnir: Mjolnir = this.mjolnir!
const moderator = await newTestUser({ name: { contains: "moderator" } });
const banListId = await mjolnir.client.createRoom({ invite: [await moderator.getUserId()] });
const banList = new PolicyList(banListId, banListId, mjolnir.client);
mjolnir.client.setUserPowerLevel(await moderator.getUserId(), banListId, 100);
assert.equal(banList.allRules.length, 0);
// Test adding a new rule
await createPolicyRule(mjolnir.client, banListId, RULE_USER, '@added:localhost:9999', '');
let changes: ListRuleChange[] = await banList.updateList();
assert.equal(changes.length, 1, 'There should only be one change');
assert.equal(changes[0].changeType, ChangeType.Added);
assert.equal(changes[0].sender, await mjolnir.client.getUserId());
assert.equal(banList.userRules.length, 1);
assert.equal(banList.allRules.length, 1);
// Test modifiying a rule
let originalEventId = await createPolicyRule(mjolnir.client, banListId, RULE_USER, '@modified:localhost:9999', '');
await banList.updateList();
let modifyingEventId = await createPolicyRule(mjolnir.client, banListId, RULE_USER, '@modified:localhost:9999', 'modified reason');
changes = await banList.updateList();
assert.equal(changes.length, 1);
assert.equal(changes[0].changeType, ChangeType.Modified);
assert.equal(changes[0].previousState['event_id'], originalEventId, 'There should be a previous state event for a modified rule');
assert.equal(changes[0].event['event_id'], modifyingEventId);
let modifyingAgainEventId = await createPolicyRule(mjolnir.client, banListId, RULE_USER, '@modified:localhost:9999', 'modified again');
changes = await banList.updateList();
assert.equal(changes.length, 1);
assert.equal(changes[0].changeType, ChangeType.Modified);
assert.equal(changes[0].previousState['event_id'], modifyingEventId, 'There should be a previous state event for a modified rule');
assert.equal(changes[0].event['event_id'], modifyingAgainEventId);
assert.equal(banList.userRules.length, 2, 'There should be two rules, one for @modified:localhost:9999 and one for @added:localhost:9999');
// Test redacting a rule
const redactThis = await createPolicyRule(mjolnir.client, banListId, RULE_USER, '@redacted:localhost:9999', '');
await banList.updateList();
assert.equal(banList.userRules.filter(r => r.entity === '@redacted:localhost:9999').length, 1);
await mjolnir.client.redactEvent(banListId, redactThis);
changes = await banList.updateList();
assert.equal(changes.length, 1);
assert.equal(changes[0].changeType, ChangeType.Removed);
assert.equal(changes[0].event['event_id'], redactThis, 'Should show the new version of the event with redacted content');
assert.equal(Object.keys(changes[0].event['content']).length, 0, 'Should show the new version of the event with redacted content');
assert.notEqual(Object.keys(changes[0].previousState['content']), 0, 'Should have a copy of the unredacted state');
assert.notEqual(changes[0].rule, undefined, 'The previous rule should be present');
assert.equal(banList.userRules.filter(r => r.entity === '@redacted:localhost:9999').length, 0, 'The rule should be removed.');
// Test soft redaction of a rule
const softRedactedEntity = '@softredacted:localhost:9999'
await createPolicyRule(mjolnir.client, banListId, RULE_USER, softRedactedEntity, '');
await banList.updateList();
assert.equal(banList.userRules.filter(r => r.entity === softRedactedEntity).length, 1);
await mjolnir.client.sendStateEvent(banListId, RULE_USER, `rule:${softRedactedEntity}`, {});
changes = await banList.updateList();
assert.equal(changes.length, 1);
assert.equal(changes[0].changeType, ChangeType.Removed);
assert.equal(Object.keys(changes[0].event['content']).length, 0, 'Should show the new version of the event with redacted content');
assert.notEqual(Object.keys(changes[0].previousState['content']), 0, 'Should have a copy of the unredacted state');
assert.notEqual(changes[0].rule, undefined, 'The previous rule should be present');
assert.equal(banList.userRules.filter(r => r.entity === softRedactedEntity).length, 0, 'The rule should have been removed');
// Now test a double soft redaction just to make sure stuff doesn't explode
await mjolnir.client.sendStateEvent(banListId, RULE_USER, `rule:${softRedactedEntity}`, {});
changes = await banList.updateList();
assert.equal(changes.length, 0, "It shouldn't detect a double soft redaction as a change, it should be seen as adding an invalid rule.");
assert.equal(banList.userRules.filter(r => r.entity === softRedactedEntity).length, 0, 'The rule should have been removed');
// Test that different (old) rule types will be modelled as the latest event type.
originalEventId = await createPolicyRule(mjolnir.client, banListId, 'org.matrix.mjolnir.rule.user', '@old:localhost:9999', '');
changes = await banList.updateList();
assert.equal(changes.length, 1);
assert.equal(changes[0].changeType, ChangeType.Added);
assert.equal(banList.userRules.filter(r => r.entity === '@old:localhost:9999').length, 1);
modifyingEventId = await createPolicyRule(mjolnir.client, banListId, 'm.room.rule.user', '@old:localhost:9999', 'modified reason');
changes = await banList.updateList();
assert.equal(changes.length, 1);
assert.equal(changes[0].changeType, ChangeType.Modified);
assert.equal(changes[0].event['event_id'], modifyingEventId);
assert.equal(changes[0].previousState['event_id'], originalEventId, 'There should be a previous state event for a modified rule');
assert.equal(banList.userRules.filter(r => r.entity === '@old:localhost:9999').length, 1);
modifyingAgainEventId = await createPolicyRule(mjolnir.client, banListId, RULE_USER, '@old:localhost:9999', 'changes again');
changes = await banList.updateList();
assert.equal(changes.length, 1);
assert.equal(changes[0].changeType, ChangeType.Modified);
assert.equal(changes[0].event['event_id'], modifyingAgainEventId);
assert.equal(changes[0].previousState['event_id'], modifyingEventId, 'There should be a previous state event for a modified rule');
assert.equal(banList.userRules.filter(r => r.entity === '@old:localhost:9999').length, 1);
})
it("Will remove rules with old types when they are 'soft redacted' with a different but more recent event type.", async function() {
this.timeout(3000);
const mjolnir: Mjolnir = this.mjolnir!
const moderator = await newTestUser({ name: { contains: "moderator" }} );
const banListId = await mjolnir.client.createRoom({ invite: [await moderator.getUserId()] });
const banList = new PolicyList(banListId, banListId, mjolnir.client);
mjolnir.client.setUserPowerLevel(await moderator.getUserId(), banListId, 100);
const entity = '@old:localhost:9999';
let originalEventId = await createPolicyRule(mjolnir.client, banListId, 'm.room.rule.user', entity, '');
let changes = await banList.updateList();
assert.equal(changes.length, 1);
assert.equal(changes[0].changeType, ChangeType.Added);
assert.equal(banList.userRules.filter(rule => rule.entity === entity).length, 1, 'There should be a rule stored that we just added...')
let softRedactingEventId = await mjolnir.client.sendStateEvent(banListId, RULE_USER, `rule:${entity}`, {});
changes = await banList.updateList();
assert.equal(changes.length, 1);
assert.equal(changes[0].changeType, ChangeType.Removed);
assert.equal(changes[0].event['event_id'], softRedactingEventId);
assert.equal(changes[0].previousState['event_id'], originalEventId, 'There should be a previous state event for a modified rule');
assert.equal(banList.userRules.filter(rule => rule.entity === entity).length, 0, 'The rule should no longer be stored.');
})
it("A rule of the most recent type won't be deleted when an old rule is deleted for the same entity.", async function() {
this.timeout(3000);
const mjolnir: Mjolnir = this.mjolnir!
const moderator = await newTestUser({ name: { contains: "moderator" } });
const banListId = await mjolnir.client.createRoom({ invite: [await moderator.getUserId()] });
const banList = new PolicyList(banListId, banListId, mjolnir.client);
mjolnir.client.setUserPowerLevel(await moderator.getUserId(), banListId, 100);
const entity = '@old:localhost:9999';
let originalEventId = await createPolicyRule(mjolnir.client, banListId, 'm.room.rule.user', entity, '');
let changes = await banList.updateList();
assert.equal(changes.length, 1);
assert.equal(changes[0].changeType, ChangeType.Added);
assert.equal(banList.userRules.filter(rule => rule.entity === entity).length, 1, 'There should be a rule stored that we just added...')
let updatedEventId = await createPolicyRule(mjolnir.client, banListId, RULE_USER, entity, '');
changes = await banList.updateList();
// If in the future you change this and it fails, it's really subjective whether this constitutes a modification, since the only thing that has changed
// is the rule type. The actual content is identical.
assert.equal(changes.length, 1);
assert.equal(changes[0].changeType, ChangeType.Modified);
assert.equal(changes[0].event['event_id'], updatedEventId);
assert.equal(changes[0].previousState['event_id'], originalEventId, 'There should be a previous state event for a modified rule');
assert.equal(banList.userRules.filter(rule => rule.entity === entity).length, 1, 'Only the latest version of the rule gets returned.');
// Now we delete the old version of the rule without consequence.
await mjolnir.client.sendStateEvent(banListId, 'm.room.rule.user', `rule:${entity}`, {});
changes = await banList.updateList();
assert.equal(changes.length, 0);
assert.equal(banList.userRules.filter(rule => rule.entity === entity).length, 1, 'The rule should still be active.');
// And we can still delete the new version of the rule.
let softRedactingEventId = await mjolnir.client.sendStateEvent(banListId, RULE_USER, `rule:${entity}`, {});
changes = await banList.updateList();
assert.equal(changes.length, 1);
assert.equal(changes[0].changeType, ChangeType.Removed);
assert.equal(changes[0].event['event_id'], softRedactingEventId);
assert.equal(changes[0].previousState['event_id'], updatedEventId, 'There should be a previous state event for a modified rule');
assert.equal(banList.userRules.filter(rule => rule.entity === entity).length, 0, 'The rule should no longer be stored.');
})
it('Test: PolicyList Supports all entity types.', async function () {
const mjolnir: Mjolnir = this.mjolnir!
const banListId = await mjolnir.client.createRoom();
const banList = new PolicyList(banListId, banListId, mjolnir.client);
for (let i = 0; i < ALL_RULE_TYPES.length; i++) {
await createPolicyRule(mjolnir.client, banListId, ALL_RULE_TYPES[i], `*${i}*`, '');
}
let changes: ListRuleChange[] = await banList.updateList();
assert.equal(changes.length, ALL_RULE_TYPES.length);
assert.equal(banList.allRules.length, ALL_RULE_TYPES.length);
})
});
describe('Test: We do not respond to recommendations other than m.ban in the PolicyList', function() {
it('Will not respond to a rule that has a different recommendation to m.ban (or the unstable equivalent).', async function() {
const mjolnir: Mjolnir = this.mjolnir!
const banListId = await mjolnir.client.createRoom();
const banList = new PolicyList(banListId, banListId, mjolnir.client);
await createPolicyRule(mjolnir.client, banListId, RULE_SERVER, 'exmaple.org', '', { recommendation: 'something that is not m.ban' });
let changes: ListRuleChange[] = await banList.updateList();
assert.equal(changes.length, 1, 'There should only be one change');
assert.equal(changes[0].changeType, ChangeType.Added);
assert.equal(changes[0].sender, await mjolnir.client.getUserId());
// We really don't want things that aren't m.ban to end up being accessible in these APIs.
assert.equal(banList.serverRules.length, 0, `We should have an empty serverRules, got ${JSON.stringify(banList.serverRules)}`);
assert.equal(banList.allRules.length, 0, `We should have an empty allRules, got ${JSON.stringify(banList.allRules)}`);
})
})
describe('Test: We will not be able to ban ourselves via ACL.', function() {
it('We do not ban ourselves when we put ourselves into the policy list.', async function() {
const mjolnir: Mjolnir = this.mjolnir
const serverName = new UserID(await mjolnir.client.getUserId()).domain;
const banListId = await mjolnir.client.createRoom();
const banList = new PolicyList(banListId, banListId, mjolnir.client);
await createPolicyRule(mjolnir.client, banListId, RULE_SERVER, serverName, '');
await createPolicyRule(mjolnir.client, banListId, RULE_SERVER, 'evil.com', '');
await createPolicyRule(mjolnir.client, banListId, RULE_SERVER, '*', '');
// We should still intern the matching rules rule.
let changes: ListRuleChange[] = await banList.updateList();
assert.equal(banList.serverRules.length, 3);
// But when we construct an ACL, we should be safe.
const acl = new ServerAcl(serverName)
changes.forEach(change => acl.denyServer(change.rule.entity));
assert.equal(acl.safeAclContent().deny.length, 1);
assert.equal(acl.literalAclContent().deny.length, 3);
})
})
describe('Test: ACL updates will batch when rules are added in succession.', function() {
it('Will batch ACL updates if we spam rules into a PolicyList', async function() {
const mjolnir: Mjolnir = this.mjolnir!
const serverName: string = new UserID(await mjolnir.client.getUserId()).domain
const moderator = await newTestUser({ name: { contains: "moderator" } });
moderator.joinRoom(this.mjolnir.client.managementRoomId);
const mjolnirId = await mjolnir.client.getUserId();
// Setup some protected rooms so we can check their ACL state later.
const protectedRooms: string[] = [];
for (let i = 0; i < 10; i++) {
const room = await moderator.createRoom({ invite: [mjolnirId] });
await mjolnir.client.joinRoom(room);
await moderator.setUserPowerLevel(mjolnirId, room, 100);
await mjolnir.addProtectedRoom(room);
protectedRooms.push(room);
}
// If a previous test hasn't cleaned up properly, these rooms will be populated by bogus ACLs at this point.
await mjolnir.syncLists();
await Promise.all(protectedRooms.map(async room => {
// We're going to need timeline pagination I'm afraid.
const roomAcl = await mjolnir.client.getRoomStateEvent(room, "m.room.server_acl", "");
assert.equal(roomAcl?.deny?.length ?? 0, 0, 'There should be no entries in the deny ACL.');
}));
// Flood the watched list with banned servers, which should prompt Mjolnir to update server ACL in protected rooms.
const banListId = await moderator.createRoom({ invite: [mjolnirId] });
mjolnir.client.joinRoom(banListId);
mjolnir.watchList(Permalinks.forRoom(banListId));
const acl = new ServerAcl(serverName).denyIpAddresses().allowServer("*");
const evilServerCount = 200;
for (let i = 0; i < evilServerCount; i++) {
const badServer = `${i}.evil.com`;
acl.denyServer(badServer);
await createPolicyRule(moderator, banListId, RULE_SERVER, badServer, `Rule #${i}`);
// Give them a bit of a spread over time.
await new Promise(resolve => setTimeout(resolve, 5));
}
// We do this because it should force us to wait until all the ACL events have been applied.
// Even if that does mean the last few events will not go through batching...
await mjolnir.syncLists();
// At this point we check that the state within Mjolnir is internally consistent, this is just because debugging the following
// is a pita.
const list: PolicyList = this.mjolnir.policyLists[0]!;
assert.equal(list.serverRules.length, evilServerCount, `There should be ${evilServerCount} rules in here`);
// Check each of the protected rooms for ACL events and make sure they were batched and are correct.
await Promise.all(protectedRooms.map(async room => {
const roomAcl = await mjolnir.client.getRoomStateEvent(room, "m.room.server_acl", "");
if (!acl.matches(roomAcl)) {
assert.fail(`Room ${room} doesn't have the correct ACL: ${JSON.stringify(roomAcl, null, 2)}`)
}
let aclEventCount = 0;
await getMessagesByUserIn(mjolnir.client, mjolnirId, room, 100, events => {
events.forEach(event => event.type === 'm.room.server_acl' ? aclEventCount += 1 : null);
});
LogService.debug('PolicyListTest', `aclEventCount: ${aclEventCount}`);
// If there's less than two then it means the ACL was updated by this test calling `this.mjolnir!.syncLists()`
// and not the listener that detects changes to ban lists (that we want to test!).
// It used to be 10, but it was too low, 30 seems better for CI.
assert.equal(aclEventCount < 30 && aclEventCount > 2, true, 'We should have sent less than 30 ACL events to each room because they should be batched')
}));
})
})
describe('Test: unbaning entities via the PolicyList.', function() {
afterEach(function() { this.moderator?.stop(); });
it('Will remove rules that have legacy types', async function() {
this.timeout(20000)
const mjolnir: Mjolnir = this.mjolnir!
const serverName: string = new UserID(await mjolnir.client.getUserId()).domain
const moderator = await newTestUser({ name: { contains: "moderator" } });
this.moderator = moderator;
moderator.joinRoom(mjolnir.managementRoomId);
const mjolnirId = await mjolnir.client.getUserId();
// We'll make 1 protected room to test ACLs in.
const protectedRoom = await moderator.createRoom({ invite: [mjolnirId] });
await mjolnir.client.joinRoom(protectedRoom);
await moderator.setUserPowerLevel(mjolnirId, protectedRoom, 100);
await mjolnir.addProtectedRoom(protectedRoom);
// If a previous test hasn't cleaned up properly, these rooms will be populated by bogus ACLs at this point.
await mjolnir.syncLists();
const roomAcl = await mjolnir.client.getRoomStateEvent(protectedRoom, "m.room.server_acl", "");
assert.equal(roomAcl?.deny?.length ?? 0, 0, 'There should be no entries in the deny ACL.');
// Create some legacy rules on a PolicyList.
const banListId = await moderator.createRoom({ invite: [mjolnirId] });
await moderator.setUserPowerLevel(await mjolnir.client.getUserId(), banListId, 100);
await moderator.sendStateEvent(banListId, 'org.matrix.mjolnir.shortcode', '', { shortcode: "unban-test" });
await mjolnir.client.joinRoom(banListId);
this.mjolnir!.watchList(Permalinks.forRoom(banListId));
// we use this to compare changes.
const banList = new PolicyList(banListId, banListId, moderator);
// we need two because we need to test the case where an entity has all rule types in the list
// and another one that only has one (so that we would hit 404 while looking up state)
const olderBadServer = "old.evil.com"
const newerBadServer = "new.evil.com"
await Promise.all(SERVER_RULE_TYPES.map(type => createPolicyRule(moderator, banListId, type, olderBadServer, 'gregg rulz ok')));
await createPolicyRule(moderator, banListId, RULE_SERVER, newerBadServer, 'this is bad sort it out.');
// Wait for the ACL event to be applied to our protected room.
await this.mjolnir!.syncLists();
await banList.updateList();
// rules are normalized, that's why there should only be 2.
assert.equal(banList.allRules.length, 2);
// Check that we have setup our test properly and therefore evil.com is banned.
const acl = new ServerAcl(serverName).denyIpAddresses().allowServer("*").denyServer(olderBadServer).denyServer(newerBadServer);
const protectedAcl = await mjolnir.client.getRoomStateEvent(protectedRoom, "m.room.server_acl", "");
if (!acl.matches(protectedAcl)) {
assert.fail(`Room ${protectedRoom} doesn't have the correct ACL: ${JSON.stringify(roomAcl, null, 2)}`);
}
// Now unban the servers, we will go via the unban command for completeness sake.
try {
await moderator.start();
for (const server of [olderBadServer, newerBadServer]) {
await getFirstReaction(moderator, this.mjolnir.managementRoomId, '✅', async () => {
return await moderator.sendMessage(this.mjolnir.managementRoomId, { msgtype: 'm.text', body: `!mjolnir unban unban-test server ${server}` });
});
}
} finally {
moderator.stop();
}
// Wait for mjolnir to sync protected rooms to update ACL.
await this.mjolnir!.syncLists();
// Confirm that the server is unbanned.
await banList.updateList();
assert.equal(banList.allRules.length, 0);
const aclAfter = await mjolnir.client.getRoomStateEvent(protectedRoom, "m.room.server_acl", "");
assert.equal(aclAfter.deny.length, 0, 'Should be no servers denied anymore');
})
})
describe('Test: should apply bans to the most recently active rooms first', function() {
it('Applies bans to the most recently active rooms first', async function() {
this.timeout(180000)
const mjolnir: Mjolnir = this.mjolnir!
const serverName: string = new UserID(await mjolnir.client.getUserId()).domain
const moderator = await newTestUser({ name: { contains: "moderator" } });
moderator.joinRoom(mjolnir.managementRoomId);
const mjolnirId = await mjolnir.client.getUserId();
// Setup some protected rooms so we can check their ACL state later.
const protectedRooms: string[] = [];
for (let i = 0; i < 10; i++) {
const room = await moderator.createRoom({ invite: [mjolnirId] });
await mjolnir.client.joinRoom(room);
await moderator.setUserPowerLevel(mjolnirId, room, 100);
await mjolnir.addProtectedRoom(room);
protectedRooms.push(room);
}
// If a previous test hasn't cleaned up properly, these rooms will be populated by bogus ACLs at this point.
await mjolnir.syncLists();
await Promise.all(protectedRooms.map(async room => {
const roomAcl = await mjolnir.client.getRoomStateEvent(room, "m.room.server_acl", "").catch(e => e.statusCode === 404 ? { deny: [] } : Promise.reject(e));
assert.equal(roomAcl?.deny?.length ?? 0, 0, 'There should be no entries in the deny ACL.');
}));
// Flood the watched list with banned servers, which should prompt Mjolnir to update server ACL in protected rooms.
const banListId = await moderator.createRoom({ invite: [mjolnirId] });
mjolnir.client.joinRoom(banListId);
mjolnir.watchList(Permalinks.forRoom(banListId));
await mjolnir.syncLists();
// shuffle protected rooms https://stackoverflow.com/a/12646864, we do this so we can create activity "randomly" in them.
for (let i = protectedRooms.length - 1; i > 0; i--) {
const j = Math.floor(Math.random() * (i + 1));
[protectedRooms[i], protectedRooms[j]] = [protectedRooms[j], protectedRooms[i]];
}
// create some activity in the same order.
for (const roomId of protectedRooms.slice().reverse()) {
await mjolnir.client.sendMessage(roomId, { body: `activity`, msgtype: 'm.text' });
await new Promise(resolve => setTimeout(resolve, 100));
}
// check the rooms are in the expected order
for (let i = 0; i < protectedRooms.length; i++) {
assert.equal(mjolnir.protectedRoomsByActivity()[i], protectedRooms[i]);
}
const badServer = `evil.com`;
// just ban one server
const acl = new ServerAcl(serverName).denyIpAddresses().allowServer("*").denyServer(badServer);
await createPolicyRule(moderator, banListId, RULE_SERVER, badServer, `Rule ${badServer}`);
// Wait until all the ACL events have been applied.
await mjolnir.syncLists();
for (let i = 0; i < protectedRooms.length; i++) {
assert.equal(mjolnir.protectedRoomsByActivity()[i], protectedRooms.at(-i - 1));
}
// Check that the most recently active rooms got the ACL update first.
let last_event_ts = 0;
for (const roomId of protectedRooms) {
let roomAclEvent: null | any;
// Can't be the best way to get the whole event, but ok.
await getMessagesByUserIn(mjolnir.client, mjolnirId, roomId, 1, events => roomAclEvent = events[0]);
const roomAcl = roomAclEvent!.content;
if (!acl.matches(roomAcl)) {
assert.fail(`Room ${roomId} doesn't have the correct ACL: ${JSON.stringify(roomAcl, null, 2)}`)
}
assert.equal(roomAclEvent.origin_server_ts > last_event_ts, true, `This room was more recently active so should have the more recent timestamp`);
last_event_ts = roomAclEvent.origin_server_ts;
}
})
})