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forked-synapse/tests/handlers/test_appservice.py

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# Copyright 2015-2021 The Matrix.org Foundation C.I.C.
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
from typing import Dict, Iterable, List, Optional
from unittest.mock import Mock
from twisted.internet import defer
from twisted.test.proto_helpers import MemoryReactor
import synapse.rest.admin
import synapse.storage
from synapse.appservice import (
ApplicationService,
TransactionOneTimeKeyCounts,
TransactionUnusedFallbackKeys,
)
from synapse.handlers.appservice import ApplicationServicesHandler
from synapse.rest.client import login, receipts, register, room, sendtodevice
from synapse.server import HomeServer
from synapse.types import RoomStreamToken
from synapse.util import Clock
from synapse.util.stringutils import random_string
from tests import unittest
from tests.test_utils import make_awaitable, simple_async_mock
from tests.unittest import override_config
from tests.utils import MockClock
class AppServiceHandlerTestCase(unittest.TestCase):
"""Tests the ApplicationServicesHandler."""
def setUp(self):
self.mock_store = Mock()
self.mock_as_api = Mock()
self.mock_scheduler = Mock()
hs = Mock()
hs.get_datastores.return_value = Mock(main=self.mock_store)
self.mock_store.get_received_ts.return_value = make_awaitable(0)
self.mock_store.set_appservice_last_pos.return_value = make_awaitable(None)
self.mock_store.set_appservice_stream_type_pos.return_value = make_awaitable(
None
)
hs.get_application_service_api.return_value = self.mock_as_api
hs.get_application_service_scheduler.return_value = self.mock_scheduler
hs.get_clock.return_value = MockClock()
self.handler = ApplicationServicesHandler(hs)
self.event_source = hs.get_event_sources()
def test_notify_interested_services(self):
interested_service = self._mkservice(is_interested=True)
services = [
self._mkservice(is_interested=False),
interested_service,
self._mkservice(is_interested=False),
]
self.mock_as_api.query_user.return_value = make_awaitable(True)
self.mock_store.get_app_services.return_value = services
self.mock_store.get_user_by_id.return_value = make_awaitable([])
event = Mock(
sender="@someone:anywhere", type="m.room.message", room_id="!foo:bar"
)
self.mock_store.get_new_events_for_appservice.side_effect = [
make_awaitable((0, [])),
make_awaitable((1, [event])),
]
self.handler.notify_interested_services(RoomStreamToken(None, 1))
self.mock_scheduler.enqueue_for_appservice.assert_called_once_with(
interested_service, events=[event]
)
def test_query_user_exists_unknown_user(self):
user_id = "@someone:anywhere"
services = [self._mkservice(is_interested=True)]
services[0].is_interested_in_user.return_value = True
self.mock_store.get_app_services.return_value = services
self.mock_store.get_user_by_id.return_value = make_awaitable(None)
event = Mock(sender=user_id, type="m.room.message", room_id="!foo:bar")
self.mock_as_api.query_user.return_value = make_awaitable(True)
self.mock_store.get_new_events_for_appservice.side_effect = [
make_awaitable((0, [event])),
]
self.handler.notify_interested_services(RoomStreamToken(None, 0))
self.mock_as_api.query_user.assert_called_once_with(services[0], user_id)
def test_query_user_exists_known_user(self):
user_id = "@someone:anywhere"
services = [self._mkservice(is_interested=True)]
services[0].is_interested_in_user.return_value = True
self.mock_store.get_app_services.return_value = services
self.mock_store.get_user_by_id.return_value = make_awaitable({"name": user_id})
event = Mock(sender=user_id, type="m.room.message", room_id="!foo:bar")
self.mock_as_api.query_user.return_value = make_awaitable(True)
self.mock_store.get_new_events_for_appservice.side_effect = [
make_awaitable((0, [event])),
]
self.handler.notify_interested_services(RoomStreamToken(None, 0))
self.assertFalse(
self.mock_as_api.query_user.called,
"query_user called when it shouldn't have been.",
)
def test_query_room_alias_exists(self):
room_alias_str = "#foo:bar"
room_alias = Mock()
room_alias.to_string.return_value = room_alias_str
room_id = "!alpha:bet"
servers = ["aperture"]
interested_service = self._mkservice_alias(is_interested_in_alias=True)
services = [
self._mkservice_alias(is_interested_in_alias=False),
interested_service,
self._mkservice_alias(is_interested_in_alias=False),
]
self.mock_as_api.query_alias.return_value = make_awaitable(True)
self.mock_store.get_app_services.return_value = services
self.mock_store.get_association_from_room_alias.return_value = make_awaitable(
Mock(room_id=room_id, servers=servers)
)
result = self.successResultOf(
defer.ensureDeferred(self.handler.query_room_alias_exists(room_alias))
)
self.mock_as_api.query_alias.assert_called_once_with(
interested_service, room_alias_str
)
self.assertEqual(result.room_id, room_id)
self.assertEqual(result.servers, servers)
def test_get_3pe_protocols_no_appservices(self):
self.mock_store.get_app_services.return_value = []
response = self.successResultOf(
defer.ensureDeferred(self.handler.get_3pe_protocols("my-protocol"))
)
self.mock_as_api.get_3pe_protocol.assert_not_called()
self.assertEqual(response, {})
def test_get_3pe_protocols_no_protocols(self):
service = self._mkservice(False, [])
self.mock_store.get_app_services.return_value = [service]
response = self.successResultOf(
defer.ensureDeferred(self.handler.get_3pe_protocols())
)
self.mock_as_api.get_3pe_protocol.assert_not_called()
self.assertEqual(response, {})
def test_get_3pe_protocols_protocol_no_response(self):
service = self._mkservice(False, ["my-protocol"])
self.mock_store.get_app_services.return_value = [service]
self.mock_as_api.get_3pe_protocol.return_value = make_awaitable(None)
response = self.successResultOf(
defer.ensureDeferred(self.handler.get_3pe_protocols())
)
self.mock_as_api.get_3pe_protocol.assert_called_once_with(
service, "my-protocol"
)
self.assertEqual(response, {})
def test_get_3pe_protocols_select_one_protocol(self):
service = self._mkservice(False, ["my-protocol"])
self.mock_store.get_app_services.return_value = [service]
self.mock_as_api.get_3pe_protocol.return_value = make_awaitable(
{"x-protocol-data": 42, "instances": []}
)
response = self.successResultOf(
defer.ensureDeferred(self.handler.get_3pe_protocols("my-protocol"))
)
self.mock_as_api.get_3pe_protocol.assert_called_once_with(
service, "my-protocol"
)
self.assertEqual(
response, {"my-protocol": {"x-protocol-data": 42, "instances": []}}
)
def test_get_3pe_protocols_one_protocol(self):
service = self._mkservice(False, ["my-protocol"])
self.mock_store.get_app_services.return_value = [service]
self.mock_as_api.get_3pe_protocol.return_value = make_awaitable(
{"x-protocol-data": 42, "instances": []}
)
response = self.successResultOf(
defer.ensureDeferred(self.handler.get_3pe_protocols())
)
self.mock_as_api.get_3pe_protocol.assert_called_once_with(
service, "my-protocol"
)
self.assertEqual(
response, {"my-protocol": {"x-protocol-data": 42, "instances": []}}
)
def test_get_3pe_protocols_multiple_protocol(self):
service_one = self._mkservice(False, ["my-protocol"])
service_two = self._mkservice(False, ["other-protocol"])
self.mock_store.get_app_services.return_value = [service_one, service_two]
self.mock_as_api.get_3pe_protocol.return_value = make_awaitable(
{"x-protocol-data": 42, "instances": []}
)
response = self.successResultOf(
defer.ensureDeferred(self.handler.get_3pe_protocols())
)
self.mock_as_api.get_3pe_protocol.assert_called()
self.assertEqual(
response,
{
"my-protocol": {"x-protocol-data": 42, "instances": []},
"other-protocol": {"x-protocol-data": 42, "instances": []},
},
)
def test_get_3pe_protocols_multiple_info(self):
service_one = self._mkservice(False, ["my-protocol"])
service_two = self._mkservice(False, ["my-protocol"])
async def get_3pe_protocol(service, unusedProtocol):
if service == service_one:
return {
"x-protocol-data": 42,
"instances": [{"desc": "Alice's service"}],
}
if service == service_two:
return {
"x-protocol-data": 36,
"x-not-used": 45,
"instances": [{"desc": "Bob's service"}],
}
raise Exception("Unexpected service")
self.mock_store.get_app_services.return_value = [service_one, service_two]
self.mock_as_api.get_3pe_protocol = get_3pe_protocol
response = self.successResultOf(
defer.ensureDeferred(self.handler.get_3pe_protocols())
)
# It's expected that the second service's data doesn't appear in the response
self.assertEqual(
response,
{
"my-protocol": {
"x-protocol-data": 42,
"instances": [
{
"desc": "Alice's service",
},
{"desc": "Bob's service"},
],
},
},
)
def test_notify_interested_services_ephemeral(self):
"""
Test sending ephemeral events to the appservice handler are scheduled
to be pushed out to interested appservices, and that the stream ID is
updated accordingly.
"""
interested_service = self._mkservice(is_interested=True)
services = [interested_service]
self.mock_store.get_app_services.return_value = services
self.mock_store.get_type_stream_id_for_appservice.return_value = make_awaitable(
579
)
event = Mock(event_id="event_1")
self.event_source.sources.receipt.get_new_events_as.return_value = (
make_awaitable(([event], None))
)
self.handler.notify_interested_services_ephemeral(
"receipt_key", 580, ["@fakerecipient:example.com"]
)
self.mock_scheduler.enqueue_for_appservice.assert_called_once_with(
interested_service, ephemeral=[event]
)
self.mock_store.set_appservice_stream_type_pos.assert_called_once_with(
interested_service,
"read_receipt",
580,
)
def test_notify_interested_services_ephemeral_out_of_order(self):
"""
Test sending out of order ephemeral events to the appservice handler
are ignored.
"""
interested_service = self._mkservice(is_interested=True)
services = [interested_service]
self.mock_store.get_app_services.return_value = services
self.mock_store.get_type_stream_id_for_appservice.return_value = make_awaitable(
580
)
event = Mock(event_id="event_1")
self.event_source.sources.receipt.get_new_events_as.return_value = (
make_awaitable(([event], None))
)
self.handler.notify_interested_services_ephemeral(
"receipt_key", 580, ["@fakerecipient:example.com"]
)
# This method will be called, but with an empty list of events
self.mock_scheduler.enqueue_for_appservice.assert_called_once_with(
interested_service, ephemeral=[]
)
def _mkservice(self, is_interested, protocols=None):
service = Mock()
service.is_interested.return_value = make_awaitable(is_interested)
service.token = "mock_service_token"
service.url = "mock_service_url"
service.protocols = protocols
return service
def _mkservice_alias(self, is_interested_in_alias):
service = Mock()
service.is_interested_in_alias.return_value = is_interested_in_alias
service.token = "mock_service_token"
service.url = "mock_service_url"
return service
class ApplicationServicesHandlerSendEventsTestCase(unittest.HomeserverTestCase):
"""
Tests that the ApplicationServicesHandler sends events to application
services correctly.
"""
servlets = [
synapse.rest.admin.register_servlets_for_client_rest_resource,
login.register_servlets,
room.register_servlets,
sendtodevice.register_servlets,
receipts.register_servlets,
]
def prepare(self, reactor, clock, hs):
# Mock the ApplicationServiceScheduler's _TransactionController's send method so that
# we can track any outgoing ephemeral events
self.send_mock = simple_async_mock()
hs.get_application_service_handler().scheduler.txn_ctrl.send = self.send_mock
# Mock out application services, and allow defining our own in tests
self._services: List[ApplicationService] = []
self.hs.get_datastores().main.get_app_services = Mock(
return_value=self._services
)
# A user on the homeserver.
self.local_user_device_id = "local_device"
self.local_user = self.register_user("local_user", "password")
self.local_user_token = self.login(
"local_user", "password", self.local_user_device_id
)
# A user on the homeserver which lies within an appservice's exclusive user namespace.
self.exclusive_as_user_device_id = "exclusive_as_device"
self.exclusive_as_user = self.register_user("exclusive_as_user", "password")
self.exclusive_as_user_token = self.login(
"exclusive_as_user", "password", self.exclusive_as_user_device_id
)
@unittest.override_config(
{"experimental_features": {"msc2409_to_device_messages_enabled": True}}
)
def test_application_services_receive_local_to_device(self):
"""
Test that when a user sends a to-device message to another user
that is an application service's user namespace, the
application service will receive it.
"""
interested_appservice = self._register_application_service(
namespaces={
ApplicationService.NS_USERS: [
{
"regex": "@exclusive_as_user:.+",
"exclusive": True,
}
],
},
)
# Have local_user send a to-device message to exclusive_as_user
message_content = {"some_key": "some really interesting value"}
chan = self.make_request(
"PUT",
"/_matrix/client/r0/sendToDevice/m.room_key_request/3",
content={
"messages": {
self.exclusive_as_user: {
self.exclusive_as_user_device_id: message_content
}
}
},
access_token=self.local_user_token,
)
self.assertEqual(chan.code, 200, chan.result)
# Have exclusive_as_user send a to-device message to local_user
chan = self.make_request(
"PUT",
"/_matrix/client/r0/sendToDevice/m.room_key_request/4",
content={
"messages": {
self.local_user: {self.local_user_device_id: message_content}
}
},
access_token=self.exclusive_as_user_token,
)
self.assertEqual(chan.code, 200, chan.result)
# Check if our application service - that is interested in exclusive_as_user - received
# the to-device message as part of an AS transaction.
# Only the local_user -> exclusive_as_user to-device message should have been forwarded to the AS.
#
# The uninterested application service should not have been notified at all.
self.send_mock.assert_called_once()
(
service,
_events,
_ephemeral,
to_device_messages,
_otks,
_fbks,
) = self.send_mock.call_args[0]
# Assert that this was the same to-device message that local_user sent
self.assertEqual(service, interested_appservice)
self.assertEqual(to_device_messages[0]["type"], "m.room_key_request")
self.assertEqual(to_device_messages[0]["sender"], self.local_user)
# Additional fields 'to_user_id' and 'to_device_id' specifically for
# to-device messages via the AS API
self.assertEqual(to_device_messages[0]["to_user_id"], self.exclusive_as_user)
self.assertEqual(
to_device_messages[0]["to_device_id"], self.exclusive_as_user_device_id
)
self.assertEqual(to_device_messages[0]["content"], message_content)
@unittest.override_config(
{"experimental_features": {"msc2409_to_device_messages_enabled": True}}
)
def test_application_services_receive_bursts_of_to_device(self):
"""
Test that when a user sends >100 to-device messages at once, any
interested AS's will receive them in separate transactions.
Also tests that uninterested application services do not receive messages.
"""
# Register two application services with exclusive interest in a user
interested_appservices = []
for _ in range(2):
appservice = self._register_application_service(
namespaces={
ApplicationService.NS_USERS: [
{
"regex": "@exclusive_as_user:.+",
"exclusive": True,
}
],
},
)
interested_appservices.append(appservice)
# ...and an application service which does not have any user interest.
self._register_application_service()
to_device_message_content = {
"some key": "some interesting value",
}
# We need to send a large burst of to-device messages. We also would like to
# include them all in the same application service transaction so that we can
# test large transactions.
#
# To do this, we can send a single to-device message to many user devices at
# once.
#
# We insert number_of_messages - 1 messages into the database directly. We'll then
# send a final to-device message to the real device, which will also kick off
# an AS transaction (as just inserting messages into the DB won't).
number_of_messages = 150
fake_device_ids = [f"device_{num}" for num in range(number_of_messages - 1)]
messages = {
self.exclusive_as_user: {
device_id: to_device_message_content for device_id in fake_device_ids
}
}
# Create a fake device per message. We can't send to-device messages to
# a device that doesn't exist.
self.get_success(
self.hs.get_datastores().main.db_pool.simple_insert_many(
desc="test_application_services_receive_burst_of_to_device",
table="devices",
keys=("user_id", "device_id"),
values=[
(
self.exclusive_as_user,
device_id,
)
for device_id in fake_device_ids
],
)
)
# Seed the device_inbox table with our fake messages
self.get_success(
self.hs.get_datastores().main.add_messages_to_device_inbox(messages, {})
)
# Now have local_user send a final to-device message to exclusive_as_user. All unsent
# to-device messages should be sent to any application services
# interested in exclusive_as_user.
chan = self.make_request(
"PUT",
"/_matrix/client/r0/sendToDevice/m.room_key_request/4",
content={
"messages": {
self.exclusive_as_user: {
self.exclusive_as_user_device_id: to_device_message_content
}
}
},
access_token=self.local_user_token,
)
self.assertEqual(chan.code, 200, chan.result)
self.send_mock.assert_called()
# Count the total number of to-device messages that were sent out per-service.
# Ensure that we only sent to-device messages to interested services, and that
# each interested service received the full count of to-device messages.
service_id_to_message_count: Dict[str, int] = {}
for call in self.send_mock.call_args_list:
service, _events, _ephemeral, to_device_messages, _otks, _fbks = call[0]
# Check that this was made to an interested service
self.assertIn(service, interested_appservices)
# Add to the count of messages for this application service
service_id_to_message_count.setdefault(service.id, 0)
service_id_to_message_count[service.id] += len(to_device_messages)
# Assert that each interested service received the full count of messages
for count in service_id_to_message_count.values():
self.assertEqual(count, number_of_messages)
def _register_application_service(
self,
namespaces: Optional[Dict[str, Iterable[Dict]]] = None,
) -> ApplicationService:
"""
Register a new application service, with the given namespaces of interest.
Args:
namespaces: A dictionary containing any user, room or alias namespaces that
the application service is interested in.
Returns:
The registered application service.
"""
# Create an application service
appservice = ApplicationService(
token=random_string(10),
hostname="example.com",
id=random_string(10),
sender="@as:example.com",
rate_limited=False,
namespaces=namespaces,
supports_ephemeral=True,
)
# Register the application service
self._services.append(appservice)
return appservice
class ApplicationServicesHandlerOtkCountsTestCase(unittest.HomeserverTestCase):
# Argument indices for pulling out arguments from a `send_mock`.
ARG_OTK_COUNTS = 4
ARG_FALLBACK_KEYS = 5
servlets = [
synapse.rest.admin.register_servlets_for_client_rest_resource,
login.register_servlets,
register.register_servlets,
room.register_servlets,
sendtodevice.register_servlets,
receipts.register_servlets,
]
def prepare(self, reactor: MemoryReactor, clock: Clock, hs: HomeServer) -> None:
# Mock the ApplicationServiceScheduler's _TransactionController's send method so that
# we can track what's going out
self.send_mock = simple_async_mock()
hs.get_application_service_handler().scheduler.txn_ctrl.send = self.send_mock # type: ignore[assignment] # We assign to a method.
# Define an application service for the tests
self._service_token = "VERYSECRET"
self._service = ApplicationService(
self._service_token,
"as1.invalid",
"as1",
"@as.sender:test",
namespaces={
"users": [
{"regex": "@_as_.*:test", "exclusive": True},
{"regex": "@as.sender:test", "exclusive": True},
]
},
msc3202_transaction_extensions=True,
)
self.hs.get_datastores().main.services_cache = [self._service]
# Register some appservice users
self._sender_user, self._sender_device = self.register_appservice_user(
"as.sender", self._service_token
)
self._namespaced_user, self._namespaced_device = self.register_appservice_user(
"_as_user1", self._service_token
)
# Register a real user as well.
self._real_user = self.register_user("real.user", "meow")
self._real_user_token = self.login("real.user", "meow")
async def _add_otks_for_device(
self, user_id: str, device_id: str, otk_count: int
) -> None:
"""
Add some dummy keys. It doesn't matter if they're not a real algorithm;
that should be opaque to the server anyway.
"""
await self.hs.get_datastores().main.add_e2e_one_time_keys(
user_id,
device_id,
self.clock.time_msec(),
[("algo", f"k{i}", "{}") for i in range(otk_count)],
)
async def _add_fallback_key_for_device(
self, user_id: str, device_id: str, used: bool
) -> None:
"""
Adds a fake fallback key to a device, optionally marking it as used
right away.
"""
store = self.hs.get_datastores().main
await store.set_e2e_fallback_keys(user_id, device_id, {"algo:fk": "fall back!"})
if used is True:
# Mark the key as used
await store.db_pool.simple_update_one(
table="e2e_fallback_keys_json",
keyvalues={
"user_id": user_id,
"device_id": device_id,
"algorithm": "algo",
"key_id": "fk",
},
updatevalues={"used": True},
desc="_get_fallback_key_set_used",
)
def _set_up_devices_and_a_room(self) -> str:
"""
Helper to set up devices for all the users
and a room for the users to talk in.
"""
async def preparation():
await self._add_otks_for_device(self._sender_user, self._sender_device, 42)
await self._add_fallback_key_for_device(
self._sender_user, self._sender_device, used=True
)
await self._add_otks_for_device(
self._namespaced_user, self._namespaced_device, 36
)
await self._add_fallback_key_for_device(
self._namespaced_user, self._namespaced_device, used=False
)
# Register a device for the real user, too, so that we can later ensure
# that we don't leak information to the AS about the non-AS user.
await self.hs.get_datastores().main.store_device(
self._real_user, "REALDEV", "UltraMatrix 3000"
)
await self._add_otks_for_device(self._real_user, "REALDEV", 50)
self.get_success(preparation())
room_id = self.helper.create_room_as(
self._real_user, is_public=True, tok=self._real_user_token
)
self.helper.join(
room_id,
self._namespaced_user,
tok=self._service_token,
appservice_user_id=self._namespaced_user,
)
# Check it was called for sanity. (This was to send the join event to the AS.)
self.send_mock.assert_called()
self.send_mock.reset_mock()
return room_id
@override_config(
{"experimental_features": {"msc3202_transaction_extensions": True}}
)
def test_application_services_receive_otk_counts_and_fallback_key_usages_with_pdus(
self,
) -> None:
"""
Tests that:
- the AS receives one-time key counts and unused fallback keys for:
- the specified sender; and
- any user who is in receipt of the PDUs
"""
room_id = self._set_up_devices_and_a_room()
# Send a message into the AS's room
self.helper.send(room_id, "woof woof", tok=self._real_user_token)
# Capture what was sent as an AS transaction.
self.send_mock.assert_called()
last_args, _last_kwargs = self.send_mock.call_args
otks: Optional[TransactionOneTimeKeyCounts] = last_args[self.ARG_OTK_COUNTS]
unused_fallbacks: Optional[TransactionUnusedFallbackKeys] = last_args[
self.ARG_FALLBACK_KEYS
]
self.assertEqual(
otks,
{
"@as.sender:test": {self._sender_device: {"algo": 42}},
"@_as_user1:test": {self._namespaced_device: {"algo": 36}},
},
)
self.assertEqual(
unused_fallbacks,
{
"@as.sender:test": {self._sender_device: []},
"@_as_user1:test": {self._namespaced_device: ["algo"]},
},
)
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