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|
import copy
import os
from collections import defaultdict
import pytest
from helpers import ephemeral, ephemeral_dir, faker
from nio.crypto import (
InboundGroupSession,
OlmAccount,
OlmDevice,
OutboundGroupSession,
OutboundSession,
OutgoingKeyRequest,
TrustState,
)
from nio.exceptions import OlmTrustError
from nio.store import (
DefaultStore,
Ed25519Key,
Key,
KeyStore,
MatrixStore,
SqliteMemoryStore,
SqliteStore,
)
BOB_ID = "@bob:example.org"
BOB_DEVICE = "AGMTSWVYML"
BOB_CURVE = "T9tOKF+TShsn6mk1zisW2IBsBbTtzDNvw99RBFMJOgI"
BOB_ONETIME = "6QlQw3mGUveS735k/JDaviuoaih5eEi6S1J65iHjfgU"
TEST_ROOM = "!test:example.org"
TEST_ROOM_2 = "!test2:example.org"
TEST_FORWARDING_CHAIN = [BOB_CURVE, BOB_ONETIME]
@pytest.fixture
def matrix_store(tempdir):
return MatrixStore("ephemeral", "DEVICEID", tempdir)
@pytest.fixture
def store(tempdir):
store = DefaultStore("ephemeral", "DEVICEID", tempdir)
account = OlmAccount()
store.save_account(account)
return store
@pytest.fixture
def sqlstore(tempdir):
store = SqliteStore("ephemeral", "DEVICEID", tempdir)
account = OlmAccount()
store.save_account(account)
return store
@pytest.fixture
def sqlmemorystore():
store = SqliteMemoryStore("ephemeral", "DEVICEID")
account = OlmAccount()
store.save_account(account)
return store
class TestClass:
@property
def ephemeral_store(self):
return MatrixStore("@ephemeral:example.org", "DEVICEID", ephemeral_dir)
@property
def example_devices(self):
devices = defaultdict(dict)
for _ in range(10):
device = faker.olm_device()
devices[device.user_id][device.id] = device
bob_device = OlmDevice(
BOB_ID, BOB_DEVICE, {"ed25519": BOB_ONETIME, "curve25519": BOB_CURVE}
)
devices[BOB_ID][BOB_DEVICE] = bob_device
return devices
def copy_store(self, old_store):
return MatrixStore(old_store.user_id, old_store.device_id, old_store.store_path)
def _create_ephemeral_account(self):
store = self.ephemeral_store
account = OlmAccount()
store.save_account(account)
return account
def test_key(self):
user_id = faker.mx_id()
device_id = faker.device_id()
fp_key = faker.olm_key_pair()["ed25519"]
key = Ed25519Key(user_id, device_id, fp_key)
assert key.to_line() == f"{user_id} {device_id} matrix-ed25519 {fp_key}\n"
loaded_key = Key.from_line(key.to_line())
assert isinstance(loaded_key, Ed25519Key)
assert key.user_id == loaded_key.user_id
assert key.device_id == loaded_key.device_id
assert key.key == loaded_key.key
assert key == loaded_key
def test_key_store(self, tempdir):
store_path = os.path.join(tempdir, "test_store")
store = KeyStore(os.path.join(tempdir, "test_store"))
assert repr(store) == f"KeyStore object, file: {store_path}"
key = faker.ed25519_key()
store.add(key)
assert key == store.get_key(key.user_id, key.device_id)
def test_key_store_add_invalid(self, tempdir):
os.path.join(tempdir, "test_store")
store = KeyStore(os.path.join(tempdir, "test_store"))
key = faker.ed25519_key()
store.add(key)
fake_key = copy.copy(key)
fake_key.key = "FAKE_KEY"
with pytest.raises(OlmTrustError):
store.add(fake_key)
def test_key_store_check_invalid(self, tempdir):
os.path.join(tempdir, "test_store")
store = KeyStore(os.path.join(tempdir, "test_store"))
key = faker.ed25519_key()
store.add(key)
fake_key = copy.copy(key)
fake_key.key = "FAKE_KEY"
assert fake_key not in store
assert key in store
def test_key_store_add_many(self, tempdir):
os.path.join(tempdir, "test_store")
store = KeyStore(os.path.join(tempdir, "test_store"))
keys = [
faker.ed25519_key(),
faker.ed25519_key(),
faker.ed25519_key(),
faker.ed25519_key(),
]
store.add_many(keys)
store2 = KeyStore(os.path.join(tempdir, "test_store"))
for key in keys:
assert key in store2
def test_key_store_remove_many(self, tempdir):
os.path.join(tempdir, "test_store")
store = KeyStore(os.path.join(tempdir, "test_store"))
keys = [
faker.ed25519_key(),
faker.ed25519_key(),
faker.ed25519_key(),
faker.ed25519_key(),
]
store.add_many(keys)
for key in keys:
assert key in store
store.remove_many(keys)
store2 = KeyStore(os.path.join(tempdir, "test_store"))
for key in keys:
assert key not in store2
@ephemeral
def test_store_opening(self):
store = self.ephemeral_store
account = store.load_account()
assert not account
@ephemeral
def test_store_account_saving(self):
account = self._create_ephemeral_account()
store2 = self.ephemeral_store
loaded_account = store2.load_account()
assert account.identity_keys == loaded_account.identity_keys
@ephemeral
def test_store_session(self):
account = self._create_ephemeral_account()
store = self.ephemeral_store
session = OutboundSession(account, BOB_CURVE, BOB_ONETIME)
store.save_session(BOB_CURVE, session)
store2 = self.ephemeral_store
session_store = store2.load_sessions()
loaded_session = session_store.get(BOB_CURVE)
assert loaded_session
assert session.id == loaded_session.id
@ephemeral
def test_store_group_session(self):
account = self._create_ephemeral_account()
store = self.ephemeral_store
out_group = OutboundGroupSession()
in_group = InboundGroupSession(
out_group.session_key,
account.identity_keys["ed25519"],
account.identity_keys["curve25519"],
TEST_ROOM,
TEST_FORWARDING_CHAIN,
)
store.save_inbound_group_session(in_group)
store2 = self.ephemeral_store
session_store = store2.load_inbound_group_sessions()
loaded_session = session_store.get(
TEST_ROOM, account.identity_keys["curve25519"], in_group.id
)
assert loaded_session
assert in_group.id == loaded_session.id
assert sorted(loaded_session.forwarding_chain) == sorted(TEST_FORWARDING_CHAIN)
@ephemeral
def test_store_device_keys(self):
self._create_ephemeral_account()
store = self.ephemeral_store
devices = self.example_devices
assert len(devices) == 11
store.save_device_keys(devices)
store2 = self.ephemeral_store
device_store = store2.load_device_keys()
bob_device = device_store[BOB_ID][BOB_DEVICE]
assert bob_device
assert bob_device.user_id == BOB_ID
assert bob_device.id == BOB_DEVICE
assert bob_device.ed25519 == BOB_ONETIME
assert bob_device.curve25519 == BOB_CURVE
assert not bob_device.deleted
assert len(device_store.users) == 11
@ephemeral
def test_two_stores(self):
try:
account = self._create_ephemeral_account()
store = self.ephemeral_store
loaded_account = store.load_account()
assert account.identity_keys == loaded_account.identity_keys
store2 = MatrixStore("ephemeral2", "DEVICEID2", ephemeral_dir)
assert not store2.load_account()
loaded_account = store.load_account()
assert account.identity_keys == loaded_account.identity_keys
finally:
os.remove(os.path.join(ephemeral_dir, "ephemeral2_DEVICEID2.db"))
@ephemeral
def test_empty_device_keys(self):
self._create_ephemeral_account()
store = self.ephemeral_store
store.save_device_keys({})
@ephemeral
def test_saving_account_twice(self):
account = self._create_ephemeral_account()
store = self.ephemeral_store
session = OutboundSession(account, BOB_CURVE, BOB_ONETIME)
store.save_session(BOB_CURVE, session)
store.save_account(account)
store2 = self.ephemeral_store
session_store = store2.load_sessions()
loaded_session = session_store.get(BOB_CURVE)
assert loaded_session
assert session.id == loaded_session.id
@ephemeral
def test_encrypted_room_saving(self):
self._create_ephemeral_account()
store = self.ephemeral_store
encrypted_rooms = store.load_encrypted_rooms()
assert not encrypted_rooms
store.save_encrypted_rooms([TEST_ROOM])
store = self.ephemeral_store
encrypted_rooms = store.load_encrypted_rooms()
assert TEST_ROOM in encrypted_rooms
@ephemeral
def test_key_request_saving(self):
self._create_ephemeral_account()
store = self.ephemeral_store
key_requests = store.load_outgoing_key_requests()
assert not key_requests
request = OutgoingKeyRequest("ABCDF", "ABCDF", TEST_ROOM, "megolm.v1")
store.add_outgoing_key_request(request)
store = self.ephemeral_store
key_requests = store.load_outgoing_key_requests()
assert "ABCDF" in key_requests.keys()
assert request == key_requests["ABCDF"]
def test_new_store_opening(self, matrix_store):
account = matrix_store.load_account()
assert not account
def test_new_store_account_saving(self, matrix_store):
account = OlmAccount()
matrix_store.save_account(account)
store2 = MatrixStore(
matrix_store.user_id, matrix_store.device_id, matrix_store.store_path
)
loaded_account = store2.load_account()
assert account.identity_keys == loaded_account.identity_keys
def test_new_store_session(self, store):
account = store.load_account()
session = OutboundSession(account, BOB_CURVE, BOB_ONETIME)
store.save_session(BOB_CURVE, session)
store2 = self.copy_store(store)
session_store = store2.load_sessions()
loaded_session = session_store.get(BOB_CURVE)
assert loaded_session
assert session.id == loaded_session.id
def test_new_store_group_session(self, store):
account = store.load_account()
out_group = OutboundGroupSession()
in_group = InboundGroupSession(
out_group.session_key,
account.identity_keys["ed25519"],
account.identity_keys["curve25519"],
TEST_ROOM,
TEST_FORWARDING_CHAIN,
)
store.save_inbound_group_session(in_group)
store2 = self.copy_store(store)
session_store = store2.load_inbound_group_sessions()
loaded_session = session_store.get(
TEST_ROOM, account.identity_keys["curve25519"], in_group.id
)
assert loaded_session
assert in_group.id == loaded_session.id
assert sorted(loaded_session.forwarding_chain) == sorted(TEST_FORWARDING_CHAIN)
def test_new_store_device_keys(self, store):
store.load_account()
devices = self.example_devices
assert len(devices) == 11
store.save_device_keys(devices)
store2 = self.copy_store(store)
device_store = store2.load_device_keys()
# pdb.set_trace()
bob_device = device_store[BOB_ID][BOB_DEVICE]
assert bob_device
assert bob_device.user_id == BOB_ID
assert bob_device.id == BOB_DEVICE
assert bob_device.ed25519 == BOB_ONETIME
assert bob_device.curve25519 == BOB_CURVE
assert not bob_device.deleted
assert len(device_store.users) == 11
def test_new_saving_account_twice(self, store):
account = store.load_account()
session = OutboundSession(account, BOB_CURVE, BOB_ONETIME)
store.save_session(BOB_CURVE, session)
store.save_account(account)
store2 = self.copy_store(store)
session_store = store2.load_sessions()
loaded_session = session_store.get(BOB_CURVE)
assert loaded_session
assert session.id == loaded_session.id
def test_new_encrypted_room_saving(self, store):
encrypted_rooms = store.load_encrypted_rooms()
assert not encrypted_rooms
store.save_encrypted_rooms([TEST_ROOM])
store2 = self.copy_store(store)
encrypted_rooms = store2.load_encrypted_rooms()
assert TEST_ROOM in encrypted_rooms
def test_new_encrypted_room_delete(self, store):
encrypted_rooms = store.load_encrypted_rooms()
assert not encrypted_rooms
store.save_encrypted_rooms([TEST_ROOM, TEST_ROOM_2])
store2 = self.copy_store(store)
encrypted_rooms = store2.load_encrypted_rooms()
assert TEST_ROOM in encrypted_rooms
assert TEST_ROOM_2 in encrypted_rooms
store.delete_encrypted_room(TEST_ROOM_2)
store3 = self.copy_store(store2)
encrypted_rooms = store3.load_encrypted_rooms()
assert TEST_ROOM in encrypted_rooms
assert TEST_ROOM_2 not in encrypted_rooms
def test_new_key_request_saving(self, store):
key_requests = store.load_outgoing_key_requests()
assert not key_requests
request = OutgoingKeyRequest("ABCDF", "ABCDF", TEST_ROOM, "megolm.v1")
store.add_outgoing_key_request(request)
store2 = self.copy_store(store)
key_requests = store2.load_outgoing_key_requests()
assert "ABCDF" in key_requests.keys()
assert request == key_requests["ABCDF"]
def test_db_upgrade(self, tempdir):
user = "ephemeral"
device_id = "DEVICE_ID"
user2 = "alice"
device_id2 = "ALICE_ID"
store = MatrixStore(user, device_id, tempdir, database_name="test.db")
account = OlmAccount()
session = OutboundSession(account, BOB_CURVE, BOB_ONETIME)
out_group = OutboundGroupSession()
in_group = InboundGroupSession(
out_group.session_key,
account.identity_keys["ed25519"],
account.identity_keys["curve25519"],
TEST_ROOM,
TEST_FORWARDING_CHAIN,
)
devices = self.example_devices
assert len(devices) == 11
store.save_account(account)
store.save_session(BOB_CURVE, session)
store.save_inbound_group_session(in_group)
store.save_device_keys(devices)
store2 = MatrixStore(user2, device_id2, tempdir, database_name="test.db")
account2 = OlmAccount()
store2.save_account(account2)
del store
store = MatrixStore(user, device_id, tempdir, database_name="test.db")
loaded_account = store.load_account()
assert account.identity_keys == loaded_account.identity_keys
session_store = store.load_sessions()
loaded_session = session_store.get(BOB_CURVE)
session_store = store.load_inbound_group_sessions()
assert loaded_session
assert session.id == loaded_session.id
loaded_session = session_store.get(
TEST_ROOM, account.identity_keys["curve25519"], in_group.id
)
device_store = store.load_device_keys()
# pdb.set_trace()
assert loaded_session
assert in_group.id == loaded_session.id
assert sorted(loaded_session.forwarding_chain) == sorted(TEST_FORWARDING_CHAIN)
bob_device = device_store[BOB_ID][BOB_DEVICE]
assert bob_device
assert bob_device.user_id == BOB_ID
assert bob_device.id == BOB_DEVICE
assert bob_device.ed25519 == BOB_ONETIME
assert bob_device.curve25519 == BOB_CURVE
assert not bob_device.deleted
assert len(device_store.users) == 11
def test_store_versioning(self, store):
version = store._get_store_version()
assert version == 2
def test_sqlitestore_verification(self, sqlstore):
devices = self.example_devices
bob_device = devices[BOB_ID][BOB_DEVICE]
sqlstore.save_device_keys(devices)
assert not sqlstore.is_device_verified(bob_device)
assert sqlstore.verify_device(bob_device)
assert sqlstore.is_device_verified(bob_device)
assert not sqlstore.verify_device(bob_device)
assert sqlstore.is_device_verified(bob_device)
assert sqlstore.unverify_device(bob_device)
assert not sqlstore.is_device_verified(bob_device)
assert not sqlstore.unverify_device(bob_device)
def test_sqlitestore_blacklisting(self, sqlstore):
devices = self.example_devices
bob_device = devices[BOB_ID][BOB_DEVICE]
sqlstore.save_device_keys(devices)
assert not sqlstore.is_device_blacklisted(bob_device)
assert sqlstore.blacklist_device(bob_device)
assert sqlstore.is_device_blacklisted(bob_device)
assert not sqlstore.is_device_verified(bob_device)
assert not sqlstore.blacklist_device(bob_device)
assert sqlstore.unblacklist_device(bob_device)
assert not sqlstore.is_device_blacklisted(bob_device)
assert not sqlstore.is_device_verified(bob_device)
assert not sqlstore.unblacklist_device(bob_device)
assert sqlstore.blacklist_device(bob_device)
assert sqlstore.is_device_blacklisted(bob_device)
assert sqlstore.verify_device(bob_device)
assert not sqlstore.is_device_blacklisted(bob_device)
assert sqlstore.is_device_verified(bob_device)
def test_sqlitememorystore(self, sqlmemorystore):
devices = self.example_devices
bob_device = devices[BOB_ID][BOB_DEVICE]
sqlmemorystore.save_device_keys(devices)
assert not sqlmemorystore.is_device_verified(bob_device)
assert sqlmemorystore.verify_device(bob_device)
assert sqlmemorystore.is_device_verified(bob_device)
def test_device_deletion(self, store):
store.load_account()
devices = self.example_devices
assert len(devices) == 11
store.save_device_keys(devices)
device_store = store.load_device_keys()
bob_device = device_store[BOB_ID][BOB_DEVICE]
assert not bob_device.deleted
bob_device.deleted = True
store.save_device_keys(device_store)
device_store = store.load_device_keys()
bob_device = device_store[BOB_ID][BOB_DEVICE]
assert bob_device.deleted
def test_deleting_trusted_device(self, sqlstore):
devices = self.example_devices
sqlstore.save_device_keys(devices)
device_store = sqlstore.load_device_keys()
bob_device = device_store[BOB_ID][BOB_DEVICE]
sqlstore.verify_device(bob_device)
bob_device.deleted = True
sqlstore.save_device_keys(device_store)
sqlstore.save_device_keys(devices)
def test_ignoring_many(self, store):
devices = self.example_devices
device_list = [device for d in devices.values() for device in d.values()]
store.save_device_keys(devices)
store.ignore_devices(device_list)
for device in device_list:
assert store.is_device_ignored(device)
def test_ignoring_many_sqlite(self, sqlstore):
devices = self.example_devices
device_list = [device for d in devices.values() for device in d.values()]
sqlstore.save_device_keys(devices)
sqlstore.ignore_devices(device_list)
for device in device_list:
assert sqlstore.is_device_ignored(device)
def test_trust_state_updating_sqlite(self, sqlstore):
devices = self.example_devices
bob_device = devices[BOB_ID][BOB_DEVICE]
device_list = [device for d in devices.values() for device in d.values()]
sqlstore.save_device_keys(devices)
assert bob_device.trust_state == TrustState.unset
sqlstore.verify_device(bob_device)
assert bob_device.trust_state == TrustState.verified
sqlstore.unverify_device(bob_device)
assert bob_device.trust_state == TrustState.unset
sqlstore.blacklist_device(bob_device)
assert bob_device.trust_state == TrustState.blacklisted
sqlstore.unblacklist_device(bob_device)
assert bob_device.trust_state == TrustState.unset
sqlstore.ignore_device(bob_device)
assert bob_device.trust_state == TrustState.ignored
sqlstore.unignore_device(bob_device)
assert bob_device.trust_state == TrustState.unset
sqlstore.ignore_devices(device_list)
for device in device_list:
assert device.trust_state == TrustState.ignored
def test_trust_state_updating_default(self, store):
devices = self.example_devices
bob_device = devices[BOB_ID][BOB_DEVICE]
device_list = [device for d in devices.values() for device in d.values()]
store.save_device_keys(devices)
assert bob_device.trust_state == TrustState.unset
assert not bob_device.verified
store.verify_device(bob_device)
assert bob_device.trust_state == TrustState.verified
assert bob_device.verified
store.unverify_device(bob_device)
assert bob_device.trust_state == TrustState.unset
assert not bob_device.verified
store.blacklist_device(bob_device)
assert bob_device.trust_state == TrustState.blacklisted
assert bob_device.blacklisted
store.unblacklist_device(bob_device)
assert bob_device.trust_state == TrustState.unset
assert not bob_device.blacklisted
store.ignore_device(bob_device)
assert bob_device.trust_state == TrustState.ignored
assert bob_device.ignored
store.unignore_device(bob_device)
assert bob_device.trust_state == TrustState.unset
assert not bob_device.ignored
store.ignore_devices(device_list)
for device in device_list:
assert device.trust_state == TrustState.ignored
def test_trust_state_loading(self, store):
devices = self.example_devices
bob_device = devices[BOB_ID][BOB_DEVICE]
store.save_device_keys(devices)
assert not bob_device.verified
store.verify_device(bob_device)
assert bob_device.verified
store2 = DefaultStore(store.user_id, store.device_id, store.store_path)
loaded_devices = store2.load_device_keys()
bob_device = loaded_devices[BOB_ID][BOB_DEVICE]
assert bob_device.verified
def test_trust_state_loading_sql(self, sqlstore):
devices = self.example_devices
bob_device = devices[BOB_ID][BOB_DEVICE]
sqlstore.save_device_keys(devices)
assert not bob_device.verified
sqlstore.verify_device(bob_device)
assert bob_device.verified
store2 = SqliteStore(sqlstore.user_id, sqlstore.device_id, sqlstore.store_path)
loaded_devices = store2.load_device_keys()
bob_device = loaded_devices[BOB_ID][BOB_DEVICE]
assert bob_device.verified
def test_sync_token_loading(self, sqlstore):
token = "1234"
sqlstore.save_sync_token(token)
loaded_token = sqlstore.load_sync_token()
assert token == loaded_token
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