async def test_agents_can_talk_both_ways(alice, bob):
logger = logging.getLogger(__name__)
await connect_alice_and_bob(alice, bob)
alice.triggered = asyncio.Event()
bob.triggered = asyncio.Event()
@alice.route('test/protocol/1.0/test')
async def alice_msg_handle(msg, alice):
logger.debug('Alice got: %s', msg)
alice.triggered.set()
@bob.route('test/protocol/1.0/test')
async def bob_msg_handle(msg, bob):
logger.debug('Bob got: %s', msg)
bob.triggered.set()
logger.debug('Packing message to Alice: %s, %s', alice.did, alice.vk)
await bob.send(
Message({'@type': 'test/protocol/1.0/test'}),
alice.vk,
to_did=alice.did,
)
await alice.send(
Message({'@type': 'test/protocol/1.0/test'}),
bob.vk,
to_did=bob.did,
)
await asyncio.wait_for(alice.triggered.wait(), 1)
assert alice.triggered.is_set()
await asyncio.wait_for(bob.triggered.wait(), 1)
assert bob.triggered.is_set()
async def test_simple_messaging(config, agent):
""" Show simple messages being passed to and from tested agent """
_my_did, my_vk, their_did, their_vk = \
await static_connection(agent, config['static_connection'])
expected_schema = MessageSchema({
'@type': 'test/protocol/1.0/test',
'@id': str,
'msg': 'pong'
})
ping = Message({'@type': 'test/protocol/1.0/test', 'msg': 'ping'})
print('Sending message:', ping.pretty_print())
await agent.send(ping, their_vk, to_did=their_did, from_vk=my_vk)
pong = await agent.expect_message('test/protocol/1.0/test', 1)
print('Received message:', pong.pretty_print())
assert pong.mtc[CONFIDENTIALITY | INTEGRITY | AUTHENTICATED_ORIGIN
| DESERIALIZE_OK]
assert not pong.mtc[NONREPUDIATION]
assert pong.mtc.ad['sender_vk'] == their_vk
assert pong.mtc.ad['recip_vk'] == my_vk
assert expected_schema.validate(pong)
assert agent.ok()
async def test_module_routing_many():
""" Test that routing to a module works. """
dispatcher = Dispatcher()
dispatcher.called_module = None
routed_event = asyncio.Event()
class TestModule1(Module):
DOC_URI = ''
PROTOCOL = 'test_protocol'
VERSION = '1.0'
async def testing_type(self, msg, *args, **kwargs):
kwargs['dispatcher'].called_module = 1
kwargs['event'].set()
class TestModule2(Module):
DOC_URI = ''
PROTOCOL = 'test_protocol'
VERSION = '2.0'
async def testing_type(self, msg, *args, **kwargs):
kwargs['dispatcher'].called_module = 2
kwargs['event'].set()
dispatcher.route_module(TestModule1())
dispatcher.route_module(TestModule2())
test_msg = Message({
'@type': 'test_protocol/1.0/testing_type',
'test': 'test'
})
await dispatcher.dispatch(test_msg,
event=routed_event,
dispatcher=dispatcher)
await routed_event.wait()
assert routed_event.is_set()
assert dispatcher.called_module == 1
routed_event.clear()
test_msg = Message({
'@type': 'test_protocol/2.0/testing_type',
'test': 'test'
})
await dispatcher.dispatch(test_msg,
event=routed_event,
dispatcher=dispatcher)
await routed_event.wait()
assert routed_event.is_set()
assert dispatcher.called_module == 2
def build_invite(label: str, connection_key: str, endpoint: str) -> str:
msg = Message({
'@type': INVITE,
'label': label,
'recipientKeys': [connection_key],
'serviceEndpoint': endpoint,
'routingKeys': []
})
b64_invite = base64.urlsafe_b64encode(bytes(msg.serialize(),
'utf-8')).decode('ascii')
return '{}?c_i={}'.format(endpoint, b64_invite)
async def test_module_routing_explicit_def():
""" Test that routing to a module works. """
dispatcher = Dispatcher()
called_event = asyncio.Event()
class TestModule(Module):
DOC_URI = ''
PROTOCOL = 'test_protocol'
VERSION = '1.0'
routes = {}
@route_def(routes, 'test_protocol/1.0/testing_type')
async def route_gets_called(self, msg, **kwargs):
kwargs['event'].set()
mod = TestModule()
dispatcher.route_module(mod)
test_msg = Message({
'@type': 'test_protocol/1.0/testing_type',
'test': 'test'
})
await dispatcher.dispatch(test_msg, event=called_event)
assert called_event.is_set()
def build_request(label: str, my_did: str, my_vk: str,
endpoint: str) -> Message:
""" Construct a connection request. """
return Message({
'@type': REQUEST,
'@id': str(uuid.uuid4()),
'label': label,
'connection': {
'DID': my_did,
'DIDDoc': {
"@context":
"https://w3id.org/did/v1",
"id":
my_did,
"publicKey": [{
"id": my_did + "#keys-1",
"type": "Ed25519VerificationKey2018",
"controller": my_did,
"publicKeyBase58": my_vk
}],
"service": [{
"id": my_did + ";indy",
"type": "IndyAgent",
"recipientKeys": [my_vk],
"routingKeys": [],
"serviceEndpoint": endpoint,
}],
}
}
})
def build_response(req_id: str, my_did: str, my_vk: str,
endpoint: str) -> Message:
return Message({
'@type': RESPONSE,
'@id': str(uuid.uuid4()),
'~thread': {
'thid': req_id,
'sender_order': 0
},
'connection': {
'DID': my_did,
'DIDDoc': {
"@context":
"https://w3id.org/did/v1",
"id":
my_did,
"publicKey": [{
"id": my_did + "#keys-1",
"type": "Ed25519VerificationKey2018",
"controller": my_did,
"publicKeyBase58": my_vk
}],
"service": [{
"id": my_did + ";indy",
"type": "IndyAgent",
"recipientKeys": [my_vk],
"routingKeys": [],
"serviceEndpoint": endpoint,
}],
}
}
})
async def packed_message_anonymous(wallet_handle, loopback_relationship):
""" Get a packed message """
_, a_vk = loopback_relationship
yield await crypto.pack_message(
wallet_handle,
Message({'@type': 'test/protocol/1.0/test'}).serialize(),
[a_vk]
)
def parse_invite(invite_url: str) -> Message:
""" Parse an invite url """
matches = re.match('(.+)?c_i=(.+)', invite_url)
assert matches, 'Improperly formatted invite url!'
invite_msg = Message.deserialize(
base64.urlsafe_b64decode(matches.group(2)).decode('ascii'))
INVITE_SCHEMA.validate(invite_msg)
return invite_msg
def test_valid_message_no_doc_uri():
""" Test basic message creation and member access. """
id_ = '12345'
msg = Message({'@type': TEST_TYPE_NO_DOC, '@id': id_})
assert msg.type == TEST_TYPE_NO_DOC
assert msg.id == id_
assert msg.doc_uri == ''
assert msg.protocol == 'protocol'
assert msg.version == '1.0'
assert msg.short_type == 'test'
assert msg.version_info == Semver(1, 0, 0)
def test_message_serialization():
""" Test deserializing and serializing a message """
msg = Message.deserialize('{"@type": "%s"}' % TEST_TYPE)
assert msg.type == TEST_TYPE
assert msg.id is not None
assert msg.doc_uri == 'test_type/'
assert msg.protocol == 'protocol'
assert msg.version == '1.0'
assert msg.short_type == 'test'
assert msg.version_info == Semver(1, 0, 0)
assert msg.serialize() == \
'{"@type": "%s", "@id": "%s"}' % (TEST_TYPE, msg.id)
async def test_send(conductor, loopback_relationship):
""" Test that conductor can send a message """
a_did, a_vk = loopback_relationship
send_task = create_task(conductor.send(
Message({'@type': 'test/protocol/1.0/test'}),
a_vk,
to_did=a_did,
from_key=a_vk
))
conn = await conductor.connection_queue.get()
await conductor.message_reader(conn)
msg = await asyncio.wait_for(conductor.recv(), 5)
assert msg.type == 'test/protocol/1.0/test'
send_task.cancel()
async def test_unpack_plaintext(conductor):
""" Test unpack behavior for plaintext """
msg = await conductor.unpack(
Message({'@type': 'test/protocol/1.0/test'}).serialize()
)
assert msg.mtc[DESERIALIZE_OK]
assert not msg.mtc[
AUTHENTICATED_ORIGIN |
CONFIDENTIALITY |
INTEGRITY |
LIMITED_SCOPE |
NONREPUDIATION
]
async def test_agents_can_talk(alice, bob):
logger = logging.getLogger(__name__)
await connect_alice_and_bob(alice, bob)
alice.triggered = asyncio.Event()
@alice.route('test/protocol/1.0/test')
async def alice_msg_handle(msg, alice):
alice.triggered.set()
await bob.send(Message({'@type': 'test/protocol/1.0/test'}),
alice.vk,
to_did=alice.did)
assert alice.triggered.is_set()
async def test_module_routing_no_matching_version():
""" Test that routing to a module works. """
dispatcher = Dispatcher()
called_event = asyncio.Event()
class TestModule(Module):
DOC_URI = ''
PROTOCOL = 'test_protocol'
VERSION = '1.0'
async def testing_type(self, msg, *args, **kwargs):
kwargs['event'].set()
mod = TestModule()
dispatcher.route_module(mod)
test_msg = Message({
'@type': 'test_protocol/3.0/testing_type',
'test': 'test'
})
with pytest.raises(NoRegisteredRouteException):
await dispatcher.dispatch(test_msg, event=called_event)
async def test_module_routing_minor_version_different():
""" Test that routing to a module works. """
dispatcher = Dispatcher()
called_event = asyncio.Event()
class TestModule(Module):
DOC_URI = ''
PROTOCOL = 'test_protocol'
VERSION = '1.4'
async def testing_type(self, msg, *args, **kwargs):
kwargs['event'].set()
mod = TestModule()
dispatcher.route_module(mod)
test_msg = Message({
'@type': 'test_protocol/1.0/testing_type',
'test': 'test'
})
await dispatcher.dispatch(test_msg, event=called_event)
assert called_event.is_set()
def validate(self, msg: Message):
""" Validate message, storing defaults inserted by validation. """
msg.update(self._schema.validate(dict(msg)))
return msg
def test_bad_message_type(type_str):
""" Test bad message types raise InvalidMessage """
with pytest.raises(InvalidMessage):
Message({'@type': type_str})
def test_bad_message_id(id_):
""" Test message with bad message id """
with pytest.raises(InvalidMessage):
Message({'@type': TEST_TYPE, '@id': id_})
def test_id_generated():
""" Test ID is generated for message where one is not specified. """
msg = Message({'@type': TEST_TYPE})
assert msg.type == TEST_TYPE
assert msg.id is not None
