def test_send_tap_must_send_right_packet_sequence(f):
send_tap(f.sock_mock, x, y)
calls = [call.send(MOVE_PACKET) for _ in range(TAP_MOVE_COUNT)]
calls.insert(0, call.send(TOUCH_PACKET))
calls.append(call.send(RELEASE_PACKET))
f.sock_mock.assert_has_calls(calls)
def test_get_traces_sync(self):
test_parity_hosts = "hosts"
test_blocks = "blocks"
test_urls = ["url1", "url2"]
test_trace_requests = {
test_urls[0]: "trace1",
test_urls[1]: "trace2"
}
test_transactions_requests = {
test_urls[1]: "transactions2",
test_urls[0]: "transactions1"
}
test_trace_response = {
"result": ["trace"]
}
test_transactions_response = {
"result": {
"transactions": ["transactions"]
}
}
make_trace_requests_mock = MagicMock(return_value=test_trace_requests)
make_transactions_requests_mock = MagicMock(return_value=test_transactions_requests)
return_response_mock = MagicMock(side_effect=[test_trace_response, test_transactions_response] * 2)
send_jsonrpc_request_mock = MagicMock(side_effect=lambda x, y, getter: getter(return_response_mock()))
merge_block_mock = MagicMock(side_effect=[
["merge1"],
["merge2"]
])
process = Mock(
trace_request=make_trace_requests_mock,
transaction_request=make_transactions_requests_mock,
send=send_jsonrpc_request_mock,
merge=merge_block_mock
)
with patch("operations.internal_transactions._make_trace_requests", make_trace_requests_mock), \
patch("operations.internal_transactions._make_transactions_requests", make_transactions_requests_mock), \
patch("operations.internal_transactions._send_jsonrpc_request", send_jsonrpc_request_mock), \
patch("operations.internal_transactions._merge_block", merge_block_mock):
result = _get_traces_sync(test_parity_hosts, test_blocks)
calls = [
call.trace_request(test_parity_hosts, test_blocks),
call.transaction_request(test_parity_hosts, test_blocks)
]
for url, trace_request in test_trace_requests.items():
transaction_request = test_transactions_requests[url]
calls += [call.send(url, trace_request, ANY), call.send(url, transaction_request, ANY)]
calls += [call.merge(["trace"], ["transactions"], ["gasUsed", "gasPrice"])]
process.assert_has_calls(calls)
self.assertSequenceEqual(result, ["merge1", "merge2"])
def test_add_ubridge_connection_none_nio(loop, vm):
nio = None
vm._ubridge_hypervisor = MagicMock()
loop.run_until_complete(asyncio.async(vm._add_ubridge_connection(nio, 0, 42)))
calls = [
call.send("docker create_veth veth-gns3-e0 veth-gns3-i0"),
call.send('docker move_to_ns veth-gns3-i0 42 eth0'),
]
# We need to check any_order ortherwise mock is confused by asyncio
vm._ubridge_hypervisor.assert_has_calls(calls, any_order=True)
def test_add_ubridge_connection_none_nio(loop, vm):
nio = None
vm._ubridge_hypervisor = MagicMock()
loop.run_until_complete(asyncio. async (vm._add_ubridge_connection(
nio, 0, 42)))
calls = [
call.send("docker create_veth veth-gns3-e0 veth-gns3-i0"),
call.send('docker move_to_ns veth-gns3-i0 42 eth0'),
]
# We need to check any_order ortherwise mock is confused by asyncio
vm._ubridge_hypervisor.assert_has_calls(calls, any_order=True)
def test_TrackDownloadsImage(monkeypatch):
mocked_data = Mock()
mocked_generator = Mock()
mocked_data.page_num = 0
tracker = lscat.TrackDownloadsImage(mocked_data)
tracker.generator = mocked_generator
test_pics = [f"12345_p{idx}_master1200.jpg" for idx in list(range(10))]
# No need to shuffle because updates are always in order
for pic in test_pics:
tracker.update(pic)
assert len(mocked_generator.mock_calls
) == 20 # 10 images * 2 because of None sends
assert mocked_generator.mock_calls[:4] == [
call.send('12345_p0_master1200.jpg'),
call.send(None),
call.send('12345_p1_master1200.jpg'),
call.send(None),
]
assert mocked_generator.mock_calls[-4:] == [
call.send('12345_p8_master1200.jpg'),
call.send(None),
call.send('12345_p9_master1200.jpg'),
call.send(None),
]
def test_TrackDownloads():
mocked_data = Mock()
mocked_generator = Mock()
tracker = lscat.TrackDownloads(mocked_data)
tracker.generator = mocked_generator
test_pics = [f"{str(idx).rjust(3, '0')}_test" for idx in list(range(30))]
# Shuffle list of pics
for pic in random.sample(test_pics, 30):
tracker.update(pic)
assert len(mocked_generator.mock_calls
) == 60 # 30 images * 2 because of None sends
assert mocked_generator.mock_calls[:4] == [
call.send('000_test'),
call.send(None),
call.send('001_test'),
call.send(None),
]
assert mocked_generator.mock_calls[-4:] == [
call.send('028_test'),
call.send(None),
call.send('029_test'),
call.send(None),
]
def test_disconnected_client(self):
""" Test BrokenPipeError handling on unexpected client disconnect """
socket_mock = Mock()
socket_mock.send.side_effect = [None, BrokenPipeError]
logger_mock = Mock()
output_wrapper = Output(socket_mock, logger_mock)
output_wrapper.info('info(%d)', 1)
output_wrapper.info('info(%d)', 2)
output_wrapper.info('info(%d)', 3)
socket_mock.assert_has_calls([call.send(b'{"text": "info(1)"}\x00'), call.send(b'{"text": "info(2)"}\x00')])
logger_mock.warning.assert_has_calls([call('Control client disconnected before operation has completed')])
logger_mock.info.assert_has_calls([call('info(%d)', 1), call('info(%d)', 2), call('info(%d)', 3)])
def test_add_ubridge_connection_none_nio(loop, vm):
nio = None
vm._ubridge_hypervisor = MagicMock()
vm._namespace = 42
loop.run_until_complete(asyncio.async(vm._add_ubridge_connection(nio, 0)))
calls = [
call.send('bridge create bridge0'),
call.send("bridge add_nio_tap bridge0 tap-gns3-e0"),
call.send('docker move_to_ns tap-gns3-e0 42 eth0'),
]
# We need to check any_order ortherwise mock is confused by asyncio
vm._ubridge_hypervisor.assert_has_calls(calls, any_order=True)
def test_lifespan_shutdown_successful(self):
"""
Test that the lifespan protocol shutdown events work right for an
application that supports the protocol and shuts down successfully.
"""
# Create a mock queue and send and receive async callables that access
# it.
mock_queue = MagicMock()
mock_queue.receive.side_effect = [{
"type": "lifespan.shutdown.complete"
}]
async def send(event):
mock_queue.send(event)
async def receive():
return mock_queue.receive()
# Create the lifespan manager.
uut = aioscgi.core.LifespanManager(send, receive)
# At this point, nothing should have been done with the queue.
self.assertFalse(mock_queue.mock_calls)
# Run the lifespan shutdown process. It should return normally.
with self.assertRaises(StopIteration):
uut.shutdown().send(None)
# The lifespan manager should send the lifespan.shutdown event, then
# wait for the application to send the complete message before
# returning.
self.assertEqual(
mock_queue.mock_calls,
[call.send({"type": "lifespan.shutdown"}),
call.receive()])
def test_the_pump_should_dispatch_a_command_processor(self):
"""
Given that I have a message pump for a channel
When I read a message from that channel
Then the message should be dispatched to a handler
"""
handler = MyCommandHandler()
request = MyCommand()
channel = Mock(spec=Channel)
command_processor = Mock(spec=CommandProcessor)
message_pump = MessagePump(command_processor, channel, map_to_message)
header = BrightsideMessageHeader(uuid4(), request.__class__.__name__, BrightsideMessageType.command)
body = BrightsideMessageBody(JsonRequestSerializer(request=request).serialize_to_json(),
BrightsideMessageBodyType.application_json)
message = BrightsideMessage(header, body)
quit_message = BrightsideMessageFactory.create_quit_message()
# add messages to that when channel is called it returns first message then qui tmessage
response_queue = [message, quit_message]
channel_spec = {"receive.side_effect" : response_queue}
channel.configure_mock(**channel_spec)
message_pump.run()
channel_calls = [call.receive(), call.receive]
channel.assert_has_calls(channel_calls)
cp_calls = [call.send(request)]
command_processor.assert_has_calls(cp_calls)
async def test_del_char() -> None:
session = db.Session()
guild_id = 555
player_id = 111
session.add(
Character(
guild=guild_id,
player=player_id,
name="name",
race="race",
attr_reason=5,
disc_science=12,
))
session.commit()
cog = STA()
context = MagicMock()
context.author.id = player_id
context.guild.id = guild_id
context.guild.__bool__.return_value = True
context.author.__bool__.return_value = True
future: Future[bool] = asyncio.Future()
future.set_result(True)
context.send.return_value = future
context.mock_add_spec(["guild", "author", "send"], spec_set=True)
assert db.Session().query(Character).count() == 1
await STA.del_char(cog, context)
assert db.Session().query(Character).count() == 0
assert context.mock_calls == [
call.guild.__bool__(),
call.send("Character deleted."),
]
def test_add_ubridge_connection_none_nio(loop, vm):
nio = None
vm._ubridge_hypervisor = MagicMock()
vm._namespace = 42
loop.run_until_complete(asyncio.ensure_future(vm._add_ubridge_connection(nio, 0)))
calls = [
call.send('bridge create bridge0'),
call.send("bridge add_nio_tap bridge0 tap-gns3-e0"),
call.send('docker move_to_ns tap-gns3-e0 42 eth0'),
]
assert 'bridge0' in vm._bridges
# We need to check any_order ortherwise mock is confused by asyncio
vm._ubridge_hypervisor.assert_has_calls(calls, any_order=True)
def test_delete_ubridge_connection(loop, vm):
vm._ubridge_hypervisor = MagicMock()
nio = {"type": "nio_udp",
"lport": 4242,
"rport": 4343,
"rhost": "127.0.0.1"}
nio = vm.manager.create_nio(0, nio)
loop.run_until_complete(asyncio.async(vm._add_ubridge_connection(nio, 0, 42)))
loop.run_until_complete(asyncio.async(vm._delete_ubridge_connection(0)))
calls = [
call.send("bridge delete bridge0"),
call.send('docker delete_veth veth-gns3-e0')
]
vm._ubridge_hypervisor.assert_has_calls(calls, any_order=True)
def test_add_ubridge_connection(loop, vm):
nio = {
"type": "nio_udp",
"lport": 4242,
"rport": 4343,
"rhost": "127.0.0.1"
}
nio = vm.manager.create_nio(0, nio)
nio.startPacketCapture("/tmp/capture.pcap")
vm._ubridge_hypervisor = MagicMock()
loop.run_until_complete(asyncio. async (vm._add_ubridge_connection(
nio, 0, 42)))
calls = [
call.send("docker create_veth veth-gns3-e0 veth-gns3-i0"),
call.send('docker move_to_ns veth-gns3-i0 42 eth0'),
call.send('bridge create bridge0'),
call.send('bridge add_nio_linux_raw bridge0 veth-gns3-e0'),
call.send('bridge add_nio_udp bridge0 4242 127.0.0.1 4343'),
call.send('bridge start_capture bridge0 "/tmp/capture.pcap"'),
call.send('bridge start bridge0')
]
# We need to check any_order ortherwise mock is confused by asyncio
vm._ubridge_hypervisor.assert_has_calls(calls, any_order=True)
def test_chunk_is_received(self, client):
self.create_s3_handler()
self.s3_file_handler.executor = MagicMock()
self.s3_file_handler.receive_data_chunk(
b"test",
0,
)
# Check that we started to send data
self.s3_file_handler.executor.mock_calls[0] = call.send(b"4")
def test_chunk_is_received(self, http_connection):
self.create_av_handler()
self.clam_av_file_handler.av_conn = MagicMock()
self.clam_av_file_handler.receive_data_chunk(
b"test",
0,
)
# Check that we started to send data
self.clam_av_file_handler.av_conn.mock_calls[0] = call.send(b"4")
def test_delete_ubridge_connection(loop, vm):
vm._ubridge_hypervisor = MagicMock()
nio = {
"type": "nio_udp",
"lport": 4242,
"rport": 4343,
"rhost": "127.0.0.1"
}
nio = vm.manager.create_nio(0, nio)
loop.run_until_complete(asyncio. async (vm._add_ubridge_connection(
nio, 0, 42)))
loop.run_until_complete(asyncio. async (vm._delete_ubridge_connection(0)))
calls = [
call.send("bridge delete bridge0"),
call.send('docker delete_veth veth-gns3-e0')
]
vm._ubridge_hypervisor.assert_has_calls(calls, any_order=True)
def test_normal_send(self):
""" Test normal messages sending """
socket_mock = Mock()
logger_mock = Mock()
output_wrapper = Output(socket_mock, logger_mock)
output_wrapper.info('info(%s)', 'arg1')
output_wrapper.debug('debug(%s)', 'arg2')
output_wrapper.error('error(%s)', 'arg3')
output_wrapper.error('no_args_error(%s)')
output_wrapper.log('log(%s)', 'arg4')
output_wrapper.say('say(%s)', 'arg5')
output_wrapper.say('no_args_say(%s)')
socket_mock.assert_has_calls([
call.send(b'{"text": "info(arg1)"}\x00'),
call.send(b'{"error": "error(arg3)"}\x00'),
call.send(b'{"error": "no_args_error(%s)"}\x00'),
call.send(b'{"text": "log(arg4)"}\x00'),
call.send(b'{"text": "say(arg5)"}\x00'),
call.send(b'{"text": "no_args_say(%s)"}\x00'),
])
logger_mock.assert_has_calls([
call.info('info(%s)', 'arg1'),
call.debug('debug(%s)', 'arg2'),
call.error('error(%s)', 'arg3'),
call.error('no_args_error(%s)'),
call.info('log(%s)', 'arg4'),
call.info('say(%s)', 'arg5'),
call.info('no_args_say(%s)'),
])
def test_search_ok(self):
args = ["artist", "test"]
self.search.begin_search(args)
sender_calls = [call.send("search", args, self.search._on_load)]
self.assertListEqual(self.sender.mock_calls, sender_calls)
observer_calls = [call.search_started(self.search)]
self.assertListEqual(self.observer.mock_calls, observer_calls)
self.observer.reset_mock()
result = CallbackResult(CALLBACK_OK, "search", args, SEARCH_RESULTS)
self.search._on_load(result)
observer_calls = [call.store_changed(self.search),
call.search_finished(self.search)]
self.assertListEqual(self.observer.mock_calls, observer_calls)
expected = [Song(item) for item in SEARCH_RESULTS]
self.assertListEqual(list(self.search), expected)
def test_lifespan_startup_failed(self):
"""
Test that the lifespan protocol startup events work right for an
application that supports the protocol but fails to initialize.
"""
# Create a mock queue and send and receive async callables that access
# it.
mock_queue = MagicMock()
mock_queue.receive.side_effect = [{
"type":
"lifespan.startup.failed",
"message":
"Application failure message"
}]
async def send(event):
mock_queue.send(event)
async def receive():
return mock_queue.receive()
# Create the lifespan manager.
uut = aioscgi.core.LifespanManager(send, receive)
# At this point, nothing should have been done with the queue.
self.assertFalse(mock_queue.mock_calls)
# Run the lifespan startup process. It should raise an exception,
# passing on the message from the application.
with self.assertRaises(aioscgi.core.ApplicationInitializationError,
msg="Application failure message"):
uut.startup().send(None)
# The lifespan manager should send the lifespan.startup event, then
# wait for the application to send the failure message before raising
# its own exception.
self.assertEqual(
mock_queue.mock_calls,
[call.send({"type": "lifespan.startup"}),
call.receive()])
def test_lifespan_shutdown_failed(self):
"""
Test that the lifespan protocol shutdown events work right for an
application that supports the protocol but fails to shut down.
"""
# Create a mock queue and send and receive async callables that access
# it.
mock_queue = MagicMock()
mock_queue.receive.side_effect = [{
"type":
"lifespan.shutdown.failed",
"message":
"Application failure message"
}]
async def send(event):
mock_queue.send(event)
async def receive():
return mock_queue.receive()
# Create the lifespan manager.
uut = aioscgi.core.LifespanManager(send, receive)
# At this point, nothing should have been done with the queue.
self.assertFalse(mock_queue.mock_calls)
# Run the lifespan shutdown process. It should return normally, because
# application failures during shutdown don’t really benefit from being
# reraised at the call site.
with self.assertRaises(StopIteration):
uut.shutdown().send(None)
# The lifespan manager should send the lifespan.startup event, then
# wait for the application to send the failure message before raising
# its own exception.
self.assertEqual(
mock_queue.mock_calls,
[call.send({"type": "lifespan.shutdown"}),
call.receive()])
def test_lifespan_not_supported(self):
"""
Test that the lifespan protocol works properly when the application
doesn’t support it.
"""
# Create a mock queue and send and receive async callables that access
# it.
mock_queue = MagicMock()
mock_queue.receive.side_effect = [None]
async def send(event):
mock_queue.send(event)
async def receive():
return mock_queue.receive()
# Create the lifespan manager.
uut = aioscgi.core.LifespanManager(send, receive)
# At this point, nothing should have been done with the queue.
self.assertFalse(mock_queue.mock_calls)
# Run the lifespan startup process. It should return normally. Lack of
# support from the application should not be considered an error.
with self.assertRaises(StopIteration):
uut.startup().send(None)
# Run the lifespan shutdown process. It should return normally, without
# doing anything, because of the earlier indication of no support.
with self.assertRaises(StopIteration):
uut.shutdown().send(None)
# The lifespan manager should send the lifespan.startup event, then
# receive the indication of no support (representing the application
# callback raising an exception), then not interact with the queue
# again afterwards.
self.assertEqual(
mock_queue.mock_calls,
[call.send({"type": "lifespan.startup"}),
call.receive()])
def test_search_failed(self):
args = ["artist", "test"]
self.search.begin_search(args)
sender_calls = [call.send("search", args, self.search._on_load)]
self.assertListEqual(self.sender.mock_calls, sender_calls)
observer_calls = [call.search_started(self.search)]
self.assertListEqual(self.observer.mock_calls, observer_calls)
self.observer.reset_mock()
result = CallbackResult(CALLBACK_ERR_NOT_CONNECTED, "search", args,
error=None)
self.search._on_load(result)
observer_calls = [call.store_changed(self.search),
call.search_cleared(self.search),
call.search_failed(self.search)]
self.assertListEqual(self.observer.mock_calls, observer_calls)
self.assertListEqual(list(self.search), [])
def test_add_ubridge_connection(loop, vm):
nio = {"type": "nio_udp",
"lport": 4242,
"rport": 4343,
"rhost": "127.0.0.1"}
nio = vm.manager.create_nio(0, nio)
nio.startPacketCapture("/tmp/capture.pcap")
vm._ubridge_hypervisor = MagicMock()
loop.run_until_complete(asyncio.async(vm._add_ubridge_connection(nio, 0, 42)))
calls = [
call.send("docker create_veth veth-gns3-e0 veth-gns3-i0"),
call.send('docker move_to_ns veth-gns3-i0 42 eth0'),
call.send('bridge create bridge0'),
call.send('bridge add_nio_linux_raw bridge0 veth-gns3-e0'),
call.send('bridge add_nio_udp bridge0 4242 127.0.0.1 4343'),
call.send('bridge start_capture bridge0 "/tmp/capture.pcap"'),
call.send('bridge start bridge0')
]
# We need to check any_order ortherwise mock is confused by asyncio
vm._ubridge_hypervisor.assert_has_calls(calls, any_order=True)
def test_add_ubridge_connection(loop, vm):
nio = {"type": "nio_udp",
"lport": 4242,
"rport": 4343,
"rhost": "127.0.0.1"}
nio = vm.manager.create_nio(nio)
nio.start_packet_capture("/tmp/capture.pcap")
vm._ubridge_hypervisor = MagicMock()
vm._namespace = 42
loop.run_until_complete(asyncio.ensure_future(vm._add_ubridge_connection(nio, 0)))
calls = [
call.send('bridge create bridge0'),
call.send("bridge add_nio_tap bridge0 tap-gns3-e0"),
call.send('docker move_to_ns tap-gns3-e0 42 eth0'),
call.send('bridge add_nio_udp bridge0 4242 127.0.0.1 4343'),
call.send('bridge start_capture bridge0 "/tmp/capture.pcap"'),
call.send('bridge start bridge0')
]
assert 'bridge0' in vm._bridges
# We need to check any_order ortherwise mock is confused by asyncio
vm._ubridge_hypervisor.assert_has_calls(calls, any_order=True)
def sent_recved(sent):
return [call.send(sent), call.recv()]
def sent(sent):
return [call.send(sent)]
def test_simple(self, conn_class):
"""
Test a simple application.
"""
async def app(scope, receive, send):
if scope["type"] == "lifespan":
raise ValueError(
"Lifespan protocol not supported by this application")
self.assertEqual(scope["type"], "http")
self.assertEqual(scope["asgi"]["version"], "3.0")
self.assertEqual(scope["asgi"]["spec_version"], "2.1")
self.assertEqual(scope["http_version"], "1.1")
self.assertEqual(scope["method"], "GET")
self.assertEqual(scope["scheme"], "http")
self.assertEqual(scope["path"], "")
self.assertEqual(scope["query_string"], B"")
self.assertEqual(scope["headers"], [])
self.assertEqual(scope["server"], ["localhost", 80])
self.assertEqual(
scope["extensions"]["environ"], {
"SERVER_PROTOCOL": B"HTTP/1.1",
"REQUEST_METHOD": B"GET",
"QUERY_STRING": B"",
"SCRIPT_NAME": B"",
"SERVER_NAME": B"localhost",
"SERVER_PORT": B"80",
})
message = await receive()
self.assertEqual(message["type"], "http.request")
self.assertFalse(message.get("body"))
self.assertFalse(message.get("more_body"))
await send({
"type":
"http.response.start",
"status":
200,
"headers": [(b"content-type", b"text/plain; charset=UTF-8")]
})
await send({"type": "http.response.body", "body": B"Hello World!"})
conn = conn_class.return_value
headers = sioscgi.RequestHeaders({
"SERVER_PROTOCOL": B"HTTP/1.1",
"REQUEST_METHOD": B"GET",
"QUERY_STRING": B"",
"SCRIPT_NAME": B"",
"SERVER_NAME": B"localhost",
"SERVER_PORT": B"80"
})
conn.next_event.side_effect = [headers, sioscgi.RequestEnd()]
conn.send.return_value = B""
with self.assertRaises(StopIteration):
aioscgi.core.Container(None).run(app, None, None).send(None)
self.assertEqual(list(conn.mock_calls), [
call.next_event(),
call.next_event(),
call.send(
EventMatcher(
sioscgi.ResponseHeaders("200 OK", [
("Content-Type", "text/plain; charset=UTF-8")
]))),
call.send(EventMatcher(sioscgi.ResponseBody(B"Hello World!"))),
call.send(EventMatcher(sioscgi.ResponseEnd()))
])
def test_TrackDownloadsUser():
mocked_data = Mock()
mocked_data.splitpoint = 30
mocked_generator = Mock()
tracker = lscat.TrackDownloadsUsers(mocked_data)
tracker.generator = mocked_generator
test_pics = [f"{str(idx).rjust(3, '0')}_test" for idx in list(range(120))]
# Shuffle list of pics
for pic in random.sample(test_pics, 120):
tracker.update(pic)
assert len(mocked_generator.mock_calls
) == 240 # 120 images * 2 because of None sends
assert mocked_generator.mock_calls[:8] == [
call.send('000_test'),
call.send(None),
call.send('030_test'),
call.send(None),
call.send('031_test'),
call.send(None),
call.send('032_test'),
call.send(None),
]
assert mocked_generator.mock_calls[-8:] == [
call.send('029_test'),
call.send(None),
call.send('117_test'),
call.send(None),
call.send('118_test'),
call.send(None),
call.send('119_test'),
call.send(None),
]
def test_signup_check_less_than_10_signups(self):
self.pregame.signups = [x for x in range(8)]
result = OneHeadAsyncTest._run(self.pregame.signup_check(self.ctx))
self.assertEqual(self.ctx.method_calls[0],
call.send('Only 8 Signup(s), require 2 more.'))
self.assertFalse(result)
def test_signup_check_single_signup(self):
self.pregame.signups = [1]
result = OneHeadAsyncTest._run(self.pregame.signup_check(self.ctx))
self.assertEqual(self.ctx.method_calls[0],
call.send('Only 1 Signup(s), require 9 more.'))
self.assertFalse(result)
def test_signup_check_zero_signups(self):
self.pregame.signups = []
result = OneHeadAsyncTest._run(self.pregame.signup_check(self.ctx))
self.assertEqual(self.ctx.method_calls[0],
call.send('There are currently no signups.'))
self.assertFalse(result)
