def test_two_sockets_are_instantiable(mk):
mk(('echo.sock.spt', ''))
socket1 = make_socket()
socket2 = make_socket()
expected = (Socket, Socket)
actual = (socket1.__class__, socket2.__class__)
assert actual == expected
def test_two_sockets_are_instantiable():
mk(('echo.sock', ''))
socket1 = make_socket()
socket2 = make_socket()
expected = (Socket, Socket)
actual = (socket1.__class__, socket2.__class__)
assert actual == expected, actual
def test_socket_can_shake_hands(mk):
mk(('echo.sock.spt', ''))
socket = make_socket()
response = socket.shake_hands()
expected = '15:10:xhr-polling'
actual = response.body.split(':', 1)[1]
assert actual == expected
def test_socket_can_shake_hands():
mk(('echo.sock', ''))
socket = make_socket()
response = socket.shake_hands()
expected = '15:10:xhr-polling'
actual = response.body.split(':', 1)[1]
assert actual == expected, actual
def test_can_put_onto_buffer(mk):
mk(('echo.sock.spt', 'socket.send(socket.recv())'))
buffer = Buffer(make_socket(), 'foo')
expected = [FFFD + '4' + FFFD + '1:::']
buffer.put(Message.from_bytes('1:::'))
actual = list(buffer.flush())
assert actual == expected
def test_can_put_onto_buffer():
mk(('echo.sock.spt', 'socket.send(socket.recv())'))
buffer = Buffer(make_socket(), 'foo')
expected = [FFFD+'4'+FFFD+'1:::']
buffer.put(Message.from_bytes('1:::'))
actual = list(buffer.flush())
assert actual == expected, actual
def test_can_put_onto_buffer():
mk(("echo.sock", "socket.send(socket.recv())"))
buffer = Buffer(make_socket(), "foo")
expected = [FFFD + "4" + FFFD + "1:::"]
buffer.put(Message.from_bytes("1:::"))
actual = list(buffer.flush())
assert actual == expected, actual
def make_transport(content='', state=0):
mk(('echo.sock', content))
socket = make_socket()
transport = XHRPollingTransport(socket)
transport.timeout = 0.05 # for testing, could screw up the test
if state == 1:
transport.respond(Request(uri='/echo.sock'))
return transport
def make_transport(content='', state=0):
mk(('echo.sock.spt', content))
socket = make_socket()
transport = XHRPollingTransport(socket)
transport.timeout = 0.05 # for testing, could screw up the test
if state == 1:
transport.respond(Request(uri='/echo.sock'))
return transport
def test_channel_can_have_sockets_added_to_it():
mk(('echo.sock', 'channel.send(channel.recv())'))
socket = make_socket()
channel = Channel('foo', ThreadedBuffer)
channel.add(socket)
expected = [socket]
actual = list(channel)
assert actual == expected, actual
def test_socket_can_barely_function():
mk(('echo.sock', 'socket.send("Greetings, program!")'))
socket = make_socket()
socket.tick()
expected = FFFD+'33'+FFFD+'3::/echo.sock:Greetings, program!'
actual = socket._recv().next()
assert actual == expected, actual
def test_channel_can_have_sockets_added_to_it(mk):
mk(('echo.sock.spt', 'channel.send(channel.recv())'))
socket = make_socket()
channel = Channel('foo', ThreadedBuffer)
channel.add(socket)
expected = [socket]
actual = list(channel)
assert actual == expected
def test_channel_passes_send_on_to_four_sockets():
mk(('echo.sock', 'channel.send(channel.recv())'))
channel = Channel('foo', ThreadedBuffer)
sockets = [make_socket(channel=channel) for i in range(4)]
channel.send('foo')
for socket in sockets:
expected = deque([Message.from_bytes('3::/echo.sock:foo')])
actual = socket.outgoing.queue
assert actual == expected, actual
def test_channel_passes_send_on_to_one_socket():
mk(('echo.sock', ''))
socket = make_socket()
channel = Channel('foo', ThreadedBuffer)
channel.add(socket)
channel.send('foo')
expected = deque([Message.from_bytes('3::/echo.sock:foo')])
actual = socket.outgoing.queue
assert actual == expected, actual
def test_channel_passes_send_on_to_four_sockets(mk):
mk(('echo.sock.spt', 'channel.send(channel.recv())'))
channel = Channel('foo', ThreadedBuffer)
sockets = [make_socket(channel=channel) for i in range(4)]
channel.send('foo')
for socket in sockets:
expected = deque([Message.from_bytes('3::/echo.sock:foo')])
actual = socket.outgoing.queue
assert actual == expected
def test_channel_passes_send_on_to_one_socket(mk):
mk(('echo.sock.spt', ''))
socket = make_socket()
channel = Channel('foo', ThreadedBuffer)
channel.add(socket)
channel.send('foo')
expected = deque([Message.from_bytes('3::/echo.sock:foo')])
actual = socket.outgoing.queue
assert actual == expected
def test_socket_can_barely_function(mk):
mk(('echo.sock.spt', 'socket.send("Greetings, program!")'))
socket = make_socket()
socket.tick()
expected = FFFD+b'33'+FFFD+b'3::/echo.sock:Greetings, program!'
actual = socket._recv()
if actual is not None:
actual = actual.next()
assert actual == expected
def test_socket_can_barely_function(mk):
mk(('echo.sock.spt', 'socket.send("Greetings, program!")'))
socket = make_socket()
socket.tick()
expected = FFFD + b'33' + FFFD + b'3::/echo.sock:Greetings, program!'
actual = socket._recv()
if actual is not None:
actual = actual.next()
assert actual == expected
def test_buffer_is_instantiable():
mk(('echo.sock.spt', 'socket.send(socket.recv())'))
expected = Buffer
actual = Buffer(make_socket(), 'foo').__class__
assert actual is expected, actual
def test_channel_raises_AssertionError_on_double_add():
mk(('echo.sock', ''))
socket = make_socket()
channel = Channel('foo', ThreadedBuffer)
channel.add(socket)
assert_raises(AssertionError, channel.add, socket)
def test_socket_is_instantiable(mk):
mk(('echo.sock.spt', ''))
expected = Socket
actual = make_socket().__class__
assert actual is expected
def test_buffer_is_instantiable():
mk(("echo.sock", "socket.send(socket.recv())"))
expected = Buffer
actual = Buffer(make_socket(), "foo").__class__
assert actual is expected, actual
def test_socket_is_instantiable():
mk(('echo.sock', ''))
expected = Socket
actual = make_socket().__class__
assert actual is expected, actual
def test_channel_raises_AssertionError_on_double_add(mk):
mk(('echo.sock.spt', ''))
socket = make_socket()
channel = Channel('foo', ThreadedBuffer)
channel.add(socket)
raises(AssertionError, channel.add, socket)
def test_buffer_is_instantiable(mk):
mk(('echo.sock.spt', 'socket.send(socket.recv())'))
expected = Buffer
actual = Buffer(make_socket(), 'foo').__class__
assert actual is expected