def test_transport_stays_in_state_1_after_second_request():
transport = make_transport()
request = make_request()
transport.respond(request)
transport.respond(request)
expected = 1
actual = transport.state
assert actual == expected, actual
def test_transport_stays_in_state_1_after_second_request(make_transport):
transport = make_transport()
request = make_request()
transport.respond(request)
transport.respond(request)
expected = 1
actual = transport.state
assert actual == expected
def test_transport_GET_blocks_for_empty_socket():
transport = make_transport(state=1)
request = make_request()
start = time.time()
response = transport.respond(request)
end = time.time()
expected = transport.timeout
actual = round(end - start, 4)
assert actual > expected, actual
def test_transport_GET_blocks_for_empty_socket(make_transport):
transport = make_transport(state=1)
request = make_request()
start = time.time()
response = transport.respond(request)
end = time.time()
expected = transport.timeout
actual = round(end - start, 4)
assert actual > expected
def test_sockets_get_adds_channel():
mk(('echo.sock', ''))
request = make_request()
request.socket = '1/'
try:
response = sockets.get(request) # handshake
expected = '/echo.sock'
actual = sockets.__channels__['/echo.sock'].name
assert actual == expected, actual
finally:
sockets.__channels__['/echo.sock'].disconnect_all()
def test_sockets_get_adds_channel():
mk(('echo.sock', ''))
request = make_request()
request.socket = '1/'
try:
response = sockets.get(request) # handshake
expected = '/echo.sock'
actual = sockets.__channels__['/echo.sock'].name
assert actual == expected, actual
finally:
sockets.__channels__['/echo.sock'].disconnect_all()
def test_sockets_get_adds_channel(mk):
mk(('echo.sock.spt', '[---]\n'))
request = make_request()
request.socket = '1/'
try:
sockets.get(request) # handshake
expected = '/echo.sock'
actual = sockets.__channels__['/echo.sock'].name
assert actual == expected
finally:
sockets.__channels__['/echo.sock'].disconnect_all()
def test_channel_survives_transportation():
mk(('echo.sock', ''))
request = make_request()
request.socket = '1/'
response = sockets.get(request) # handshake
sid = response.body.split(':')[0]
request.socket = '1/xhr-polling/' + sid
transport = sockets.get(request) # transport
try:
expected = '/echo.sock'
actual = sockets.__channels__['/echo.sock'].name
assert actual == expected, actual
expected = transport.socket.channel
actual = sockets.__channels__['/echo.sock']
assert actual is expected, actual
finally:
transport.socket.disconnect()
def test_channel_survives_transportation():
mk(('echo.sock', ''))
request = make_request()
request.socket = '1/'
response = sockets.get(request) # handshake
sid = response.body.split(':')[0]
request.socket = '1/xhr-polling/' + sid
transport = sockets.get(request) # transport
try:
expected = '/echo.sock'
actual = sockets.__channels__['/echo.sock'].name
assert actual == expected, actual
expected = transport.socket.channel
actual = sockets.__channels__['/echo.sock']
assert actual is expected, actual
finally:
transport.socket.disconnect()
