def initialize():
h1 = Hub(timeout=TIMEOUT)
h2 = Hub(timeout=TIMEOUT)
h1.connect(CHANNEL, "127.0.0.1", h2.port)
report("Hubs created and started")
s(0.1)
return h1, h2
def test_transport_setup():
start = time.time()
h1 = Hub(timeout=TIMEOUT)
h2 = Hub(timeout=TIMEOUT)
report("Hubs created and started")
h1.connect(CHANNEL, "127.0.0.1", h2.port)
s(0.1)
assert len(h1.transports) is 1
assert len(h2.transports) is 1
c1 = h1.transports[0]
c2 = h2.transports[0]
assert c1.opened
assert not c1.stopped
assert c2.opened
assert not c2.stopped
assert c1.name == CHANNEL
assert c2.name == CHANNEL
assert c1.addr == "127.0.0.1"
assert c2.addr == "127.0.0.1"
h1.close()
h2.close()
s(TIMEOUT)
assert not c1.opened
assert c1.stopped
assert not c2.opened
assert c2.stopped
success("Connection Setup Test Passed ({:.5f} sec)".format(time.time() -
start))
def test_oneway_messages():
start = time.time()
h1 = Hub(timeout=TIMEOUT)
h2 = Hub(timeout=TIMEOUT)
assert h1.get_all("Test") == []
assert h2.get_all("Test") == []
assert h1.get_all("Test2") == []
assert h2.get_all("Test2") == []
h1.connect("Test", "127.0.0.1", h2.port)
s(0.1)
h1.write_to_name("Test", "Test", "test of port 1")
s(0.05)
assert h1.get_all("Test") == []
assert h2.get_all("Test") == ["test of port 1"]
assert h1.get_all("Test2") == []
assert h2.get_all("Test2") == []
h1.write_to_name("Test", "Test2", "test of port 2")
s(0.05)
assert h1.get_all("Test") == []
assert h2.get_all("Test") == ["test of port 1"]
assert h1.get_all("Test2") == []
assert h2.get_all("Test2") == ["test of port 2"]
h1.close()
h2.close()
success("One-way messages Test Passed ({:.5f} sec)".format(time.time() -
start))
def multi_transports(num_conn=10, messages=10, bidirectional=False):
h1 = Hub(timeout=TIMEOUT)
h2 = Hub(timeout=TIMEOUT)
for i in range(num_conn):
h1.connect("Test{}".format(i), "127.0.0.1", h2.port)
s()
assert len(h1.transports) == len(h2.transports)
for i in range(messages):
h1.write_all("Test{}".format(i), text)
if bidirectional:
h2.write_all("Test{}".format(i), text)
s()
for i in range(messages):
if bidirectional:
assert h1.get_all("Test{}".format(i)) == [text] * num_conn
assert h2.get_all("Test{}".format(i)) == [text] * num_conn
h1.close()
h2.close()
def test_empty_messages():
start = time.time()
h1 = Hub(timeout=TIMEOUT)
h2 = Hub(timeout=TIMEOUT)
assert h1.get_all("Test") == []
assert h2.get_all("Test") == []
assert h1.get_all("Test2") == []
assert h2.get_all("Test2") == []
h1.connect("Test", "127.0.0.1", h2.port)
s(0.1)
assert h1.get_all("Test") == []
assert h2.get_all("Test") == []
assert h1.get_all("Test2") == []
assert h2.get_all("Test2") == []
h1.close()
h2.close()
success("Empty messages Test Passed ({:.5f} sec)".format(time.time() -
start))
def stress_test(stress=5, messages=1000):
h1 = Hub(timeout=TIMEOUT)
h2 = Hub(timeout=TIMEOUT)
for i in range(stress):
if i % 2 == 0:
h1.connect("Test{}".format(i), "127.0.0.1", h2.port)
else:
h2.connect("Test{}".format(i), "127.0.0.1", h1.port)
s()
assert len(h1.transports) == len(h2.transports)
for i in range(messages):
h1.write_all("Test{}".format(i), text)
h2.write_all("Test{}".format(i), text)
s()
for i in range(messages):
assert h1.get_all("Test{}".format(i)) == [text] * stress
assert h2.get_all("Test{}".format(i)) == [text] * stress
h1.close()
h2.close()
def test_hub_transport_setup():
start = time.time()
h1 = Hub(timeout=TIMEOUT)
h2 = Hub(timeout=TIMEOUT)
report("Hubs created and started")
assert h1.opened
assert not h1.stopped
assert h2.opened
assert not h2.stopped
h1.connect(CHANNEL, "127.0.0.1", h2.port)
s(0.1)
assert len(h1.transports) is 1
assert len(h2.transports) is 1
h1.close()
h2.close()
assert not h1.opened
assert h1.stopped
assert not h2.opened
assert h1.stopped
success(
"Hub Connection Setup Test Passed ({:.5f} sec)".format(time.time() -
start))