def test_SendMultipleDataMultipleClient():
a = Socket()
b = Socket()
c = Socket()
d = Socket()
e = Socket()
a.listen()
b.connect(a.port)
c.connect(a.port)
d.connect(a.port)
e.connect(a.port)
b.send(data[0])
data_out = a.receive()
assert data_out == data[0]
c.send(data[1])
data_out = a.receive()
assert data_out == data[1]
d.send(data[2])
e.send(data[3])
data_out1 = a.receive()
data_out2 = a.receive()
assert data_out1 == data[2]
assert data_out2 == data[3]
a.shutdown(); b.shutdown(); c.shutdown(); d.shutdown(); e.shutdown()
def test_disconnect():
a = Socket()
b = Socket()
a.listen()
b.connect(a.port)
time.sleep(0.1)
target = ('127.0.0.1', a.port)
sock = b.sockets[target]
data_in = 'disconnect test'
data_serialized = b._prepareData(data_in, target)
data_header = struct.pack('!IH', len(data_serialized), b.send_msg_idx[target])
b.send_msg_idx[target] += 1
sock.shutdown(2)
sock.close()
b.data_awaiting[target].append(data_header + data_serialized)
data_out = a.receive()
assert data_out == data_in
a.shutdown(); b.shutdown()
def test_discover():
a = Socket()
b = Socket()
a.listen()
a.advertise("test_type", "test_name", "test_advertiser")
time.sleep(0.5)
res = b.discover("test_type", "test_name")
print(res)
def example1():
a, b = Socket(), Socket()
a.listen() # Creating a server is done with .listen()
b.connect(a.port) # Creating a client is done with .connect()
b.send('An example.')
data = a.receive()
print("Data received:", data)
def test_ShutdownClientServer():
a = Socket()
b = Socket()
a.listen(31415)
b.connect(31415)
b.shutdown()
a.shutdown()
assert threading.active_count() <= 1
def test_SendToSingleClient(data_in):
a = Socket()
b = Socket()
a.listen()
b.connect(a.port)
a.send(data_in)
data_out = b.receive()
assert data_in == data_out
a.shutdown(); b.shutdown()
def test_asynchronousConnect():
a = Socket()
b = Socket()
a.listen()
b.connect(a.port, timeout=0)
data_in = "test data"
b.send(data_in)
data_out = a.receive()
assert data_in == data_out
def test_SendToServer(data_in):
a = Socket()
b = Socket()
a.listen()
b.connect(a.port)
b.send(data_in)
data_out = a.receive()
assert data_in == data_out
b.shutdown(); a.shutdown()
def test_multipleTargets():
raise NotImplementedError()
a = Socket()
b = Socket()
c = Socket()
a.listen()
b.listen()
c.connect(a.port)
c.connect(b.port)
c.send()
def test_compressionAndSecure(data_in):
a = Socket(compress=True, encrypt=True)
b = Socket(compress=True, encrypt=True)
a.listen()
b.connect(a.port)
b.send(data_in)
data_out = a.receive()
assert data_out == data_in
a.shutdown(); b.shutdown()
def test_Security(data_in):
a = Socket(encrypt=True)
b = Socket(encrypt=True)
a.listen()
b.connect(a.port)
b.send(data_in)
data_out = a.receive()
assert data_out == data_in
a.shutdown(); b.shutdown()
def test_ShutdownMultiple():
a = Socket()
b = Socket()
c = Socket()
a.listen(27182)
b.connect(27182)
c.connect(27182)
c.shutdown()
b.shutdown()
a.shutdown()
assert threading.active_count() <= 1
def test_multipleListen():
a = Socket()
b = Socket()
a.listen(12340)
a.listen(12341)
b.connect(12340)
b.connect(12341)
data_in = "test data"
b.send(data_in)
data_out1, data_out2 = a.receive(), a.receive()
assert data_in == data_out1
assert data_in == data_out2
def test_SendMultipleData(data_in1, data_in2):
a = Socket()
b = Socket()
a.listen()
b.connect(a.port)
b.send(data_in1)
b.send(data_in2)
data_out1, data_out2 = a.receive(), a.receive()
assert data_in1 == data_out1
assert data_in2 == data_out2
a.shutdown(); b.shutdown()
def test_CreateTwoServersBackToBack():
a = Socket()
b = Socket()
c = Socket()
a.listen()
a.shutdown()
b.listen(a.port)
c.connect(b.port)
c.send(data[0])
data_out = b.receive()
assert data[0] == data_out
a.shutdown(); b.shutdown(); c.shutdown()
def test_SendMultipleData():
a = Socket()
b = Socket()
a.listen()
b.connect(a.port)
for y in range(10):
for x in data:
b.send(x)
for y in range(10):
for x in data:
data_out = a.receive()
assert x == data_out
a.shutdown(); b.shutdown()
def test_SendToAllClients(data_in):
# Testing broadcast
a = Socket()
b = Socket()
c = Socket()
a.listen()
b.connect(a.port)
c.connect(a.port)
a.send(data_in)
data_out1, data_out2 = b.receive(), c.receive()
assert data_in == data_out1 == data_out2
a.shutdown(); b.shutdown(); c.shutdown()
def example4():
# Testing multiple connection sending by a client
h = Socket()
i = Socket()
j = Socket()
h.listen(16180)
i.listen(12020)
j.connect(16180)
j.connect(12020)
time.sleep(0.1)
j.send(b'Patate')
print(h.receive())
print(i.receive())
def example3():
# Testing broadcast
e = Socket()
f = Socket()
g = Socket()
e.listen(14142)
f.connect(14142)
g.connect(14142)
time.sleep(0.1)
e.send(b'broadcast')
print(f.receive())
print(g.receive())
def test_SendToAllServers(data_in):
# Testing multiple connection sending by a client
a = Socket()
b = Socket()
c = Socket()
a.listen()
b.listen()
c.connect(a.port)
c.connect(b.port)
c.send(data_in)
data_out1, data_out2 = a.receive(), b.receive()
assert data_in == data_out1
assert data_in == data_out2
a.shutdown(); b.shutdown(); c.shutdown()
def example2():
# Testing sending from the server
c = Socket()
d = Socket()
# You can specify the port and listening address
c.listen(27182, '0.0.0.0')
d.connect(27182, '127.0.0.1')
time.sleep(0.1) # Wait for the server to receive the connection from the client
# You can send from the server to the client.
# To send to a particular target, the tuple of (address, port) is required.
d.send('Another example', ('127.0.0.1', 27182))
data = c.receive()
print(data)
def test_wronglyConfiguredSocket():
a = Socket(compress=True)
b = Socket(compress=False)
a.listen()
with pytest.raises(AssertionError):
b.connect(a.port)