def setUp(self):
# Setup dual port - pointing at each other
self.testAddressA = ('127.0.0.1', 10000)
self.testBytes = b'Hello, World!'
# A should discover listen address from itself
self.commA = commObj( broadcastAddress=self.testAddressA )
self.commA.openPort()
# B should discover boradcast address from A
self.commB = commObj( listenAddress=self.testAddressA )
self.commB.openPort()
return super().setUp()
def setUp(self):
# Setup dual port - pointing at each other
self.testAddressA = os.path.abspath('') + '/.testA'
self.testAddressB = os.path.abspath('') + '/.testB'
self.testBytes = b'Hello, World!'
# B should discover boradcast address from A
self.commB = commObj( listenAddress=self.testAddressA, broadcastAddress=self.testAddressB )
self.commB.set_AF_type( socket.AF_UNIX )
self.commB.openPort()
# A should discover listen address from itself
self.commA = commObj( broadcastAddress=self.testAddressA, listenAddress=self.testAddressB )
self.commA.set_AF_type( socket.AF_UNIX )
self.commA.openPort()
return super().setUp()
def setUp(self):
# Setup reflective port - written data appears on read port
self.testAddressA = ('localhost', 10000)
self.testAddressB = self.testAddressA
self.comm = commObj( self.testAddressA, self.testAddressB )
self.testBytes = b'Hello, World!'
return super().setUp()
def test_notConnected(self):
# Connected should not occur before port is opened
comm = commObj( self.testAddressA )
self.assertEqual( comm.isOpen(), False )
def test_objectedExsists(self):
comm = commObj( self.testAddressA )
self.assertIsInstance(comm, commObj)