def __init__(self):
# Task Runner
self._task_runner = TaskRunner()
# UPnP Client
self._client = UPnPClient(self._task_runner)
# Console Namespace
name_space = {}
name_space['get_device_uuids'] = self._client.get_device_uuids
name_space['get_service_types'] = self._client.get_service_types
name_space['get_service_ids'] = self._client.get_service_ids
name_space['get_device'] = self._client.get_device
name_space['get_services_by_type'] = self._client.get_services_by_type
name_space['get_services_by_id'] = self._client.get_services_by_id
name_space['get_services_by_short_id'] = \
self._client.get_services_by_short_id
name_space['get_service'] = self._client.get_service
name_space['search'] = self._client.search
self._console = ObjectConsole(self,
name_space,
run="_run",
stop="_stop",
name="UPnP Client")
class UPnPServerConsole:
"""This class wraps ObjectConsole to implement a
custom console for UPnP server."""
def __init__(self):
# Task Runner
self._task_runner = TaskRunner()
# UPnP Server
self._server = UPnPServer(self._task_runner, "Product 1.0")
# Switch Power Service
service_id = "SwitchPower"
service = SwitchPower(service_id)
self._server.add_service(service)
# URL Service
service_id_2 = "URLService"
service_2 = URLService(service_id_2)
self._server.add_service(service_2)
# Bookmark Service
service_3 = BookmarkService()
self._server.add_service(service_3)
# Console Namespace
name_space = {}
root_device = self._server.get_root_device()
name_space[root_device.name] = root_device
name_space[service_id] = service
name_space[service_id_2] = service_2
name_space[service_3.get_short_service_id()] = service_3
name_space['add_service'] = self._server.add_service
name_space['get_service'] = self._server.get_service
name_space['get_services'] = self._server.get_service_ids
name_space['announce'] = self._server.announce
self._console = ObjectConsole(self, name_space,
run="_run",
stop="_stop", name="UPnP Server")
def _run(self):
"""Start TaskRunner."""
self._task_runner.run_forever()
def _stop(self):
"""Stop UPnPServer and TaskRunner"""
self._server.close()
self._task_runner.stop()
def run(self):
"""Runs the UPnP Console."""
self._console.run()
class UPnPServerConsole:
"""This class wraps ObjectConsole to implement a
custom console for UPnP server."""
def __init__(self):
# Task Runner
self._task_runner = TaskRunner()
# UPnP Server
self._server = UPnPServer(self._task_runner, "Product 1.0")
# Switch Power Service
service_id = "SwitchPower"
service = SwitchPower(service_id)
self._server.add_service(service)
# URL Service
service_id_2 = "URLService"
service_2 = URLService(service_id_2)
self._server.add_service(service_2)
# Bookmark Service
service_3 = BookmarkService()
self._server.add_service(service_3)
# Console Namespace
name_space = {}
root_device = self._server.get_root_device()
name_space[root_device.name] = root_device
name_space[service_id] = service
name_space[service_id_2] = service_2
name_space[service_3.get_short_service_id()] = service_3
name_space['add_service'] = self._server.add_service
name_space['get_service'] = self._server.get_service
name_space['get_services'] = self._server.get_service_ids
name_space['announce'] = self._server.announce
self._console = ObjectConsole(self,
name_space,
run="_run",
stop="_stop",
name="UPnP Server")
def _run(self):
"""Start TaskRunner."""
self._task_runner.run_forever()
def _stop(self):
"""Stop UPnPServer and TaskRunner"""
self._server.close()
self._task_runner.stop()
def run(self):
"""Runs the UPnP Console."""
self._console.run()
def setUp(self):
"""Set up test environment."""
self._tr = TaskRunner()
self.server = UPnPServer(self._tr, SERVER_PRODUCT_NAME,
SERVER_ROOT_DEVICE_CONFIG)
self.service1 = SwitchPower("SwitchPower")
self.service2 = URLService("URLService")
self.server.add_service(self.service1)
self.server.add_service(self.service2)
self.client = UPnPClient(self._tr)
self.thread = threading.Thread(target=self._tr.run_forever)
self.thread.start()
time.sleep(0.1) # wait for client to discover server
class UPnPClientConsole:
"""This class wraps ObjectConsole to implement a
custom console for UPnP Client (Control Point)."""
def __init__(self):
# Task Runner
self._task_runner = TaskRunner()
# UPnP Client
self._client = UPnPClient(self._task_runner)
# Console Namespace
name_space = {}
name_space['get_device_uuids'] = self._client.get_device_uuids
name_space['get_service_types'] = self._client.get_service_types
name_space['get_service_ids'] = self._client.get_service_ids
name_space['get_device'] = self._client.get_device
name_space['get_services_by_type'] = self._client.get_services_by_type
name_space['get_services_by_id'] = self._client.get_services_by_id
name_space['get_services_by_short_id'] = \
self._client.get_services_by_short_id
name_space['get_service'] = self._client.get_service
name_space['search'] = self._client.search
self._console = ObjectConsole(self, name_space,
run="_run",
stop="_stop", name="UPnP Client")
def _run(self):
"""Run the TaskRunner."""
self._task_runner.run_forever()
def _stop(self):
"""Stup UPnPClient and TaskRunner."""
self._client.close()
self._task_runner.stop()
def run(self):
"""Runs the UPnP Console."""
self._console.run()
class UPnPClientConsole:
"""This class wraps ObjectConsole to implement a
custom console for UPnP Client (Control Point)."""
def __init__(self):
# Task Runner
self._task_runner = TaskRunner()
# UPnP Client
self._client = UPnPClient(self._task_runner)
# Console Namespace
name_space = {}
name_space['get_device_uuids'] = self._client.get_device_uuids
name_space['get_service_types'] = self._client.get_service_types
name_space['get_service_ids'] = self._client.get_service_ids
name_space['get_device'] = self._client.get_device
name_space['get_services_by_type'] = self._client.get_services_by_type
name_space['get_services_by_id'] = self._client.get_services_by_id
name_space['get_services_by_short_id'] = \
self._client.get_services_by_short_id
name_space['get_service'] = self._client.get_service
name_space['search'] = self._client.search
self._console = ObjectConsole(self,
name_space,
run="_run",
stop="_stop",
name="UPnP Client")
def _run(self):
"""Run the TaskRunner."""
self._task_runner.run_forever()
def _stop(self):
"""Stup UPnPClient and TaskRunner."""
self._client.close()
self._task_runner.stop()
def run(self):
"""Runs the UPnP Console."""
self._console.run()
def __init__(self):
# Task Runner
self._task_runner = TaskRunner()
# UPnP Server
self._server = UPnPServer(self._task_runner, "Product 1.0")
# Switch Power Service
service_id = "SwitchPower"
service = SwitchPower(service_id)
self._server.add_service(service)
# URL Service
service_id_2 = "URLService"
service_2 = URLService(service_id_2)
self._server.add_service(service_2)
# Bookmark Service
service_3 = BookmarkService()
self._server.add_service(service_3)
# Console Namespace
name_space = {}
root_device = self._server.get_root_device()
name_space[root_device.name] = root_device
name_space[service_id] = service
name_space[service_id_2] = service_2
name_space[service_3.get_short_service_id()] = service_3
name_space['add_service'] = self._server.add_service
name_space['get_service'] = self._server.get_service
name_space['get_services'] = self._server.get_service_ids
name_space['announce'] = self._server.announce
self._console = ObjectConsole(self,
name_space,
run="_run",
stop="_stop",
name="UPnP Server")
def setUp(self):
"""Set up test environment."""
self._tr = TaskRunner()
self.server = UPnPServer(self._tr,
SERVER_PRODUCT_NAME,
SERVER_ROOT_DEVICE_CONFIG)
self.service1 = SwitchPower("SwitchPower")
self.service2 = URLService("URLService")
self.server.add_service(self.service1)
self.server.add_service(self.service2)
self.client = UPnPClient(self._tr)
self.thread = threading.Thread(target=self._tr.run_forever)
self.thread.start()
time.sleep(0.1) # wait for client to discover server
def __init__(self):
# Task Runner
self._task_runner = TaskRunner()
# UPnP Server
self._server = UPnPServer(self._task_runner, "Product 1.0")
# Switch Power Service
service_id = "SwitchPower"
service = SwitchPower(service_id)
self._server.add_service(service)
# URL Service
service_id_2 = "URLService"
service_2 = URLService(service_id_2)
self._server.add_service(service_2)
# Bookmark Service
service_3 = BookmarkService()
self._server.add_service(service_3)
# Console Namespace
name_space = {}
root_device = self._server.get_root_device()
name_space[root_device.name] = root_device
name_space[service_id] = service
name_space[service_id_2] = service_2
name_space[service_3.get_short_service_id()] = service_3
name_space['add_service'] = self._server.add_service
name_space['get_service'] = self._server.get_service
name_space['get_services'] = self._server.get_service_ids
name_space['announce'] = self._server.announce
self._console = ObjectConsole(self, name_space,
run="_run",
stop="_stop", name="UPnP Server")
def __init__(self):
# Task Runner
self._task_runner = TaskRunner()
# UPnP Client
self._client = UPnPClient(self._task_runner)
# Console Namespace
name_space = {}
name_space['get_device_uuids'] = self._client.get_device_uuids
name_space['get_service_types'] = self._client.get_service_types
name_space['get_service_ids'] = self._client.get_service_ids
name_space['get_device'] = self._client.get_device
name_space['get_services_by_type'] = self._client.get_services_by_type
name_space['get_services_by_id'] = self._client.get_services_by_id
name_space['get_services_by_short_id'] = \
self._client.get_services_by_short_id
name_space['get_service'] = self._client.get_service
name_space['search'] = self._client.search
self._console = ObjectConsole(self, name_space,
run="_run",
stop="_stop", name="UPnP Client")
class UPnPTestCase(unittest.TestCase):
"""TestCase for UPnPServer and UPnPClient."""
def setUp(self):
"""Set up test environment."""
self._tr = TaskRunner()
self.server = UPnPServer(self._tr,
SERVER_PRODUCT_NAME,
SERVER_ROOT_DEVICE_CONFIG)
self.service1 = SwitchPower("SwitchPower")
self.service2 = URLService("URLService")
self.server.add_service(self.service1)
self.server.add_service(self.service2)
self.client = UPnPClient(self._tr)
self.thread = threading.Thread(target=self._tr.run_forever)
self.thread.start()
time.sleep(0.1) # wait for client to discover server
def tearDown(self):
"""Clean up test environment."""
self.client.close()
self.server.close()
self._tr.stop()
self.thread.join()
def test_device_discovery(self):
"""
Test if UPnPClient is able to discover the UPnPDevice
hosted by UPnPServer.
"""
root = self.server.get_root_device()
self.assertTrue( root.uuid in self.client.get_device_uuids())
def test_switchpower(self):
"""Test discovery and use of SwitchPowerService."""
stub = self.client.get_services_by_short_id("SwitchPower")[0]
# Test service_id
self.assertEqual(self.service1.get_service_id(),
stub.get_service_id())
# Test service_type
self.assertEqual(self.service1.get_service_type(),
stub.get_service_type())
# Subscribe
evr = _EventReceiver()
stub.subscribe(evr.handler)
# Update SwitchPowerService by using Stub.
value = stub.GetStatus()
stub.SetTarget(not value)
new_value = stub.GetStatus()
self.assertEqual(not value, new_value,
evr.get_last_event()[2])
# Update SwitchPowerService directly.
self.service1.set_target(not new_value)
time.sleep(0.1) # wait for notification
self.assertEqual(not new_value, evr.get_last_event()[2])
# Unsubscribe
stub.unsubscribe(evr.handler)
def test_urlservice(self):
"""Test discovery and use of URLService."""
stub = self.client.get_services_by_short_id("URLService")[0]
# Subscribe
evr = _EventReceiver()
stub.subscribe(evr.handler)
# Update URLService by using Stub.
stub.GetURL()
new_url = "http://p2p-next.org"
stub.SetURL(new_url)
service_url = self.service2.get_url()
url = stub.GetURL()
self.assertEqual(new_url, service_url, url)
self.assertEqual(url, evr.get_last_event()[2])
# Update URLService directly
url2 = "http://itek.norut.no"
self.service2.set_url(url2)
time.sleep(0.1) # wait for notification
self.assertEqual(url2, evr.get_last_event()[2])
# Unsubscribe
stub.unsubscribe(evr.handler)
class UPnPTestCase(unittest.TestCase):
"""TestCase for UPnPServer and UPnPClient."""
def setUp(self):
"""Set up test environment."""
self._tr = TaskRunner()
self.server = UPnPServer(self._tr, SERVER_PRODUCT_NAME,
SERVER_ROOT_DEVICE_CONFIG)
self.service1 = SwitchPower("SwitchPower")
self.service2 = URLService("URLService")
self.server.add_service(self.service1)
self.server.add_service(self.service2)
self.client = UPnPClient(self._tr)
self.thread = threading.Thread(target=self._tr.run_forever)
self.thread.start()
time.sleep(0.1) # wait for client to discover server
def tearDown(self):
"""Clean up test environment."""
self.client.close()
self.server.close()
self._tr.stop()
self.thread.join()
def test_device_discovery(self):
"""
Test if UPnPClient is able to discover the UPnPDevice
hosted by UPnPServer.
"""
root = self.server.get_root_device()
self.assertTrue(root.uuid in self.client.get_device_uuids())
def test_switchpower(self):
"""Test discovery and use of SwitchPowerService."""
stub = self.client.get_services_by_short_id("SwitchPower")[0]
# Test service_id
self.assertEqual(self.service1.get_service_id(), stub.get_service_id())
# Test service_type
self.assertEqual(self.service1.get_service_type(),
stub.get_service_type())
# Subscribe
evr = _EventReceiver()
stub.subscribe(evr.handler)
# Update SwitchPowerService by using Stub.
value = stub.GetStatus()
stub.SetTarget(not value)
new_value = stub.GetStatus()
self.assertEqual(not value, new_value, evr.get_last_event()[2])
# Update SwitchPowerService directly.
self.service1.set_target(not new_value)
time.sleep(0.1) # wait for notification
self.assertEqual(not new_value, evr.get_last_event()[2])
# Unsubscribe
stub.unsubscribe(evr.handler)
def test_urlservice(self):
"""Test discovery and use of URLService."""
stub = self.client.get_services_by_short_id("URLService")[0]
# Subscribe
evr = _EventReceiver()
stub.subscribe(evr.handler)
# Update URLService by using Stub.
stub.GetURL()
new_url = "http://p2p-next.org"
stub.SetURL(new_url)
service_url = self.service2.get_url()
url = stub.GetURL()
self.assertEqual(new_url, service_url, url)
self.assertEqual(url, evr.get_last_event()[2])
# Update URLService directly
url2 = "http://itek.norut.no"
self.service2.set_url(url2)
time.sleep(0.1) # wait for notification
self.assertEqual(url2, evr.get_last_event()[2])
# Unsubscribe
stub.unsubscribe(evr.handler)