class UPnPServer:
"""This class implements an extensible UPnP Server."""
def __init__(self, task_runner, product_name,
root_device_config=None, logger=None):
# TaskRunner
self._tr = task_runner
# Logger
self._logger = _Logger(logger)
# Initalise Root Device
if not root_device_config:
self._root_device_config = DEFAULT_ROOT_DEVICE_CONFIG
else:
self._root_device_config = root_device_config
device = upnpdevice.UPnPDevice(self._root_device_config)
device.set_is_root(True)
# Event Dispatcher (HTTP Client)
self._ed = EventDispatcher(self._tr, logger=self._logger)
# HTTP Server
self._http_server = HTTPServer(self._tr, logger=self._logger)
# SSDP Server
self._ssdp_server = SSDPServer(self._tr, logger=self._logger)
# ServiceManager (The Core)
self._sm = ServiceManager(self._tr, self._ssdp_server,
self._http_server, self._ed, device,
product_name, logger=self._logger)
# Export Service Manager API
self.add_service = self._sm.add_service
self.get_service = self._sm.get_service
self.get_service_ids = self._sm.get_service_ids
# Export Internals
self.get_root_device = self._sm.get_root_device
# Startup done by TaskRunner
self._tr.add_task(self._sm.startup)
def get_presentation_url(self):
root = self.get_root_device()
return root.base_url + root.get_presentation_url()
def announce(self):
"""Causes underlying SSDPServer to re-announce itself."""
self._tr.add_task(self._ssdp_server.announce)
def close(self):
"""Close the UPnP server."""
self._sm.close()
self._ssdp_server.close()
self._http_server.close()
self._ed.close()
class UPnPServer:
"""This class implements an extensible UPnP Server."""
def __init__(self, task_runner, product_name,
root_device_config=None, logger=None):
# TaskRunner
self._tr = task_runner
# Logger
self._logger = _Logger(logger)
# Initalise Root Device
if not root_device_config:
self._root_device_config = DEFAULT_ROOT_DEVICE_CONFIG
else:
self._root_device_config = root_device_config
device = upnpdevice.UPnPDevice(self._root_device_config)
device.set_is_root(True)
# Event Dispatcher (HTTP Client)
self._ed = EventDispatcher(self._tr, logger=self._logger)
# HTTP Server
self._http_server = HTTPServer(self._tr, logger=self._logger)
# SSDP Server
self._ssdp_server = SSDPServer(self._tr, logger=self._logger)
# ServiceManager (The Core)
self._sm = ServiceManager(self._tr, self._ssdp_server,
self._http_server, self._ed, device,
product_name, logger=self._logger)
# Export Service Manager API
self.add_service = self._sm.add_service
self.get_service = self._sm.get_service
self.get_service_ids = self._sm.get_service_ids
# Export Internals
self.get_root_device = self._sm.get_root_device
# Startup done by TaskRunner
self._tr.add_task(self._sm.startup)
def get_presentation_url(self):
root = self.get_root_device()
return root.base_url + root.get_presentation_url()
def announce(self):
"""Causes underlying SSDPServer to re-announce itself."""
self._tr.add_task(self._ssdp_server.announce)
def close(self):
"""Close the UPnP server."""
self._sm.close()
self._ssdp_server.close()
self._http_server.close()
self._ed.close()
def __init__(self,
task_runner,
product_name,
root_device_config=None,
logger=None):
# TaskRunner
self._tr = task_runner
# Logger
self._logger = _Logger(logger)
# Initalise Root Device
if not root_device_config:
self._root_device_config = DEFAULT_ROOT_DEVICE_CONFIG
else:
self._root_device_config = root_device_config
device = upnpdevice.UPnPDevice(self._root_device_config)
device.set_is_root(True)
# Event Dispatcher (HTTP Client)
self._ed = EventDispatcher(self._tr, logger=self._logger)
# HTTP Server
self._http_server = HTTPServer(self._tr, logger=self._logger)
# SSDP Server
self._ssdp_server = SSDPServer(self._tr, logger=self._logger)
# ServiceManager (The Core)
self._sm = ServiceManager(self._tr,
self._ssdp_server,
self._http_server,
self._ed,
device,
product_name,
logger=self._logger)
# Export Service Manager API
self.add_service = self._sm.add_service
self.get_service = self._sm.get_service
self.get_service_ids = self._sm.get_service_ids
# Export Internals
self.get_root_device = self._sm.get_root_device
# Startup done by TaskRunner
self._tr.add_task(self._sm.startup)
def __init__(self, task_runner, product_name,
root_device_config=None, logger=None):
# TaskRunner
self._tr = task_runner
# Logger
self._logger = _Logger(logger)
# Initalise Root Device
if not root_device_config:
self._root_device_config = DEFAULT_ROOT_DEVICE_CONFIG
else:
self._root_device_config = root_device_config
device = upnpdevice.UPnPDevice(self._root_device_config)
device.set_is_root(True)
# Event Dispatcher (HTTP Client)
self._ed = EventDispatcher(self._tr, logger=self._logger)
# HTTP Server
self._http_server = HTTPServer(self._tr, logger=self._logger)
# SSDP Server
self._ssdp_server = SSDPServer(self._tr, logger=self._logger)
# ServiceManager (The Core)
self._sm = ServiceManager(self._tr, self._ssdp_server,
self._http_server, self._ed, device,
product_name, logger=self._logger)
# Export Service Manager API
self.add_service = self._sm.add_service
self.get_service = self._sm.get_service
self.get_service_ids = self._sm.get_service_ids
# Export Internals
self.get_root_device = self._sm.get_root_device
# Startup done by TaskRunner
self._tr.add_task(self._sm.startup)
def __init__(self,
region='eu-west-1',
profile=None,
access_key=None,
secret_key=None):
'''
Initialization and configuration of the client
Args:
region (str): Region in which to make queries and operations.
profile (str): Name of the AWS profile set in ~/.aws/credentials file
access_key (str): API access key of your AWS account
secret_key (str): API secret key of your AWS account
Returns:
None
'''
self.aws = ServiceManager(region,
profile=profile,
access_key=access_key,
secret_key=secret_key)
def Service(name):
if not ServiceManager.is_initialized:
ServiceManager.load_all()
return ServiceManager.fetch_service(name)
def Service(name):
if not ServiceManager.is_initialized:
ServiceManager.load_all()
return ServiceManager.fetch_service(name)