def main():
""" Main loop iteration receiving input commands.
"""
c = create_control_point()
c.start()
run_async_function(_handle_cmds, (c, ))
reactor.add_after_stop_func(c.stop)
reactor.main()
def main():
""" Main loop iteration receiving input commands.
"""
c = create_control_point()
c.start()
run_async_function(_handle_cmds, (c, ))
reactor.add_after_stop_func(c.stop)
reactor.main()
def __init__(self):
self.control_point = ControlPointSonos(self.ws_port)
self.control_point.subscribe("new_device_event", self.on_new_device)
self.control_point.subscribe("removed_device_event", self.on_del_device)
self.control_point.subscribe('device_event_seq', self.on_device_event_seq)
self.control_point.start()
# start MSEARCH
run_async_function(self.control_point.start_search, (600.0, "ssdp:all"), 0.001)
def start(self):
""" Starts the webserver.
"""
if not self.is_running():
if not self.adapter:
raise RuntimeError('Adapter not set.')
threaded_call.run_async_function(self.adapter.start)
self.running = True
else:
log.warning(self.msg_already_started)
def start(self):
""" Starts the webserver.
"""
if not self.is_running():
if not self.adapter:
raise RuntimeError('Adapter not set.')
threaded_call.run_async_function(self.adapter.start)
self.running = True
else:
log.warning(self.msg_already_started)
def send_data(self, data, address):
""" Sends data to the specified address. This is a non-blocking method.
@param data: raw data
@param host: target host
@param port: target port
@type data: string
@type host: string
@type port: integer
"""
(host, port) = address
run_async_function(self._send_data, (data, (host, port)))
def forward_data(self, data, addr=''):
""" Forwards data to the subscribed observers and to the data callback.
@param data: raw data to be forwarded
@param addr: can be a 2-tuple (host, port)
@type data: string
@type addr: None or tuple
"""
# print "@@@@@@@@ FORWARD DATA: " + str(self.data_callback) + " obs: " + str(self.observers)
#@@@@@@@@ FORWARD DATA: <bound method MSearch._datagram_received of <brisa.upnp.control_point.msearch.MSearch object at 0x250bf10>> obs: [<brisa.upnp.ssdp.SSDPServer object at 0x7f57b005d2d0>]
#@@@@@@@@ FORWARD DATA: <bound method SSDPServer._datagram_received of <brisa.upnp.ssdp.SSDPServer object at 0x250bdd0>> obs: [<brisa.upnp.ssdp.SSDPServer object at 0x7f57b005d2d0>]
# print "######## NetworkListener forward data: " + str(data)
# print "######## NetworkListener forward addr: " + str(addr)
# print self.data_callback.__name__
# c = str(self.data_callback.im_class)
# if 'SSDP' in c:
# print "SSDP"
# print self.observers
for listener in self.observers:
if addr:
# run_async_function(listener.data_received, (data, addr))
run_async_function(listener._datagram_received, (data, addr))
else:
# run_async_function(listener.data_received, (data, ()))
run_async_function(listener._datagram_received, (data, ()))
if self.data_callback:
if addr:
run_async_function(self.data_callback, (data, addr))
else:
run_async_function(self.data_callback, (data, ()))
def render_NOTIFY(self, request, response):
""" Renders the notify message for an event.
@param request: request object (Cherrypy)
@param response: response object (Cherrypy)
@note: see Cherrypy documentation for further info about request and
response attributes and methods.
"""
data = request.read()
# extraneous characters after the end of XML will choke ElementTree
data = data[data.find("<") : data.rfind(">") + 1]
run_async_function(self.forward_notification, (request.headers, data), 0.0001)
return ""
def render_NOTIFY(self, request, response):
""" Renders the notify message for an event.
@param request: request object (Cherrypy)
@param response: response object (Cherrypy)
@note: see Cherrypy documentation for further info about request and
response attributes and methods.
"""
data = request.read()
# extraneous characters after the end of XML will choke ElementTree
data = data[data.find("<"):data.rfind(">") + 1]
run_async_function(self.forward_notification, (request.headers, data),
0.0001)
return ""
def run(self):
self.running = True
self._load()
self.root_device.start()
run_async_function(reactor.main)
try:
while self.running:
command = str(raw_input('>>> '))
if command.find('set_var') == 0:
new_value = command.split(' ')[1]
self.myservice.set_state_variable('A_ARG_TYPE_Textin', new_value)
else:
try:
self.commands[command]()
except KeyError:
print 'invalid command, try help'
command = ''
except KeyboardInterrupt, k:
pass
def forward_data(self, data, addr=''):
""" Forwards data to the subscribed observers and to the data callback.
@param data: raw data to be forwarded
@param addr: can be a 2-tuple (host, port)
@type data: string
@type addr: None or tuple
"""
for listener in self.observers:
if addr:
run_async_function(listener.data_received, (data, addr))
else:
run_async_function(listener.data_received, (data, ()))
if self.data_callback:
if addr:
run_async_function(self.data_callback, (data, addr))
else:
run_async_function(self.data_callback, (data, ()))
def forward_data(self, data, addr=''):
""" Forwards data to the subscribed observers and to the data callback.
@param data: raw data to be forwarded
@param addr: can be a 2-tuple (host, port)
@type data: string
@type addr: None or tuple
"""
for listener in self.observers:
if addr:
run_async_function(listener.data_received, (data, addr))
else:
run_async_function(listener.data_received, (data, ()))
if self.data_callback:
if addr:
run_async_function(self.data_callback, (data, addr))
else:
run_async_function(self.data_callback, (data, ()))
class TCPTransport(object):
# TODO fixme to use thread manager fd facility
""" Provides methods for sending data through TCP. Receiving host must be
listening for connections.
"""
def __init__(self):
""" Constructor for the TCPTransport class.
"""
self.socket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
def send_data(self, data, (host, port)):
""" Sends data to the specified address. This is a non-blocking method.
@param data: raw data
@param host: target host
@param port: target port
@type data: string
@type host: string
@type port: integer
"""
run_async_function(self._send_data, (data, (host, port)))
self.service = 'urn:schemas-icucinema-co-uk:service:Lighting:1'
self.utype = 'urn:schemas-icucinema-co-uk:device:LXDesk:1'
def device_found(self, dev):
print "Found Lighting controller"
self.dev = dev
def set(self, up, down):
d = self.dev.get_service_by_type(self.service)
d.SetLevels(UpLevel=int(up), DownLevel=int(down))
cp500_ctl = CP500Controller()
cp500_ctl.start()
cp500_ctl.start_search(2, cp500_ctl.utype)
reactor.add_after_stop_func(cp500_ctl.destroy)
screen_ctl = ScreenController()
screen_ctl.start()
screen_ctl.start_search(2, screen_ctl.utype)
reactor.add_after_stop_func(screen_ctl.destroy)
lx_ctl = LXController()
lx_ctl.start()
lx_ctl.start_search(2, lx_ctl.utype)
reactor.add_after_stop_func(lx_ctl.destroy)
if __name__ == "__main__":
server = SocketServer.UDPServer(('', 9999), CommandServer)
run_async_function(server.serve_forever)
reactor.main()
def main():
c = create()
c.start()
reactor.add_after_stop_func(c.stop)
run_async_function(run, (c, ))
reactor.main()
def run(self):
self.start()
run_async_function(self._handle_cmds)
reactor.add_after_stop_func(self.stop)
reactor.main()
def main():
c = create() # create control point
c.start()
reactor.add_after_stop_func(c.stop)
run_async_function(run, (c, ))
reactor.main()
