def handle_HTTPSERVER_EV_REQUEST(self, owner, req):
if (owner != self): return
method = req.get_method()
if (method == "M-SEARCH"):
self.emit_message(msgs.SSDP_EV_MSEARCH, req)
elif (method == "NOTIFY"):
if (req.get_header("X-MEDIABOX-IGNORE") == network.get_ip()):
return
max_age = ssdp.parse_max_age(req.get_header("CACHE-CONTROL"))
location = req.get_header("LOCATION")
usn = req.get_header("USN")
nts = req.get_header("NTS")
if ("::" in usn):
uuid, urn = usn.split("::")
else:
uuid = usn
urn = ""
if (nts == "ssdp:alive"):
self.__handle_ssdp_alive(uuid, location, max_age)
elif (nts == "ssdp:byebye"):
self.__handle_ssdp_byebye(uuid)
def get(self):
"""
:return: 获取所有的设置字段{}
"""
sd = col_settings.get()
settings_data = {}
for s in sd:
settings_data[s['key']] = s['value']
# 注入代理ip地址
from utils.network import get_ip
settings_data['proxy_server'] = get_ip()
return settings_data
def handle_COM_EV_APP_STARTED(self):
ip = network.get_ip()
port = self.get_prop(self.PROP_UPNP_SERVICE_PORT)
error = self.call_service(msgs.HTTPSERVER_SVC_BIND,
self, ip, port)
location = "http://%s:%d/Description.xml" % (ip, port)
caps = self.__get_capabilities()
for notification_type, unique_service_name in caps:
ssdp.broadcast_alive(location, notification_type,
unique_service_name)
def __make_device_description(self):
"""
Returns the device description in XML format.
"""
ip = network.get_ip()
port = self.get_prop(self.PROP_UPNP_SERVICE_PORT)
url_base = "http://%s:%d" % (ip, port)
service_list = "<serviceList>"
for svc in self.__services:
svc_name = str(hash(svc))
scpd_url = "/scpd/%s.xml" % svc_name
ctrl_url = "/control/%s.xml" % svc_name
ev_url = "/event/%s.xml" % svc_name
service_list += _SERVICE \
.replace("@@SERVICE_TYPE@@",
svc.get_prop(svc.PROP_UPNP_SERVICE_TYPE)) \
.replace("@@SERVICE_ID@@",
svc.get_prop(svc.PROP_UPNP_SERVICE_ID)) \
.replace("@@SCPD_URL@@", scpd_url) \
.replace("@@CONTROL_URL@@", ctrl_url) \
.replace("@@EVENT_URL@@", ev_url)
#end for
service_list += "</serviceList>"
return _DEVICE_DESCRIPTION \
.replace("@@URL_BASE@@", url_base) \
.replace("@@DEVICE_TYPE@@",
self.get_prop(self.PROP_UPNP_DEVICE_TYPE)) \
.replace("@@FRIENDLY_NAME@@",
self.get_prop(self.PROP_UPNP_FRIENDLY_NAME)) \
.replace("@@MANUFACTURER@@",
self.get_prop(self.PROP_UPNP_MANUFACTURER)) \
.replace("@@MANUFACTURER_URL@@",
self.get_prop(self.PROP_UPNP_MANUFACTURER_URL)) \
.replace("@@MODEL_DESCRIPTION@@",
self.get_prop(self.PROP_UPNP_MODEL_DESCRIPTION)) \
.replace("@@MODEL_NAME@@",
self.get_prop(self.PROP_UPNP_MODEL_NAME)) \
.replace("@@MODEL_NUMBER@@",
self.get_prop(self.PROP_UPNP_MODEL_NUMBER)) \
.replace("@@MODEL_URL@@",
self.get_prop(self.PROP_UPNP_MODEL_URL)) \
.replace("@@SERIAL@@",
self.get_prop(self.PROP_UPNP_SERIAL_NUMBER)) \
.replace("@@UDN@@",
self.get_prop(self.PROP_UPNP_UDN)) \
.replace("@@UPC@@",
self.get_prop(self.PROP_UPNP_UPC)) \
.replace("@@SERVICE_LIST@@",
service_list)
def broadcast_alive(location,
notification_type,
unique_service_name,
max_age=1800):
"""
Broadcasts a SSDP ALIVE notification.
@since: 2010.10.03
"""
logging.debug("[ssdp] broadcasting ALIVE: %s", unique_service_name)
data = _SSDP_ALIVE % (max_age, location, notification_type,
unique_service_name, network.get_ip())
network.send_datagram(SSDP_IP, SSDP_PORT, data)
return max_age
def __create_gena_socket(self):
"""
Creates an asynchronous socket for listening to GENA events.
"""
self.__gena_url = "http://%s:%d" % (network.get_ip(), _PORT)
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
sock.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
sock.bind(("", _PORT))
sock.listen(1)
gobject.io_add_watch(sock, gobject.IO_IN, self.__on_new_client)
return sock
def respond_to_msearch(host,
port,
location,
search_target,
unique_service_name,
max_age=1800):
"""
Sends a response to the sender of a M-SEARCH message.
"""
logging.debug("[ssdp] M-SEARCH response to: %s:%d", host, port)
data = _M_SEARCH_RESPONSE % (max_age, location, search_target,
unique_service_name, network.get_ip())
network.send_datagram(host, port, data)
return max_age
def __discovery_thread(self):
sock = socket.socket(socket.AF_INET, socket.SOCK_DGRAM,
socket.IPPROTO_UDP)
sock.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
for i in range(3):
ssdp.broadcast_msearch(sock)
while (True):
r_socks, w_socks, x_socks = select.select([sock], [], [], 6)
if (r_socks):
# process response
r_sock = r_socks[0]
data, addr = r_sock.recvfrom(1024)
if (not "\r\n\r\n" in data):
continue
headers = network.HTTPHeaders(data)
if (headers.http_type == headers.TYPE_INVALID or
headers.status != 200):
continue
# ignore MediaBox from the same IP (i.e. myself)
if (headers["X-MEDIABOX-IGNORE"] == network.get_ip()):
continue
uuid = headers["USN"]
location = headers["LOCATION"]
max_age = ssdp.parse_max_age(headers["CACHE-CONTROL"])
gobject.timeout_add(0, self.__handle_ssdp_alive,
uuid, location, max_age)
else:
# timeout
break
#end while
#end for
logging.debug("[ssdp monitor] discovering finished")
def __on_toggle_webaccess(self, value):
"""
Reacts on toggling the WebAccess in the configurator.
"""
ip = network.get_ip()
if (value == "on"):
error = self.call_service(msgs.HTTPSERVER_SVC_BIND, self, ip,
_PORT)
if (error):
self.__lbl_info.set_text("Error: %s" % error)
else:
self.__lbl_info.set_text("WebAccess-URL: http://%s:%d" %
(ip, _PORT))
self.__list.render()
else:
self.call_service(msgs.HTTPSERVER_SVC_UNBIND, self, ip, _PORT)
self.__lbl_info.set_text("")
self.__list.invalidate()
self.__list.render()
def __handle_msearch(self, req):
"""
Handles M-SEARCH discovery requests.
"""
if (req.get_header("MAN") == "\"ssdp:discover\""):
src_host, src_port = req.get_source()
mx = int(req.get_header("MX"))
ip = network.get_ip()
port = self.get_prop(self.PROP_UPNP_SERVICE_PORT)
location = "http://%s:%s/Description.xml" % (ip, port)
requested_search_target = req.get_header("ST")
# announce capabilities
caps = self.__get_capabilities()
for search_target, unique_service_name in caps:
if (requested_search_target in ("ssdp:all", search_target)):
max_age = ssdp.respond_to_msearch(src_host, src_port,
location, search_target,
unique_service_name)
def on_boot_up():
message = "SocietyBot is alive at %s" % network.get_ip()
print message
speak.speak(message)
def on_boot_up():
message = "SocietyBot is alive at %s" % network.get_ip()
print message
speak.speak(message)
