def read_ip_from_config(self, newip=False):
filepath = os.path.join(self.configpath, 'ip.conf')
if newip or not os.path.exists(filepath):
try:
import discoverhue
except ImportError:
ip = input("Please enter the ip of the Hue bridge: ")
else:
print("Discovering Hue bridge, please wait...")
bridge_id, ip = discoverhue.find_bridges().popitem()
ip = ip.split('/')[2].split(':')[0]
print("Found Hue bridge at ip", ip)
# Create non existing config directory
if not os.path.exists(self.configpath):
os.makedirs(self.configpath)
# Store the username in a credential file
with open(filepath, "w") as ip_file:
ip_file.write(ip)
else:
with open(filepath, "r") as ip_file:
ip = ip_file.read()
return ip
def discover_bridges(self):
bridges = []
try:
discovered_bridges = discoverhue.find_bridges()
except Exception as e:
self.logger.error(
"discover_bridges: Exception in find_bridges(): {}".format(e))
discovered_bridges = {}
for br in discovered_bridges:
br_info = {}
br_info['mac'] = br
br_info['ip'] = discovered_bridges[br].split('/')[2].split(':')[0]
br_info['port'] = discovered_bridges[br].split('/')[2].split(
':')[1]
r = requests.get('http://' + br_info['ip'] + ':' +
br_info['port'] + '/description.xml')
if r.status_code == 200:
xmldict = xmltodict.parse(r.text)
br_info['friendlyName'] = str(
xmldict['root']['device']['friendlyName'])
br_info['manufacturer'] = str(
xmldict['root']['device']['manufacturer'])
br_info['manufacturerURL'] = str(
xmldict['root']['device']['manufacturerURL'])
br_info['modelDescription'] = str(
xmldict['root']['device']['modelDescription'])
br_info['modelName'] = str(
xmldict['root']['device']['modelName'])
br_info['modelURL'] = str(
xmldict['root']['device']['modelURL'])
br_info['modelNumber'] = str(
xmldict['root']['device']['modelNumber'])
br_info['serialNumber'] = str(
xmldict['root']['device']['serialNumber'])
br_info['UDN'] = str(xmldict['root']['device']['UDN'])
br_info['gatewayName'] = str(xmldict['root']['device'].get(
'gatewayName', ''))
br_info['URLBase'] = str(xmldict['root']['URLBase'])
if br_info['modelName'] == 'Philips hue bridge 2012':
br_info['version'] = 'v1'
elif br_info['modelName'] == 'Philips hue bridge 2015':
br_info['version'] = 'v2'
else:
br_info['version'] = 'unknown'
# get API information
api_config = self.get_api_config_of_bridge(br_info['URLBase'])
br_info['datastoreversion'] = api_config.get(
'datastoreversion', '')
br_info['apiversion'] = api_config.get('apiversion', '')
br_info['swversion'] = api_config.get('swversion', '')
bridges.append(br_info)
for bridge in bridges:
self.logger.info("Discoverd bridge = {}".format(bridge))
return bridges
def bridge(self):
if self.hue_bridge == None:
found_bridges = discoverhue.find_bridges()
if len(found_bridges) > 0:
bridge_ip = urlparse(list(found_bridges.values())[0]).netloc
self.hue_bridge = Bridge(bridge_ip, self.username)
return self.hue_bridge
def Get_Bridge_IP():
# the IP address of your bridge
found = discoverhue.find_bridges()
for bridge in found:
ip = found[bridge]
ip = ip.replace("http://", "")
ip = ip.replace(":80/", "")
return ip
def get_bridge_list():
bridges = discoverhue.find_bridges()
return list(
map(
lambda bridge: {
'id': bridge,
'value': urlparse(bridges[bridge]).hostname
}, bridges))
def main():
logger.debug('Discovering')
status = Status()
found_bridges = discoverhue.find_bridges()
if len(found_bridges) < 1:
logger.fatal('No Hue bridges found')
return
for bridge in found_bridges:
bridge_ip = urlparse(found_bridges[bridge]).netloc
logger.debug('Found a bridge at {ip}'.format(ip=bridge_ip))
status.set_bridge(bridge_ip)
status.rooms()
def get():
devicetype = construct_devicetype()
ui = ConsoleInterface()
storage = CWDStorage()
with storage(devicetype) as bridges_in_cfg:
previous_bridges = bridges_in_cfg.copy() # shallow copy should be ok
bridges_in_lan = discoverhue.find_bridges(previous_bridges)
# Replace whitelist info dropped by discoverhue
for sn in bridges_in_lan.keys() & bridges_in_cfg.keys():
bridges_in_lan[sn] = BridgeURL(bridges_in_lan[sn], bridges_in_cfg[sn].username)
# Note: discovery does not return SN's not on the list
# for sn in bridges_in_lan.keys() - bridges_in_cfg.keys():
# print('Bridges to add {}'.format(sn))
# Nullify IP's of bridges not located
for sn in previous_bridges:
bridges_in_cfg[sn] = BridgeURL(None, bridges_in_cfg[sn].username)
# TODO: better means to manage removal?
keys_to_remove = []
for sn, url_info in bridges_in_lan.items():
# TODO: remove url_info from Bridge, so only one instance needed
b = UrllibBridge(url_info)
# if it validates then no config change and it should be returned
# otherwise, it needs a new username and config must change
if not b.validate_user():
ui.prompt_for_button()
try:
bridges_in_lan[sn].username = b.create_user()
except:
# TODO: make a custom err
ui.message_not_pressed()
keys_to_remove.append(sn)
# unresolved bridges should be removed from return list
# and the usernames purged from config
for sn in keys_to_remove:
url_info = bridges_in_lan.pop(sn)
bridges_in_cfg[sn].username = None
# remainder of changes
bridges_in_cfg.update(bridges_in_lan)
return bridges_in_lan
