def createSonosDevice(ipAddress=None):
# Set up the logging before using the Sonos Device
SocoLogging.enable()
sonosDevice = None
if ipAddress is None:
ipAddress = Settings.getIPAddress()
if ipAddress != "0.0.0.0":
sonosDevice = Sonos(ipAddress)
log("Sonos: IP Address = %s" % ipAddress)
return sonosDevice
def createSonosDevice(ipAddress=None):
# Set up the logging before using the Sonos Device
SocoLogging.enable()
sonosDevice = None
if ipAddress is None:
ipAddress = Settings.getIPAddress()
if ipAddress != "0.0.0.0":
sonosDevice = Sonos(ipAddress)
log("Sonos: IP Address = %s" % ipAddress)
return sonosDevice
def createSonosDevice(ipAddress=None):
# Need to make sure that we override the SoCo class with the Sonos one
config.SOCO_CLASS = Sonos
# Set up the logging before using the Sonos Device
SocoLogging.enable()
sonosDevice = None
if ipAddress is None:
ipAddress = Settings.getIPAddress()
if ipAddress != "0.0.0.0":
sonosDevice = Sonos(ipAddress)
log("Sonos: IP Address = %s" % ipAddress)
return sonosDevice
def createSonosDevice(ipAddress=None):
# Need to make sure that we override the SoCo class with the Sonos one
config.SOCO_CLASS = Sonos
# Set up the logging before using the Sonos Device
SocoLogging.enable()
sonosDevice = None
if ipAddress is None:
ipAddress = Settings.getIPAddress()
if ipAddress != "0.0.0.0":
sonosDevice = Sonos(ipAddress)
log("Sonos: IP Address = %s" % ipAddress)
return sonosDevice
from settings import SocoLogging
import soco
log('script version %s started' % __version__)
###########################################################################
# This file will perform the lookup of a Sonos speaker and set it in
# the settings
###########################################################################
if __name__ == '__main__':
log("SonosDiscovery: Searching for Sonos devices")
# Set up the logging before using the Sonos Device
SocoLogging.enable()
# Display the busy icon while searching for files
xbmc.executebuiltin("ActivateWindow(busydialog)")
# Use the default method to search for Sonos Devices
try:
sonos_devices = soco.discover(timeout=5)
except:
log("SonosDiscovery: Exception when getting devices", xbmc.LOGERROR)
log("SonosDiscovery: %s" % traceback.format_exc(), xbmc.LOGERROR)
sonos_devices = []
# If there are multiple network devices, then this may not have picked up
# the correct network device to broadcast on, so try another way
if (sonos_devices is None) or (len(sonos_devices) < 1):
def __init__(self):
# Check if the auto update IP is enabled
if not Settings.isAutoIpUpdateEnabled():
return
# Get the existing zone we are trying to set the IP Address for
existingZone = Settings.getZoneName()
# Nothing to do if there is no Zone name set
if (existingZone is None) or (existingZone == ""):
return
# Set up the logging before using the Sonos Device
SocoLogging.enable()
try:
sonos_devices = soco.discover()
except:
log("AutoUpdateIPAddress: Exception when getting devices")
log("AutoUpdateIPAddress: %s" % traceback.format_exc())
sonos_devices = []
ipaddresses = []
# Check each of the devices found
for device in sonos_devices:
ip = device.ip_address
log("AutoUpdateIPAddress: Getting info for IP address %s" % ip)
playerInfo = None
# Try and get the player info, if it fails then it is not a valid
# player and we should continue to the next
try:
playerInfo = device.get_speaker_info()
except:
log("AutoUpdateIPAddress: IP address %s is not a valid player" % ip)
log("AutoUpdateIPAddress: %s" % traceback.format_exc())
continue
# If player info was found, then print it out
if playerInfo is not None:
# What is the name of the zone that this speaker is in?
zone_name = playerInfo['zone_name']
# Check the zone against the ones we are looking for
if zone_name == existingZone:
# There could be multiple IP addressing in the same group
# so save them all
log("AutoUpdateIPAddress: IP address %s in zone %s" % (ip, existingZone))
ipaddresses.append(ip)
# Check if there is an IP Address to set
if len(ipaddresses) > 0:
oldIp = Settings.getIPAddress()
# Check if we already have a match to the existing IP Address
matchesExisting = False
for newIp in ipaddresses:
if newIp == oldIp:
matchesExisting = True
break
# If no match found - then set to the first IP Address
if not matchesExisting:
log("AutoUpdateIPAddress: Setting IP address to %s" % ipaddresses[0])
Settings.setIPAddress(ipaddresses[0])
