def test4():
x = russound.Russound(IP_ADDRESS, PORT)
x.connect()
x.is_connected()
zone = '1'
print(
"For zone 1, read power status, turn zone on and read volume and source"
)
_LOGGER.debug("Zone %s power status=%s", zone, x.get_power('1', zone))
x.set_power('1', zone, '1')
_LOGGER.debug("Zone %s power status=%s", zone, x.get_power('1', zone))
_LOGGER.debug("Zone %s source=%s", zone, x.get_source('1', zone))
_LOGGER.debug("Zone %s volume=%s", zone, x.get_volume('1', zone))
print("Set volume to 35 and source to 2nd source")
x.set_volume('1', zone, 35)
x.set_source('1', zone, 1)
print("Read the source and volume levels from the controller")
_LOGGER.debug("Zone %s source=%s", zone, x.get_source('1', zone))
_LOGGER.debug("Zone %s volume=%s", zone, x.get_volume('1', zone))
time.sleep(2)
x.set_power('1', zone, '0')
_LOGGER.debug("Zone %s source=%s", zone, x.get_source('1', zone))
def test3():
""" All zones on, change sound and then all off """
x = russound.Russound(IP_ADDRESS, PORT)
x.connect()
x.is_connected()
for zone in range(1, 5):
x.set_power('1', zone, '1')
print("Power status zone", zone, "is", x.get_power('1', zone))
for zone in range(1, 5):
x.set_volume('1', zone, 34)
print("Volume on zone", zone, "is", x.get_volume('1', zone))
time.sleep(5)
for zone in range(1, 5):
x.set_power('1', zone, '0')
def test1():
x = russound.Russound(IP_ADDRESS, PORT)
x.connect()
zone = '1'
print("Turn off zone", zone)
x.set_power('1', zone, '0')
print("Power status zone", zone, "=", x.get_power('1', zone))
print("Turn on zone", zone)
x.set_power('1', zone, '1')
print("Power status zone", zone, "=", x.get_power('1', zone))
print("Source on zone", zone, "is", x.get_source('1', zone))
x.set_source('1', zone, '0')
print("Source on zone", zone, "is", x.get_source('1', zone))
print("Volume on zone", zone, "is", x.get_volume('1', zone))
x.set_volume('1', zone, 20)
print("Volume on zone", zone, "is", x.get_volume('1', zone))
def test2():
""" Used this approach to determine what responses are returned from Russound """
x = russound.Russound(IP_ADDRESS, PORT)
x.connect()
controller = '1'
zone = '1'
sequence = []
for i in range(0, 51):
sequence.append(None)
#sequence[5] = ('set_power_off', x.create_message("F0 @cc 00 7F 00 00 @kk 05 02 02 00 00 F1 23 00 @pr 00 @zz 00 01", controller, zone, 0))
sequence[5] = ('get_power',
x.create_send_message(
"F0 @cc 00 7F 00 00 @kk 01 04 02 00 @zz 06 00 00",
controller, zone))
sequence[10] = ('get_source',
x.create_send_message(
"F0 @cc 00 7F 00 00 @kk 01 04 02 00 @zz 02 00 00",
controller, zone))
sequence[15] = ('get_source',
x.create_send_message(
"F0 @cc 00 7F 00 00 @kk 01 04 02 00 @zz 01 00 00",
controller, zone))
#sequence[15] = ('set_power_on', x.create_message("F0 @cc 00 7F 00 00 @kk 05 02 02 00 00 F1 23 00 @pr 00 @zz 00 01", controller, zone, 1))
#sequence[20] = ('get_power', x.create_message("F0 @cc 00 7F 00 00 @kk 01 04 02 00 @zz 06 00 00", controller, zone))
#sequence[50] = ('get_power', x.create_message("F0 @cc 00 7F 00 00 @kk 01 04 02 00 @zz 06 00 00", controller, zone))
t = 0
for item in sequence:
if item is not None:
print(round(t, 1), item[0], "...")
x.send_data(item[1])
else:
response = x.receive_data0()
print(round(t, 1), "Receiving message...", list(response))
print(x.get_received_messages(response))
#if len(response) > 0:
# print(response)
time.sleep(0.1)
t += 0.1
from queue import Empty
import soco
import russound
from pprint import pprint
from soco.events import event_listener
device = soco.discovery.by_name('Kitchen')
sub = device.avTransport.subscribe()
russ = russound.Russound('10.0.0.5', 80)
russ.connect()
zone = '1'
result = russ.get_source(1, zone)
def startListening():
while True:
try:
event = sub.events.get(timeout=1.0)
pprint(event.variables)
except Empty:
print("Empty")
pass
except KeyboardInterrupt:
sub.unsubscribe()
event_listener.stop()
break