def dataReceived(self, data):
command = unquote(data.decode().strip()).split()
log.msg("Command received %s" % command)
if command[0] == config['player_mac'] and command[1] == 'playlist':
if command[2] == 'play' or (command[2] == 'pause' and command[3] == '0'):
log.msg("play command received")
receiver = cec.Device(config['cec_output'])
if not receiver.is_on():
if receiver.power_on():
log.msg("turned receiver on")
else:
log.msg("couldn't turn receiver on")
if receiver.set_av_input(config['cec_input']):
log.msg("set input on receiver")
else:
log.msg("couldn't set input on receiver")
if 'default_volume' in config:
if command[0] == config['player_mac'] and command[1] == 'mixer' and command[2] == 'volume':
if command[3][0] == '+':
log.msg("volume up")
self.transport.write(b'%s mixer volume %s\n' % (config['player_mac'], config['default_volume']))
cec.volume_up()
elif command[3][0] == '-':
log.msg("volume down")
self.transport.write(b'%s mixer volume %s\n' % (config['player_mac'], config['default_volume']))
cec.volume_down()
def new_cast_status(self, status):
if MIRROR_VOLUME:
if self.volume_level is None:
if status.volume_level == 0:
self.volume_level = 0.1
elif status.volume_level == 1:
self.volume_level = 0.9
else:
self.volume_level = status.volume_level
else:
print(f"cc: {status.volume_level}, self: {self.volume_level}")
if status.volume_level > self.volume_level: #volume up
print("vol up")
if status.volume_level == 1:
self.cast.volume_down(
) # to get around max volume problem
else:
self.volume_level = status.volume_level
cec.volume_up()
elif status.volume_level < self.volume_level: #volume down
print(f"vol down")
if status.volume_level == 0:
self.cast.volume_up(
) # to get around min volume problem
else:
self.volume_level = status.volume_level
cec.volume_down()
if status.status_text:
print('app connection: ', status.status_text)
self.cancel_timer()
else: # no app connection
print('no app connection; starting timer')
self.start_timer()
def updatehdmivol(self):
self.vol2 = self.player.getVolume()
if self.hdmivol == "false":
self.vol1 = self.player.getVolume()
self.hdmivol = "true"
counter = 0
if self.vol2 > self.vol1:
while counter <= (abs(self.vol1 -self.vol2) * int(constants.VOLFACTOR)):
cec.volume_up()
self.hdmivol = "false"
counter = counter + 1
elif self.vol2 < self.vol1:
while counter <= (abs(self.vol1 -self.vol2) * int(constants.VOLFACTOR)):
cec.volume_down()
self.hdmivol = "false"
counter = counter + 1
elif self.vol2 == self.vol1:
pass
def render_GET(self, request):
response_data = "OK"
request.setResponseCode(200)
receiver = cec.Device(config['cec_output'])
if request.path == "/vol_up":
cec.volume_up()
elif request.path == "/vol_down":
cec.volume_down()
elif request.path == "/power_on":
receiver.power_on()
elif request.path == "/power_off":
receiver.standby()
elif request.prepath[0] == "input":
receiver.set_av_input(int(request.postpath[0]))
else:
response_data = "unknown command"
request.setResponseCode(404)
request.responseHeaders.addRawHeader(b"content-type", b"text/plain")
return response_data
def updatehdmivol(self):
self.vol2 = self.player.getVolume()
if self.hdmivol == "false":
self.vol1 = self.player.getVolume()
self.hdmivol = "true"
counter = 0
if self.vol2 > self.vol1:
while counter <= (abs(self.vol1 - self.vol2) *
int(constants.VOLFACTOR)):
cec.volume_up()
self.hdmivol = "false"
counter = counter + 1
elif self.vol2 < self.vol1:
while counter <= (abs(self.vol1 - self.vol2) *
int(constants.VOLFACTOR)):
cec.volume_down()
self.hdmivol = "false"
counter = counter + 1
elif self.vol2 == self.vol1:
pass
print("Got event", event, "with data", args)
# arguments: iils
def log_cb(event, level, time, message):
print("CEC Log message:", message)
cec.add_callback(cb, cec.EVENT_ALL & ~cec.EVENT_LOG)
cec.add_callback(log_cb, cec.EVENT_LOG)
print("Callback added")
sleep(2)
if cec.HAVE_CEC_ADAPTER_DESCRIPTOR:
print("CEC has cec_adapter_descriptor");
else:
print("CEC does not have cec_adapter_descriptor");
print("Initializing CEC library")
cec.init()
print("Creating Device object for TV")
tv = cec.Device(0)
print("Turning on TV")
tv.power_on()
print("Volume Up")
cec.volume_up()
print("Volume Down")
cec.volume_down()
print("SUCCESS!")
def onClick( self, control ):
if self.running:
#get the thread lock so we're only communicating one thing at a time to the player
with self.lock:
actionSqueeze = ''
buttonName = ''
#directCommand is set to true if we're not sending it as a simple button event
directCommand = False
try:
buttonName = BUTTON_NAMES[control]
actionSqueeze = SQUEEZE_CODES[buttonName]
except:
pass
log ("onClick() event, Control is: [" + str(control) +"], buttonName is [" + buttonName + "] actionSqueeze is: [" + str(actionSqueeze) + "]")
####Sliding the progress bar to seek in a track
#### NOT CURRENTLY WORKING!!
if control == constants.CURRENTPROGRESS:
#protect this block in case the control is missing...
try:
trackElapsed, trackRemaining, trackLength, percent = self.calculateTrackPostionandPercent()
newPercent = self.getControl( constants.CURRENTPROGRESS ).getPercent()
newPosition = trackLength * (newPercent / 100.0)
log("Slider event: CURRENTPROGRESS, track length [" +str(trackLength) +"] percent [" + str(newPercent) + "] new position [" + str(newPosition) + "]")
self.player.seek(newPosition)
self.getControl( constants.CURRENTPROGRESS ).setPercent(newPercent)
except:
pass
####DEFAULT - the playback controls - everything slips through to here
else:
#define handlers for each of the controls to determine the correct
#squeezebox code to seend
if (control == constants.BUTTONSKIPBACK):
log("Button event: SKIPBACK")
if (control == constants.BUTTONREWIND):
log("Button event: REWIND")
directCommand = True
self.player.rewind()
if (control == constants.BUTTONPLAYPAUSE):
log("Button event: PLAYPAUSE")
if (control == constants.BUTTONSTOP):
log("Button event: STOP")
if (control == constants.BUTTONFASTFORWARD):
log("Button event: FASTFORWARD")
directCommand = True
self.player.forward()
if (control == constants.BUTTONSKIPFORWARD):
log("Button event: SKIPFORWARD")
if (control == constants.BUTTONSHUFFLE):
log("Button event: SHUFFLE")
directCommand = True
self.player.setShuffle()
if (control == constants.BUTTONREPEAT):
log("Button event: REPEAT")
directCommand = True
self.player.setRepeat()
if (control == constants.BUTTONCHOOSER):
log("Button event: CHOOSER")
directCommand = True
log("### Starting Chooser...")
xbmc.executebuiltin("ActivateWindow(Programs,plugin://plugin.program.xsqueezechooser/?mode=0&callerid=" + str(self.windowID) + ")")
if (control == constants.BUTTONEXIT):
log("Button event: EXIT")
self.exitXSqueeze()
#hdmi support
if (control == constants.BUTTONVOLUP) and constants.CECSUPPORT == 'true' and constants.ADJUSTVOL == "true":
if self.vol1 < 100:
i = 0
for i in range(int(constants.VOLFACTOR)):
cec.volume_up()
self.hdmivol = "false"
if (control == constants.BUTTONVOLDN) and constants.CECSUPPORT == 'true' and constants.ADJUSTVOL == "true" :
if self.vol1 > 0:
i = 0
for i in range(int(constants.VOLFACTOR)):
cec.volume_down()
self.hdmivol = "false"
#ok now actually send the command through if it is a squeeze command
if (actionSqueeze != '') and not directCommand:
actionSqueeze = self.modifyActionSqueeze(actionSqueeze)
log("Sending button to LMS: " + actionSqueeze)
self.player.button(actionSqueeze)
#make volume a bit quickcer...send the signal twice..
if actionSqueeze=="volup" or actionSqueeze =="voldown":
self.player.button(actionSqueeze)
#...else user has probably hammered the close button...tell them to cool their jets...
else:
notify("Cool your jets.","I'm cleaning up before exiting...")
pass
def onClick(self, control):
if self.running:
#get the thread lock so we're only communicating one thing at a time to the player
with self.lock:
actionSqueeze = ''
buttonName = ''
#directCommand is set to true if we're not sending it as a simple button event
directCommand = False
try:
buttonName = BUTTON_NAMES[control]
actionSqueeze = SQUEEZE_CODES[buttonName]
except:
pass
log("onClick() event, Control is: [" + str(control) +
"], buttonName is [" + buttonName +
"] actionSqueeze is: [" + str(actionSqueeze) + "]")
####Sliding the progress bar to seek in a track
#### NOT CURRENTLY WORKING!!
if control == constants.CURRENTPROGRESS:
#protect this block in case the control is missing...
try:
trackElapsed, trackRemaining, trackLength, percent = self.calculateTrackPostionandPercent(
)
newPercent = self.getControl(
constants.CURRENTPROGRESS).getPercent()
newPosition = trackLength * (newPercent / 100.0)
log("Slider event: CURRENTPROGRESS, track length [" +
str(trackLength) + "] percent [" +
str(newPercent) + "] new position [" +
str(newPosition) + "]")
self.player.seek(newPosition)
self.getControl(
constants.CURRENTPROGRESS).setPercent(newPercent)
except:
pass
####DEFAULT - the playback controls - everything slips through to here
else:
#define handlers for each of the controls to determine the correct
#squeezebox code to seend
if (control == constants.BUTTONSKIPBACK):
log("Button event: SKIPBACK")
if (control == constants.BUTTONREWIND):
log("Button event: REWIND")
directCommand = True
self.player.rewind()
if (control == constants.BUTTONPLAYPAUSE):
log("Button event: PLAYPAUSE")
if (control == constants.BUTTONSTOP):
log("Button event: STOP")
if (control == constants.BUTTONFASTFORWARD):
log("Button event: FASTFORWARD")
directCommand = True
self.player.forward()
if (control == constants.BUTTONSKIPFORWARD):
log("Button event: SKIPFORWARD")
if (control == constants.BUTTONSHUFFLE):
log("Button event: SHUFFLE")
directCommand = True
self.player.setShuffle()
if (control == constants.BUTTONREPEAT):
log("Button event: REPEAT")
directCommand = True
self.player.setRepeat()
if (control == constants.BUTTONCHOOSER):
log("Button event: CHOOSER")
directCommand = True
log("### Starting Chooser...")
xbmc.executebuiltin(
"ActivateWindow(Programs,plugin://plugin.program.xsqueezechooser/?mode=0&callerid="
+ str(self.windowID) + ")")
if (control == constants.BUTTONEXIT):
log("Button event: EXIT")
self.exitXSqueeze()
#hdmi support
if (
control == constants.BUTTONVOLUP
) and constants.CECSUPPORT == 'true' and constants.ADJUSTVOL == "true":
if self.vol1 < 100:
i = 0
for i in range(int(constants.VOLFACTOR)):
cec.volume_up()
self.hdmivol = "false"
if (
control == constants.BUTTONVOLDN
) and constants.CECSUPPORT == 'true' and constants.ADJUSTVOL == "true":
if self.vol1 > 0:
i = 0
for i in range(int(constants.VOLFACTOR)):
cec.volume_down()
self.hdmivol = "false"
#ok now actually send the command through if it is a squeeze command
if (actionSqueeze != '') and not directCommand:
actionSqueeze = self.modifyActionSqueeze(actionSqueeze)
log("Sending button to LMS: " + actionSqueeze)
self.player.button(actionSqueeze)
#make volume a bit quickcer...send the signal twice..
if actionSqueeze == "volup" or actionSqueeze == "voldown":
self.player.button(actionSqueeze)
#...else user has probably hammered the close button...tell them to cool their jets...
else:
notify("Cool your jets.", "I'm cleaning up before exiting...")
pass
def volumeDown():
cec.volume_down()
def main():
parser = argparse.ArgumentParser(
description='Control a home theater system')
parser.add_argument('-c',
'--config',
help="Config File (yaml)",
default="theater.yaml")
parser.add_argument('-n',
'--name',
help="Lirc name",
default="theater_control")
parser.add_argument('-w',
'--wait',
help='time in seconds to wait before stating',
default='0.0')
args = parser.parse_args()
timeout = float(args.wait)
if timeout:
print("Waiting '{0}' seconds before starting...".format(timeout))
time.sleep(timeout)
print("Loading config file from '{0}'...".format(args.config))
config = yaml.load(open(args.config))
# CEC setup
print("Initializing CEC...")
cec.init()
if 'avr_port' in config:
cec.set_port(config['avr'], config['avr_port'])
devices = [cec.Device(i) for i in config['other_devices']]
tv = cec.Device(config['tv'])
avr = cec.Device(config['avr'])
# Lirc setup
lircname = args.name
lirctmp = os.path.join(tempfile.mkdtemp(), 'lirc.conf')
print "Lirc config temporary: %s" % (lirctmp)
with open(lirctmp, "w") as lircconf:
lircconf.write("""begin
button = %s
prog = %s
config = power
end
""" % (config['power_button'], lircname))
lircconf.write("""begin
button = %s
prog = %s
config = volup
end
""" % (config['volup_button'], lircname))
lircconf.write("""begin
button = %s
prog = %s
config = home
end
""" % (config['home'], lircname))
lircconf.write("""begin
button = %s
prog = %s
config = voldown
end
""" % (config['voldown_button'], lircname))
lircconf.write("""begin
button = %s
prog = %s
config = volmute
end
""" % (config['volmute_button'], lircname))
for i in config['inputs']:
print i
lircconf.write("""begin
button = %s
prog = %s
config = %s
end
""" % (i, lircname, i))
lirc.init(lircname, lirctmp)
inputs = config['inputs']
p = None
subprocess.Popen(os.path.join(os.path.dirname(__file__), 'notify.py'),
shell=True)
os.environ['XBMC_HOME'] = "/opt/plexhometheater/share/XBMC"
while True:
print("here")
codes = lirc.nextcode()
for code in codes:
print code
if code == 'power':
tv_is_on = False
try:
tv_is_on = tv.is_on()
except IOError as exc:
print('%s' % exc)
continue
if tv_is_on:
method = cec.Device.standby
print "TV is on; turning it off"
else:
method = cec.Device.power_on
print "TV is off; turning it on"
method(tv)
method(avr)
for d in devices:
method(d)
elif code == 'volup':
print "Volume up"
cec.volume_up()
elif code == 'voldown':
print "Volume down"
cec.volume_down()
elif code == 'volmute':
print "Volume mute toggle"
cec.toggle_mute()
elif code in inputs:
i = inputs[code]
print i
if 'av_input' in i:
avr.set_av_input(i['av_input'])
if 'audio_input' in i:
avr.set_audio_input(i['audio_input'])
elif code == 'home':
if p is not None:
print("killing plex")
p.terminate()
if p.poll() is None:
threading.Timer(3.0, p.kill).start()
p.wait()
p = None
else:
print("starting new plex")
p = subprocess.Popen(
['/opt/plexhometheater/bin/plexhometheater'],
shell=False)
def main():
parser = argparse.ArgumentParser(description='Control a home theater system')
parser.add_argument('-c', '--config', help="Config File (yaml)",
default="theater.yaml")
parser.add_argument('-n', '--name', help="Lirc name",
default="theater_control")
parser.add_argument('-w', '--wait', help='time in seconds to wait before stating', default='0.0')
args = parser.parse_args()
timeout = float(args.wait)
if timeout:
print("Waiting '{0}' seconds before starting...".format(timeout))
time.sleep(timeout)
print("Loading config file from '{0}'...".format(args.config))
config = yaml.load(open(args.config))
# CEC setup
print("Initializing CEC...")
cec.init()
if 'avr_port' in config:
cec.set_port(config['avr'], config['avr_port'])
devices = [ cec.Device(i) for i in config['other_devices'] ]
tv = cec.Device(config['tv'])
avr = cec.Device(config['avr'])
# Lirc setup
lircname = args.name
lirctmp = os.path.join(tempfile.mkdtemp(), 'lirc.conf')
print "Lirc config temporary: %s"%(lirctmp)
with open(lirctmp, "w") as lircconf:
lircconf.write("""begin
button = %s
prog = %s
config = power
end
"""%(config['power_button'], lircname))
lircconf.write("""begin
button = %s
prog = %s
config = volup
end
"""%(config['volup_button'], lircname))
lircconf.write("""begin
button = %s
prog = %s
config = home
end
"""%(config['home'], lircname))
lircconf.write("""begin
button = %s
prog = %s
config = voldown
end
"""%(config['voldown_button'], lircname))
lircconf.write("""begin
button = %s
prog = %s
config = volmute
end
"""%(config['volmute_button'], lircname))
for i in config['inputs']:
print i
lircconf.write("""begin
button = %s
prog = %s
config = %s
end
"""%(i, lircname, i))
lirc.init(lircname, lirctmp)
inputs = config['inputs']
p = None
subprocess.Popen(os.path.join(os.path.dirname(__file__), 'notify.py'), shell=True)
os.environ['XBMC_HOME'] = "/opt/plexhometheater/share/XBMC"
while True:
print("here")
codes = lirc.nextcode()
for code in codes:
print code
if code == 'power':
tv_is_on = False
try:
tv_is_on = tv.is_on()
except IOError as exc:
print('%s' % exc)
continue
if tv_is_on:
method = cec.Device.standby
print "TV is on; turning it off"
else:
method = cec.Device.power_on
print "TV is off; turning it on"
method(tv)
method(avr)
for d in devices:
method(d)
elif code == 'volup':
print "Volume up"
cec.volume_up()
elif code == 'voldown':
print "Volume down"
cec.volume_down()
elif code == 'volmute':
print "Volume mute toggle"
cec.toggle_mute()
elif code in inputs:
i = inputs[code]
print i
if 'av_input' in i:
avr.set_av_input(i['av_input'])
if 'audio_input' in i:
avr.set_audio_input(i['audio_input'])
elif code == 'home':
if p is not None:
print("killing plex")
p.terminate()
if p.poll() is None:
threading.Timer(3.0, p.kill).start()
p.wait()
p = None
else:
print("starting new plex")
p = subprocess.Popen(['/opt/plexhometheater/bin/plexhometheater'], shell=False)
def set_receiver_status(self,
power_state=None,
mute=None,
volume=None,
receiver_state=None):
if self.receiver is None:
return
if receiver_state != None:
if "powerState" in receiver_state:
power_state = receiver_state["powerState"]
if "mute" in receiver_state:
mute = receiver_state["mute"]
if "volume" in receiver_state:
volume = receiver_state["volume"]
if power_state != None and power_state != "standby" and power_state != "on":
raise Exception(
"Valid power_state values are 'standby' or 'on' (%s given)" %
power_state)
self.acquire_receiver_status()
if power_state != None and power_state != self.receiver["powerState"]:
receiver = cec.Device(cec.CECDEVICE_AUDIOSYSTEM)
retry_count = 0
if power_state == "standby":
while retry_count < 5:
try:
receiver.standby()
break
except:
print(
"Error setting audio system power state to standby"
)
retry_count += 1
print("retrying %d" % retry_count)
else:
while retry_count < 5:
try:
receiver.power_on()
break
except:
print("Error setting audio system power state to on")
retry_count += 1
print("retrying %d" % retry_count)
self.receiver["powerState"] = power_state
if mute != None and mute != self.receiver["mute"]:
retry_count = 0
if mute:
while retry_count < 5:
try:
cec.toggle_mute()
break
except:
print("Error setting audio system mute")
retry_count += 1
print("retrying %d" % retry_count)
else:
while retry_count < 5:
try:
cec.toggle_mute()
break
except:
print("Error setting audio system mute (first)")
retry_count += 1
print("retrying %d" % retry_count)
self.receiver["mute"] = mute
if volume != None and self.receiver["volume"] != None and \
volume != self.receiver["volume"] and volume != -1:
if volume < self.receiver["volume"]:
while volume < self.receiver["volume"]:
self.receiver["volume"] = self.get_volume_info(
cec.volume_down())["volume"]
if volume > self.receiver["volume"]:
while volume > self.receiver["volume"]:
self.receiver["volume"] = self.get_volume_info(
cec.volume_up())["volume"]
return
# arguments: iils
def log_cb(event, level, time, message):
print("CEC Log message:", message)
cec.add_callback(cb, cec.EVENT_ALL & ~cec.EVENT_LOG)
cec.add_callback(log_cb, cec.EVENT_LOG)
print("Callback added")
sleep(2)
if cec.HAVE_CEC_ADAPTER_DESCRIPTOR:
print("CEC has cec_adapter_descriptor")
else:
print("CEC does not have cec_adapter_descriptor")
print("Initializing CEC library")
cec.init()
print("Creating Device object for TV")
tv = cec.Device(0)
print("Turning on TV")
tv.power_on()
print("Volume Up")
cec.volume_up()
print("Volume Down")
cec.volume_down()
print("SUCCESS!")