def setVolumeLevel(self, volumeLevel):
if self.PowerState() == 1:
with eISCP(self.Host) as receiver:
response = receiver.raw("MVL%s" % str(hex(volumeLevel))[2:])
print("Response from setting volume level is: %s" % str(response))
print(hex(volumeLevel))
print("Volume level set to %s" % volumeLevel)
def PowerState(self):
with eISCP(self.Host) as receiver:
response = receiver.raw("PWRQSTN")
if response == "PWR00":
return 0
else:
return 1
def VolumeLevel(self):
if self.PowerState() == 1:
with eISCP(self.Host) as receiver:
response = receiver.raw("MVLQSTN")
decimalVolume = int(response[3:], 16)
return decimalVolume
else:
return 0
def setPowerState(self, state):
with eISCP(self.Host) as receiver:
print("Setting Onkyo Power State to %s" % state)
receiver.raw("PWR0%s" % state)
time.sleep(5) # Give the receiver some time to wake up
if state == 1:
# Only change default volume if the current setting is Spotify/Network
selectedInput = receiver.raw("SLIQSTN")
print("Current selected input is %s" % selectedInput)
if selectedInput == "SLI2B":
print("Setting default volume level")
if(self.VolumeLevel() > self.DefaultMusicVolume):
self.setVolumeLevel(self.DefaultMusicVolume) #On start set the volume level to default
def messageHandler(internalid, content):
if 'command' in content:
avr = eISCP(
str.split(internalid, ':', 2)[0],
int(str.split(internalid, ':', 2)[1]))
command = ''
try:
if content['command'] == 'on':
command = 'system-power:on'
avr.command(command)
if content['command'] == 'off':
command = 'system-power:standby'
avr.command(command)
if content['command'] == 'mute':
command = 'audio-muting:on'
avr.command(command)
if content['command'] == 'unmute':
command = 'audio-muting:off'
avr.command(command)
if content['command'] == 'mutetoggle':
command = 'audio-muting:toggle'
avr.command(command)
if content['command'] == 'vol+':
command = 'master-volume:level-up'
avr.command(command)
if content['command'] == 'vol-':
command = 'master-volume:level-down'
avr.command(command)
if content['command'] == 'setlevel':
if 'level' in content:
level = int(content['level'])
command = 'MVL%x' % level
# print "sending raw", command
avr.send_raw(command)
if content['command'] == 'setinput':
if 'input' in content:
command = 'input-selector:%s' % content['input']
avr.command(command)
except ValueError, e:
print e
def messageHandler(internalid, content): if 'command' in content: avr = eISCP(str.split(internalid,':',2)[0], int(str.split(internalid,':',2)[1])) command = '' try: if content['command'] == 'on': command = 'system-power:on' avr.command(command) if content['command'] == 'off': command = 'system-power:standby' avr.command(command) if content['command'] == 'mute': command = 'audio-muting:on' avr.command(command) if content['command'] == 'unmute': command = 'audio-muting:off' avr.command(command) if content['command'] == 'mutetoggle': command = 'audio-muting:toggle' avr.command(command) if content['command'] == 'vol+': command = 'master-volume:level-up' avr.command(command) if content['command'] == 'vol-': command = 'master-volume:level-down' avr.command(command) if content['command'] == 'setlevel': if 'level' in content: level = int(content['level']) command = 'MVL%x' % level # print "sending raw", command avr.send_raw(command) if content['command'] == 'setinput': if 'input' in content: command = 'input-selector:%s' % content['input'] avr.command(command) except ValueError, e: print e
def main(argv=sys.argv):
basename = os.path.basename(argv[0])
options = docopt.docopt(__doc__, help=True)
# List commands
if options['--discover']:
for receiver in eISCP.discover(timeout=1):
print '%s %s:%s' % (receiver.info['model_name'], receiver.host,
receiver.port)
return
# List available commands
if options['--help-commands']:
# List the zones
if not options['<zone>']:
print 'Available zones:'
for zone in commands.COMMANDS:
print ' %s' % zone
print 'Use %s --help-commands <zone> to see a list of '\
'commands for that zone.' % basename
return
# List the commands
selected_zone = options['<zone>']
if not selected_zone in commands.COMMANDS:
print 'No such zone: %s' % selected_zone
return 1
if not options['<command>']:
print 'Available commands for this zone:'
for _, command in commands.COMMANDS[selected_zone].items():
print ' %s - %s' % (command['name'], command['description'])
print 'Use %s --help-commands %s <command> to see a list '\
'of possible values.' % (basename, selected_zone)
return
# List values
selected_command = options['<command>'][0]
selected_command = commands.COMMAND_MAPPINGS[selected_zone].get(
selected_command, selected_command)
if not selected_command in commands.COMMANDS[selected_zone]:
print 'No such command in zone: %s' % selected_command
return 1
print 'Possible values for this command:'
cmddata = commands.COMMANDS[selected_zone][selected_command]
for range, value in cmddata['values'].items():
print ' %s - %s' % (value['name'], value['description'])
return
# Determine the receivers the command should run on
if options['--host']:
receivers = [eISCP(options['--host'], int(options['--port']))]
else:
receivers = eISCP.discover(timeout=1)
if not options['--all']:
if options['--name']:
receivers = [
r for r in receivers
if options['--name'] in r.info['model_name']
]
else:
receivers = receivers[:1]
if not receivers:
print 'No receivers found.'
return 1
# List of commands to execute - deal with special shortcut case
to_execute = options['<command>']
# Execute commands
for receiver in receivers:
with receiver:
for command in to_execute:
if command.isupper() and command.isalnum():
iscp_command = command
raw_response = True
else:
try:
iscp_command = command_to_iscp(command)
except ValueError, e:
print 'Error:', e
return 2
raw_response = False
print '%s: %s' % (receiver, iscp_command)
response = receiver.raw(iscp_command)
if not raw_response:
response = iscp_to_command(response)
print response
def main(argv=sys.argv):
basename = os.path.basename(argv[0])
options = docopt.docopt(__doc__, help=True)
# List commands
if options['--discover']:
for receiver in eISCP.discover(timeout=1):
print "%s %s:%s" % (
receiver.info['model_name'], receiver.host, receiver.port)
return
# List available commands
if options['--help-commands']:
# List the zones
if not options['<zone>']:
print "Available zones:"
for zone in commands.COMMANDS:
print " %s" % zone
print "Use %s --help-commands <zone> to see a list of "\
"commands for that zone." % basename
return
# List the commands
selected_zone = options['<zone>']
if not selected_zone in commands.COMMANDS:
print 'No such zone: %s' % selected_zone
return 1
if not options['<command>']:
print 'Available commands for this zone:'
for _, command in commands.COMMANDS[selected_zone].items():
print " %s - %s" % (command['name'], command['description'])
print "Use %s --help-commands %s <command> to see a list "\
"of possible values." % (basename, selected_zone)
return
# List values
selected_command = options['<command>'][0]
selected_command = commands.COMMAND_MAPPINGS[selected_zone].get(
selected_command, selected_command)
if not selected_command in commands.COMMANDS[selected_zone]:
print 'No such command in zone: %s' % selected_command
return 1
print 'Possible values for this command:'
cmddata = commands.COMMANDS[selected_zone][selected_command]
for range, value in cmddata['values'].items():
print " %s - %s" % (value['name'], value['description'])
return
# Determine the receivers the command should run on
if options['--host']:
receivers = [eISCP(options['--host'], int(options['--port']))]
else:
receivers = eISCP.discover(timeout=1)
if not options['--all']:
if options['--name']:
receivers = [r for r in receivers
if options['--name'] in r.info['model_name']]
else:
receivers = receivers[:1]
if not receivers:
print "No receivers found."
return 1
# List of commands to execute - deal with special shortcut case
to_execute = options['<command>']
# Execute commands
for receiver in receivers:
with receiver:
for command in to_execute:
if command.isupper() and command.isalnum():
iscp_command = command
raw_response = True
else:
try:
iscp_command = command_to_iscp(command)
except ValueError, e:
print "Error:", e
return 2
raw_response = False
print '%s: %s' % (receiver, iscp_command)
response = receiver.raw(iscp_command)
if not raw_response:
response = iscp_to_command(response)
print response
