def cmd_write_reg(self):
if len(self.args.parameters) > 1:
reg = parse_int(self.args.parameters[0])
value = parse_int(self.args.parameters[1])
else:
print("parameter missing, need addr value")
data = [(value >> 8) & 0xff, value & 0xff]
self.dsptk.sigmatcp.write_memory(reg, data)
def cmd_read(self, display=DISPLAY_FLOAT, loop=False, length=None):
try:
addr = parse_int(self.args.parameters[0])
except:
print("Can't parse address {}".format(self.args.parameters))
sys.exit(1)
while True:
if display == DISPLAY_FLOAT:
val = self.dsptk.sigmatcp.read_decimal(addr)
print("{:.8f}".format(val))
elif display == DISPLAY_INT:
val = 0
for i in self.dsptk.sigmatcp.read_data(addr, length):
val *= 256
val += i
print(val)
elif display == DISPLAY_HEX:
val = self.dsptk.sigmatcp.read_data(addr, length)
print(''.join(["%02X " % x for x in val]))
if not loop:
break
try:
time.sleep(float(self.args.delay) / 1000)
except KeyboardInterrupt:
break
def __init__(self, alsa_mixer_name="DSPVolume"):
self.restore = False
self.server = SigmaTCPServer()
if "--alsa" in sys.argv:
logging.info("initializiong ALSA mixer control")
alsasync = AlsaSync()
alsasync.set_alsa_control(alsa_mixer_name)
SigmaTCPHandler.alsasync = alsasync
volreg = SigmaTCPHandler.get_meta(ATTRIBUTE_VOL_CTL)
if volreg is not None and len(volreg) > 0:
reg = datatools.parse_int(volreg)
alsasync.set_volume_register(reg)
alsasync.start()
else:
logging.info("not using ALSA volume control")
self.alsa_mixer_name = None
if "--lgsoundsync" in sys.argv:
try:
logging.info("initializing LG SoundSync")
SigmaTCPHandler.lgsoundsync = SoundSync()
SigmaTCPHandler.lgsoundsync.start()
SigmaTCPHandler.update_lgsoundsync()
except Exception as e:
logging.exception(e)
else:
logging.info("not enabling LG SoundSync")
if "--restore" in sys.argv:
self.restore = True
logging.info("server initialization finished")
def get_samplerate(self):
sr = datatools.parse_int(
self.sigmatcp.request_metadata(ATTRIBUTE_SAMPLERATE))
if sr is None or sr == 0:
return 48000
else:
return sr
def get_limit(self):
volctl = datatools.parse_int(
self.sigmatcp.request_metadata(ATTRIBUTE_VOL_LIMIT))
if volctl:
return self.sigmatcp.read_decimal(volctl)
else:
logging.info("%s is undefined", ATTRIBUTE_VOL_LIMIT)
def get_loudness(self):
volctl = datatools.parse_int(
self.sigmatcp.request_metadata(ATTRIBUTE_LOUDNESS))
if volctl:
return self.sigmatcp.read_decimal(volctl)
else:
logging.info("%s is undefined", ATTRIBUTE_LOUDNESS)
def set_loudness(self, volume):
volctl = datatools.parse_int(
self.sigmatcp.request_metadata(ATTRIBUTE_LOUDNESS))
if volctl is not None:
self.sigmatcp.write_decimal(volctl, volume)
return True
else:
logging.info("%s is undefined", ATTRIBUTE_LOUDNESS)
return False
def cmd_selfboot(self):
val = 0
if len(self.args.parameters) > 0:
val = parse_int(self.args.parameters[0])
rw = GPIO_WRITE
else:
rw = GPIO_READ
logging.error("dsptk selfboot %s %s", val, rw)
res = self.dsptk.sigmatcp.readwrite_gpio(rw, GPIO_SELFBOOT, val)
print(res)
def mute(self, mute=True):
mutereg = datatools.parse_int(
self.sigmatcp.request_metadata(ATTRIBUTE_MUTE_REG))
if mutereg is not None:
if mute:
self.sigmatcp.write_memory(mutereg, self.sigmatcp.int_data(1))
else:
self.sigmatcp.write_memory(mutereg, self.sigmatcp.int_data(0))
return True
else:
return False
def get_volume(self):
volctl = None
try:
volctl = datatools.parse_int(
self.sigmatcp.request_metadata(ATTRIBUTE_VOL_CTL))
except:
pass
if volctl is not None:
return self.sigmatcp.read_decimal(volctl)
else:
logging.info("%s is undefined", ATTRIBUTE_VOL_CTL)
def update_lgsoundsync(clear=False):
if SigmaTCPHandler.lgsoundsync is None:
logging.debug("LG SoundSync instance is None")
return
if clear:
SigmaTCPHandler.lgsoundsync.set_registers(None, None)
return
logging.debug("checking profile for SPDIF state and volume control support")
volreg = SigmaTCPHandler.get_meta(ATTRIBUTE_VOL_CTL)
spdifreg = SigmaTCPHandler.get_meta(ATTRIBUTE_SPDIF_ACTIVE)
if volreg is None or len(volreg) == 0 or \
spdifreg is None or len(spdifreg) == 0:
SigmaTCPHandler.lgsoundsync.set_registers(None, None)
logging.debug("disabled LG SoundSync")
logging.info("enabling LG SoundSync")
volr = datatools.parse_int(volreg)
spdifr = datatools.parse_int(spdifreg)
SigmaTCPHandler.lgsoundsync.set_registers(volr, spdifr)
def update_alsasync(clear=False):
if SigmaTCPHandler.alsasync is None:
return
if clear:
SigmaTCPHandler.alsasync.set_volume_register(None)
return
volreg = SigmaTCPHandler.get_meta(ATTRIBUTE_VOL_CTL)
if volreg is None or len(volreg) == 0:
SigmaTCPHandler.alsasync.set_volume_register(None)
reg = datatools.parse_int(volreg)
SigmaTCPHandler.alsasync.set_volume_register(reg)
def set_balance(self, value):
'''
Sets the balance of left/right channels.
Value ranges from 0 (only left channel) to 2 (only right channel)
at balance=1 the volume setting on both channels is equal
'''
if (value < 0) or (value > 2):
raise RuntimeError("Balance value must be between 0 and 2")
balctl = datatools.parse_int(
self.sigmatcp.request_metadata(ATTRIBUTE_BALANCE))
if balctl is not None:
self.sigmatcp.write_decimal(balctl, value)
def __init__(self, alsa_mixer_name="DSPVolume"):
self.restore = False
self.abort = False
self.zeroconf = None
self.server = SigmaTCPServer()
params = self.parse_config()
if params["alsa"]:
logging.info("initializing ALSA mixer control %s", alsa_mixer_name)
alsasync = AlsaSync()
if alsasync.set_alsa_control(alsa_mixer_name):
SigmaTCPHandler.alsasync = alsasync
volreg = SigmaTCPHandler.get_meta(ATTRIBUTE_VOL_CTL)
if volreg is not None and len(volreg) > 0:
reg = datatools.parse_int(volreg)
alsasync.set_volume_register(reg)
alsasync.start()
else:
logging.error("can't create mixer control - aborting")
self.abort = True
else:
logging.info("not using ALSA volume control")
self.alsa_mixer_name = None
if params["lgsoundsync"]:
try:
logging.info("initializing LG Sound Sync")
SigmaTCPHandler.lgsoundsync = SoundSync()
SigmaTCPHandler.lgsoundsync.start()
SigmaTCPHandler.update_lgsoundsync()
except Exception as e:
logging.exception(e)
else:
logging.info("not enabling LG Sound Sync")
if this.notify_on_updates is not None:
logging.info("Sending notifies on program updates to %s",
this.notify_on_updates)
if params["restore"]:
self.restore = True
def __init__(self, alsa_mixer_name="DSPVolume"):
self.restore = False
self.server = SigmaTCPServer()
if "--alsa" in sys.argv:
logging.info("initializiong ALSA mixer control")
alsasync = AlsaSync()
alsasync.set_alsa_control(alsa_mixer_name)
SigmaTCPHandler.alsasync = alsasync
volreg = SigmaTCPHandler.get_meta(ATTRIBUTE_VOL_CTL)
if volreg is not None and len(volreg) > 0:
reg = datatools.parse_int(volreg)
alsasync.set_volume_register(reg)
alsasync.start()
else:
logging.info("not using ALSA volume control")
self.alsa_mixer_name = None
if "--restore" in sys.argv:
self.restore = False
