def __init__(self, axi4_bus=None, gpio=None, gpio_id=0):
if gpio is None:
self.gpio = MIXGPIOSGEmulator('dm634_gpio_emulator',
PLGPIODef.REG_SIZE)
elif isinstance(gpio, basestring):
# device path; create MIXGPIOSG instance here.
self.gpio = MIXGPIOSG(gpio)
else:
self.gpio = gpio
self.gpio_id = gpio_id
if axi4_bus is None:
self.axi4_bus = AXI4LiteBusEmulator('dm634_axi4_emulator',
DM634Def.REG_SIZE)
elif isinstance(axi4_bus, basestring):
# device path; create axi4litebus instance here.
self.axi4_bus = AXI4LiteBus(axi4_bus, DM634Def.REG_SIZE)
else:
self.axi4_bus = axi4_bus
self.channel_value_list = [[i, 0]
for i in range(0, DM634Def.MAX_CHAN_NUM)]
self.set_mode('normal')
def __init__(self, axi4_bus, fft_data_cnt=None):
if isinstance(axi4_bus, basestring):
# device path; create axi4lite instance
self.axi4_bus = AXI4LiteBus(axi4_bus, MIXMagneto002SGRDef.REG_SIZE)
else:
self.axi4_bus = axi4_bus
self.fft_analyzer_axi4_bus = AXI4LiteSubBus(
self.axi4_bus, MIXMagneto002SGRDef.MIX_FFT_ANAYLZER_IPCORE_ADDR,
MIXMagneto002SGRDef.MIX_FFT_REG_SIZE)
self.gpio_axi4_bus = AXI4LiteSubBus(
self.axi4_bus, MIXMagneto002SGRDef.MIX_GPIO_IPCORE_ADDR,
MIXMagneto002SGRDef.MIX_GPIO_REG_SIZE)
self.gpio = MIXGPIOSG(self.gpio_axi4_bus)
self.i2s_conf_0 = Pin(self.gpio, MIXMagneto002SGRDef.I2S_CONF0_BIT)
self.i2s_conf_1 = Pin(self.gpio, MIXMagneto002SGRDef.I2S_CONF1_BIT)
self.cs5361_ovfl = Pin(self.gpio, MIXMagneto002SGRDef.CS5361_OVFL_BIT)
self.cs5361_rst = Pin(self.gpio, MIXMagneto002SGRDef.CS5361_RST_BIT)
self.i2s_en = Pin(self.gpio, MIXMagneto002SGRDef.I2S_EN_BIT)
self.analyzer = MIXFftAnalyzerSG(self.fft_analyzer_axi4_bus,
fft_data_cnt)
self.reset()
def create_dazzler_dbg(i2s_rx_en_pin, adc_rst_pin, gpio_dev,
i2s_tx_en_pin, dac_rst_pin,
i2c_dev, mix_aut1_dev):
dazzler_dbg = DazzlerDebuger()
if utility.is_pl_device(i2c_dev):
axi4_bus = AXI4LiteBus(i2c_dev, 256)
i2c_bus = MIXI2CSG(axi4_bus)
else:
i2c_bus = I2C(i2c_dev)
axi4 = AXI4LiteBus(mix_aut1_dev, 0x8000)
mix_aut1 = MIXAUT1SGR(axi4)
if gpio_dev != "":
axi4 = AXI4LiteBus(gpio_dev, 256)
gpio = MIXGPIOSG(axi4)
analyzer_rst = Pin(gpio, adc_rst_pin)
analyzer_en = Pin(gpio, i2s_rx_en_pin)
signal_source_rst = Pin(gpio, dac_rst_pin)
signal_source_en = Pin(gpio, i2s_tx_en_pin)
dazzler_dbg.audio = Audio001004(i2c=i2c_bus, adc_rst_pin=analyzer_rst,
i2s_rx_en_pin=analyzer_en,
dac_rst_pin=signal_source_rst,
i2s_tx_en_pin=signal_source_en,
ipcore=mix_aut1)
else:
dazzler_dbg.audio = Audio001004(i2c=i2c_bus, ipcore=mix_aut1)
return dazzler_dbg
def __init__(self,
axi4_bus,
fft_data_cnt=None,
use_signal_source=True,
use_analyzer=True,
use_gpio=True):
if isinstance(axi4_bus, basestring):
# device path; create axi4lite instance
axi4_bus = AXI4LiteBus(axi4_bus, MIXAUT3SGRDef.REG_SIZE)
if axi4_bus is not None:
if use_gpio:
self._gpio_axi4_bus = AXI4LiteSubBus(
axi4_bus, MIXAUT3SGRDef.MIX_GPIO_IPCORE_ADDR,
MIXAUT3SGRDef.MIX_GPIO_REG_SIZE)
self.gpio = MIXGPIOSG(self._gpio_axi4_bus)
if use_signal_source:
self._signal_source_axi4_bus = AXI4LiteSubBus(
axi4_bus, MIXAUT3SGRDef.MIX_SIGNAL_SOURCE_SG_IPCORE_ADDR,
MIXAUT3SGRDef.MIX_SIGNAL_SOURCE_REG_SIZE)
self.signal_source = MIXSignalSourceSG(
self._signal_source_axi4_bus)
if use_analyzer:
self._fft_axi4_bus = AXI4LiteSubBus(
axi4_bus, MIXAUT3SGRDef.MIX_FFT_ANALYZER_SG_IPCORE_ADDR,
MIXAUT3SGRDef.MIX_FFT_REG_SIZE)
self.analyzer = MIXFftAnalyzerSG(self._fft_axi4_bus,
fft_data_cnt)
else:
self.analyzer = MIXFftAnalyzerSGEmulator(
'mix_fftanalyzer_sg_emulator')
self.signal_source = MIXSignalSourceSGEmulator(
"mix_signalsource_sg_emulator")
self.gpio = MIXGPIOSGEmulator("mix_gpio_sg_emulator", 256)
def __init__(self, axi4_bus, fft_data_cnt=None):
if isinstance(axi4_bus, basestring):
# device path; create axi4lite instance
self.axi4_bus = AXI4LiteBus(axi4_bus, MIXAUT1SGRDef.REG_SIZE)
else:
self.axi4_bus = axi4_bus
if self.axi4_bus is None:
self.analyzer = MIXFftAnalyzerSGEmulator(
'mix_fftanalyzer_sg_emulator')
self.signal_source = MIXSignalSourceSGEmulator(
"mix_signalsource_sg_emulator")
self.gpio = MIXGPIOSGEmulator("mix_gpio_sg_emulator", 256)
else:
self.fft_analyzer_axi4_bus = AXI4LiteSubBus(
self.axi4_bus, MIXAUT1SGRDef.MIX_FFT_ANAYLZER_IPCORE_ADDR,
MIXAUT1SGRDef.MIX_FFT_REG_SIZE)
self.analyzer = MIXFftAnalyzerSG(self.fft_analyzer_axi4_bus,
fft_data_cnt)
self.signal_source_axi4_bus = AXI4LiteSubBus(
self.axi4_bus, MIXAUT1SGRDef.MIX_SIGNAL_SOURCE_IPCORE_ADDR,
MIXAUT1SGRDef.MIX_SIGNAL_SOURCE_REG_SIZE)
self.signal_source = MIXSignalSourceSG(self.signal_source_axi4_bus)
self.gpio_axi4_bus = AXI4LiteSubBus(
self.axi4_bus, MIXAUT1SGRDef.MIX_GPIO_IPCORE_ADDR,
MIXAUT1SGRDef.MIX_GPIO_REG_SIZE)
self.gpio = MIXGPIOSG(self.gpio_axi4_bus)
self.adc_rst_pin = Pin(self.gpio, MIXAUT1SGRDef.ADC_RESET_PIN)
self.i2s_rx_en_pin = Pin(self.gpio, MIXAUT1SGRDef.I2S_RX_EN_PIN)
self.dac_rst_pin = Pin(self.gpio, MIXAUT1SGRDef.DAC_RESET_PIN)
self.i2s_tx_en_pin = Pin(self.gpio, MIXAUT1SGRDef.I2S_TX_EN_PIN)
def __init__(self,
axi4_bus,
use_monitor=True,
use_i2c_slave=True,
use_gpio=True):
if isinstance(axi4_bus, basestring):
axi4_bus = AXI4LiteBus(axi4_bus,
MIXMacFCTBusMonitorSGRDef.REG_SIZE)
else:
axi4_bus = axi4_bus
if use_monitor:
self.monitor_bus = AXI4LiteSubBus(
axi4_bus, MIXMacFCTBusMonitorSGRDef.MIX_Monitor_IPCORE_ADDR,
MIXMacFCTBusMonitorSGRDef.REG_SIZE)
self.monitor_dev = MIXAxiLiteToStreamSG(self.monitor_bus)
if use_i2c_slave:
self.slave_bus = AXI4LiteSubBus(
axi4_bus, MIXMacFCTBusMonitorSGRDef.MIX_I2C_Slave_IPCORE_ADDR,
MIXMacFCTBusMonitorSGRDef.REG_SIZE)
self.slave_dev = MIXMacFCTEepromPrivateSG(self.slave_bus)
if use_gpio:
self.gpio_axi4_bus = AXI4LiteSubBus(
axi4_bus, MIXMacFCTBusMonitorSGRDef.MIX_GPIO_IPCORE_ADDR,
MIXMacFCTBusMonitorSGRDef.REG_SIZE)
self.gpio = MIXGPIOSG(self.gpio_axi4_bus)
def __init__(self,
axi4_bus,
use_signal_source=True,
use_signal_meter=True,
use_gpio=True):
if isinstance(axi4_bus, basestring):
# device path; create axi4lite instance
axi4_bus = AXI4LiteBus(axi4_bus, MIXMacFCTSwitchSGRDef.REG_SIZE)
else:
axi4_bus = axi4_bus
if use_gpio:
self._gpio_axi4_bus = AXI4LiteSubBus(
axi4_bus, MIXMacFCTSwitchSGRDef.MIX_GPIO_IPCORE_ADDR,
MIXMacFCTSwitchSGRDef.MIX_GPIO_REG_SIZE)
self.gpio = MIXGPIOSG(self._gpio_axi4_bus)
if use_signal_source:
self._signal_source_axi4_bus = AXI4LiteSubBus(
axi4_bus, MIXMacFCTSwitchSGRDef.MIX_SIGNALSOURCE_IPCORE_ADDR,
MIXMacFCTSwitchSGRDef.MIX_SIGNALSOURCE_REG_SIZE)
self.signal_source = MIXSignalSourceSG(
self._signal_source_axi4_bus)
if use_signal_meter:
self._signal_meter_axi4_bus = AXI4LiteSubBus(
axi4_bus, MIXMacFCTSwitchSGRDef.MIX_SIGNALMETER_IPCORE_ADDR,
MIXMacFCTSwitchSGRDef.MIX_SIGNALMETER_REG_SIZE)
self.signal_meter = MIXSignalMeterSG(self._signal_meter_axi4_bus)
def create_uel001003a_dbg(i2c_bus_name, spi_bus_name, gpio_device_name,
switch_pin_id):
uel001003a_dbg = UEL001003ADebuger()
if i2c_bus_name == '':
i2c_bus = None
else:
if utility.is_pl_device(i2c_bus_name):
axi4_bus = AXI4LiteBus(i2c_bus_name, 256)
i2c_bus = MIXI2CSG(axi4_bus)
else:
i2c_bus = I2C(i2c_bus_name)
if spi_bus_name == '':
spi_bus_name = None
else:
axi4_bus = AXI4LiteBus(spi_bus_name, 8192)
spi_bus = MIXQSPISG(axi4_bus)
if gpio_device_name == '':
gpio_switch = GPIO(int(switch_pin_id), "output")
else:
axi4_bus = AXI4LiteBus(gpio_device_name, 256)
gpio = MIXGPIOSG(axi4_bus)
gpio_switch = Pin(gpio, int(switch_pin_id))
uel001003a_dbg.uel001003a = UEL001003A(i2c=i2c_bus,
spi=spi_bus,
gpio_switch=gpio_switch)
return uel001003a_dbg
def __init__(self, axi4_bus):
if isinstance(axi4_bus, basestring):
# device path; create axi4lite instance
self.axi4_bus = AXI4LiteBus(axi4_bus, MIXBMUPWMSGRDef.REG_SIZE)
else:
self.axi4_bus = axi4_bus
axi4_gpio = AXI4LiteSubBus(self.axi4_bus,
MIXBMUPWMSGRDef.MIX_GPIO_IPCORE_ADDR,
MIXBMUPWMSGRDef.GPIO_REG_SIZE)
axi4_signalsource = AXI4LiteSubBus(self.axi4_bus,
MIXBMUPWMSGRDef.MIX_SS_IPCORE_ADDR,
MIXBMUPWMSGRDef.SS_REG_SIZE)
self.gpio = MIXGPIOSG(axi4_gpio)
self.signalsource = MIXSignalSourceSG(axi4_signalsource)
self.gpio.set_pin_dir(MIXBMUPWMSGRDef.CHANNEL_SELECT_BIT0, 'output')
self.gpio.set_pin_dir(MIXBMUPWMSGRDef.CHANNEL_SELECT_BIT1, 'output')
def create_gpio_dbg(dev_name, reg_size):
gpio_dbg = MIXGPIOSGDebuger()
if dev_name == '':
gpio_dbg.gpio = MIXGPIOSGEmulator(dev_name, reg_size)
else:
if utility.is_pl_device(dev_name):
axi4_bus = AXI4LiteBus(dev_name, reg_size)
else:
raise NotImplementedError('PS gpio not implement yet!')
gpio_dbg.gpio = MIXGPIOSG(axi4_bus)
return gpio_dbg
def __init__(self, axi4_bus, use_gpio=True):
if not axi4_bus:
self.signal_source = MIXSignalSourceSGEmulator('mix_signal_source_sg_emulator')
self.gpio = MIXGPIOSGEmulator('mix_gpio_sg_emulator', MIXSGT1SGRDef.MIX_GPIO_REG_SIZE)
else:
if isinstance(axi4_bus, basestring):
axi4_bus = AXI4LiteBus(axi4_bus, MIXSGT1SGRDef.REG_SIZE)
if use_gpio is True:
axi4_sub_bus = AXI4LiteSubBus(axi4_bus, MIXSGT1SGRDef.MIX_GPIO_ADDR, MIXSGT1SGRDef.MIX_GPIO_REG_SIZE)
self.gpio = MIXGPIOSG(axi4_sub_bus)
axi4_sub_bus = AXI4LiteSubBus(axi4_bus, MIXSGT1SGRDef.MIX_SIGNAL_SOURCE_ADDR,
MIXSGT1SGRDef.MIX_SIGNAL_SOURCE_REG_SIZE)
self.signal_source = MIXSignalSourceSG(axi4_sub_bus)
def __init__(self, axi4_bus):
if isinstance(axi4_bus, basestring):
# device path; create axi4lite instance
self.axi4_bus = AXI4LiteBus(axi4_bus,
MIXBMUWidthSwitcherSGRDef.REG_SIZE)
else:
self.axi4_bus = axi4_bus
axi4_gpio = AXI4LiteSubBus(
self.axi4_bus, MIXBMUWidthSwitcherSGRDef.MIX_GPIO_IPCORE_ADDR,
MIXBMUWidthSwitcherSGRDef.GPIO_REG_SIZE)
axi4_widthmeasure = AXI4LiteSubBus(
self.axi4_bus, MIXBMUWidthSwitcherSGRDef.MIX_WM_IPCORE_ADDR,
MIXBMUWidthSwitcherSGRDef.WM_REG_SIZE)
self.gpio = MIXGPIOSG(axi4_gpio)
self.widthmeasure = MIXWidthMeasureSG(axi4_widthmeasure)
self.gpio.set_pin_dir(MIXBMUWidthSwitcherSGRDef.CHANNEL_SELECT_BIT0,
'output')
self.gpio.set_pin_dir(MIXBMUWidthSwitcherSGRDef.CHANNEL_SELECT_BIT1,
'output')
self.gpio.set_pin_dir(MIXBMUWidthSwitcherSGRDef.CHANNEL_SELECT_BIT2,
'output')
def __init__(self, axi4_bus, fft_data_cnt=None):
if isinstance(axi4_bus, basestring):
# device path; create axi4lite instance
axi4_bus = AXI4LiteBus(axi4_bus, MIXMIK002SGRDef.REG_SIZE)
else:
axi4_bus = axi4_bus
self.fft_analyzer_axi4_bus = AXI4LiteSubBus(
axi4_bus, MIXMIK002SGRDef.MIX_FFT_ANAYLZER_IPCORE_ADDR,
MIXMIK002SGRDef.MIX_FFT_REG_SIZE)
self.analyzer = MIXXtalkMeasureSG(self.fft_analyzer_axi4_bus,
fft_data_cnt)
self.gpio_axi4_bus = AXI4LiteSubBus(
axi4_bus, MIXMIK002SGRDef.MIX_GPIO_IPCORE_ADDR,
MIXMIK002SGRDef.MIX_GPIO_REG_SIZE)
self.gpio = MIXGPIOSG(self.gpio_axi4_bus)
def create_dazzler_dbg(fftrt_dev, i2s_rx_en_pin, adc_rst_pin, gpio_dev,
signal_source_dev, i2s_tx_en_pin, dac_rst_pin, i2c_dev,
mix_aut1_dev):
dazzler_dbg = DazzlerDebuger()
if i2c_dev != '':
if utility.is_pl_device(i2c_dev):
axi4_bus = AXI4LiteBus(i2c_dev, 256)
i2c_bus = MIXI2CSG(axi4_bus)
else:
i2c_bus = I2C(i2c_dev)
else:
i2c_bus = None
if mix_aut1_dev != '':
axi4 = AXI4LiteBus(mix_aut1_dev, 0x8000)
mix_aut1 = MIXAUT1SGR(axi4)
dazzler_dbg.audio = Dazzler(i2c_bus, ip=mix_aut1)
else:
axi4 = AXI4LiteBus(fftrt_dev, 256)
analyzer = MIXFftAnalyzerSG(axi4)
axi4 = AXI4LiteBus(signal_source_dev, 256)
signal_source = MIXSignalSourceSG(axi4)
axi4 = AXI4LiteBus(gpio_dev, 256)
gpio = MIXGPIOSG(axi4)
analyzer_rst = Pin(gpio, adc_rst_pin)
analyzer_en = Pin(gpio, i2s_rx_en_pin)
signal_source_rst = Pin(gpio, dac_rst_pin)
signal_source_en = Pin(gpio, i2s_tx_en_pin)
dazzler_dbg.audio = Dazzler(i2c_bus,
analyzer=analyzer,
signal_source=signal_source,
adc_rst_pin=analyzer_rst,
i2s_rx_en_pin=analyzer_en,
dac_rst_pin=signal_source_rst,
i2s_tx_en_pin=signal_source_en,
ip=mix_aut1)
return dazzler_dbg
def create_iceman_dbg(ip_name, signal_source_name, io_name, pin, i2c_name):
iceman_dbg = None
if utility.is_pl_device(i2c_name):
axi4_bus = AXI4LiteBus(i2c_name, 256)
i2c = MIXI2CSG(axi4_bus)
else:
i2c = I2C(i2c_name)
if ip_name == '':
axi4_bus = AXI4LiteBus(signal_source_name, 256)
signal_source = MIXSignalSourceSG(axi4_bus)
axi4_bus = AXI4LiteBus(io_name, 256)
pl_gpio = MIXGPIOSG(axi4_bus)
iceman_dbg = IcemanDebugger()
iceman_dbg.iceman = Iceman(i2c, signal_source, Pin(pl_gpio, pin))
else:
axi4_bus = AXI4LiteBus(ip_name, 0x8000)
mix_sgt1 = MIXSGT1SGR(axi4_bus)
iceman_dbg = IcemanDebugger()
iceman_dbg.iceman = Iceman(i2c, ipcore=mix_sgt1)
return iceman_dbg
def create_elektra_dbg(i2c_name, spi_name, ad760x_name, gpio_name, volt_ch_1,
volt_ch_2, curr_ch_1, curr_ch_2):
scope_dbg = ElektraDebuger()
if i2c_name == '':
i2c_bus = None
else:
axi4_bus = AXI4LiteBus(i2c_name, 256)
i2c_bus = MIXI2CSG(axi4_bus)
if spi_name == '':
spi_bus = None
else:
axi4_bus = AXI4LiteBus(spi_name, 8192)
spi_bus = MIXQSPISG(axi4_bus)
if ad760x_name == '':
ad7608_ip = None
else:
axi4 = AXI4LiteBus(ad760x_name, 8192)
ad7608_ip = MIXAd7608SG(axi4)
if gpio_name == '':
gpio_bus = None
else:
axi4 = AXI4LiteBus(gpio_name, 256)
gpio_bus = MIXGPIOSG(axi4)
volt_1 = int(volt_ch_1)
volt_2 = int(volt_ch_2)
curr_1 = int(curr_ch_1)
curr_2 = int(curr_ch_2)
scope_dbg.elektra = Elektra(i2c=i2c_bus,
spi=spi_bus,
ad7608=ad7608_ip,
gpio=gpio_bus,
volt_ch1=volt_1,
volt_ch2=volt_2,
curr_ch1=curr_1,
curr_ch2=curr_2)
return scope_dbg
def create_dbg(file, uart, i2c_bus_name, plgpio, pull_up_pin_num,
pull_down_pin_num, tx_en_pin_num, removal_det_pin_num,
connect_det_pin_num, a0_pin_id, a1_pin_id, a2_pin_id,
elaod_en_pin_id):
dbg = DarkBeastDebuger()
firmware_path = file
pl_uart_drv_ko_file = uart
if i2c_bus_name == '':
i2c_bus = None
else:
if utility.is_pl_device(i2c_bus_name):
axi4_bus = AXI4LiteBus(i2c_bus_name, 256)
i2c_bus = MIXI2CSG(axi4_bus)
else:
i2c_bus = I2C(i2c_bus_name)
if plgpio == '':
gpio = None
else:
axi4_bus = AXI4LiteBus(plgpio, 256)
gpio = MIXGPIOSG(axi4_bus)
pull_up_pin = GPIO(int(pull_up_pin_num))
pull_down_pin = GPIO(int(pull_down_pin_num))
tx_en_pin = GPIO(int(tx_en_pin_num))
removal_det_pin = GPIO(int(removal_det_pin_num))
connect_det_pin = GPIO(int(connect_det_pin_num))
cat9555 = CAT9555(0x20, i2c_bus)
a0_pin = Pin(cat9555, a0_pin_id)
a1_pin = Pin(cat9555, a1_pin_id)
a2_pin = Pin(cat9555, a2_pin_id)
elaod_en_pin = Pin(cat9555, elaod_en_pin_id)
dbg.darkbeast = DarkBeast(firmware_path, pl_uart_drv_ko_file, i2c_bus,
gpio, pull_up_pin, pull_down_pin, tx_en_pin,
removal_det_pin, connect_det_pin, a0_pin, a1_pin,
a2_pin, elaod_en_pin)
return dbg
def create_se2300_dbg(gpio_device, i2c_bus_1, i2c_bus_2, ps_ipcore,
trigger_ipcore):
se2300_dbg = Se2300ps01pcbDebuger()
if gpio_device == '':
gpio = None
else:
axi4_bus = AXI4LiteBus(gpio_device, 256)
gpio = MIXGPIOSG(axi4_bus)
ads5231_oea = Pin(gpio, 1)
data_upload = Pin(gpio, 4)
if i2c_bus_1 == '':
iic_1 = None
else:
axi4_bus = AXI4LiteBus(i2c_bus_1, 256)
iic_1 = MIXI2CSG(axi4_bus)
if i2c_bus_2 == '':
iic_2 = None
else:
axi4_bus = AXI4LiteBus(i2c_bus_2, 256)
iic_2 = MIXI2CSG(axi4_bus)
if ps_ipcore == '':
power_sequency = None
else:
axi4_bus = AXI4LiteBus(ps_ipcore, 1024)
power_sequency = MIXPowerSequenceSG(axi4_bus)
if trigger_ipcore == '':
trigger_core = None
else:
axi4_bus = AXI4LiteBus(trigger_ipcore, 1024)
trigger_core = MIXPowerSequenceSG(axi4_bus)
se2300_dbg.se2300 = SE2300PS01PCB(ads5231_oea, data_upload, iic_1, iic_2,
power_sequency, trigger_core)
return se2300_dbg
def create_negasonic_dbg(fftrt_dev, i2s_rx_en_pin, adc_rst_pin, gpio_dev,
signal_source_dev, i2s_tx_en_pin, dac_rst_pin,
i2c_dev, mix_aut1_dev):
audio002002_dbg = NegasonicDebuger()
if utility.is_pl_device(i2c_dev):
axi4_bus = AXI4LiteBus(i2c_dev, 256)
i2c_bus = MIXI2CSG(axi4_bus)
else:
i2c_bus = I2C(i2c_dev)
if mix_aut1_dev != '':
axi4 = AXI4LiteBus(mix_aut1_dev, 0x8000)
mix_aut1 = MIXAUT1(axi4)
audio002002_dbg.audio = Negasonic(i2c_bus, ip=mix_aut1)
else:
axi4 = AXI4LiteBus(fftrt_dev, 256)
analyzer = MIXFftAnalyzerSG(axi4)
axi4 = AXI4LiteBus(signal_source_dev, 256)
signal_source = MIXSignalSourceSG(axi4)
axi4 = AXI4LiteBus(gpio_dev, 256)
gpio = MIXGPIOSG(axi4)
analyzer_rst = Pin(gpio, adc_rst_pin)
analyzer_en = Pin(gpio, i2s_rx_en_pin)
signal_source_rst = Pin(gpio, dac_rst_pin)
signal_source_en = Pin(gpio, i2s_tx_en_pin)
audio002002_dbg.audio = Negasonic(i2c_bus,
analyzer=analyzer,
signal_sourc=signal_source,
analyzer_rst=analyzer_rst,
analyzer_en=analyzer_en,
signal_source_rst=signal_source_rst,
signal_source_en=signal_source_en)
return audio002002_dbg
def open(self, use_spi, use_gpio):
'''
MIXPSU001SGR open device
Examples:
psu001.open()
'''
# AD717x will be created.
self.ad717x_axi4_bus = AXI4LiteSubBus(
self.axi4_bus, MIXPSU001SGRDef.MIX_AD717X_IPCORE_ADDR,
MIXPSU001SGRDef.AD717X_REG_SIZE)
if self.ad717x_chip == "AD7175":
self.ad717x = MIXAd7175SG(self.ad717x_axi4_bus, self.ad717x_mvref,
self.code_polar, self.reference,
self.buffer_flag, self.clock)
elif self.ad717x_chip == "AD7177":
self.ad717x = MIXAd7177SG(self.ad717x_axi4_bus, self.ad717x_mvref,
self.code_polar, self.reference,
self.buffer_flag, self.clock)
else:
raise MIXPSU001SGRException("Unsupported AD717x chip type %s." %
(self.ad717x_chip))
# if use_gpio is True, MIXGPIOSG will be created.
if use_gpio is True:
self.gpio_axi4_bus = AXI4LiteSubBus(
self.axi4_bus, MIXPSU001SGRDef.MIX_GPIO_IPCORE_ADDR,
MIXPSU001SGRDef.GPIO_REG_SIZE)
self.gpio = MIXGPIOSG(self.gpio_axi4_bus)
# if use_spi is True, MIXQSPISG will be created.
if use_spi is True:
self.spi_axi4_bus = AXI4LiteSubBus(
self.axi4_bus, MIXPSU001SGRDef.MIX_SPI_IPCORE_ADDR,
MIXPSU001SGRDef.SPI_REG_SIZE)
self.spi = MIXQSPISG(self.spi_axi4_bus)
def __init__(self, axi4_bus, fft_data_cnt=None):
if axi4_bus:
if isinstance(axi4_bus, basestring):
# device path; create axi4lite instance
self.axi4_bus = AXI4LiteBus(axi4_bus,
MIXAudio005SGRDef.REG_SIZE)
else:
self.axi4_bus = axi4_bus
else:
raise MIXAudio005SGRException(
"parameter 'axi4_bus' can not be None")
self.fft_analyzer_axi4_bus = AXI4LiteSubBus(
self.axi4_bus, MIXAudio005SGRDef.MIX_FFT_ANAYLZER_IPCORE_ADDR,
MIXAudio005SGRDef.MIX_FFT_REG_SIZE)
self.analyzer = MIXFftAnalyzerSG(self.fft_analyzer_axi4_bus,
fft_data_cnt)
self.signal_source_axi4_bus = AXI4LiteSubBus(
self.axi4_bus, MIXAudio005SGRDef.MIX_SIGNAL_SOURCE_IPCORE_ADDR,
MIXAudio005SGRDef.MIX_SIGNAL_SOURCE_REG_SIZE)
self.signal_source = MIXSignalSourceSG(self.signal_source_axi4_bus)
self.gpio_axi4_bus = AXI4LiteSubBus(
self.axi4_bus, MIXAudio005SGRDef.MIX_GPIO_IPCORE_ADDR,
MIXAudio005SGRDef.MIX_GPIO_REG_SIZE)
self.gpio = MIXGPIOSG(self.gpio_axi4_bus)
self.ram_signal_axi4_bus = AXI4LiteSubBus(
self.axi4_bus, MIXAudio005SGRDef.MIX_RAM_SIGNAL_IPCORE_ADDR,
MIXAudio005SGRDef.MIX_RAM_SIGNAL_REG_SIZE)
self.ram_signal = MIXRamSignalSG(self.ram_signal_axi4_bus)
self.audio_cache_axi4_bus = AXI4LiteSubBus(
self.axi4_bus, MIXAudio005SGRDef.MIX_AUDIO_CACHE_IPCORE_ADDR,
MIXAudio005SGRDef.MIX_AUDIO_CACHE_REG_SIZE)
self.audio_cache = MIXAudioCacheSG(self.audio_cache_axi4_bus)
def open(self):
'''
MIXSolarisSGR open device
Examples:
ip.open()
'''
self.meter_axi4_bus = AXI4LiteSubBus(self.axi4_bus, MIXSolarisSGRDef.MIX_SIGNALMETER_ADDR,
MIXSolarisSGRDef.SIGNALMETER_REG_SIZE)
self.meter = MIXSignalMeterSG(self.meter_axi4_bus)
self.spi_adc_axi4_bus = AXI4LiteSubBus(self.axi4_bus, MIXSolarisSGRDef.MIX_SPIADC_ADDR,
MIXSolarisSGRDef.SPIADC_REG_SIZE)
self.spi_adc = PLSPIADC(self.spi_adc_axi4_bus)
self.audio_axi4_bus = AXI4LiteSubBus(self.axi4_bus, MIXSolarisSGRDef.MIX_FFTANALYZER_ADDR,
MIXSolarisSGRDef.FFTANALYZER_REG_SIZE)
self.audio = MIXFftAnalyzerSG(self.audio_axi4_bus)
self.spi_axi4_bus = AXI4LiteSubBus(self.axi4_bus, MIXSolarisSGRDef.MIX_SPIMASTER_ADDR,
MIXSolarisSGRDef.SPIMASTER_REG_SIZE)
self.spi_bus = MIXQSPISG(self.spi_axi4_bus)
self.source_axi4_bus = AXI4LiteSubBus(self.axi4_bus, MIXSolarisSGRDef.MIX_SIGNALSOURCE_ADDR,
MIXSolarisSGRDef.SIGNALSOURCE_REG_SIZE)
self.source = MIXSignalSourceSG(self.source_axi4_bus)
self.gpio_axi4_bus = AXI4LiteSubBus(self.axi4_bus, MIXSolarisSGRDef.MIX_GPIO_ADDR,
MIXSolarisSGRDef.GPIO_REG_SIZE)
self.gpio = MIXGPIOSG(self.gpio_axi4_bus)
self.spi_dac_axi4_bus = AXI4LiteSubBus(self.axi4_bus, MIXSolarisSGRDef.MIX_SPIDAC_ADDR,
MIXSolarisSGRDef.SPIDAC_REG_SIZE)
self.spi_dac = PLSPIDAC(self.spi_dac_axi4_bus)
def __init__(self,
axi4_bus=None,
fft_data_cnt=None,
ad717x_chip="ad7175",
ad717x_mvref=5000,
code_polar="bipolar",
reference="extern",
buffer_flag="enable",
clock="crystal"):
if isinstance(axi4_bus, basestring):
# device path; create axi4lite instance
self.axi4_bus = AXI4LiteBus(axi4_bus, MIXAUT5SGRDef.REG_SIZE)
else:
self.axi4_bus = axi4_bus
if self.axi4_bus is None:
self.analyzer = MIXFftAnalyzerSGEmulator(
'mix_fftanalyzer_sg_emulator')
self.signal_source = MIXSignalSourceSGEmulator(
"mix_signalsource_sg_emulator")
self.gpio = MIXGPIOSGEmulator("mix_gpio_sg_emulator", 256)
if ad717x_chip == 'ad7175':
self.ad717x = MIXAd7175SGEmulator("mix_ad7175_sg_emulator",
2500)
else:
self.ad717x = MIXAd7177SGEmulator("mix_ad7177_sg_emulator",
2500)
else:
self.fft_analyzer_axi4_bus = AXI4LiteSubBus(
self.axi4_bus, MIXAUT5SGRDef.MIX_FFT_ANAYLZER_IPCORE_ADDR,
MIXAUT5SGRDef.MIX_FFT_REG_SIZE)
self.analyzer = MIXFftAnalyzerSG(self.fft_analyzer_axi4_bus,
fft_data_cnt)
self.signal_source_axi4_bus = AXI4LiteSubBus(
self.axi4_bus, MIXAUT5SGRDef.MIX_SIGNAL_SOURCE_IPCORE_ADDR,
MIXAUT5SGRDef.MIX_SIGNAL_SOURCE_REG_SIZE)
self.signal_source = MIXSignalSourceSG(self.signal_source_axi4_bus)
self.gpio_axi4_bus = AXI4LiteSubBus(
self.axi4_bus, MIXAUT5SGRDef.MIX_GPIO_IPCORE_ADDR,
MIXAUT5SGRDef.MIX_GPIO_REG_SIZE)
self.gpio = MIXGPIOSG(self.gpio_axi4_bus)
self.ad717x_chip = ad717x_chip
self.ad717x_mvref = ad717x_mvref
self.code_polar = code_polar
self.reference = reference
self.buffer_flag = buffer_flag
self.clock = clock
# self.open()
self.ad717x_axi4_bus = AXI4LiteSubBus(
self.axi4_bus, MIXAUT5SGRDef.MIX_AD717X_IPCORE_ADDR,
MIXAUT5SGRDef.AD717X_REG_SIZE)
if self.ad717x_chip == "ad7175":
self.ad717x = MIXAd7175SG(self.ad717x_axi4_bus,
self.ad717x_mvref, self.code_polar,
self.reference, self.buffer_flag,
self.clock)
elif self.ad717x_chip == "ad7177":
self.ad717x = MIXAd7177SG(self.ad717x_axi4_bus,
self.ad717x_mvref, self.code_polar,
self.reference, self.buffer_flag,
self.clock)
else:
raise MIXDAQT5Exception("Unsupported AD717x chip type %s." %
(self.ad717x_chip))
class MIXBMUPWMSGR(object):
'''
Mix BMU PWM function class
ClassType = MIXBMUPWMSGR
Args:
axi4_bus: instance(AXI4LiteBus)/string, AXI4LiteBus class intance or device path.
Examples:
bmu_pwm = MIXBMUPWMSGR('/dev/MIX_SignalSource_SG')
'''
rpc_public_api = ['signal_output', 'open', 'close']
def __init__(self, axi4_bus):
if isinstance(axi4_bus, basestring):
# device path; create axi4lite instance
self.axi4_bus = AXI4LiteBus(axi4_bus, MIXBMUPWMSGRDef.REG_SIZE)
else:
self.axi4_bus = axi4_bus
axi4_gpio = AXI4LiteSubBus(self.axi4_bus,
MIXBMUPWMSGRDef.MIX_GPIO_IPCORE_ADDR,
MIXBMUPWMSGRDef.GPIO_REG_SIZE)
axi4_signalsource = AXI4LiteSubBus(self.axi4_bus,
MIXBMUPWMSGRDef.MIX_SS_IPCORE_ADDR,
MIXBMUPWMSGRDef.SS_REG_SIZE)
self.gpio = MIXGPIOSG(axi4_gpio)
self.signalsource = MIXSignalSourceSG(axi4_signalsource)
self.gpio.set_pin_dir(MIXBMUPWMSGRDef.CHANNEL_SELECT_BIT0, 'output')
self.gpio.set_pin_dir(MIXBMUPWMSGRDef.CHANNEL_SELECT_BIT1, 'output')
def close(self):
'''
Disable mix BMU PWM function class
Examples:
bmu_pwm.close()
'''
self.signalsource.close()
self.gpio.set_pin(MIXBMUPWMSGRDef.CHANNEL_SELECT_BIT0, 0)
self.gpio.set_pin(MIXBMUPWMSGRDef.CHANNEL_SELECT_BIT1, 0)
def open(self):
'''
Enable mix BMU PWM function class
Examples:
bmu_pwm.open()
'''
self.signalsource.open()
self.gpio.set_pin(MIXBMUPWMSGRDef.CHANNEL_SELECT_BIT0, 0)
self.gpio.set_pin(MIXBMUPWMSGRDef.CHANNEL_SELECT_BIT1, 0)
def signal_output(self,
signal_frequency,
square_duty,
signal_time=0xffffffff):
'''
Set mix BMU PWM parameters and output.
Args:
signal_frequency: int, unit Hz, output signal frequency.
square_duty: float, [0.001~0.999], duty of square.
signal_time: int, unit us, signal time of signal source.
Return:
"done"
'''
assert 1 >= square_duty >= 0
self.signal_time = signal_time
self.signal_frequency = signal_frequency
self.square_duty = square_duty
if square_duty == MIXBMUPWMSGRDef.PWM_OUTPUT_LOW:
self.gpio.set_pin(MIXBMUPWMSGRDef.CHANNEL_SELECT_BIT0, 0)
self.gpio.set_pin(MIXBMUPWMSGRDef.CHANNEL_SELECT_BIT1, 0)
elif square_duty == MIXBMUPWMSGRDef.PWM_OUTPUT_HIGH:
self.gpio.set_pin(MIXBMUPWMSGRDef.CHANNEL_SELECT_BIT0, 0)
self.gpio.set_pin(MIXBMUPWMSGRDef.CHANNEL_SELECT_BIT1, 1)
else:
self.gpio.set_pin(MIXBMUPWMSGRDef.CHANNEL_SELECT_BIT0, 1)
self.signalsource.set_signal_type('square')
self.signalsource.set_signal_time(self.signal_time)
self.signalsource.set_swg_paramter(
sample_rate=125000000,
signal_frequency=self.signal_frequency,
vpp_scale=0.5,
square_duty=self.square_duty)
self.signalsource.output_signal()
return "done"
class MIXBMUWidthSwitcherSGR(object):
'''
MIXBMUWidthSwitcherSGR function class to measure the time difference between edge signals
ClassType = MIXBMUWidthSwitcherSGR
Args:
axi4_bus: instance(AXI4LiteBus)/string, Class instance or dev path of AXI4 bus.
Examples:
width_measure = MIXBMUWidthSwitcherSGR('/dev/MIX_Signal_Meter_0')
'''
rpc_public_api = ['start_measure', 'stop_measure', 'open', 'close']
def __init__(self, axi4_bus):
if isinstance(axi4_bus, basestring):
# device path; create axi4lite instance
self.axi4_bus = AXI4LiteBus(axi4_bus,
MIXBMUWidthSwitcherSGRDef.REG_SIZE)
else:
self.axi4_bus = axi4_bus
axi4_gpio = AXI4LiteSubBus(
self.axi4_bus, MIXBMUWidthSwitcherSGRDef.MIX_GPIO_IPCORE_ADDR,
MIXBMUWidthSwitcherSGRDef.GPIO_REG_SIZE)
axi4_widthmeasure = AXI4LiteSubBus(
self.axi4_bus, MIXBMUWidthSwitcherSGRDef.MIX_WM_IPCORE_ADDR,
MIXBMUWidthSwitcherSGRDef.WM_REG_SIZE)
self.gpio = MIXGPIOSG(axi4_gpio)
self.widthmeasure = MIXWidthMeasureSG(axi4_widthmeasure)
self.gpio.set_pin_dir(MIXBMUWidthSwitcherSGRDef.CHANNEL_SELECT_BIT0,
'output')
self.gpio.set_pin_dir(MIXBMUWidthSwitcherSGRDef.CHANNEL_SELECT_BIT1,
'output')
self.gpio.set_pin_dir(MIXBMUWidthSwitcherSGRDef.CHANNEL_SELECT_BIT2,
'output')
def close(self):
self.gpio.set_pin(MIXBMUWidthSwitcherSGRDef.CHANNEL_SELECT_BIT0, 0)
self.gpio.set_pin(MIXBMUWidthSwitcherSGRDef.CHANNEL_SELECT_BIT1, 0)
self.gpio.set_pin(MIXBMUWidthSwitcherSGRDef.CHANNEL_SELECT_BIT2, 0)
self.widthmeasure.stop_measure()
def open(self):
self.gpio.set_pin(MIXBMUWidthSwitcherSGRDef.CHANNEL_SELECT_BIT0, 0)
self.gpio.set_pin(MIXBMUWidthSwitcherSGRDef.CHANNEL_SELECT_BIT1, 0)
self.gpio.set_pin(MIXBMUWidthSwitcherSGRDef.CHANNEL_SELECT_BIT2, 0)
def start_measure(self, channel_select, start_status, stop_status):
'''
MIXBMUWidthSwitcherSGR module enable the corresponding register, then can get result
Args:
channel_select: int, select the channel to measure.
start_status: int, start trigger signal, details in class TriggarSignalDef.
stop_status: int, stop trigger signal, details in class TriggarSignalDef.
Returns:
"done"
'''
assert isinstance(channel_select, int)
a = bin(channel_select)
a = a[2:]
a = list(a)
a.reverse()
if 3 - len(a) == 0:
a = a
else:
for i in range(3 - len(a)):
a.append('0')
a.reverse()
self.gpio.set_pin(MIXBMUWidthSwitcherSGRDef.CHANNEL_SELECT_BIT0,
int(a[2]))
self.gpio.set_pin(MIXBMUWidthSwitcherSGRDef.CHANNEL_SELECT_BIT1,
int(a[1]))
self.gpio.set_pin(MIXBMUWidthSwitcherSGRDef.CHANNEL_SELECT_BIT2,
int(a[0]))
self.widthmeasure.config(start_triggar_signal=start_status,
stop_triggar_signal=stop_status)
self.widthmeasure.start_measure()
return "done"
def stop_measure(self, time_out):
'''
MIXWidthMeasureSG module disable the corresponding register, and then get time measure result.
Args:
time_out: int, overtime of measure, unit:ms.
Returns:
list, list of width values.
'''
self.time_out = time_out * 1000
start_time = time.time() * 1000
while 1:
try:
wid = self.widthmeasure.get_width()
result = []
for i in range(len(wid)):
result.append(wid[i].width)
return result
except Exception as e:
if time.time() * 1000 - start_time > self.time_out:
raise MIXBMUWidthSwitcherSGRException("Timeout: {}".format(
e.message))
finally:
self.widthmeasure.stop_measure()
class DM634(object):
'''
DM634 function class
ClassType = DAC
Args:
axi4_bus: instance(AXI4LiteBus)/string/None, AXI4LiteBus class intance or device name;
if None, will create emulator
gpio_device: instance(GPIO)/string/None, MIXGPIOSG device to control data and clock output;
if None, will create emulator.
gpio_id: int, gpio pin id to control data and clock output.
Examples:
dm634 = DM634('/dev/MIX_DM634_CTRL', '/dev/MIX_DUT1_GPIO0', 0)
'''
def __init__(self, axi4_bus=None, gpio=None, gpio_id=0):
if gpio is None:
self.gpio = MIXGPIOSGEmulator('dm634_gpio_emulator',
PLGPIODef.REG_SIZE)
elif isinstance(gpio, basestring):
# device path; create MIXGPIOSG instance here.
self.gpio = MIXGPIOSG(gpio)
else:
self.gpio = gpio
self.gpio_id = gpio_id
if axi4_bus is None:
self.axi4_bus = AXI4LiteBusEmulator('dm634_axi4_emulator',
DM634Def.REG_SIZE)
elif isinstance(axi4_bus, basestring):
# device path; create axi4litebus instance here.
self.axi4_bus = AXI4LiteBus(axi4_bus, DM634Def.REG_SIZE)
else:
self.axi4_bus = axi4_bus
self.channel_value_list = [[i, 0]
for i in range(0, DM634Def.MAX_CHAN_NUM)]
self.set_mode('normal')
def write(self, wr_data):
'''
DM634 internal function to write data
Args:
wr_data: list, data format [sck, dai, latch, 0x00].
Examples:
dm634.write([0x55, 0x01, 0x01, 0x00])
'''
assert len(wr_data) > 0
assert len(wr_data) % 4 == 0
sent = 0
while sent < len(wr_data):
tx_buf_count = self.axi4_bus.read_16bit_inc(
DM634Def.TXBUF_COUNT_REGISTER, 1)[0]
if len(wr_data) - sent > tx_buf_count * DM634Def.DATA_WIDTH:
wr_len = tx_buf_count * DM634Def.DATA_WIDTH
else:
wr_len = len(wr_data) - sent
send_data = [
wr_data[i] | (wr_data[i + 1] << 8) | (wr_data[i + 2] << 16) |
(wr_data[i + 3] << 24) for i in range(sent, sent + wr_len, 4)
]
self.axi4_bus.write_32bit_fix(DM634Def.TXBUF_REGISTER, send_data)
sent += wr_len
def _shift_channel(self, ch_value):
'''
DM634 shift channel value to port
Args:
ch_value: hexmial, [0~0xffff], channel output value.
Examples:
dm634._shift_channel(0x01)
'''
# ch_value is 16 bit data, send 4 bits every write cycle
assert ch_value >= 0 and ch_value <= 0xFFFF
for i in range(4):
ch_4bit_index = (ch_value >> (12 - i * 4)) & 0x0F
dai = DM634Def.ch_wave_4bit_tab[ch_4bit_index]
self.write([0x55, dai, 0x00, 0x00])
def get_mode(self):
'''
DM634 get mode function
Examples:
mode = dm634.get_mode()
print(mode)
'''
return self._mode
def set_mode(self, mode):
'''
DM634 set mode function
Args:
mode: string, ['normal', 'gck'], normal mode use internal clock,
gck mode use external clock.
Examples:
dm634.set_mode('normal')
'''
assert mode in ['normal', 'gck']
self._mode = mode
self.gpio.set_pin(self.gpio_id, 0)
if mode == 'normal':
# set DCK high and LAT low
self.write([0xFF, 0x00, 0x00, 0x00])
# give 4 LAT
self.write([0xFF, 0x00, 0x55, 0x00])
# set DCK and LAT high
self.write([0xFF, 0x00, 0xFF, 0x00])
# give 3 DCK
self.write([0x2A, 0x00, 0xFF, 0x00])
# set LAT high and DCK low
self.write([0x00, 0x00, 0xFF, 0x00])
# set LAT and DCK low
self.write([0x00, 0x00, 0x00, 0x00])
else:
# set DCK high and LAT low
self.write([0xFF, 0x00, 0x00, 0x00])
# give 2 LAT and then set LAT high
self.write([0xFF, 0x00, 0x57, 0x00])
# LAT high and give 2 DCK then set DCK low
self.write([0x0A, 0x00, 0xFF, 0x00])
# set LAT high
self.write([0x00, 0x00, 0xFF, 0x00])
# set DCK and LAT low
self.write([0x00, 0x00, 0x00, 0x00])
self.gpio.set_pin(self.gpio_id, 1)
def set_channels(self, ch_list):
'''
DM634 set channels output value
Args:
ch_list: list, channel value list to output,eg
[(chX, valueY),...], X in [0,...,15].
Examples:
set channel 0 value 0xfff and channel 1 value 0xffff
dm634.set_channels([(0, 0xfff), (1, 0xffff)])
'''
assert isinstance(ch_list, list)
assert len(ch_list) > 0 and len(ch_list) <= DM634Def.MAX_CHAN_NUM
for ch in ch_list:
if ch[0] < 0 or ch[0] >= DM634Def.MAX_CHAN_NUM:
raise DM634Exception("Channel index %d not in [0-15]." %
(ch[0]))
self.channel_value_list[ch[0]][1] = ch[1]
self.gpio.set_pin(self.gpio_id, 0)
# write data to DAI
for i in range(16):
self._shift_channel(self.channel_value_list[15 - i][1])
# latch data
self.write([0x00, 0x00, 0x01, 0x00])
self.write([0x00, 0x00, 0x00, 0x00])
self.gpio.set_pin(self.gpio_id, 1)
def set_all_channel_brightness(self, value):
'''
DM634 set all channel brightness
Args:
value: int, [0~127], global brightness.
Examples:
dm634.set_all_channel_brightness(100)
'''
assert value >= 0 and value <= 127
self.gpio.set_pin(self.gpio_id, 0)
# set DCK high and LAT low
self.write([0xFF, 0x00, 0x00, 0x00])
# give 4 LAT when DCK is high
self.write([0xFF, 0x00, 0x55, 0x00])
# set LAT and DCK low
self.write([0x00, 0x00, 0x00, 0x00])
# write brightness data
brightness = value << 1
dai = DM634Def.ch_wave_4bit_tab[(brightness >> 4) & 0x0F]
self.write([0x55, dai, 0x00, 0x00])
dai = DM634Def.ch_wave_4bit_tab[(brightness & 0x0F)]
self.write([0x55, dai, 0x00, 0x00])
# latch data
self.write([0x00, 0x00, 0x01, 0x00])
self.write([0x00, 0x00, 0x00, 0x00])
self.gpio.set_pin(self.gpio_id, 1)
