src/is31fl32xx/is31fl32xx.py
def shutdown(self, off=True):
        """shutdown()
        enables/disable the LED controller at software level. You first need to have SDB pin high to enable in software.
        When SDB is high, you still need to set shutdown to false to be able to control the LEDs/
        """
        reg_val = 0
        if not off:
            reg_val = 0xff

        self.write_registers(self._reg_map["shutdown"], [reg_val])
shutdown()
        enables/disable the LED controller at software level. You first need to have SDB pin high to enable in software.
        When SDB is high, you still need to set shutdown to false to be able to control the LEDs/
        
shutdown()
enables/disable the LED controller at software level. You first need to have SDB pin high to enable in software.
When SDB is high, you still need to set shutdown to false to be able to control the LEDs
shutdown () enables / disable the LED controller at software level . You first need to have SDB pin high to enable in software . When SDB is high you still need to set shutdown to false to be able to control the LEDs
def shutdown(self, off=True):
        reg_val = 0
        if not off:
            reg_val = 0xff
        self.write_registers(self._reg_map["shutdown"], [reg_val])
def shutdown ( self , off = True ) : reg_val = 0 if not off : reg_val = 0xff self . write_registers ( self . _reg_map [ "shutdown" ] , [ reg_val ] )
shutdown()
enables/disable the LED controller at software level.
shutdown () enables / disable the LED controller at software level .
"""shutdown()
        enables/disable the LED controller at software level. You first need to have SDB pin high to enable in software.
        When SDB is high, you still need to set shutdown to false to be able to control the LEDs/
        """
self
off