def __init__(self):
# initialize the Board:
# initialize the gpio's
ArduinoBoard.gpio = radxa_gpio()
# setup the dispatcher signals for button events
ArduinoBoard.SIGNAL_BUTTON_CHANGED = 'button_changed'
ArduinoBoard.SIGNAL_BUTTON_PRESSED = 'button_pressed'
ArduinoBoard.SIGNAL_BUTTON_RELEASED = 'button_released'
# define the button objects
self.button1 = self.Button(1, ArduinoBoard.gpio.j8p7)
self.button2 = self.Button(2, ArduinoBoard.gpio.j8p8)
self.button = []
self.button.append(self.button1)
self.button.append(self.button2)
# define the led objects
self.led1 = self.Led(1, ArduinoBoard.gpio.j8p9)
self.led2 = self.Led(2, ArduinoBoard.gpio.j8p20)
self.led3 = self.Led(3, ArduinoBoard.gpio.j8p22)
self.led4 = self.Led(4, ArduinoBoard.gpio.j8p24)
self.led5 = self.Led(5, ArduinoBoard.gpio.j8p23)
self.led6 = self.Led(6, ArduinoBoard.gpio.j8p28)
self.led7 = self.Led(7, ArduinoBoard.gpio.j8p21)
self.led8 = self.Led(8, ArduinoBoard.gpio.j8p19)
self.led = []
self.led.append(self.led1)
self.led.append(self.led2)
self.led.append(self.led3)
self.led.append(self.led4)
self.led.append(self.led5)
self.led.append(self.led6)
self.led.append(self.led7)
self.led.append(self.led8)
# define the display object
self.display = self.Display()
def __init__(self):
# initialize the Board:
# initialize the gpio's
ArduinoBoard.gpio = radxa_gpio()
# setup the dispatcher signals for button events
ArduinoBoard.SIGNAL_BUTTON_CHANGED = 'button_changed'
ArduinoBoard.SIGNAL_BUTTON_PRESSED = 'button_pressed'
ArduinoBoard.SIGNAL_BUTTON_RELEASED = 'button_released'
# define the button objects
self.button1 = self.Button(1, ArduinoBoard.gpio.j8p7)
self.button2 = self.Button(2, ArduinoBoard.gpio.j8p8)
self.button = []
self.button.append(self.button1)
self.button.append(self.button2)
# define the led objects
self.led1 = self.Led(1, ArduinoBoard.gpio.j8p9)
self.led2 = self.Led(2, ArduinoBoard.gpio.j8p20)
self.led3 = self.Led(3, ArduinoBoard.gpio.j8p22)
self.led4 = self.Led(4, ArduinoBoard.gpio.j8p24)
self.led5 = self.Led(5, ArduinoBoard.gpio.j8p23)
self.led6 = self.Led(6, ArduinoBoard.gpio.j8p28)
self.led7 = self.Led(7, ArduinoBoard.gpio.j8p21)
self.led8 = self.Led(8, ArduinoBoard.gpio.j8p19)
self.led = []
self.led.append(self.led1)
self.led.append(self.led2)
self.led.append(self.led3)
self.led.append(self.led4)
self.led.append(self.led5)
self.led.append(self.led6)
self.led.append(self.led7)
self.led.append(self.led8)
# define the display object
self.display = self.Display()
from time import sleep, localtime
from pyRock.radxa_gpio import radxa_gpio
import signal
GPIO = radxa_gpio()
# ul, u, ur, m, bl, b, br, d
seg_h = GPIO.j12p37, GPIO.j12p36, GPIO.j12p35, GPIO.j12p32, GPIO.j12p34, GPIO.j8p9, GPIO.j12p31, GPIO.j12p38
seg_m1 = GPIO.j8p32, GPIO.j8p28, GPIO.j8p27, GPIO.j8p31, GPIO.j8p22, GPIO.j8p21, GPIO.j8p20, GPIO.j8p19
seg_m0 = GPIO.j8p26, GPIO.j8p24, GPIO.j8p23, GPIO.j8p12, GPIO.j8p14, GPIO.j8p15, GPIO.j8p13, GPIO.greenLED
# ul, u, ur, m, bl, b, br
seg = [[True, True, True, False, True, True, True],
[False, False, True, False, False, False, True],
[False, True, True, True, True, True, False],
[False, True, True, True, False, True, True],
[True, False, True, True, False, False, True],
[True, True, False, True, False, True, True],
[True, True, False, True, True, True, True],
[True, True, True, False, False, False, True],
[True, True, True, True, True, True, True],
[True, True, True, True, False, True, True],
]
def sighandler(signum, frame):
for pin in seg_h + seg_m1 + seg_m0:
GPIO.output(pin, False)
exit()
def show_seg(tseg, num):
for i, pin in enumerate(tseg[:-1]):
GPIO.output(pin, int(seg[num][i]))
#!/usr/bin/env python
from pyRock.radxa_gpio import radxa_gpio
from time import sleep
try:
print ("Press CTRL+C to exit")
rad = radxa_gpio()
while True:
print('..........1')
rad.output(rad.redLED, rad.HIGH)
sleep(2)
print('.....0')
rad.output(rad.redLED, rad.LOW)
sleep(2)
except KeyboardInterrupt:
print ("Goodbye.")
