def alternateBlinks():
# turn all off
allOnorAllOff(True, 10)
# turn on and off evens
shiftpi.digitalWrite(0, shiftpi.HIGH)
shiftpi.digitalWrite(2, shiftpi.HIGH)
shiftpi.digitalWrite(4, shiftpi.HIGH)
shiftpi.digitalWrite(6, shiftpi.HIGH)
shiftpi.delay(300)
shiftpi.digitalWrite(0, shiftpi.LOW)
shiftpi.digitalWrite(2, shiftpi.LOW)
shiftpi.digitalWrite(4, shiftpi.LOW)
shiftpi.digitalWrite(6, shiftpi.LOW)
# turn on and off odds
shiftpi.digitalWrite(1, shiftpi.HIGH)
shiftpi.digitalWrite(3, shiftpi.HIGH)
shiftpi.digitalWrite(5, shiftpi.HIGH)
shiftpi.digitalWrite(7, shiftpi.HIGH)
shiftpi.delay(300)
shiftpi.digitalWrite(1, shiftpi.LOW)
shiftpi.digitalWrite(3, shiftpi.LOW)
shiftpi.digitalWrite(5, shiftpi.LOW)
shiftpi.digitalWrite(7, shiftpi.LOW)
def allOnorAllOff(turnOff, localDelayTime):
if turnOff:
shiftpi.digitalWrite(shiftpi.ALL, shiftpi.LOW)
shiftpi.delay(localDelayTime)
else:
shiftpi.digitalWrite(shiftpi.ALL, shiftpi.HIGH)
shiftpi.delay(localDelayTime)
def christmasKnightrider(localDelayTime):
for index in range(8):
if index > 0:
# turn off previous LED
shiftpi.digitalWrite(index - 1, shiftpi.LOW)
# turn on the current LED
shiftpi.digitalWrite(index, shiftpi.HIGH)
shiftpi.delay(localDelayTime)
for index in range(7, 0, -1):
shiftpi.digitalWrite(index, shiftpi.LOW)
shiftpi.digitalWrite(index - 1, shiftpi.HIGH)
shiftpi.delay(localDelayTime)
from shiftpi import HIGH, LOW, digitalWrite, delay
while True:
digitalWrite(1, HIGH)
delay(1000)
digitalWrite(1, LOW)
delay(1000)
def delay(self, delay):
shiftpi.delay(delay)
#testing shiftpi
#this program uses the outputs to a do a binary counter from 0 to the total number of bits
from shiftpi import HIGH, LOW, digitalWrite, delay
bits = 8 #hard coded to 8 (one chip) for now
#loop from 0 to the max value of the bits available
for x in range(0, 2 ** bits):
temp = x
print 'setting binary ' + str(temp)
for b in range(bits - 1, -1,-1):
if temp >= 2 ** b:
y -= 2 ** b
digitalWrite((bits-1)- b, HIGH)
else:
digitalWrite((bits-1)- b, LOW)
delay(250)
#testing shiftpi
#this program uses the outputs to a do a binary counter from 0 to the total number of bits
from shiftpi import HIGH, LOW, digitalWrite, delay
bits = 8 #hard coded to 8 (one chip) for now
#loop from 0 to the max value of the bits available
for x in range(0, 2**bits):
temp = x
print 'setting binary ' + str(temp)
for b in range(bits - 1, -1, -1):
if temp >= 2**b:
y -= 2**b
digitalWrite((bits - 1) - b, HIGH)
else:
digitalWrite((bits - 1) - b, LOW)
delay(250)
def blink_red():
print("Red LED blinking")
digitalWrite(_LED_Red, HIGH)
delay(1000)
digitalWrite(_LED_Red, LOW)
delay(1000)
digitalWrite(_LED_Red, HIGH)
delay(1000)
digitalWrite(_LED_Red, LOW)
delay(1000)
digitalWrite(_LED_Red, HIGH)
delay(1000)
digitalWrite(_LED_Red, LOW)
delay(1000)
from shiftpi import (HIGH, LOW, ALL, digitalWrite, startupMode, delay,
shiftRegisters)
shiftRegisters(1)
startupMode(LOW)
up = 3
down = 4
try:
while True:
print('up')
digitalWrite(up, HIGH)
delay(500)
digitalWrite(up, LOW)
delay(6000)
print('down')
digitalWrite(down, HIGH)
delay(500)
digitalWrite(down, LOW)
delay(6000)
except KeyboardInterrupt:
digitalWrite(ALL, LOW)
def turnAllOn():
# turns all shift register pins to HIGH
shiftpi.digitalWrite(shiftpi.ALL, shiftpi.HIGH)
shiftpi.delay(1000)
turnAllOn()
#shiftpi.pinsSetup({"ser": SER_PIN, "rclk": RCLK_PIN, "srclk": SRCLK_PIN}) # that's itturnSegOn(0)
#turnSegOn(1)
#shiftpi.delay(2000)
#turnSegOn(2)
#turnSegOn(3)
#turnSegOn(4)
#turnSegOn(5)
#turnSegOn(6)
#turnAllOn()
#turnAllOff()
#turnAllOn()
turnAllOff()
digitZero()
shiftpi.delay(DELAY)
turnAllOff()
digitOne()
shiftpi.delay(DELAY)
turnAllOff()
digitTwo()
shiftpi.delay(DELAY)
turnAllOff()
digitThree()
shiftpi.delay(DELAY)
turnAllOff()
digitFour()
shiftpi.delay(DELAY)
turnAllOff()
digitFive()
shiftpi.delay(DELAY)
def ButtonB_Action():
all_pins = 16
for pin in range(all_pins - 1, -1, -1):
shiftpi.digitalWrite(pin, shiftpi.HIGH)
shiftpi.delay(300)
shiftpi.digitalWrite(shiftpi.ALL, shiftpi.LOW)
def _test_all_LEDs():
all_pins = 16
for pin in range(all_pins - 1, -1, -1):
shiftpi.digitalWrite(pin, shiftpi.HIGH)
shiftpi.delay(300)
shiftpi.digitalWrite(shiftpi.ALL, shiftpi.LOW)
def ButtonA_Action():
res = '{'
shiftpi.pinSsetupInputStart()
pinList = [
shiftpi._DB_1, shiftpi._DB_2, shiftpi._DB_3, shiftpi._DB_4,
shiftpi._DB_5, shiftpi._DB_6, shiftpi._DB_7, shiftpi._DB_8,
shiftpi._DB_9
]
shiftpi.digitalWrite(shiftpi.ALL, shiftpi.LOW)
rotate_pins = 8
for pin in range(0, rotate_pins, 1):
shiftpi.digitalWrite(8, shiftpi.LOW)
shiftpi.delay(100)
shiftpi.digitalWrite(8, shiftpi.HIGH)
print('Checking RJ45 pin ' + str(pin + 1))
res = res + '[' + str(pin + 1) + ',"'
shiftpi.digitalWrite(pin, shiftpi.HIGH)
shiftpi.delay(100)
#Test all inputs and return result
for pinNum in range(0, 9, 1):
# print(' ... checking connection to Sub D pin ' + str(pinNum+1))
if shiftpi.readPin(shiftpi.subD[pinNum]) == 1:
res = res + str(pinNum + 1) + '_'
# 1f pin == 9 :
# shiftpi.digitalWrite(15, shiftpi.HIGH)
# shiftpi.digitalWrite(8, shiftpi.HIGH)
# else:
# shiftpi.digitalWrite(15-pin, shiftpi.HIGH)
# shiftpi.delay(300)
# if pin == 9 :
# shiftpi.digitalWrite(15, shiftpi.LOW)
# shiftpi.digitalWrite(8, shiftpi.LOW)
# else:
# shiftpi.digitalWrite(15-pin, shiftpi.LOW)
shiftpi.digitalWrite(pin, shiftpi.LOW)
if pin < 7:
res = res + '"],'
else:
res = res + '"]}'
shiftpi.digitalWrite(8, shiftpi.LOW)
shiftpi.delay(100)
shiftpi.digitalWrite(8, shiftpi.HIGH)
#Qualify the result
# Blue RJ45 <-> RJ45 + STD SUB D (First is when black mark pointing towards SUB D & second is when black mark pointing towards RJ45)
if res == '{[1,"3_"],[2,"4_"],[3,"6_"],[4,"1_"],[5,"2_"],[6,"5_"],[7,"8_"],[8,"7_"]}' or res == '{[1,"2_"],[2,"1_"],[3,"6_"],[4,"3_"],[5,"7_"],[6,"8_"],[7,"4_"],[8,"5_"]}':
shiftpi.digitalWrite(9, shiftpi.HIGH)
# Red (CROSS OVER) Male RJ45 <-> Male RJ45 (Symetrical) + STD SUB D
# Red (CROSS OVER) Female RJ45 <-> Male Rj45 + STD SUB D
if res == '{[1,"6_"],[2,"3_"],[3,"8_"],[4,"2_"],[5,"1_"],[6,"7_"],[7,"5_"],[8,"4_"]}':
shiftpi.digitalWrite(10, shiftpi.HIGH)
# if res == '{[1,"6_"],[2,"3_"],[3,"8_"],[4,"2_"],[5,"1_"],[6,"7_"],[7,"5_"],[8,"4_"]}':
# shiftpi.digitalWrite(12, shiftpi.HIGH)
# Blue Female RJ45 <-> Male Rj45 (ROLLOVER) + STD SUB D
if res == '{[1,"1_"],[2,"2_"],[3,"3_"],[4,"4_"],[5,"5_"],[6,"6_"],[7,"7_"],[8,"8_"]}':
shiftpi.digitalWrite(11, shiftpi.HIGH)
# Straight or Standard Sub D cable: Female RJ 45 -> Male Sub D
if res == '{[1,"8_"],[2,"7_"],[3,"6_"],[4,"5_"],[5,"4_"],[6,"3_"],[7,"2_"],[8,"1_"]}':
shiftpi.digitalWrite(12, shiftpi.HIGH)
# Black Female RJ 45 -> Female Sub D
if res == '{[1,"3_"],[2,"5_"],[3,"2_"],[4,"7_"],[5,"4_"],[6,"5_"],[7,"8_"],[8,"1_6_"]}':
shiftpi.digitalWrite(14, shiftpi.HIGH)
# Grey (HP) Female RJ 45 -> Female Sub D
if res == '{[1,"7_"],[2,"4_"],[3,"3_"],[4,"5_"],[5,"5_"],[6,"2_"],[7,"6_"],[8,"8_"]}':
shiftpi.digitalWrite(15, shiftpi.HIGH)
shiftpi.pinSsetupInputStop()
print(res)
shiftpi.delay(300)
shiftpi.digitalWrite(shiftpi.ALL, shiftpi.LOW)
@atexit.register
def goodbye():
print("You are now leaving the Python sector.")
shiftpi.digitalWrite(shiftpi.ALL, shiftpi.LOW)
'''
Main Loop
'''
shiftpi.digitalWrite(shiftpi.ALL, shiftpi.LOW)
shiftpi.digitalWrite(8, shiftpi.HIGH)
shiftpi.delay(200)
shiftpi.digitalWrite(9, shiftpi.HIGH)
shiftpi.delay(200)
shiftpi.digitalWrite(10, shiftpi.HIGH)
shiftpi.delay(200)
shiftpi.digitalWrite(11, shiftpi.HIGH)
shiftpi.delay(200)
shiftpi.digitalWrite(12, shiftpi.HIGH)
shiftpi.delay(200)
shiftpi.digitalWrite(13, shiftpi.HIGH)
shiftpi.delay(200)
shiftpi.digitalWrite(14, shiftpi.HIGH)
shiftpi.delay(200)
shiftpi.digitalWrite(15, shiftpi.HIGH)
shiftpi.delay(200)
shiftpi.digitalWrite(8, shiftpi.LOW)
def turnSegOn(pinid):
shiftpi.digitalWrite(pinid, shiftpi.HIGH)
shiftpi.delay(500)
shiftpi.digitalWrite(pinid, shiftpi.LOW)
shiftpi.delay(500)
import shiftpi
#shiftpi.pinsSetup({"ser": 16, "rclk": 20, "srclk": 21})
#shiftpi.startupMode({1: shiftpi.HIGH, 4: shiftpi.HIGH, 6: shiftpi.HIGH}, True)
shiftpi.delay(1000)
shiftpi.digitalWrite(shiftpi.ALL, shiftpi.LOW)
shiftpi.delay(1000)
for x in range(0, 9):
shiftpi.digitalWrite(0, shiftpi.HIGH)
shiftpi.delay(500)
# turns shift register's pin 1 to LOW
shiftpi.digitalWrite(0, shiftpi.LOW)
shiftpi.delay(500)
shiftpi.digitalWrite(1, shiftpi.HIGH)
shiftpi.delay(500)
# turns shift register's pin 1 to LOW
shiftpi.digitalWrite(1, shiftpi.LOW)
shiftpi.delay(500)
shiftpi.digitalWrite(2, shiftpi.HIGH)
shiftpi.delay(500)
# turns shift register's pin 1 to LOW
shiftpi.digitalWrite(2, shiftpi.LOW)
shiftpi.delay(500)
shiftpi.digitalWrite(3, shiftpi.HIGH)
shiftpi.delay(500)
# turns shift register's pin 1 to LOW
shiftpi.digitalWrite(3, shiftpi.LOW)
shiftpi.delay(500)
shiftpi.digitalWrite(4, shiftpi.HIGH)
shiftpi.delay(500)
from shiftpi import HIGH, LOW, ALL, digitalWrite, delay, startupMode
startupMode(LOW,True)
digitalWrite(0, HIGH)
delay(1000)
digitalWrite(0, LOW)
delay(1000)
digitalWrite(ALL, HIGH)
delay(1000)
digitalWrite(ALL, LOW)
while True:
for x in range(0, 8):
digitalWrite(x, HIGH)
delay(100)
digitalWrite(x, LOW)
import shiftpi
#shiftpi.pinsSetup({"ser": 16, "rclk": 20, "srclk": 21})
#shiftpi.startupMode({1: shiftpi.HIGH, 4: shiftpi.HIGH, 6: shiftpi.HIGH}, True)
shiftpi.delay(1000)
shiftpi.digitalWrite(shiftpi.ALL, shiftpi.LOW)
shiftpi.delay(1000)
for x in range(0, 9):
shiftpi.digitalWrite(0, shiftpi.HIGH)
shiftpi.delay(500)
# turns shift register's pin 1 to LOW
shiftpi.digitalWrite(0, shiftpi.LOW)
shiftpi.delay(500)
shiftpi.digitalWrite(1, shiftpi.HIGH)
shiftpi.delay(500)
# turns shift register's pin 1 to LOW
shiftpi.digitalWrite(1, shiftpi.LOW)
shiftpi.delay(500)
shiftpi.digitalWrite(2, shiftpi.HIGH)
shiftpi.delay(500)
# turns shift register's pin 1 to LOW
shiftpi.digitalWrite(2, shiftpi.LOW)
shiftpi.delay(500)
shiftpi.digitalWrite(3, shiftpi.HIGH)
shiftpi.delay(500)
# turns shift register's pin 1 to LOW
shiftpi.digitalWrite(3, shiftpi.LOW)
shiftpi.delay(500)
shiftpi.digitalWrite(4, shiftpi.HIGH)
shiftpi.delay(500)
# turns shift register's pin 1 to LOW