#!/usr/bin/python
import time
import fox
# Create an istance on Daisy11 class to refer the L1 led
myled = fox.Daisy11('D2', 'L1')
# Create an istance on Daisy5 class to refer the P1 push button
mybutton = fox.Daisy5('D5', 'P1')
# Never ending loop
while True:
# If mybutton (P1) is pressed...
if mybutton.pressed():
# ...turn on myled (L1)
myled.on()
else:
# ... if not turn off it
myled.off()
import threading
# This is the function that will be executed as a thread
def check_button(button, led):
while True:
if button.pressed():
led.on()
else:
led.off()
time.sleep(0.1)
# Define myled as the led labeled "L1" on the
# Daisy11 module wired on D2 connector
myled = fox.Daisy11('D2', 'L1')
# Define mybutton as the press button labeled "P1" on the
# Daisy5 module wired on D5 connector
mybutton = fox.Daisy5('D5', 'P1')
# Launch the funcion check_button as a thread
# and pass as arguments the button and led instances
thread.start_new_thread(check_button, (mybutton, myled))
# The main program flow continues and makes the L8 blinking
# to show you that it's running in parallel with the thread
blinking_led = fox.Daisy11('D2', 'L8')
while True:
blinking_led.on()
#Commento di prova
def check_button(button,led):
while True:
if button.pressed():
led.on()
else:
led.off()
time.sleep(0.1)
def timed_led(button,led,delay):
while True:
if button.pressed():
led.on()
time.sleep(delay)
led.off()
myled = fox.Daisy11('D2','L1')
mybutton = fox.Daisy5('D5','P1')
myled_2 = fox.Daisy11('D2','L2')
mybutton_2 = fox.Daisy5('D5','P2')
thread.start_new_thread(check_button,(mybutton,myled))
thread.start_new_thread(timed_led,(mybutton_2,myled_2,5))
loop_counter=0
while True:
print "loop # " , loop_counter
loop_counter += 1
time.sleep(1)
try:
#Create a web server and define the handler to manage the
#incoming request
server = HTTPServer(('', PORT_NUMBER), myHandler)
print 'Started httpserver on port ', PORT_NUMBER
#Wait forever for incoming htto requests
server.serve_forever()
except KeyboardInterrupt:
print '^C received, shutting down the web server'
server.socket.close()
# Runs the web server thread
thread.start_new_thread(WebServerThread, ())
# Use the L1 led on Daisy11 module
ledL1 = fox.Daisy11("D2", "L1")
#Forever loop
while True:
# Check the blink flag
if blink == True:
ledL1.on()
time.sleep(0.2)
ledL1.off()
time.sleep(0.2)
else:
ledL1.off()
import fox import time # Daisy connector on which is wired the # Daisy11 module connector = 'D2' # Create a list istances for all the leds led = [ fox.Daisy11(connector,'L1'), fox.Daisy11(connector,'L2'), fox.Daisy11(connector,'L3'), fox.Daisy11(connector,'L4'), fox.Daisy11(connector,'L5'), fox.Daisy11(connector,'L6'), fox.Daisy11(connector,'L7'), fox.Daisy11(connector,'L8') ] while True: # Forever loop for i in range (0,8): # Scan and turn on all the leds led[i].on() # each 100 mS time.sleep(0.1) for i in range (0,8): # Scan and turn off all the leds led[i].off() # each 100 mS time.sleep(0.1)
import fox
import time
# Tests the first bits in input for Daisy18
# Daisy18 module wired on D2 connector
Mon1 = fox.Daisy11('D2', 'L1')
Mon2 = fox.Daisy11('D2', 'L2')
Mon3 = fox.Daisy11('D2', 'L3')
Mon4 = fox.Daisy11('D2', 'L4')
Act18 = fox.Daisy11('D2', 'L8')
Act19 = fox.Daisy11('D2', 'L7')
MonOk = fox.Daisy11('D2', 'L6')
MonErr = fox.Daisy11('D2', 'L5')
SlowTest = fox.Daisy5('D3', 'P5')
SelD18 = fox.Daisy5('D3', 'P7')
SelD19 = fox.Daisy5('D3', 'P8')
testD18 = False
testD19 = False
selTest = True
blinkOn = True
testDelay = 0.1
print "Select Test : "
while selTest:
