
from thing import PiThing


# Instantiate a PiThing
pi_thing = PiThing()

# Get the current switch state
switch = pi_thing.read_switch()
print('Switch: {0}'.format(switch))


from thing import PiThing


# Instantiate a PiThing
pi_thing = PiThing()

# Get the current switch state
switch = pi_thing.read_switch()
print('Switch: {0}'.format(switch))

# Blink the LED forever.
print('Blinking LED (Ctrl-C to stop)...')
while True:
    pi_thing.set_led(True)
    time.sleep(0.5)
    pi_thing.set_led(False)
    time.sleep(0.5)

Add blink LED. TODO: Test on raspberry pi hardware.
Add blink LED. TODO: Test on raspberry pi hardware.

  
  from thing import PiThing
  
  
  # Instantiate a PiThing
  pi_thing = PiThing()
  
  # Get the current switch state
  switch = pi_thing.read_switch()
  print('Switch: {0}'.format(switch))
  
+ # Blink the LED forever.
+ print('Blinking LED (Ctrl-C to stop)...')
+ while True:
+     pi_thing.set_led(True)
+     time.sleep(0.5)
+     pi_thing.set_led(False)
+     time.sleep(0.5)
+ 
Add blink LED. TODO: Test on raspberry pi hardware.
## Code Before:

from thing import PiThing


# Instantiate a PiThing
pi_thing = PiThing()

# Get the current switch state
switch = pi_thing.read_switch()
print('Switch: {0}'.format(switch))

## Instruction:
Add blink LED. TODO: Test on raspberry pi hardware.
## Code After:

from thing import PiThing


# Instantiate a PiThing
pi_thing = PiThing()

# Get the current switch state
switch = pi_thing.read_switch()
print('Switch: {0}'.format(switch))

# Blink the LED forever.
print('Blinking LED (Ctrl-C to stop)...')
while True:
    pi_thing.set_led(True)
    time.sleep(0.5)
    pi_thing.set_led(False)
    time.sleep(0.5)
