def install():
version = get_config_value(lvl, 'java')
ans = ''
if silent_mode == 'silent':
ans = 'y'
else:
ans = get_input('Do you want to install/update ' + version +
' ? [y/n] ')
while ans != 'y' and ans != 'n':
ans = get_input('Do you want to install/update ' + version +
' ? [y/n] ')
if (ans == 'n'):
print('Skipping Java installation.')
print('Exiting...')
exit()
check_java = 'rpm -q java-1.8.0-openjdk-devel.x86_64 > /dev/null'
result = subprocess.call(check_java, shell='True')
if result != 0:
print('Attempting ' + version + ' installation...')
sleep(2)
result = subprocess.call('sudo yum -y install ' + version,
shell='True')
if result == 0:
print('Installation successful!')
else:
print('The required version of java is already installed.')
print('Exiting...')
def main():
captcha = get_input('../input/day1.in')[0]
dups = find_dups(captcha)
print "part 1 total: " + str(sum(dups))
captcha = get_input('../input/day1-part2.in')[0]
dups = find_half_dups(captcha)
print "part 2 total: " + str(sum(dups))
def test_large_motor(self):
get_input("Attach a LargeMotor then continue")
d = LargeMotor()
print(d.driver_name)
d.run_forever(100, speed_regulation=False)
print(d.state)
time.sleep(5)
d.stop()
def test_medium_motor(self):
get_input('Attach a MediumMotor then continue')
d = MediumMotor()
print(d.type)
d.run_forever(100, regulation_mode=False)
print(d.run)
time.sleep(5)
d.stop()
def test_medium_motor(self):
get_input('Attach a MediumMotor then continue')
d = MediumMotor()
print(d.driver_name)
d.run_forever(100, speed_regulation=False)
print(d.state)
time.sleep(5)
d.stop()
def test_PSPNxV4(self):
get_input('Attach a PSPNxV4 at port 3 then continue')
d = PSPNxV4(3)
print(d.version)
print(d.vendor_id)
print(d.device_id)
get_input('test button_set_1')
print(d.button_set_1)
def test_tone(self):
get_input('Test beep')
d= Tone()
d.play(1000, 3000)
time.sleep(3)
d.play(1000)
time.sleep(3)
d.stop()
def test_medium_motor(self):
get_input('Attach a MediumMotor then continue')
d = MediumMotor()
print(d.driver_name)
d.run_forever(100, speed_regulation=False)
print(d.state)
time.sleep(5)
d.stop()
def test_medium_motor(self):
get_input('Attach a MediumMotor then continue')
d = MediumMotor()
print(d.type)
d.run_forever(100, regulation_mode=False)
print(d.run)
time.sleep(5)
d.stop()
def test_tone(self):
get_input('Test beep')
d = Tone()
d.play(1000, 3000)
time.sleep(3)
d.play(1000)
time.sleep(3)
d.stop()
def test_medium_motor(self):
get_input('Attach a MediumMotor then continue')
d = MediumMotor()
print(d.type)
#d.run_forever(25, regulation_mode=False)
d.run_time_limited(time_sp=5000, speed_sp=25, regulation_mode=False,
stop_mode=Motor.STOP_MODE.COAST, ramp_up_sp=100, ramp_down_sp=100)
print(d.run)
time.sleep(5)
d.stop()
def test_msensor(self):
get_input('Attach a Msensor on port 1 then continue')
d = Msensor(port=1)
print(d.mode)
type_id = d.type_id
print(type_id)
print(d.port)
d = Msensor(type_id=type_id)
print(d.mode)
print(d.type_id)
print(d.port)
def test_LegoSensor(self):
get_input('Attach a Msensor on port 1 then continue')
d = LegoSensor(port=1)
print(d.mode)
print(d.port)
if (len(glob.glob('/sys/class/lego-sensor/sensor*/name')) >0):
name = d.name
print(name)
d = LegoSensor(name=name)
print(d.mode)
print(d.port)
def test_LegoSensor(self):
get_input('Attach a Msensor on port 1 then continue')
d = LegoSensor(port=1)
print(d.mode)
print(d.port)
if (len(glob.glob('/sys/class/lego-sensor/sensor*/name')) > 0):
name = d.name
print(name)
d = LegoSensor(name=name)
print(d.mode)
print(d.port)
def test_lcd(self):
get_input('Test lcd')
d= Lcd()
d.draw.ellipse((20, 20, 60, 60))
d.update()
time.sleep(2)
d.reset()
font = ImageFont.load_default()
d.draw.text((10, 10), "hello", font=font)
d.update()
time.sleep(2)
d.reset()
font = ImageFont.truetype('/usr/share/fonts/truetype/arphic/uming.ttc',15)
d.draw.text((20, 20), u'你好,世界', font=font)
d.update()
def test_color_sensor(self):
get_input('Attach a ColorSensor then continue')
d = ColorSensor()
get_input('test rgb')
print(d.rgb)
print(d.mode)
get_input('test color')
print(d.color)
print(d.mode)
get_input('test reflect')
print(d.reflect)
print(d.mode)
get_input('test ambient')
print(d.ambient)
print(d.mode)
def main():
spreadsheet = get_input('../input/day2.in')
differences = []
for row in spreadsheet:
differences.append(find_difference(row))
print "checksum: " + str(sum(differences))
spreadsheet = get_input('../input/day2-part2.in')
divisions = []
for row in spreadsheet:
divisions.append(find_divisible_difference(row))
print "divisions sum: " + str(sum(divisions))
def test_msensor(self):
get_input('Attach a Msensor on port 1 then continue')
d = Msensor(port=1)
print(d.mode)
print(d.port)
if (len(glob.glob('/sys/class/msensor/sensor*/type_id')) > 0):
type_id = d.type_id
print(type_id)
d = Msensor(type_id=type_id)
if (len(glob.glob('/sys/class/msensor/sensor*/name')) > 0):
name = d.name
print(name)
d = Msensor(name=name)
print(d.mode)
print(d.port)
def test_lcd(self):
get_input("Test lcd")
d = Lcd()
d.draw.ellipse((20, 20, 60, 60))
d.update()
time.sleep(2)
d.reset()
font = ImageFont.load_default()
d.draw.text((10, 10), "hello", font=font)
try:
font = ImageFont.truetype("/usr/share/fonts/truetype/arphic/uming.ttc", 15)
d.draw.text((20, 20), u"你好,世界", font=font)
except IOError:
print("No uming.ttc found. Skip the CJK test")
d.update()
def test_msensor(self):
get_input('Attach a Msensor on port 1 then continue')
d = Msensor(port=1)
print(d.mode)
print(d.port)
if (len(glob.glob('/sys/class/msensor/sensor*/type_id')) >0):
type_id = d.type_id
print(type_id)
d = Msensor(type_id=type_id)
if (len(glob.glob('/sys/class/msensor/sensor*/name')) >0):
name = d.name
print(name)
d = Msensor(name=name)
print(d.mode)
print(d.port)
def test_color_sensor(self):
get_input('Attach a ColorSensor then continue')
d = ColorSensor()
get_input('test rgb')
print(d.rgb)
print(d.mode)
get_input('test color')
print(d.colors[d.color])
print(d.mode)
get_input('test reflect')
print(d.reflect)
print(d.mode)
get_input('test ambient')
print(d.ambient)
print(d.mode)
def modify(self, modstring):
# If no modstring was passed as argument, ask the user interactively
if not modstring:
with util.current_line_highlighted():
modstring = util.get_input("Enter modifications: ")
# We might have two same tasks in the range, make sure we do not pass the
# same uuid twice
unique_tasks = set(vimwikitask.task['uuid'] for vimwikitask in self.tasks)
uuids = list(unique_tasks)
# Generate the arguments from the modstring
args = util.tw_modstring_to_args(modstring)
# Modify all tasks at once
output = util.tw_execute_safely(self.tw, uuids + ['mod'] + args)
# Update the touched tasks in buffer, if needed
cache.load_tasks()
cache.update_vwtasks_from_tasks()
cache.update_vwtasks_in_buffer()
# Output the feedback from TW
if output:
print(output[-1])
cache.buffer.push()
def initialize(self):
version = util.get_input('Enter Zoom version [2/3]: ')
util.Msg('Changing admin password to \'d3fault\'...')
url_25 = 'http://%s/hag/emweb/PopOutUserModify.htm/FormOne&user=admin&'\
'ex_param1=admin&new_pass1=d3fault&new_pass2=d3fault&id=3&'\
'cmdSubmit=Save+Changes' % self.config['target'].value
url_30 = 'http://%s/hag/emweb/PopOutUserModify.htm?id=40&user=admin&'\
'Zadv=1&ex_param1=admin&new_pass1=d3fault&new_pass2=d3fault&'\
'id=3&cmdSubmit=Save+Changes' % self.config['target'].value
url_logs = 'http://%s/Action?id=76&cmdClear+Log=Clear+Log' % self.config[
'target'].value
try:
if version == '2':
urllib.urlopen(url_25).read()
else:
urllib.urlopen(url_30).read()
util.Msg("Password reset, clearing logs...")
urllib.urlopen(url_logs).read()
util.Msg('Done. Connect to %s with admin:d3fault' %
self.config['target'].value)
except Exception, e:
util.Error('Unable to connect: %s' % e)
def main():
with open(get_input(__file__)) as file:
orbits = read_input(file)
print(part1(orbits))
Node.nodes = {}
print(part2(orbits))
def test_lcd(self):
get_input('Test lcd')
d = Lcd()
d.draw.ellipse((20, 20, 60, 60))
d.update()
time.sleep(2)
d.reset()
font = ImageFont.load_default()
d.draw.text((10, 10), "hello", font=font)
try:
font = ImageFont.truetype(
'/usr/share/fonts/truetype/arphic/uming.ttc', 15)
d.draw.text((20, 20), u'你好,世界', font=font)
except IOError:
print('No uming.ttc found. Skip the CJK test')
d.update()
def run(self):
version = util.get_input("Enter Zoom version [2/3]: ")
util.Msg("Changing admin password to 'd3fault'...")
url_25 = (
"http://%s/hag/emweb/PopOutUserModify.htm/FormOne&user=admin&"
"ex_param1=admin&new_pass1=d3fault&new_pass2=d3fault&id=3&"
"cmdSubmit=Save+Changes" % self.ip
)
url_30 = (
"http://%s/hag/emweb/PopOutUserModify.htm?id=40&user=admin&"
"Zadv=1&ex_param1=admin&new_pass1=d3fault&new_pass2=d3fault&"
"id=3&cmdSubmit=Save+Changes" % self.ip
)
url_logs = "http://%s/Action?id=76&cmdClear+Log=Clear+Log" % self.ip
try:
if version == "2":
urllib.urlopen(url_25).read()
else:
urllib.urlopen(url_30).read()
util.Msg("Password reset, clearing logs...")
urllib.urlopen(url_logs).read()
util.Msg("Done. Connect to %s with admin:d3fault" % self.ip)
except Exception, e:
util.Error("Unable to connect: %s" % e)
def test_infrared_sensor(self):
get_input('Attach a InfraredSensor then continue')
d= InfraredSensor()
print(d.mode)
get_input('test proxy')
print(d.prox)
print(d.mode)
get_input('test remote')
print(d.remote)
print(d.mode)
get_input('test remote_bin')
print(d.remote_bin)
print(d.mode)
get_input('test seek')
print(d.seek)
print(d.mode)
def test_infrared_sensor(self):
get_input('Attach a InfraredSensor then continue')
d = InfraredSensor()
print(d.mode)
get_input('test proximity')
print(d.prox)
print(d.mode)
get_input('test remote')
print(d.remote)
print(d.mode)
get_input('test remote_bin')
print(d.remote_bin)
print(d.mode)
get_input('test seek')
print(d.seek)
print(d.mode)
def modify(self, modstring):
# If no modstring was passed as argument, ask the user interactively
if not modstring:
with util.current_line_highlighted():
modstring = util.get_input("Enter modifications: ")
# We might have two same tasks in the range, make sure we do not pass the
# same uuid twice
unique_tasks = set(vimwikitask.task['uuid'] for vimwikitask in self.tasks)
uuids = list(unique_tasks)
# Generate the arguments from the modstring
args = util.tw_modstring_to_args(modstring)
# Modify all tasks at once
output = util.tw_execute_safely(self.tw, uuids + ['mod'] + args)
# Update the touched tasks in buffer, if needed
cache.load_tasks()
cache.update_vwtasks_from_tasks()
cache.update_vwtasks_in_buffer()
# Output the feedback from TW
if output:
print(output[-1])
def annotate(self, annotation):
if not annotation:
with util.current_line_highlighted():
annotation = util.get_input("Enter annotation: ")
for vimwikitask in self.tasks:
vimwikitask.task.add_annotation(annotation)
print("Task \"{0}\" annotated.".format(vimwikitask['description']))
def main():
input_data = get_input('../input/day6.in')
parsed_data = map(int, parse_row(input_data[0]))
count, dup = infinite_loop(parsed_data)
print "part1 count: " + str(count)
refind_count = find_again(dup[:], dup)
print "refind_count: " + str(refind_count)
def __init__(self, day):
self.day = day
self.program_initial = make_program(get_input(day, split=True))
self.program = self.program_initial.copy()
self.ip = 0
self.rb = 0
self.output_buffer = []
self.finished = False
def annotate(self, annotation):
if not annotation:
with util.current_line_highlighted():
annotation = util.get_input("Enter annotation: ")
for vimwikitask in self.tasks:
vimwikitask.task.add_annotation(annotation)
print("Task \"{0}\" annotated.".format(vimwikitask['description']))
def product_of_sum():
expense_reports = get_input('./input')
for i, val_1 in enumerate(expense_reports):
for j, val_2 in enumerate(expense_reports[i + 1:]):
for val_3 in expense_reports[j + i + 2:]:
if val_1 + val_2 + val_3 == 2020:
print(val_1, val_2, val_3, val_1 * val_2 * val_3)
return
def test_groups_as_lists(self):
test_input = get_input('test_input.txt')
retrieved_groups = list(groups_as_lists(test_input))
self.assertTrue(len(retrieved_groups), 5)
self.assertEqual(retrieved_groups[0], ['abc'])
self.assertEqual(retrieved_groups[1], ['a', 'b', 'c'])
self.assertEqual(retrieved_groups[2], ['ab', 'ac'])
self.assertEqual(retrieved_groups[3], ['a', 'a', 'a', 'a'])
self.assertEqual(retrieved_groups[4], ['b'])
def checksum():
content = get_input('day02.txt')
two = 0
three = 0
for line in content:
counts = [line.count(l) for l in set(line.strip())]
two += 1 if 2 in counts else 0
three += 1 if 3 in counts else 0
return two * three
def main():
all_input = get_input('../input/day7.in')
all_programs = parse_input(all_input)
top_parent = find_top_parent(all_programs)
print "part1 top parent: " + str(top_parent)
tree = build_tree(all_programs)
top_program = find_program(tree, top_parent)
print_holding_weights(top_program)
def part_1():
test_1_1 = IntCode([1002, 4, 3, 4, 33], [1]).run()
print(f"{test_1_1=}")
test_1_2 = IntCode([3, 0, 4, 0, 99], [1]).run()
print(f"{test_1_2=}")
data = list(map(int, get_input("data/day5")[0].split(',')))
res_1 = IntCode(data, [1]).run()
print(f"{res_1=}")
def main():
with open(get_input(__file__)) as file:
pw_range = list(map(int, file.read().strip().split("-")))
candidates_part1 = [password for password in range(pw_range[0], pw_range[1]) if part1(str(password))]
print(len(candidates_part1))
candidates_part2 = [password for password in range(pw_range[0], pw_range[1]) if part2(str(password))]
print(len(candidates_part2))
def test_groups(self):
test_input = get_input('test_input.txt')
retrieved_groups = list(groups(test_input))
self.assertTrue(len(retrieved_groups), 5)
self.assertEqual(retrieved_groups[0], list('abc'))
self.assertEqual(retrieved_groups[1], list('abc'))
self.assertEqual(retrieved_groups[2], list('abc'))
self.assertEqual(retrieved_groups[3], list('a'))
self.assertEqual(retrieved_groups[4], list('b'))
def test_walkable(self):
maze = get_input(20, test=1, strip=False)
expected_walkable = {(9, 2), (9, 3), (9, 4), (9, 5), (9, 6), (10, 3), (11, 3), (12, 3),
(13, 3), (14, 3), (15, 3), (16, 3), (17, 3), (17, 4), (17, 5), (17, 6),
(17, 7), (17, 8), (17, 9), (17, 10), (17, 11), (17, 12), (17, 13), (17, 14),
(17, 15), (16, 15), (15, 15), (14, 15), (13, 15), (13, 16), (13, 14), (13, 13),
(12, 13), (11, 13), (11, 12), (2, 15), (3, 15), (3, 14), (3, 13), (2, 13),
(2, 8), (3, 8), (4, 8), (4, 9), (4, 10), (5, 10), (6, 10)}
walkable = get_walkable(maze)
self.assertEqual(walkable, expected_walkable)
def test_gyro_sensor(self):
get_input('Attach a GyroSensor then continue')
d = GyroSensor()
get_input('test ang')
print(d.ang)
print(d.mode)
get_input('test rate')
print(d.rate)
print(d.mode)
get_input('test ang_and_rate')
print(d.ang_and_rate)
print(d.mode)
def main():
jumps_input = get_input('../input/day5.in')
jumps = map(int, jumps_input)
steps = process_instructions(jumps, False)
print "part1 steps: " + str(steps)
jumps = map(int, jumps_input)
steps = process_instructions(jumps, True)
print "part2 steps: " + str(steps)
def main():
with open(get_input(__file__)) as file:
file_input = file.read().strip()
layers = [
file_input[layer:layer + 25 * 6]
for layer in range(0, len(file_input), 25 * 6)
]
part1(layers.copy())
part2(layers)
def test_absolute_IMU(self):
get_input('Attach a AbsoluteIMU at port 2 then continue')
d = AbsoluteIMU(2)
print(d.version)
get_input('test compass')
print(d.compass)
get_input('test x_gyro')
print(d.x_gyro)
def rename_command():
project, file = eclim.get_context()
# we cannot read the code from TM via stdin, as it will not have
# the correct line endings when editing windows files (it will just have \n)
#code = sys.stdin.read()
# so we read from disk
with open(os.environ["TM_FILEPATH"]) as f:
code = f.read()
pos = caret_position(code)
identifier = current_identifier()
pos = code.find(identifier, pos-len(identifier))
new_name = util.get_input(default=identifier,title="Enter new name")
call_eclim(project, file, len(identifier), pos, new_name)
def count_and_sort():
freqs = {}
# The declaration for reactive observation of freqs
observer = FreqObserver(freqs)
# Let's get input from the user, or let her
# feed the input automatically
while get_input():
try:
w = non_stop_words().next()
lock.acquire()
freqs[w] = 1 if w not in freqs else freqs[w]+1
lock.release()
except StopIteration:
# Let's wait for the observer thread to die gracefully
observer.stop()
sleep(1)
break
def initialize(self):
version = util.get_input('Enter Zoom version [2/3]: ')
util.Msg('Changing admin password to \'d3fault\'...')
url_25 = 'http://%s/hag/emweb/PopOutUserModify.htm/FormOne&user=admin&'\
'ex_param1=admin&new_pass1=d3fault&new_pass2=d3fault&id=3&'\
'cmdSubmit=Save+Changes' % self.config['target'].value
url_30 = 'http://%s/hag/emweb/PopOutUserModify.htm?id=40&user=admin&'\
'Zadv=1&ex_param1=admin&new_pass1=d3fault&new_pass2=d3fault&'\
'id=3&cmdSubmit=Save+Changes' % self.config['target'].value
url_logs = 'http://%s/Action?id=76&cmdClear+Log=Clear+Log' % self.config['target'].value
try:
if version == '2':
urllib.urlopen(url_25).read()
else:
urllib.urlopen(url_30).read()
util.Msg("Password reset, clearing logs...")
urllib.urlopen(url_logs).read()
util.Msg('Done. Connect to %s with admin:d3fault' % self.config['target'].value)
except Exception, e:
util.Error('Unable to connect: %s' % e)
# hyperparameters
HIDDEN_LAYER_SIZE = 256
DEPTH = 3
DROPOUT_RATE = 0.1
STABILIZING_TERM_WEIGHT = 10
SEQ_SIZE = 100
BATCH_SIZE = 10
L_RATE = 0.002
MAX_ITERATIONS = 100000
EVAL_INTERVAL = 100
PRINT_SAMPLES = True
TEMPERATURE = 0.7
# get input
input, VOCABULARY_SIZE, char_to_index, index_to_char = util.get_input('shakespear_train.txt', -1)
validation_input, _, _, _, = util.get_input('shakespear_val.txt', 5000)
# model parameters
Wxh = [input_matrix_init(VOCABULARY_SIZE if d == 0 else HIDDEN_LAYER_SIZE, HIDDEN_LAYER_SIZE) for d in xrange(DEPTH)]
Whh = [recurrent_matrix_init_IRNN(HIDDEN_LAYER_SIZE) for d in xrange(DEPTH)]
bh = [np.zeros((1, HIDDEN_LAYER_SIZE)) for d in xrange(DEPTH)]
Why = np.random.randn(HIDDEN_LAYER_SIZE, VOCABULARY_SIZE) * 0.0001
by = np.zeros((1, VOCABULARY_SIZE))
def forward_backward(inputs, targets, initial_states):
'''
Computes forward and backward pass through the recurrent net, for SEQ_SIZE time steps
-inputs is an array of shape [BATCH_SIZE, SEQ_SIZE, VOCABULARY_SIZE] and holds one hot encoded inputs to the model
-targets has a shape [BATCH_SIZE, SEQ_SIZE], holds just the indices of the target chars
-initial_states contains state of all the recurrent hidden units, shape [DEPTH, BATCH_SIZE, HIDDEN_LAYER_SIZE]
def test_led(self):
get_input('Test LED')
led = LED()
get_input('Test left red')
led.left.color=LED.COLOR.RED
get_input('Test left green')
led.left.color=LED.COLOR.GREEN
get_input('Test left amber')
led.left.color=LED.COLOR.AMBER
get_input('Test right blink')
led.right.blink(color=LED.COLOR.GREEN,delay_on=1000, delay_off=2000 )
time.sleep(10)
get_input('Test left and right on')
led.left.on()
led.right.on()
time.sleep(5)
get_input('Test left and right off')
led.left.off()
led.right.off()
def test_i2cs(self):
get_input("Attach an I2CS sensor on port 3 then continue")
d = I2CS(port=3, addr=0x01)
print(d.read_byte())
print(d.read_byte_data(0x00))
from ev3.lego import UltrasonicSensor
from util import get_input
get_input('Start')
d = Ultrasonic_Sensor()
distStart = d.dist_cm
#Initialisiere System
while distStart == d.dist_cm:
pass # Sobald sich der Wert ändere beginne mit der Aufzeichnung
timeStart = datetime.datetime.now()
distStart = d.dist_cm
while distStart == d.dist_cm:
pass# Sobald sich der ert erneut ändert breche die Aufzeichnung ab
timeEnd = datetime.datetime.now()
distEnd = d.dist_cm
timeDiff = timeEnd - timeDiff
#print(timeDiff)
distDiff = distEnd - distStart
#print(distDiff)
timeDiff
distDiff
def count(self):
def non_stop_words():
stopwords = set(open('../stop_words.txt').read().split(',') + list(string.ascii_lowercase))
for line in f:
yield [w for w in re.findall('[a-z]{2,}', line.lower()) if w not in stopwords]
words = next(non_stop_words())
lock.acquire()
for w in words:
self.freqs[w] = 1 if w not in self.freqs else self.freqs[w]+1
lock.release()
#
# The controller
#
print("Press space bar to fetch words from the file one by one")
print("Press ESC to switch to automatic mode")
model = WordsCounter()
view = FreqObserver(model.freqs)
with open(sys.argv[1]) as f:
while get_input():
try:
model.count()
except StopIteration:
# Let's wait for the view thread to die gracefully
view.stop()
sleep(1)
break
def test_ultrasonic_sensor(self):
get_input('Attach a UltrasonicSensor then continue')
d = UltrasonicSensor()
get_input('test dist_cm')
print(d.dist_cm)
print(d.mode)
get_input('test dist_in')
print(d.dist_in)
print(d.mode)
get_input('test listen')
print(d.listen)
print(d.mode)
get_input('test si_cm')
print(d.si_cm)
print(d.mode)
get_input('test si_in')
print(d.si_in)
print(d.mode)
def test_key(self):
d = Key()
get_input('Test keyboard. Hold Up key')
print(d.up)
get_input('Test keyboard. Release Up key')
print(d.up)
get_input('Test keyboard. Hold Down key')
print(d.down)
get_input('Test keyboard. Release Down key')
print(d.down)
get_input('Test keyboard. Hold Left key')
print(d.left)
get_input('Test keyboard. Release Left key')
print(d.left)
get_input('Test keyboard. Hold Right key')
print(d.right)
get_input('Test keyboard. Release Right key')
print(d.right)
get_input('Test keyboard. Hold Backspace key')
print(d.backspace)
get_input('Test keyboard. Release Backspace key')
print(d.backspace)
get_input('Test keyboard. Hold Enter key')
print(d.enter)
get_input('Test keyboard. Release Enter key')
print(d.enter)
def test_touch_sensor(self):
get_input('Attach a TouchSensor then continue')
d = TouchSensor()
get_input('test pushed')
print(d.is_pushed)
print(d.mode)