def generateMenu(c):
former = c.lst().copy()
if c.strategy() == 'readfile':
pos = input('Enter the start position (0 required for the 1st time): ')
if len(c.lst()) == 0:
pos = 0
print('Set to 0')
else:
pos = v.validatePositiveInt(pos, 'Start position')
fn = input('Enter filename (.txt): ')
fn = v.validateFileName(fn)
c.executeStrategy(pos, fn)
elif c.strategy() == 'iterator':
pos = input('Enter the start position (0 required for the 1st time): ')
if len(c.lst()) == 0:
pos = 0
print('Set to 0')
else:
pos = v.validatePositiveInt(pos, 'Start position')
n = input('Enter quantity of numbers you want to add: ')
n = v.validatePositiveInt(n, 'Quantity')
c.executeStrategy(pos, n)
Event.update('add', former, pos, c.lst())
print('Collection succesfully generated!')
def _slice(c, start, end):
if start > end or end >= len(c.lst()):
raise ValueError('Bad index value')
former = c.lst().copy()
for _ in range(end-start+1):
c.lst().pop(start)
Event.update('remove', former, [start, end], c.lst())
def handleInput(self):
mappedInput = self.inputMapper.MapInput()
for ID in self.inputComponents:
if self.fsm.run(mappedInput,
inputComponent=self.inputComponents[ID],
velocityComponent=self.velocityComponents[ID]):
inputEvent = Event()
inputEvent.entityID = ID
self.fsm.transitionFunctions.process(inputEvent)
self.publishEvent(inputEvent)
def generateWithIterator(c):
print('Please fill the list using \'iterator\' strategy:')
c.setStrategy(IteratorStrategy())
former = c.lst().copy()
pos = 0
n = input('Enter quantity of numbers you want to add: ')
n = v.validatePositiveInt(n, 'Quantity')
c.executeStrategy(pos, n)
Event.update('add', former, pos, c.lst())
print('Collection succesfully generated!')
def generateWithReadFile(c):
print('Please fill the list using \'readfile\' strategy:')
c.setStrategy(ReadFileStrategy())
former = c.lst().copy()
pos = 0
fn = input('Enter filename (.txt): ')
fn = v.validateFileName(fn)
c.executeStrategy(pos, fn)
Event.update('add', former, pos, c.lst())
print('Collection succesfully generated!')
def sliceMenu(c):
start = input('Enter start position of deletion: ')
end = input('Enter end position of deletion: ')
start = v.validatePositiveInt(start, 'Start')
end = v.validatePositiveInt(end, 'End')
if start > end or end >= len(c.lst()):
raise ValueError('Bad index value')
former = c.lst().copy()
for _ in range(end - start + 1):
c.lst().pop(start)
Event.update('remove', former, [start, end], c.lst())
print('Items succesfully deleted!')
def getInputs():
val1 = GPIO.getPuzzleButton()
if val1 != None:
Event('puzzleClick', val1)
if val1 == LONG_PRESS:
Event('shutdown', None)
val2 = GPIO.getJungleButton()
if val2 != None:
Event('jungleClick', val2)
if val2 == LONG_PRESS:
Event('changeDifficulty', None)
val3 = GPIO.getRepeatButton()
if val3 != None:
Event('repeatClick', val3)
if val3 == LONG_PRESS:
Event('resetWifi', None)
val4 = GPIO.getSkipButton()
if val4 != None:
Event('skipClick', val4)
def delete(c, pos):
former = c.lst().copy()
c.lst().pop(pos)
Event.update('remove', former, pos, c.lst())
def method(c):
former = c.lst().copy()
c.setList(alternationsReverse(c.lst()))
Event.update('method', former, c.lst())
print(c.lst())
def deleteMenu(c):
pos = int(input('Enter position of the element you want to delete: '))
former = c.lst().copy()
c.lst().pop(pos)
Event.update('add', former, pos, c.lst())
print('Item succesfully deleted!')
log.info('==========================================================')
log.info('Starting up')
game = {
'mode': JUNGLE,
}
net = network.Network()
GPIO = GPIO.InOut(game)
v = volume.VolumeCtrl(GPIO)
jungle = jungleMode.Jungle(net)
puzzle = puzzleMode.Puzzle(net, GPIO)
btn = Button()
btn.observe('puzzleClick', btn.puzzleClick)
btn.observe('jungleClick', btn.jungleClick)
btn.observe('repeatClick', btn.repeatClick)
btn.observe('skipClick', btn.skipClick)
btn.observe('changeDifficulty', btn.changeDifficulty)
btn.observe('shutdown', btn.shutdown)
btn.observe('resetWifi', btn.resetWifi)
Event('jungleClick', 0)
while True:
threading.Thread(target=v.mainVolume_RW).start()
getInputs()
oscData = getOscData()
updateGame(oscData)