text: from fake_rpi.wrappers import printf
  from fake_rpi.Base import Base
  from random import randint
  
  
  # class _GPIO(Base):
  # 	@printf
  # 	def __init__(self):
  # 		Base.__init__(self, self.__class__)
  #
  # 	class PWM(Base):
  # 		@printf
  # 		def __init__(self, channel=0, frequency=0):
  # 			Base.__init__(self, self.__class__)
  #
  # 		@printf
  # 		def start(self, dc):
  # 			pass
  #
  # 		def stop(self):
  # 			pass
  #
  # 		def ChangeDutyCycle(self, dc):
  # 			pass
  #
  # 		def ChangeFrequency(self, frequency):
  # 			pass
  #
  # 	# Values
  # 	LOW = 0
  # 	HIGH = 1
  #
  # 	# Modes
  # 	BCM = 11
  # 	BOARD = 10
  #
  # 	# Pull
  # 	PUD_OFF = 20
  # 	PUD_DOWN = 21
  # 	PUD_UP = 22
  #
  # 	# Edges
  # 	RISING = 31
  # 	FALLING = 32
  # 	BOTH = 33
  #
  # 	# Functions
  # 	OUT = 0
  # 	IN = 1
  # 	SERIAL = 40
  # 	SPI = 41
  # 	I2C = 42
  # 	HARD_PWM = 43
  # 	UNKNOWN = -1
  #
  # 	# Versioning
  # 	RPI_REVISION = 2
  # 	VERSION = '0.5.6'
  #
  # 	def __init__(self):
  # 		Base.__init__(self, self.__class__)
  #
  # 	@staticmethod
  # 	@printf
  # 	def setwarnings(a): pass
  #
  # 	@staticmethod
  # 	@printf
  # 	def setmode(a): pass
  #
  # 	@staticmethod
  # 	@printf
  # 	def getmode(): return GPIO.BCM
  #
  # 	@staticmethod
  # 	@printf
  # 	def setup(channel, state, initial=0, pull_up_down=None): pass
  #
  # 	@staticmethod
  # 	@printf
  # 	def input(a): return randint(0, 1)
  #
  # 	@staticmethod
  # 	@printf
  # 	def cleanup(a=None): pass
  #
  # 	@staticmethod
  # 	@printf
  # 	def output(channel, state): pass
  #
  # 	@staticmethod
  # 	@printf
  # 	def wait_for_edge(channel, edge): pass
  #
  # 	@staticmethod
  # 	@printf
  # 	def add_event_detect(channel, edge, callback=None, bouncetime=None): pass
  #
  # 	@staticmethod
  # 	@printf
  # 	def add_event_callback(channel, callback=None): pass
  #
  # 	@staticmethod
  # 	@printf
  # 	def remove_event_detect(channel): pass
  #
  # 	@staticmethod
  # 	@printf
  # 	def event_detected(channel): return False
  #
  # 	@staticmethod
  # 	@printf
  # 	def gpio_function(channel): return GPIO.OUT
  
  class _GPIO(Base):
  	@printf
  	def __init__(self):
  		Base.__init__(self, self.__class__)
  
  	class PWM(Base):
  		@printf
  		def __init__(self, channel=0, frequency=0):
  			Base.__init__(self, self.__class__)
  
  		@printf
  		def start(self, dc):
  			pass
  
  		def stop(self):
  			pass
  
  		def ChangeDutyCycle(self, dc):
  			pass
  
  		def ChangeFrequency(self, frequency):
  			pass
  
  	# Values
  	LOW = 0
  	HIGH = 1
  
  	# Modes
  	BCM = 11
  	BOARD = 10
  
  	# Pull
  	PUD_OFF = 20
  	PUD_DOWN = 21
  	PUD_UP = 22
  
  	# Edges
  	RISING = 31
  	FALLING = 32
  	BOTH = 33
  
  	# Functions
  	OUT = 0
  	IN = 1
  	SERIAL = 40
  	SPI = 41
  	I2C = 42
  	HARD_PWM = 43
  	UNKNOWN = -1
  
  	# Versioning
  	RPI_REVISION = 2
  	VERSION = '0.5.6'
  
  	def __init__(self):
  		Base.__init__(self, self.__class__)
  
  	@printf
  	def setwarnings(self, a): pass
  
  	@printf
  	def setmode(self, a): pass
  
  	@printf
  	def getmode(self): return GPIO.BCM
  
  	@printf
  	def setup(self, channel, state, initial=0, pull_up_down=None): pass
  
  	@printf
  	def input(self, a): return randint(0, 1)
  
  	@printf
  	def cleanup(self, a=None): pass
  
  	@printf
  	def output(self, channel, state): pass
  
  	@printf
  	def wait_for_edge(self, channel, edge): pass
  
  	@printf
  	def add_event_detect(self, channel, edge, callback=None, bouncetime=None): pass
  
  	@printf
  	def add_event_callback(self, channel, callback=None): pass
  
  	@printf
  	def remove_event_detect(self, channel): pass
  
  	@printf
  	def event_detected(self, channel): return False
  
  	@printf
  	def gpio_function(self, channel): return GPIO.OUT
  
  
  GPIO = _GPIO()
  