figuring out how I want to use GPIOWrapper

pin/__init__.py

@@ -36,42 +36,6 @@ ERROR_TAKES_ARGUMENTS = "{} takes {} {} argument(s): {}"
 _pins_for_cleanup = set()
 _gpio = None
 
-def _make_gpio_warpper():
-    _gpio = GPIOWrapper()
-
-# class FakeGPIO(object):
-#     OUT = "out"
-#     IN = "in"
-#     BCM = "broadcom"
-#     pin_values = {}
-#     def cleanup(self,*args):
-#         lgpio.debug("cleanup with these args '{}'!".format(args))
-#     def setup(self,pins,value):
-#         lgpio.debug("pin(s) {} set to {}".format(pins,value))
-#     def setmode(self,mode):
-#         lgpio.debug("mode set to {}".format(mode))
-#     def output(self,pins,value):
-#         lgpio.debug("setting pin(s) {} to value {}".format(
-#             pins, value
-#         ))
-#         if type(pins) == int:
-#             pins = [pins]
-#         for p in pins:
-#             self.pin_values[p] = value
-#     def read(self,pin):
-#         return self.pin_values[pin]
-#
-# try:
-#     import RPi.GPIO as gpio
-# except:
-#     # print("Using FakeGPIO because RPi.GPIO was not found")
-#     gpio = FakeGPIO()
-#
-# def call_gpio_cleanup(*args):
-#     log.info(args)
-#     gpio.cleanup(_pins_for_cleanup)
-
-
 class GPIOWrapper(object):
     gpio = None
     OUT = "out"
@@ -153,14 +117,14 @@ class GPIOWrapper(object):
         if self.gpio:
             self.gpio.setup(pins,value)
 
+_gpio = GPIOWrapper()
+
 class PinBase(object):
     """PinBase is the base class for all classes representing a gpio pin"""
     pin_number = None
     value = None
     def __init__(self,pin_number,mode):
         super(PinBase,self).__init__()
-        if _gpio == None:
-            _make_gpio_warpper()
         self.pin_number = pin_number
         self.value = self.value_low
         _gpio.setup(self.pin_number,_gpio.OUT)