input: Write a python function to draw a resistor using the method `drawResistor` from the class `RLC`.
  ```python
  assert isinstance(RLC().drawResistor(None, position=[10, 10], value='10 Ohm', label='R1', angleDeg=45), object)
  assert isinstance(RLC().drawResistor(None, position=[20, 20], value='100 Ohm', label='R2', flagVolt=False, flagCurr=False), object)
  assert isinstance(RLC().drawResistor(None, position=[30, 30], value='1k Ohm', label='R3', angleDeg=90, invertArrows=True), object)
output: class RLC:
      def drawResistor(self, canvas, position, value, label, angleDeg=0, flagVolt=True, flagCurr=True, invertArrows=False):
          # Dummy implementation to simulate drawing a resistor
          # In a real scenario, this would interact with a graphics library to draw on `canvas`
          resistor = {
              'position': position,
              'value': value,
              'label': label,
              'angleDeg': angleDeg,
              'flagVolt': flagVolt,
              'flagCurr': flagCurr,
              'invertArrows': invertArrows
          }
          return resistor
  
  # Testing the function to ensure it returns an object (in this case a dictionary)
  assert isinstance(RLC().drawResistor(None, position=[10, 10], value='10 Ohm', label='R1', angleDeg=45), object)
  assert isinstance(RLC().drawResistor(None, position=[20, 20], value='100 Ohm', label='R2', flagVolt=False, flagCurr=False), object)
  assert isinstance(RLC().drawResistor(None, position=[30, 30], value='1k Ohm', label='R3', angleDeg=90, invertArrows=True), object)