To pass this level you must demonstrate your knowledge of: importing modules, classes, objects, raising exceptions, and implementing magic methods.

NOTE: The doctests for this level omit tests which might give away the solution. Review your logic if the doctests pass and the check does not pass.

Instructions

Locate and open the playground/level_2.py file using the IDE's Explorer/project pane.
Review and complete the level_2 module.
1. Import the randint callable from the built-in random module.
2. Implement the constructors for the Sparkle and Shine classes.
  - These must call the __init__ method of the base class.
    - Sparkle power is worth 2 points and has an avatar of 💥
    - Shine power is worth 3 points and has an avatar of 🌞
3. The SuperSlothBot requires a class attribute named: randint_gen_callable which must be bound to the randint callable.
4. Implement the activate method of the SuperSlothBot class.
  - If the number argument is less than 0 or greater than 50 raise a ValueError.
    
    NOTE: Use the following str as the exception's message.
```
'number must be between 1-50'
```
  - Conditionally assign self.last_power to a Power object.
    - if the number argument is between 0-25 create a Sparkle object and assign it to self.last_power.
    - if the number argument is between 26-50 create a Shine object and assign it to self.last_power.
  - Once the last_power instance attribute is bound to the correct Power object:
    - Call the last power's activate method and provide the randint_gen_callable class attribute as the argument.
    - Return the results from the call to last_power.activate.
5. SuperSlothBot must run the following code when converted to a str via str(sloth).
```
try:
    return f'{self.name} counjours: {self.last_power.avatar} for a total of: {self.last_power.points} points.'
except:
    return 'no power is currently activated'
```
Running the playground/level_2.py file in the terminal displays the test results.
```
python3 playground/level_2.py
```