look at this MyList class implementation and then solve the task. MyList class: class MyList: '''A list interface. Also implements Iterator functions in order to support iteration over this list. '''

def __init__(self, size: int, value=None) -> None: """Creates a list of the given size, optionally intializing elements to value. The list is static. It only has space for size elements. Parameters: - self: mandatory reference to this object - size: size of the list; space is reserved for these many elements. - value: the optional initial value of the created elements. Returns: none """ pass

def __len__(self) -> int: '''Returns the size of the list. Allows len() to be called on it. Ref: https://stackoverflow.com/q/7642434/1382487 Parameters: - self: mandatory reference to this object Returns: the size of the list. ''' pass

def __getitem__(self, i: int): '''Returns the value at index, i. Allows indexing syntax. Ref: https://stackoverflow.com/a/33882066/1382487 Parameters: - self: mandatory reference to this object - i: the index from which to retrieve the value. Returns: the value at index i. ''' # Ensure bounds. assert 0 <= i < len(self),\ f'Getting invalid list index {i} from list of size {len(self)}' pass

def __setitem__(self, i: int, value) -> None: '''Sets the element at index, i, to value. Allows indexing syntax. Ref: https://stackoverflow.com/a/33882066/1382487 Parameters: - self: mandatory reference to this object - i: the index of the elemnent to be set - value: the value to be set Returns: none ''' # Ensure bounds. assert 0 <= i < len(self),\ f'Setting invalid list index {i} in list of size {len(self)}' pass

def __iter__(self) -> 'MyList': '''Iterator function to return an iterator (self) that allows iteration over this list. Parameters: - self: mandatory reference to this object Returns: an iterator (self) that allows iteration over this list. ''' # Initialize iteration index. self._iter_index: int = 0 return self

def __next__(self): ''''Iterator function to return the next value from this list. Parameters: - self: mandatory reference to this object Returns: the next value in this list since the last iteration. ''' if self._iter_index < len(self): value = self.get(self._iter_index) self._iter_index += 1 return value else: # End of Iteration self._index = 0 raise StopIteration

def get(self, i: int): '''Returns the value at index, i. Alternate to use of indexing syntax. Parameters: - self: mandatory reference to this object - i: the index from which to retrieve the value. Returns: the value at index i. ''' return self[i]

def set(self, i: int, value) -> None: '''Sets the element at index, i, to value. Alternate to use of indexing syntax. Parameters: - self: mandatory reference to this object - i: the index of the elemnent to be set - value: the value to be set Returns: none ''' self[i] = value

class ArrayList(MyList): pass

The task: override these methods in the ArrayList class using python arrays