# This program exercises arrays and linked lists of nodes.

# Replace any "" comments with your own code statement(s) # to accomplish the specified task. # Do not change any other code.

# The following files must be in the same folder: # arrays.py # node.py

from arrays import Array from node import Node

# Here is the array: theArray = Array(10) for i in range(len(theArray)): theArray[i] = i + 1

# Print the array: print("The array structure:") print(theArray)

head = Node(theArray[0], None) tail = head

# Part 1: # Copy the array items to a linked structure: # The linked structure must consist of Node class items. # You must use some form of a loop to create the linked structure. #

# Part 2: print("The linked structure:") # Print the linked structure with each item on a separate line. # You must use some form of a loop to print the linked structure. #

?**BELOW ARE THE FILES THAT ARE NEEDED FOR THE MAIN PROGRAM**

""" File: node.py Copyright 2015 by Ken Lambert

"""

class Node(object): """Represents a singly linked node."""

def __init__(self, data, next = None): self.data = data self.next = next

class TwoWayNode(Node): """Represents a doubly linked node."""

def __init__(self, data = None, previous = None, next = None): Node.__init__(self, data, next) self.previous = previous

""" File: arrays.py Copyright 2015 by Ken Lambert

An Array is a restricted list whose clients can use only [], len, iter, and str.

To instantiate, use

= array(, )

The fill value is None by default. """

class Array(object): """Represents an array."""

def __init__(self, capacity, fillValue = None): """Capacity is the static size of the array. fillValue is placed at each position.""" self._items = list() for count in range(capacity): self._items.append(fillValue)

def __len__(self): """-> The capacity of the array.""" return len(self._items)

def __str__(self): """-> The string representation of the array.""" return str(self._items)

def __iter__(self): """Supports iteration over a view of an array.""" return iter(self._items)

def __getitem__(self, index): """Subscript operator for access at index.""" return self._items[index]

def __setitem__(self, index, newItem): """Subscript operator for replacement at index.""" self._items[index] = newItem

**?THIS PROGRAM IS PYTHON. I NEED HELP WITH ONLY PART 2 WHERE IT TELLS YOU WHERE THE CODE IS NEEDED. IF YOU ASSIST ME WITH THIS, I WILL RATE YOU!!! THANKS!!!**