a) True. Refactoring helps in modification throighout the program
b) For programming languages like C,C++ and all, data type has to be specifically mentioned. For languages like python, they can be interpreted from value so TRUE for python.
c) strings are immutable sequence of characters. Python has four basic inbuilt data structures namely Lists, Dictionary, Tuple and Set. FALSE for python, TRUE for C++
d) The product of procedural abstraction is a procedure. Similarly, the product of data abstraction is an abstract data type (ADT). FALSE
e) TRUE since tack can be implemented using queue module
f) FALSE, FIFI is for queue
g) FALSE, we can use inbuilt classes and methods. We only have to understand how they work, not implementation
True or False: Using the Refactoring menu in PyCharm will allow you to make changes to...
This is python programming. Please answer the questions based on python programming. 1.Answer “True/False” for the following statements (4 points each): a. The Stack follows the LILO principle. b. The Queue follows the FIFO principle c. The Deque follows the FILO principle. d. The Stack needs two references to achieve a worst case complexity of O(1). e. The Queue needs two references to achieve a worst case complexity of O(1). f. The Stacks always adds a node to the top....
**TStack.py below** # CMPT 145: Linear ADTs # Defines the Stack ADT # # A stack (also called a pushdown or LIFO stack) is a compound # data structure in which the data values are ordered according # to the LIFO (last-in first-out) protocol. # # Implementation: # This implementation was designed to point out when ADT operations are # used incorrectly. def create(): """ Purpose creates an empty stack Return an empty stack """ return '__Stack__',list() def is_empty(stack): """...
Can you please help with the below? 1) Which of the following is true about using a 2-3-4 tree? a. It is designed to minimize node visits while keeping to an O(log n) search performance b. It is designed to self-balance as new values are inserted into the tree c. As soon as a node becomes full, it performs the split routine d. None of the above 2) Which of the following is true about a binary search tree? a. ...
Backtracking is a computing algorithm using stack to “remember” user-generated events when using a program. A user event may be “pressing the Enter key on keyboard” or “clicking a mouse button”. Stack is a data structure with the Last-In-First-Out property (LIFO). If we push the aforesaid user events into a stack, a computer program using that data structure can “rewind” user events by popping them out of stack one at a time. This backtracking feature is available as Edit ->...
help finish Queue, don't think I have the right thing. # 1. After studying the Stack class and testStack() functions in stack.py # complete the Queue class below (and test it with the testQueue function) # # 2. Afer studying and testing the Circle class in circle.py, # complete the Rectangle class below (and test it with the testRectangle function) # # # 3. SUBMIT THIS ONE FILE, with your updates, TO ICON. # # # NOTE: you may certainly...
In c++ Section 1. Stack ADT – Overview Data Items The data items in a stack are of generic DataType. This means use should use templating and your Node class. Structure The stack data items are linearly ordered from the most recently added (the top) to the least recently added (the bottom). This is a LIFO scheme. Data items are inserted onto (pushed) and removed from (popped) the top of the stack. Operations Constructor. Creates an empty stack. Copy constructor....
Recursion and Trees Application – Building a Word Index Make sure you have read and understood · lesson modules week 10 and 11 · chapters 9 and 10 of our text · module - Lab Homework Requirements before submitting this assignment. Hand in only one program, please. Background: In many applications, the composition of a collection of data items changes over time. Not only are new data items added and existing ones removed, but data items may be duplicated. A list data structure...
------------------------------------------------------------------------------------------------------------ CODE ALREADY HAVE BELOW--------------------------------------------------------------------------------------- public class LinkedQueue<T> implements QueueADT<T> { private int count; private LinearNode<T> head; private LinearNode<T> tail; public LinkedQueue() { count = 0; head = null; tail = null; } @Override public void enqueue(T element) { LinearNode<T> node = new LinearNode<T> (element); if(isEmpty()) head = node; else ...