e stack class must include at least “push”, “pop”, “top”, “isEmpty”, “isFull” methods. You can implement any additional methods, as they needed. Write your class in stack.h and stack.cpp. The part 1 does not needed
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In C++, Write a stack class. The stack class must include at least “push”, “pop”, “top”, “isEmpty”, “isFull”
methods. You can implement any additional methods, as they needed. Write your class in stack.h
and stack.cpp. The part 1 does not needed to be tested.
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- use java pleaseWrite an application that helps you create stack of pancakes. Pancake stack has to follow rules of stack data structure. Provide functions to add new pancake into stack, and if a customer wants to buy the pancakes remove the one present on top of the stack, print its flavor, at the end display all those who are left in the stack. The Pancakes class can have attributes flavor and topping.Apply the Stack Applications algorithms in c++. You have to implement the stack using the static array or the linked list. You have to create a project for each algorithm. Add a screenshot of the output for each project.
- 1. Use a below-given starter code. Use StackInterface.(h), and ArrayStack.(h,cpp). You will write your own StackDriver.cpp application file. IT'S IN C++Also...If the class that you create is Star, remember that you will declare your stack as follows:ArrayStack<Star> myStarStack;and you will push, pop, and peek Star objects.2. Create your own class definition. I should have at least one attribute, a constructor, and set and get methods for each attribute in your class.NOTE: If your class is offensive your lab will be rejected and you will receive a score of zero. I'm sorry I have to say this but there is a history of this happening and it is not appropriate.3. Write a driver program that exercises the Stack class from the downloaded starter code. Create multiple instances of your own class and demonstrate the stack operations: push, pop, and peek. ( you write your own class that you will put on the stack and you will write a driver that pushes, peeks, and pops your class items…The PostfixEvaluator class uses the java.util.Stack class to create thestack attribute. The java.util.Stack class is one of two stack implementationsprovided by the Java Collections API. We revisit the other implementation, theDeque interface, in Chapter 13.The evaluate method performs the evaluation algorithm described earlier, supported by the isOperator and evalSingleOp methods. Note that in the evaluatemethod, only operands are pushed onto the stack. Operators are used as they areencountered and are never put on the stack. This is consistent with the evaluation algorithm we discussed. An operand is put on the stack as an Integer object, insteadof as an int primitive value, because the stack collection is designed to store objects.When an operator is encountered, the two most recent operands are poppedoff the stack. As mentioned above, the first operand popped is actually the secondoperand in the expression and that the second operand popped is the first operandin the expression.…The ADT stack lets you peek at its top entry without removing it. For some applications of stacks, you also need to peek at the entry beneath the top entry without removing it. We will call such an operation peekNxt. If the stack has more than one entry, peekNxt returns the second entry from the top without altering the stack. If the stack has fewer than two entries, peekNxt throws an exception. Write a linked implementation of a stack class call LinkedStack.java that includes a method peekNxt. Implement pimport java.util.EmptyStackException;import java.util.NoSuchElementException;public final class LinkedStack<T> implements StackInterface<T>{private Node topNode; public YourFirst_YourLast_LinkedStack(){topNode = null;}public void push(T newEntry){Node newNode = new Node(newEntry, topNode);topNode = newNode;} // end pushpublic T peek(){if (isEmpty())throw new EmptyStackException();elsereturn topNode.getData();} // end peekpublic T peekNxt() // Code here{ }…
- Describe the changes made to the stack when it is restricted as compared to when it is unbounded?Given main.py, complete the Stack class in Stack.py by writing the push() and pop() methods. The stack uses an array of size 5 to store elements. The command Push followed by a positive number pushes the number onto the stack. The command Pop pops the top element from the stack. Entering -1 exits the program. Output "Can't push, stack is full" when push() is called on a full stack. Output "Can't pop, stack is empty" when pop() is called on an empty stack. Ex. If the input is: Push 1 Push 2 Push 3 Push 4 Push 5 Pop -1 Code given main.py(read-only) from Stack import Stack if __name__ == "__main__": stack = Stack(5) input_line = input() while input_line != '-1': split_input = input_line.split(' ') command = split_input[0] if command == 'Push': number_to_push = int(split_input[1]) stack.push(number_to_push) print('Stack contents (top to bottom):') stack.print_stack() elif command == "Pop":…A stack is a collection of objects that are inserted and removed using Last in First out Principle (LIFO). User can insert elements into the stack, and can only access or remove the recently inserted object on top of the stack .In this following project, you will implement stack using doubly linked list(deque) as it was explained in the previous lectures.The following Project should have these classes:1. Class Book: The main Node for the deque stack where it should have the following attributes besides (next, prev nodes):a. Book Idb. Book Namec. Book Author2. Class BookLists: Where all the main operations are done.Note: you can add more classes if you want but must include the main ones.You need to apply these following operations: 1. AddBook() [push()] : The method Inserts the book object into deque Stack (form the last).2. RemoveBook() [pop()] : This method extracts an object from the last of the Deque stack and it removes it. If such object does not exist, the method returns…
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