Priority queue Program plan: Define a file “Priority.h” to declare operation and functions. Include the directives for header file. Declare a “PriorityQueue” template class. Define a template class named “Node”. Inside the access specifier “public”, define a constructor of class “Node”. Declare a friend class “PriorityQueue”. Inside the access specifier “private”, create an object for template. Declare an integer variable “priority” and create a pointer variable “*next”. Define a template class named “PriorityQueue”. Inside the access specifier “public”, Declare a constructor of class “PriorityQueue”. Declare the “add()” function to add items in the queue. Declare the “remove()” function to remove items from the queue. Declare the “isEmpty()” Boolean function to return the status of queue. Define a file “main().cpp” to call functions from “Priority.h” and perform all computations. Define a constructor of class “PriorityQueue()” to assign “null” to “head” of the queue. Define “add()” function to add new node onto the front of the queue. Define “remove()” function to remove the smallest priority from the queue. Define “isEmpty()” function to return “true” or “false” if the queue is empty. Define a “main()” function. Create an object for class “PriorityQueue”. Add and remove some items in the queue and print the result.

Question

Want to see the full answer?

Answer 1

Question

Chapter 17, Problem 6PP

Program Plan Intro

Priority queue

Program plan:

Define a file “Priority.h” to declare operation and functions.

Include the directives for header file.

Declare a “PriorityQueue” template class.

Define a template class named “Node”.

Inside the access specifier “public”, define a constructor of class “Node”.

Declare a friend class “PriorityQueue”.

Inside the access specifier “private”, create an object for template.

Declare an integer variable “priority” and create a pointer variable “*next”.

Define a template class named “PriorityQueue”.

Inside the access specifier “public”, Declare a constructor of class “PriorityQueue”.

Declare the “add()” function to add items in the queue.

Declare the “remove()” function to remove items from the queue.

Declare the “isEmpty()” Boolean function to return the status of queue.

Define a file “main().cpp” to call functions from “Priority.h” and perform all computations.

Define a constructor of class “PriorityQueue()” to assign “null” to “head” of the queue.

Define “add()” function to add new node onto the front of the queue.

Define “remove()” function to remove the smallest priority from the queue.

Define “isEmpty()” function to return “true” or “false” if the queue is empty.

Define a “main()” function.

Create an object for class “PriorityQueue”.

Add and remove some items in the queue and print the result.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

Information Security Risk and Vulnerability Assessment 1- Which TCP/IP protocol is used to convert the IP address to the Mac address? Explain 2-What popular switch feature allows you to create communication boundaries between systems connected to the switch3- what types of vulnerability directly related to the programmer of the software?4- Who ensures the entity implements appropriate security controls to protect an asset? Please do not use AI and add refrence

Find the voltage V0 across the 4K resistor using the mesh method or nodal analysis. Note: I have already simulated it and the value it should give is -1.714V

Resolver por superposicion