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For this assignment, Imagine people entering a Queue or a Line and wait for a service, and leaves the Queue or Line after getting the service. Implement in C++ a QueueADT that does the following: 1. gets the input ( person's first name) from the user (from the keyboard) 2. inserts (represents as if the person is entering a queue or to wait in line for a service) the first name into the Queue (your Queue ADT must be able to have a maximum of 20 names) 3. your QueueADT must have the behaviors of inserting, removing, and retrieving & displaying the Queue on the screen after each event (either entry of a name into the queue, OR removing name of the person leaving from the queue.

For this assignment, Imagine people entering a Queue or a Line and wait for a service, and leaves the Queue or Line after getting the service. Implement in C++ a QueueADT that does the following: 1. gets the input ( person's first name) from the user (from the keyboard) 2. inserts (represents as if the person is entering a queue or to wait in line for a service) the first name into the Queue (your Queue ADT must be able to have a maximum of 20 names) 3. your QueueADT must have the behaviors of inserting, removing, and retrieving & displaying the Queue on the screen after each event (either entry of a name into the queue, OR removing name of the person leaving from the queue.

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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Separate the codes files PLEASE 

### QueueADT Assignment **Objective:** Implement a QueueADT in C++ simulating people entering a queue or line, waiting for service, and then leaving after receiving the service. **Requirements:** 1. **Input Handling:** - Capture a person's first name from user input via the keyboard. 2. **Queue Insertion:** - Simulate adding a first name into the queue as if entering a line for service. - The queue must hold a maximum of 20 names. 3. **Queue Operations:** - Your QueueADT should be capable of inserting, removing, retrieving, and displaying names. - Display the queue after each operation: - Insertion of a name - Removal of a name **Additional Guidelines:** - **Functionality:** - Ensure all core behaviors of a typical Queue Data structure are implemented: inserting, removing, displaying, etc. - **Object-Oriented Approach:** - Use Object-Oriented principles, emphasizing modularity. - **Program Requirements:** - Demonstrate method usage within the client program at least once. - Include appropriate comments and ensure proper indentation. - Utilize structs where necessary. - **Academic Integrity:** - No plagiarism. Be prepared to discuss your work with the instructor. - **Submission Instructions:** - Submit three separate code files: `*.h`, `*.cpp`, and `*Main.cpp`. - Avoid links, zipped files, or other formats like PDFs or Word documents. - Only screenshots in picture format are permitted. **Note:** Points may be deducted for non-compliance with submission instructions.
Transcribed Image Text:### QueueADT Assignment **Objective:** Implement a QueueADT in C++ simulating people entering a queue or line, waiting for service, and then leaving after receiving the service. **Requirements:** 1. **Input Handling:** - Capture a person's first name from user input via the keyboard. 2. **Queue Insertion:** - Simulate adding a first name into the queue as if entering a line for service. - The queue must hold a maximum of 20 names. 3. **Queue Operations:** - Your QueueADT should be capable of inserting, removing, retrieving, and displaying names. - Display the queue after each operation: - Insertion of a name - Removal of a name **Additional Guidelines:** - **Functionality:** - Ensure all core behaviors of a typical Queue Data structure are implemented: inserting, removing, displaying, etc. - **Object-Oriented Approach:** - Use Object-Oriented principles, emphasizing modularity. - **Program Requirements:** - Demonstrate method usage within the client program at least once. - Include appropriate comments and ensure proper indentation. - Utilize structs where necessary. - **Academic Integrity:** - No plagiarism. Be prepared to discuss your work with the instructor. - **Submission Instructions:** - Submit three separate code files: `*.h`, `*.cpp`, and `*Main.cpp`. - Avoid links, zipped files, or other formats like PDFs or Word documents. - Only screenshots in picture format are permitted. **Note:** Points may be deducted for non-compliance with submission instructions.
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