Suppose that the application is accessible for all the tenants living in the apartment omplex and when they require the superintendent's help, they open a ticket in your app. The 'main' class will take in the user's information. • There is no limit to the number of tickets that can be open, so to stop application, you will enter the code: 9999 • The order of the questions should be: 1. The first question the app asks is the apartment number (or 9999 to exit). 2. Tenant's Name 3. Issue 4. Best day/time for superintendent to come by 5. What the issue is (plumbing, electrical, painting, etc.) ▪ Be creative, don't just have plumbing. Can be a leaky faucet running or stuffed toilet, AC is out, rodent problem, etc.) • The caller/dispatch object will take the information • The caller/dispatch method extends the super class and the super class's constructor takes the initial arguments The dispatcher class will assign a ticket number and send it back to the main Store all the ticket orders in an array/arryalist of objects. When the user enters the exit code, print out all the tickets.
Suppose that the application is accessible for all the tenants living in the apartment omplex and when they require the superintendent's help, they open a ticket in your app. The 'main' class will take in the user's information. • There is no limit to the number of tickets that can be open, so to stop application, you will enter the code: 9999 • The order of the questions should be: 1. The first question the app asks is the apartment number (or 9999 to exit). 2. Tenant's Name 3. Issue 4. Best day/time for superintendent to come by 5. What the issue is (plumbing, electrical, painting, etc.) ▪ Be creative, don't just have plumbing. Can be a leaky faucet running or stuffed toilet, AC is out, rodent problem, etc.) • The caller/dispatch object will take the information • The caller/dispatch method extends the super class and the super class's constructor takes the initial arguments The dispatcher class will assign a ticket number and send it back to the main Store all the ticket orders in an array/arryalist of objects. When the user enters the exit code, print out all the tickets.
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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Question
Java prgm based
![**Superintendent Help Ticket System for Tenants**
**Overview:**
The application is designed for tenants to request assistance from the superintendent in an apartment complex.
**Key Features:**
- **Centralized Information Collection:**
- A main class gathers user information.
- No ticket limit; use exit code 9999 to stop the application.
- **Questionnaire Order:**
1. Apartment number (9999 for exit)
2. Tenant’s Name
3. Issue description
4. Preferred day/time for a superintendent visit
5. Issue specifics (e.g., plumbing, electrical, painting, etc.)
- Encourage creativity: issues could range from leaky faucets to rodent problems.
- **Data Handling:**
- A caller/dispatch object processes information.
- Uses a method to extend the superclass, utilizing initial arguments.
- **Ticket Management:**
- The dispatcher assigns and returns a ticket number.
- Tickets are stored in an array/ArrayList of objects.
- Upon exit, all tickets are printed out.
The system aims to streamline maintenance requests and efficient handling of tenant issues.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe4aa3b5e-e7fa-4aac-8b86-8434ebe6fb39%2F9b1f5496-5c5c-41cd-be49-277aba771f4d%2Fe9518e2_processed.png&w=3840&q=75)
Transcribed Image Text:**Superintendent Help Ticket System for Tenants**
**Overview:**
The application is designed for tenants to request assistance from the superintendent in an apartment complex.
**Key Features:**
- **Centralized Information Collection:**
- A main class gathers user information.
- No ticket limit; use exit code 9999 to stop the application.
- **Questionnaire Order:**
1. Apartment number (9999 for exit)
2. Tenant’s Name
3. Issue description
4. Preferred day/time for a superintendent visit
5. Issue specifics (e.g., plumbing, electrical, painting, etc.)
- Encourage creativity: issues could range from leaky faucets to rodent problems.
- **Data Handling:**
- A caller/dispatch object processes information.
- Uses a method to extend the superclass, utilizing initial arguments.
- **Ticket Management:**
- The dispatcher assigns and returns a ticket number.
- Tickets are stored in an array/ArrayList of objects.
- Upon exit, all tickets are printed out.
The system aims to streamline maintenance requests and efficient handling of tenant issues.
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