The client needs a program to store data on sandwiches, including bread name, filling name, and calories (cal) Testing values for get and set methods are bread name: “whole-wheat”, filling: “tuna”, and calories 250.50 Testing values for overloaded constructor are bread name: “rye”, filling: “chicken”, and calories 300.25 Using the word problem above, design a class with the needed fields, a no parameter constructor, an overloaded constructor with three parameters, and needed methods (gets sets). Document your design using a detailed UML Class diagram. Part 2 Write the Java code for the class Follow your UML class diagram and code the class you designed. Use Java coding conventions for identifiers: class, constructor, field, variable, and method names Mark fields private, constructor and methods public. Select and use appropriate data types for the fields as well as method parameters as needed. Comment your code as requested and demonstrated in the course. Part 3 Test the class you created, using a main method in a separate class. Create a second class with an identifier that follows these instructions: FullNameLabExam1SectionNumber For example, a student with first name “Abc” and last name “Xyz” in section 123 would name the class as: AbcXyzLabExam1Section123, with resulting file name AbcXyzLabExam1Section123.java Using this class with a method main, write some simple program tests to verify your designed class. Instantiate one object based on your designed class using the default constructor and output the field values using the get methods. Set a value into each field of the object, get a value from each field printing the field value(s) on screen Instantiate a new object based on your designed class using the overloaded constructor and output the field values using the get methods. There is no need for user input to the program, use literal values in the source code of your test program (within method main). Ensure that your full name is written out on screen after the tests above are run.

The client needs a program to store data on sandwiches, including bread name, filling name, and calories (cal) Testing values for get and set methods are bread name: “whole-wheat”, filling: “tuna”, and calories 250.50 Testing values for overloaded constructor are bread name: “rye”, filling: “chicken”, and calories 300.25 Using the word problem above, design a class with the needed fields, a no parameter constructor, an overloaded constructor with three parameters, and needed methods (gets sets). Document your design using a detailed UML Class diagram. Part 2 Write the Java code for the class Follow your UML class diagram and code the class you designed. Use Java coding conventions for identifiers: class, constructor, field, variable, and method names Mark fields private, constructor and methods public. Select and use appropriate data types for the fields as well as method parameters as needed. Comment your code as requested and demonstrated in the course. Part 3 Test the class you created, using a main method in a separate class. Create a second class with an identifier that follows these instructions: FullNameLabExam1SectionNumber For example, a student with first name “Abc” and last name “Xyz” in section 123 would name the class as: AbcXyzLabExam1Section123, with resulting file name AbcXyzLabExam1Section123.java Using this class with a method main, write some simple program tests to verify your designed class. Instantiate one object based on your designed class using the default constructor and output the field values using the get methods. Set a value into each field of the object, get a value from each field printing the field value(s) on screen Instantiate a new object based on your designed class using the overloaded constructor and output the field values using the get methods. There is no need for user input to the program, use literal values in the source code of your test program (within method main). Ensure that your full name is written out on screen after the tests above are run.

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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Part 2 Write the Java code for the class

Follow your UML class diagram and code the class you designed.
Use Java coding conventions for identifiers: class, constructor, field, variable, and method names
Mark fields private, constructor and methods public.
Select and use appropriate data types for the fields as well as method parameters as needed.
Comment your code as requested and demonstrated in the course.

Part 3 Test the class you created, using a main method in a separate class.

Create a second class with an identifier that follows these instructions:
- FullNameLabExam1SectionNumber
- For example, a student with first name “Abc” and last name “Xyz” in section 123 would name the class as:

AbcXyzLabExam1Section123, with resulting file name AbcXyzLabExam1Section123.java

Using this class with a method main, write some simple program tests to verify your designed class.
- Instantiate one object based on your designed class using the default constructor and output the field values using the get methods.
- Set a value into each field of the object, get a value from each field printing the field value(s) on screen
- Instantiate a new object based on your designed class using the overloaded constructor and output the field values using the get methods.

There is no need for user input to the program, use literal values in the source code of your test program (within method main). Ensure that your full name is written out on screen after the tests above are run.

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