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SOLUTIONSLIBRARY.COM
http://solutionslibrary.com/index.php/bmis-312-you-are-to-create-a-java-application-that-keeps-track-of-school/
BMIS 312 YOU ARE TO CREATE A JAVA APPLICATION THAT KEEPS TRACK OF SCHOOL COURSES
________________________________________
Purpose
This project is designed to exercise all the Java tools that you have learned about this term: classes/objects, variables, decision constructs, loops, arrays, encapsulation, overloading, inheritance, error handling, and application deployment.
Assignment
You are to create a Java application that keeps track of school courses. Your Course class is composed of Persons of 2 types: Instructors and Students. A Course can only have 1 Instructor but it can have 5–10 Students.
Course Class Properties and Behaviors
Properties or attributes
Instructor (1) of type Instructor
Students (5–10) array of type Student
Number of students
Average grade //in points using a 0–100 scale
Highest grade //in points using a 0–100 scale
Lowest grade //in points using a 0–100 scale
Behaviors or methods
Constructor that allows all the following attributes to be initiated when a Course object is instantiated: Instructor and Number of Students
Setter and getter methods for Instructor, Students (name the setter method for Students addStudent(Student) which adds a student to the Students array), Number of Students attributes
Getter methods for Average, Highest, and Lowest grade attributes
Overload the Object toString method to print out the following:
Instructor: Title Firstname Lastname
Student Roster: //for each student print out first and last name, student ID, and grade
Number of students: __
Average grade: __
Highest grade: __
Lowest grade: __
Person Class Properties and Behaviors
Properties or attributes
First name
Last name
Behaviors or methods
Constructors
Default no-argument constructor
2-argument constructor that sets the first and last name attributes
Setter and getter methods for each attribute
Student Class Properties and Behaviors (inherits Person class)
Attributes
Person
Student ID
Grade //0–100 point scale
Methods
Constructors
Default no-argument constructor
2 Argument constructor (Person and Student ID)
3 Argument constructor (Person, Student ID, and Grade)
Setter and getter methods for all attributes
Create a getLetterGrade method that returns a letter grade instead of a point value: 0–59 F, 60–69 D, 70–79 C, 80–89 B, and 90–100 A
Overload toString to print out the following: First name, Last name, Student ID, and Letter grade
Instructor Class Properties and Behaviors (inherits Person class)
Attributes
Person
Title (Prof or Dr.)
Methods
Constructors
Default no-argument constructor
2-argument constructor (Person and Title)
Setter and getter methods for all attributes
Overload toString to print out the following: Title Firstname Lastname
Additional Instructions
Your program must use the following Java capabilities:
Inheritance (is-a relationships)
Composition (has-a relationships)
Decision constructs
Arrays
Loops (to include at least 1 enhanced for-loop)
Error handling (catch the ArrayoutofboundException)
Overloaded methods and constructors
Encapsulation
Create a CourseTest class to demonstrate your project. Your CourseTest class must create at least 2 Course objects with different instructors and 5–10 students. Every method in every class must be demonstrated (the best way to do that is to use setter methods in your constructors to show that they work and use getter methods in your toString methods to show that they work whenever the toString method is called). You must also attempt to add an 11th student to 1 of your courses to demonstrate your try/catch implementation for ArrayoutofboundException.
Run your CourseTest class and paste screen shots of the output into a Word document to show it working. Turn in the following:
Word file showing the results of your test runs
Source (.java) files
Compiled (.class) files
The deployable JAR file
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SOLUTIONSLIBRARY.COM
http://solutionslibrary.com/index.php/bmis-312-you-are-to-create-a-java-application-that-keeps-track-of-school/
BMIS 312 YOU ARE TO CREATE A JAVA APPLICATION THAT KEEPS TRACK OF SCHOOL COURSES
________________________________________
Purpose
This project is designed to exercise all the Java tools that you have learned about this term: classes/objects, variables, decision constructs, loops, arrays, encapsulation, overloading, inheritance, error handling, and application deployment.
Assignment
You are to create a Java application that keeps track of school courses. Your Course class is composed of Persons of 2 types: Instructors and Students. A Course can only have 1 Instructor but it can have 5–10 Students.
Course Class Properties and Behaviors
Properties or attributes
Instructor (1) of type Instructor
Students (5–10) array of type Student
Number of students
Average grade //in points using a 0–100 scale
Highest grade //in points using a 0–100 scale
Lowest grade //in points using a 0–100 scale
Behaviors or methods
Constructor that allows all the following attributes to be initiated when a Course object is instantiated: Instructor and Number of Students
Setter and getter methods for Instructor, Students (name the setter method for Students addStudent(Student) which adds a student to the Students array), Number of Students attributes
Getter methods for Average, Highest, and Lowest grade attributes
Overload the Object toString method to print out the following:
Instructor: Title Firstname Lastname
Student Roster: //for each student print out first and last name, student ID, and grade
Number of students: __
Average grade: __
Highest grade: __
Lowest grade: __
Person Class Properties and Behaviors
Properties or attributes
First name
Last name
Behaviors or methods
Constructors
Default no-argument constructor
2-argument constructor that sets the first and last name attributes
Setter and getter methods for each attribute
Student Class Properties and Behaviors (inherits Person class)
Attributes
Person
Student ID
Grade //0–100 point scale
Methods
Constructors
Default no-argument constructor
2 Argument constructor (Person and Student ID)
3 Argument constructor (Person, Student ID, and Grade)
Setter and getter methods for all attributes
Create a getLetterGrade method that returns a letter grade instead of a point value: 0–59 F, 60–69 D, 70–79 C, 80–89 B, and 90–100 A
Overload toString to print out the following: First name, Last name, Student ID, and Letter grade
Instructor Class Properties and Behaviors (inherits Person class)
Attributes
Person
Title (Prof or Dr.)
Methods
Constructors
Default no-argument constructor
2-argument constructor (Person and Title)
Setter and getter methods for all attributes
Overload toString to print out the following: Title Firstname Lastname
Additional Instructions
Your program must use the following Java capabilities:
Inheritance (is-a relationships)
Composition (has-a relationships)
Decision constructs
Arrays
Loops (to include at least 1 enhanced for-loop)
Error handling (catch the ArrayoutofboundException)
Overloaded methods and constructors
Encapsulation
Create a CourseTest class to demonstrate your project. Your CourseTest class must create at least 2 Course objects with different instructors and 5–10 students. Every method in every class must be demonstrated (the best way to do that is to use setter methods in your constructors to show that they work and use getter methods in your toString methods to show that they work whenever the toString method is called). You must also attempt to add an 11th student to 1 of your courses to demonstrate your try/catch implementation for ArrayoutofboundException.
Run your CourseTest class and paste screen shots of the output into a Word document to show it working. Turn in the following:
Word file showing the results of your test runs
Source (.java) files
Compiled (.class) files
The deployable JAR file
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SOLUTIONSLIBRARY.COM
http://solutionslibrary.com/index.php/bmis-312-you-are-to-create-a-java-application-that-keeps-track-of-school/
BMIS 312 YOU ARE TO CREATE A JAVA APPLICATION THAT KEEPS TRACK OF SCHOOL COURSES
________________________________________
Purpose
This project is designed to exercise all the Java tools that you have learned about this term: classes/objects, variables, decision constructs, loops, arrays, encapsulation, overloading, inheritance, error handling, and application deployment.
Assignment
You are to create a Java application that keeps track of school courses. Your Course class is composed of Persons of 2 types: Instructors and Students. A Course can only have 1 Instructor but it can have 5–10 Students.
Course Class Properties and Behaviors
Properties or attributes
Instructor (1) of type Instructor
Students (5–10) array of type Student
Number of students
Average grade //in points using a 0–100 scale
Highest grade //in points using a 0–100 scale
Lowest grade //in points using a 0–100 scale
Behaviors or methods
Constructor that allows all the following attributes to be initiated when a Course object is instantiated: Instructor and Number of Students
Setter and getter methods for Instructor, Students (name the setter method for Students addStudent(Student) which adds a student to the Students array), Number of Students attributes
Getter methods for Average, Highest, and Lowest grade attributes
Overload the Object toString method to print out the following:
Instructor: Title Firstname Lastname
Student Roster: //for each student print out first and last name, student ID, and grade
Number of students: __
Average grade: __
Highest grade: __
Lowest grade: __
Person Class Properties and Behaviors
Properties or attributes
First name
Last name
Behaviors or methods
Constructors
Default no-argument constructor
2-argument constructor that sets the first and last name attributes
Setter and getter methods for each attribute
Student Class Properties and Behaviors (inherits Person class)
Attributes
Person
Student ID
Grade //0–100 point scale
Methods
Constructors
Default no-argument constructor
2 Argument constructor (Person and Student ID)
3 Argument constructor (Person, Student ID, and Grade)
Setter and getter methods for all attributes
Create a getLetterGrade method that returns a letter grade instead of a point value: 0–59 F, 60–69 D, 70–79 C, 80–89 B, and 90–100 A
Overload toString to print out the following: First name, Last name, Student ID, and Letter grade
Instructor Class Properties and Behaviors (inherits Person class)
Attributes
Person
Title (Prof or Dr.)
Methods
Constructors
Default no-argument constructor
2-argument constructor (Person and Title)
Setter and getter methods for all attributes
Overload toString to print out the following: Title Firstname Lastname
Additional Instructions
Your program must use the following Java capabilities:
Inheritance (is-a relationships)
Composition (has-a relationships)
Decision constructs
Arrays
Loops (to include at least 1 enhanced for-loop)
Error handling (catch the ArrayoutofboundException)
Overloaded methods and constructors
Encapsulation
Create a CourseTest class to demonstrate your project. Your CourseTest class must create at least 2 Course objects with different instructors and 5–10 students. Every method in every class must be demonstrated (the best way to do that is to use setter methods in your constructors to show that they work and use getter methods in your toString methods to show that they work whenever the toString method is called). You must also attempt to add an 11th student to 1 of your courses to demonstrate your try/catch implementation for ArrayoutofboundException.
Run your CourseTest class and paste screen shots of the output into a Word document to show it working. Turn in the following:
Word file showing the results of your test runs
Source (.java) files
Compiled (.class) files
The deployable JAR file
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SOLUTIONSLIBRARY.COM
http://solutionslibrary.com/index.php/bmis-312-you-are-to-create-a-java-application-that-keeps-track-of-school/
BMIS 312 YOU ARE TO CREATE A JAVA APPLICATION THAT KEEPS TRACK OF SCHOOL COURSES
________________________________________
Purpose
This project is designed to exercise all the Java tools that you have learned about this term: classes/objects, variables, decision constructs, loops, arrays, encapsulation, overloading, inheritance, error handling, and application deployment.
Assignment
You are to create a Java application that keeps track of school courses. Your Course class is composed of Persons of 2 types: Instructors and Students. A Course can only have 1 Instructor but it can have 5–10 Students.
Course Class Properties and Behaviors
Properties or attributes
Instructor (1) of type Instructor
Students (5–10) array of type Student
Number of students
Average grade //in points using a 0–100 scale
Highest grade //in points using a 0–100 scale
Lowest grade //in points using a 0–100 scale
Behaviors or methods
Constructor that allows all the following attributes to be initiated when a Course object is instantiated: Instructor and Number of Students
Setter and getter methods for Instructor, Students (name the setter method for Students addStudent(Student) which adds a student to the Students array), Number of Students attributes
Getter methods for Average, Highest, and Lowest grade attributes
Overload the Object toString method to print out the following:
Instructor: Title Firstname Lastname
Student Roster: //for each student print out first and last name, student ID, and grade
Number of students: __
Average grade: __
Highest grade: __
Lowest grade: __
Person Class Properties and Behaviors
Properties or attributes
First name
Last name
Behaviors or methods
Constructors
Default no-argument constructor
2-argument constructor that sets the first and last name attributes
Setter and getter methods for each attribute
Student Class Properties and Behaviors (inherits Person class)
Attributes
Person
Student ID
Grade //0–100 point scale
Methods
Constructors
Default no-argument constructor
2 Argument constructor (Person and Student ID)
3 Argument constructor (Person, Student ID, and Grade)
Setter and getter methods for all attributes
Create a getLetterGrade method that returns a letter grade instead of a point value: 0–59 F, 60–69 D, 70–79 C, 80–89 B, and 90–100 A
Overload toString to print out the following: First name, Last name, Student ID, and Letter grade
Instructor Class Properties and Behaviors (inherits Person class)
Attributes
Person
Title (Prof or Dr.)
Methods
Constructors
Default no-argument constructor
2-argument constructor (Person and Title)
Setter and getter methods for all attributes
Overload toString to print out the following: Title Firstname Lastname
Additional Instructions
Your program must use the following Java capabilities:
Inheritance (is-a relationships)
Composition (has-a relationships)
Decision constructs
Arrays
Loops (to include at least 1 enhanced for-loop)
Error handling (catch the ArrayoutofboundException)
Overloaded methods and constructors
Encapsulation
Create a CourseTest class to demonstrate your project. Your CourseTest class must create at least 2 Course objects with different instructors and 5–10 students. Every method in every class must be demonstrated (the best way to do that is to use setter methods in your constructors to show that they work and use getter methods in your toString methods to show that they work whenever the toString method is called). You must also attempt to add an 11th student to 1 of your courses to demonstrate your try/catch implementation for ArrayoutofboundException.
Run your CourseTest class and paste screen shots of the output into a Word document to show it working. Turn in the following:
Word file showing the results of your test runs
Source (.java) files
Compiled (.class) files
The deployable JAR file
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SOLUTIONSLIBRARY.COM
http://solutionslibrary.com/index.php/bmis-312-you-are-to-create-a-java-application-that-keeps-track-of-school/
BMIS 312 YOU ARE TO CREATE A JAVA APPLICATION THAT KEEPS TRACK OF SCHOOL COURSES
________________________________________
Purpose
This project is designed to exercise all the Java tools that you have learned about this term: classes/objects, variables, decision constructs, loops, arrays, encapsulation, overloading, inheritance, error handling, and application deployment.
Assignment
You are to create a Java application that keeps track of school courses. Your Course class is composed of Persons of 2 types: Instructors and Students. A Course can only have 1 Instructor but it can have 5–10 Students.
Course Class Properties and Behaviors
Properties or attributes
Instructor (1) of type Instructor
Students (5–10) array of type Student
Number of students
Average grade //in points using a 0–100 scale
Highest grade //in points using a 0–100 scale
Lowest grade //in points using a 0–100 scale
Behaviors or methods
Constructor that allows all the following attributes to be initiated when a Course object is instantiated: Instructor and Number of Students
Setter and getter methods for Instructor, Students (name the setter method for Students addStudent(Student) which adds a student to the Students array), Number of Students attributes
Getter methods for Average, Highest, and Lowest grade attributes
Overload the Object toString method to print out the following:
Instructor: Title Firstname Lastname
Student Roster: //for each student print out first and last name, student ID, and grade
Number of students: __
Average grade: __
Highest grade: __
Lowest grade: __
Person Class Properties and Behaviors
Properties or attributes
First name
Last name
Behaviors or methods
Constructors
Default no-argument constructor
2-argument constructor that sets the first and last name attributes
Setter and getter methods for each attribute
Student Class Properties and Behaviors (inherits Person class)
Attributes
Person
Student ID
Grade //0–100 point scale
Methods
Constructors
Default no-argument constructor
2 Argument constructor (Person and Student ID)
3 Argument constructor (Person, Student ID, and Grade)
Setter and getter methods for all attributes
Create a getLetterGrade method that returns a letter grade instead of a point value: 0–59 F, 60–69 D, 70–79 C, 80–89 B, and 90–100 A
Overload toString to print out the following: First name, Last name, Student ID, and Letter grade
Instructor Class Properties and Behaviors (inherits Person class)
Attributes
Person
Title (Prof or Dr.)
Methods
Constructors
Default no-argument constructor
2-argument constructor (Person and Title)
Setter and getter methods for all attributes
Overload toString to print out the following: Title Firstname Lastname
Additional Instructions
Your program must use the following Java capabilities:
Inheritance (is-a relationships)
Composition (has-a relationships)
Decision constructs
Arrays
Loops (to include at least 1 enhanced for-loop)
Error handling (catch the ArrayoutofboundException)
Overloaded methods and constructors
Encapsulation
Create a CourseTest class to demonstrate your project. Your CourseTest class must create at least 2 Course objects with different instructors and 5–10 students. Every method in every class must be demonstrated (the best way to do that is to use setter methods in your constructors to show that they work and use getter methods in your toString methods to show that they work whenever the toString method is called). You must also attempt to add an 11th student to 1 of your courses to demonstrate your try/catch implementation for ArrayoutofboundException.
Run your CourseTest class and paste screen shots of the output into a Word document to show it working. Turn in the following:
Word file showing the results of your test runs
Source (.java) files
Compiled (.class) files
The deployable JAR file
|
SOLUTIONSLIBRARY.COM
http://solutionslibrary.com/index.php/bmis-312-you-are-to-create-a-java-application-that-keeps-track-of-school/
BMIS 312 YOU ARE TO CREATE A JAVA APPLICATION THAT KEEPS TRACK OF SCHOOL COURSES
________________________________________
Purpose
This project is designed to exercise all the Java tools that you have learned about this term: classes/objects, variables, decision constructs, loops, arrays, encapsulation, overloading, inheritance, error handling, and application deployment.
Assignment
You are to create a Java application that keeps track of school courses. Your Course class is composed of Persons of 2 types: Instructors and Students. A Course can only have 1 Instructor but it can have 5–10 Students.
Course Class Properties and Behaviors
Properties or attributes
Instructor (1) of type Instructor
Students (5–10) array of type Student
Number of students
Average grade //in points using a 0–100 scale
Highest grade //in points using a 0–100 scale
Lowest grade //in points using a 0–100 scale
Behaviors or methods
Constructor that allows all the following attributes to be initiated when a Course object is instantiated: Instructor and Number of Students
Setter and getter methods for Instructor, Students (name the setter method for Students addStudent(Student) which adds a student to the Students array), Number of Students attributes
Getter methods for Average, Highest, and Lowest grade attributes
Overload the Object toString method to print out the following:
Instructor: Title Firstname Lastname
Student Roster: //for each student print out first and last name, student ID, and grade
Number of students: __
Average grade: __
Highest grade: __
Lowest grade: __
Person Class Properties and Behaviors
Properties or attributes
First name
Last name
Behaviors or methods
Constructors
Default no-argument constructor
2-argument constructor that sets the first and last name attributes
Setter and getter methods for each attribute
Student Class Properties and Behaviors (inherits Person class)
Attributes
Person
Student ID
Grade //0–100 point scale
Methods
Constructors
Default no-argument constructor
2 Argument constructor (Person and Student ID)
3 Argument constructor (Person, Student ID, and Grade)
Setter and getter methods for all attributes
Create a getLetterGrade method that returns a letter grade instead of a point value: 0–59 F, 60–69 D, 70–79 C, 80–89 B, and 90–100 A
Overload toString to print out the following: First name, Last name, Student ID, and Letter grade
Instructor Class Properties and Behaviors (inherits Person class)
Attributes
Person
Title (Prof or Dr.)
Methods
Constructors
Default no-argument constructor
2-argument constructor (Person and Title)
Setter and getter methods for all attributes
Overload toString to print out the following: Title Firstname Lastname
Additional Instructions
Your program must use the following Java capabilities:
Inheritance (is-a relationships)
Composition (has-a relationships)
Decision constructs
Arrays
Loops (to include at least 1 enhanced for-loop)
Error handling (catch the ArrayoutofboundException)
Overloaded methods and constructors
Encapsulation
Create a CourseTest class to demonstrate your project. Your CourseTest class must create at least 2 Course objects with different instructors and 5–10 students. Every method in every class must be demonstrated (the best way to do that is to use setter methods in your constructors to show that they work and use getter methods in your toString methods to show that they work whenever the toString method is called). You must also attempt to add an 11th student to 1 of your courses to demonstrate your try/catch implementation for ArrayoutofboundException.
Run your CourseTest class and paste screen shots of the output into a Word document to show it working. Turn in the following:
Word file showing the results of your test runs
Source (.java) files
Compiled (.class) files
The deployable JAR file
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