“LispList” interface and the “EmptyList” and “NonEmptyList” classes Program plan: In a file “LispList.java”, create a class “LispList”, Create an object for “EmptyList”. Declare the method “isEmpty()”. Declare the method “head()”. Declare the method “tail()”. Declare the method “cons()”. In a file “EmptyList.java”, create a class “EmptyList”, Define the default constructor. Define the “cons()” method to return the object of “NonEmptyList”. Define the method “isEmpty()” to returns true. Define the method “head()” that returns an exception “UnsupportedOperationException”. Define the method “tail()” that returns an exception “UnsupportedOperationException”. Define the method “toString()” that returns empty string. In a file “NonEmptyList.java”, create a class “NonEmptyList”, Declare the object for “Object” and “LispList”. Define the constructor that assigns the object properties. Define the “cons()” method to return the object of “NonEmptyList”. Define the method “isEmpty()” that returns false. Define the method “head()” that returns the object properties of “Object”. Define the method “tail()” that returns the object properties of “LispList”. Define the method “toString()” that returns the string representation. In a file “LispListTest.java”, create a class “LispListTest”, Define the method “main()”, Create an object for “EmptyList”. Print the actual and expected output. Create an object for “NonEmptyList”. Print the actual and expected output. Create another object for “NonEmptyList”. Print the actual and expected output. Assign the value returned from the method “cons()”. Print the actual and expected output.

Question

Want to see the full answer?

Answer 1

Question

Chapter 16, Problem 9PP

Program Plan Intro

“LispList” interface and the “EmptyList” and “NonEmptyList” classes

Program plan:

In a file “LispList.java”, create a class “LispList”,

Create an object for “EmptyList”.

Declare the method “isEmpty()”.

Declare the method “head()”.

Declare the method “tail()”.

Declare the method “cons()”.

In a file “EmptyList.java”, create a class “EmptyList”,

Define the default constructor.

Define the “cons()” method to return the object of “NonEmptyList”.

Define the method “isEmpty()” to returns true.

Define the method “head()” that returns an exception “UnsupportedOperationException”.

Define the method “tail()” that returns an exception “UnsupportedOperationException”.

Define the method “toString()” that returns empty string.

In a file “NonEmptyList.java”, create a class “NonEmptyList”,

Declare the object for “Object” and “LispList”.

Define the constructor that assigns the object properties.

Define the “cons()” method to return the object of “NonEmptyList”.

Define the method “isEmpty()” that returns false.

Define the method “head()” that returns the object properties of “Object”.

Define the method “tail()” that returns the object properties of “LispList”.

Define the method “toString()” that returns the string representation.

In a file “LispListTest.java”, create a class “LispListTest”,

Define the method “main()”,

Create an object for “EmptyList”.

Print the actual and expected output.

Create an object for “NonEmptyList”.

Print the actual and expected output.

Create another object for “NonEmptyList”.

Print the actual and expected output.

Assign the value returned from the method “cons()”.

Print the actual and expected output.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

write c program with features: Register a Bunny: Store the bunny's name, poem, and initialize the egg count to 0. Modify an Entry: Change the bunny's poem or update the egg count. Delete a Bunny: Remove a registered bunny from the list. List All Bunnies: Display all registered bunnies and their details. Save & Load Data: Store bunny data in a file to persist between runs. Use a struct to represent a bunny contestant. Store data in a binary file (bunnies.dat) for persistence. Use file I/O functions (fopen, fwrite, fread, etc.) to manage data. Implement a menu-driven interface for user interaction.

Help, how do I write the pseudocode for the findMean function and flowchart for this?

Need help drawing a flowchart for the findMax function here