An interface “NumberFormatter” Program plan: In a file “NumberFormatter.java”, create an interface “NumberFormatter”, Declare the method “format()”. In a file “DefaultFormatter.java”, create a class “DefaultFormatter” that implements “NumberFormatter” interface, Define the method “format()”, Return the formatted value. In a file “DecimalSeparatorFormatter.java”, create a class “DecimalSeparatorFormatter” that implements “NumberFormatter” interface, Define the method “format()”, Return the formatted value. In a file “AccountingFormatter.java”, create a class “AccountingFormatter” that implements “NumberFormatter” interface, Define the method “format()”, Return the formatted value. In a file “BaseFormatter.java”, create a class “BaseFormatter” that implements “NumberFormatter” interface, Declare the variable. Define the constructor, Initialize the base variable to “10”. Check whether the value is between “2” and “36”, If it is true, assign the value. Define the method “format()”, Return the String representation of value. In a file “NumberFormatterDemo.java”, create a class “NumberFormatterDemo”, Define the method “main()”, Initialize the necessary variables. Create an instance variable for “Numberformatter”. Print the formatted output. Print the expected value. Construct the object for “DecimalSeparatorFormatter”. Print the formatted output. Print the expected output. Construct the object for “AccountingFormatter”. Print the formatted output. Print the expected output. Construct the object for “BaseFormatter” for base “2”. Print the formatted output. Print the expected output. Construct the object for “BaseFormatter” for base “8”. Print the formatted output. Print the expected output. Construct the object for “BaseFormatter” for base “20”. Print the formatted output. Print the expected output.

Question

Want to see the full answer?

Answer 1

Question

Chapter 9, Problem 22PP

Program Plan Intro

An interface “NumberFormatter”

Program plan:

In a file “NumberFormatter.java”, create an interface “NumberFormatter”,

Declare the method “format()”.

In a file “DefaultFormatter.java”, create a class “DefaultFormatter” that implements “NumberFormatter” interface,

Define the method “format()”,

Return the formatted value.

In a file “DecimalSeparatorFormatter.java”, create a class “DecimalSeparatorFormatter” that implements “NumberFormatter” interface,

Define the method “format()”,

Return the formatted value.

In a file “AccountingFormatter.java”, create a class “AccountingFormatter” that implements “NumberFormatter” interface,

Define the method “format()”,

Return the formatted value.

In a file “BaseFormatter.java”, create a class “BaseFormatter” that implements “NumberFormatter” interface,

Declare the variable.

Define the constructor,

Initialize the base variable to “10”.

Check whether the value is between “2” and “36”,

If it is true, assign the value.

Define the method “format()”,

Return the String representation of value.

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

Define the method “main()”,

Initialize the necessary variables.

Create an instance variable for “Numberformatter”.

Print the formatted output.

Print the expected value.

Construct the object for “DecimalSeparatorFormatter”.

Print the formatted output.

Print the expected output.

Construct the object for “AccountingFormatter”.

Print the formatted output.

Print the expected output.

Construct the object for “BaseFormatter” for base “2”.

Print the formatted output.

Print the expected output.

Construct the object for “BaseFormatter” for base “8”.

Print the formatted output.

Print the expected output.

Construct the object for “BaseFormatter” for base “20”.

Print the formatted output.

Print the 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

Need help making python code for this!

2.7 LAB: Smallest of two numbers Instructor note: Note: this section of your textbook contains activities that you will complete for points. To ensure your work is scored, please access this page from the assignment link provided in the CTU Virtual Campus. If you did not access this page via the CTU Virtual Campus, please do so now.

I help understanding this question d'y + 4dy +3y = a, Initial Conditions: y(0) = 5 & y'(0)=0 Where a = 10 a) Find y(t) =yh(t) +yp(t) in time domainIs the system over-damped, under-damped, or critical? b) Find y(t) using Laplace Transforms