Generate a sequence of “20” random die values Program plan: In a file “Sequence.java”, create a class “Sequence”, Declare the necessary variables. Define the constructor, Assign the initial values. Define a method “add()”, Check the condition, Assign the value to array. Increment the size. Define a method “markLongestRun()”, Initialize the necessary variables. Set the Boolean variable to false. Create loop to look for runs of numbers, Check the possible run, Check the condition, Set the Boolean variable to false. Check another condition, Assign the necessary values. Check not possible run, Check the condition, Assign the start value and set the Boolean variable to true. Check for possible run, Check the condition, Assign the start value of longest run, and the size. Assign the values. Initialize the string variable. Create loop, Check the condition, Add the empty space with the string. Check another condition, Concatenate the string with open parentheses. Compute the string. Check another condition, Concatenate the string with close parentheses. Return the string. In a file “DieSequenceTester.java”, create a class “DieSequenceTester”, Define the method “main()”, Initialize the variable. Get the random number. Create the object for “Sequence” class. Create loop to insert the value. Call the method “markLongestRun()”. Print the expected values. Assign the random properties. Assign the Sequence properties. Create loop to insert the value. Call the method “markLongestRun()”. Print the expected values. Assign other random properties. Assign other Sequence properties. Create loop to insert the value. Call the method “markLongestRun()”. Print the expected values. Assign the random properties. Assign the Sequence properties. Create loop to insert the value. Call the method “markLongestRun()”. Print the expected values.

Question

Want to see the full answer?

Answer 1

Question

Chapter 7, Problem 2PP

Program Plan Intro

Generate a sequence of “20” random die values

Program plan:

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

Declare the necessary variables.

Define the constructor,

Assign the initial values.

Define a method “add()”,

Check the condition,

Assign the value to array.

Increment the size.

Define a method “markLongestRun()”,

Initialize the necessary variables.

Set the Boolean variable to false.

Create loop to look for runs of numbers,

Check the possible run,

Check the condition,

Set the Boolean variable to false.

Check another condition,

Assign the necessary values.

Check not possible run,

Check the condition,

Assign the start value and set the Boolean variable to true.

Check for possible run,

Check the condition,

Assign the start value of longest run, and the size.

Assign the values.

Initialize the string variable.

Create loop,

Check the condition,

Add the empty space with the string.

Check another condition,

Concatenate the string with open parentheses.

Compute the string.

Check another condition,

Concatenate the string with close parentheses.

Return the string.

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

Define the method “main()”,

Initialize the variable.

Get the random number.

Create the object for “Sequence” class.

Create loop to insert the value.

Call the method “markLongestRun()”.

Print the expected values.

Assign the random properties.

Assign the Sequence properties.

Create loop to insert the value.

Call the method “markLongestRun()”.

Print the expected values.

Assign other random properties.

Assign other Sequence properties.

Create loop to insert the value.

Call the method “markLongestRun()”.

Print the expected values.

Assign the random properties.

Assign the Sequence properties.

Create loop to insert the value.

Call the method “markLongestRun()”.

Print the expected values.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

3. Problem Description: Define the Circle2D class that contains: Two double data fields named x and y that specify the center of the circle with get methods. • A data field radius with a get method. • A no-arg constructor that creates a default circle with (0, 0) for (x, y) and 1 for radius. • A constructor that creates a circle with the specified x, y, and radius. • A method getArea() that returns the area of the circle. • A method getPerimeter() that returns the perimeter of the circle. • • • A method contains(double x, double y) that returns true if the specified point (x, y) is inside this circle. See Figure (a). A method contains(Circle2D circle) that returns true if the specified circle is inside this circle. See Figure (b). A method overlaps (Circle2D circle) that returns true if the specified circle overlaps with this circle. See the figure below. р O со (a) (b) (c)< Figure (a) A point is inside the circle. (b) A circle is inside another circle. (c) A circle overlaps another…

1. Explain in detail with examples each of the following fundamental security design principles: economy of mechanism, fail-safe default, complete mediation, open design, separation of privilege, least privilege, least common mechanism, psychological acceptability, isolation, encapsulation, modularity, layering, and least astonishment.

Security in general means the protection of an asset. In the context of computer and network security, explore and explain what assets must be protected within an online university. What the threats are to the security of these assets, and what countermeasures are available to mitigate and protect the organization from such threats. For each of the assets you identify, assign an impact level (low, moderate, or high) for the loss of confidentiality, availability, and integrity. Justify your answers.