In this assignment you are to implement OOP principles you learned in a single mini project. 1. Define an interface Measurable. It has a single abstract method: double getArea(); 2. Define an abstract class Shape which has two fields: type and name both of type String. a. Provide constructor with a single input parameter: name. b. Provide accessor methods for both fields. C. Provide setter method for name. d. Provide toString() method that simply returns the "{type}: {name}" e. Shape class implements Measurable interface without implementing its only abstract method. 3. Define a concrete class Rectangle which extends the Shape class. a. It has width and height fields both of type double. b. Provide single constructor that takes three input parameters: name, width and height resp. C. Provide accessor methods for both fields, d. Implement the unimplemented method getArea() so that it returns the area of the rectangle object. e. Override toString() method so that it returns the following information: i. "{type}: {name} – [{width, height}]" e.g., rectangle: my_rect_1 – [3.0, 5.0] 4. Define a concrete clacr
In this assignment you are to implement OOP principles you learned in a single mini project. 1. Define an interface Measurable. It has a single abstract method: double getArea(); 2. Define an abstract class Shape which has two fields: type and name both of type String. a. Provide constructor with a single input parameter: name. b. Provide accessor methods for both fields. C. Provide setter method for name. d. Provide toString() method that simply returns the "{type}: {name}" e. Shape class implements Measurable interface without implementing its only abstract method. 3. Define a concrete class Rectangle which extends the Shape class. a. It has width and height fields both of type double. b. Provide single constructor that takes three input parameters: name, width and height resp. C. Provide accessor methods for both fields, d. Implement the unimplemented method getArea() so that it returns the area of the rectangle object. e. Override toString() method so that it returns the following information: i. "{type}: {name} – [{width, height}]" e.g., rectangle: my_rect_1 – [3.0, 5.0] 4. Define a concrete clacr
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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![In this assignment you are to implement OOP principles you learned in a single mini project.
1. Define an interface Measurable. It has a single abstract method: double getArea();
2. Define an abstract class Shape which has two fields: type and name both of type String.
a. Provide constructor with a single input parameter: name.
b. Provide accessor methods for both fields.
C. Provide setter method for name.
d. Provide toString() method that simply returns the "{type}: {name}"
e. Shape class implements Measurable interface without implementing its only abstract
method.
3. Define a concrete class Rectangle which extends the Shape class.
a. It has width and height fields both of type double.
b. Provide single constructor that takes three input parameters: name, width and height
resp.
C. Provide accessor methods for both fields,
d. Implement the unimplemented method getArea() so that it returns the area of the
rectangle object.
e. Override toString() method so that it returns the following information:
i.
"{type}: {name} – [{width, height}]" e.g., rectangle: my_rect_1 – [3.0, 5.0]
4.
Define a concrete clacr](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F24950423-4cb2-4812-89f6-775a342c4dae%2Fb235abe6-522d-45a8-9658-844f428ed980%2Fhngp06_processed.jpeg&w=3840&q=75)
Transcribed Image Text:In this assignment you are to implement OOP principles you learned in a single mini project.
1. Define an interface Measurable. It has a single abstract method: double getArea();
2. Define an abstract class Shape which has two fields: type and name both of type String.
a. Provide constructor with a single input parameter: name.
b. Provide accessor methods for both fields.
C. Provide setter method for name.
d. Provide toString() method that simply returns the "{type}: {name}"
e. Shape class implements Measurable interface without implementing its only abstract
method.
3. Define a concrete class Rectangle which extends the Shape class.
a. It has width and height fields both of type double.
b. Provide single constructor that takes three input parameters: name, width and height
resp.
C. Provide accessor methods for both fields,
d. Implement the unimplemented method getArea() so that it returns the area of the
rectangle object.
e. Override toString() method so that it returns the following information:
i.
"{type}: {name} – [{width, height}]" e.g., rectangle: my_rect_1 – [3.0, 5.0]
4.
Define a concrete clacr
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