Consider the following Engine class: public class Engine { private int horsePower; private int cylinders; public Engine(int hPower, int numCylinders){ horsePower = hPower; cylinders = numCylinders; } public void setEngineData(int hPower, int numCylinders){ horsePower = hPower; cylinders = numCylinders; } public int getHorsePower(){ return horsePower; } public int getCylinders(){ return cylinders; } }// End of class Engine A Car class has the following data members, constructor, and public methods: private make (String) private model (String) private carEngine (Engine) a constructor with parameters, A set method for the data variables (one method). Getter methods to retrieve values related to the Car variables. A method that prints all information about a Car including engine information. Implement the above Car class. Write a program to test your implementation by reading data related up to 50 Car objects and store them in an array ARR of Car. Your program should include: A recursive method Display() that takes as parameters an array of Car objects ARR. This method should display the content of ARR. A recursive method Search() that searches for a specific Car object C. This method should return true if C is inside ARR, false otherwise. A recursive method findCylinders that displays all the cars that have a specific number N cylinder engine.
Consider the following Engine class: public class Engine { private int horsePower; private int cylinders; public Engine(int hPower, int numCylinders){ horsePower = hPower; cylinders = numCylinders; } public void setEngineData(int hPower, int numCylinders){ horsePower = hPower; cylinders = numCylinders; } public int getHorsePower(){ return horsePower; } public int getCylinders(){ return cylinders; } }// End of class Engine A Car class has the following data members, constructor, and public methods: private make (String) private model (String) private carEngine (Engine) a constructor with parameters, A set method for the data variables (one method). Getter methods to retrieve values related to the Car variables. A method that prints all information about a Car including engine information. Implement the above Car class. Write a program to test your implementation by reading data related up to 50 Car objects and store them in an array ARR of Car. Your program should include: A recursive method Display() that takes as parameters an array of Car objects ARR. This method should display the content of ARR. A recursive method Search() that searches for a specific Car object C. This method should return true if C is inside ARR, false otherwise. A recursive method findCylinders that displays all the cars that have a specific number N cylinder engine.
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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Question
- Consider the following Engine class:
public class Engine {
private int horsePower;
private int cylinders;
public Engine(int hPower, int numCylinders){
horsePower = hPower;
cylinders = numCylinders;
}
public void setEngineData(int hPower, int numCylinders){
horsePower = hPower;
cylinders = numCylinders;
}
public int getHorsePower(){
return horsePower;
}
public int getCylinders(){
return cylinders;
}
}// End of class Engine
A Car class has the following data members, constructor, and public methods:
- private make (String)
- private model (String)
- private carEngine (Engine)
- a constructor with parameters,
- A set method for the data variables (one method).
- Getter methods to retrieve values related to the Car variables.
- A method that prints all information about a Car including engine information.
- Implement the above Car class.
- Write a program to test your implementation by reading data related up to 50 Car objects and store them in an array ARR of Car. Your program should include:
- A recursive method Display() that takes as parameters an array of Car objects ARR. This method should display the content of ARR.
- A recursive method Search() that searches for a specific Car object C. This method should return true if C is inside ARR, false otherwise.
- A recursive method findCylinders that displays all the cars that have a specific number N cylinder engine.
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