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main.cc file  #include #include "car.h" int main() {   // =================== YOUR CODE HERE ===================   // 1. Create a Car object called `c1` using the default   //    constructor.   //    Call its Print member function.   // ======================================================   std::cout << "\n";   // =================== YOUR CODE HERE ===================   // 2. Create a `VehicleId` object with the following info:   //    Model: Honda, ID: 3, License plate: 7B319X4   //    Create a `Car` object `c2` using the constructor that   //    accepts a `VehicleId` and  pass in the `VehicleId`   //    object you just made.   //    Call its Print member function.   // ======================================================   std::cout << "\n";   // =================== YOUR CODE HERE ===================   // 3. Create a `Date` object with the following info:   //    Day: 4, Month: 11, Year: 2018   //    Create a `Car` object `c3` using the constructor that   //    accepts a `Date` object and pass in the `Date` object   //    you just made.   //    Call its Print member function.   // ======================================================   std::cout << "\n";   // =================== YOUR CODE HERE ===================   // 4. Create a `Car` object `c4` using the constructor that   //    accepts a `VehicleId` and `Date` object and pass in   //    the `VehicleId` and `Date` objects you created in   //    steps 2 and 3 above.   //    Call its Print member function.   // ======================================================   // 5. Create an instance of `VehicleId` using the default constructor.   // 6. Create an instance of `Date` using the default constructor.   // 7. Call the `SetId` member function on `c4` and pass   //    in the VehicleId you just created.   // 8. Call the `SetReleaseDate` member function on `c4`   //    and pass in the VehicleId you just created.   // 9. Finally, call the print member function for `c4`.   return 0; } date.h file  class Date {  public:   Date() : Date(1, 1, 2022) {}   Date(int day, int month, int year) : day_(day), month_(month), year_(year) {}   int Day() const { return day_; }   void SetDay(int day) { day_ = day; }   int Month() const { return month_; }   void SetMonth(int month) { month_ = month; }   int Year() const { return year_; }   void SeyYear(int year) { year_ = year; }  private:   int day_;   int month_;   int year_; }; car.cc file #include "car.h" #include // ========================= YOUR CODE HERE ========================= // This implementation file (car.cc) is where you should implement // the member functions declared in the header (car.h), only // if you didn't implement them inline within car.h. // // Remember to specify the name of the class with :: in this format: //     MyClassName::MyFunction() { //        ... //     } // to tell the compiler that each function belongs to the Car class. // =================================================================== car.h file #include "date.h" #include "vehicleid.h" // ======================= YOUR CODE HERE ======================= // Write the Car class here, containing two member variables: // id_ to store the vehicle identity info and release_date_ // to store the car's release date. // // Then, define the following constructor overloads: // 1. A default constructor, left empty. The id_ and release_date //    will be initialized to their default values automatically. // 2. A non-default constructor, which accepts a VehicleId object. // 3. A non-default constructor, which accepts a Date object. // 4. A non-default constructor, which accepts a VehicleId and Date //    object (in that order). // // Finally, define the following member functions: // 1. The accessor (getter) function for the id_. // 2. The mutator (setter) function for the id_. // 3. The accessor (getter) function for the release_date_. // 4. The mutator (setter) function for the release_date_. // 5. The Print member function. // // Note: mark functions that do not modify the member variables // as const, by writing `const` after the parameter list. // Pass objects by const reference, e.g. for the Date object // passed in as input to SetReleaseDate. // =============================================================== vehicleid.h file #include class VehicleId {  public:   VehicleId() : VehicleId("Tesla", 121, "TUFFY121L") {}   VehicleId(const std::string &model, int vin, const std::string &license_plate)       : model_(model), vin_(vin), license_plate_(license_plate) {}   int Vin() const { return vin_; }   void SetVin(int vin) { vin_ = vin; }   std::string Model() const { return model_; }   void SetModel(const std::string &model) { model_ = model; }   std::string LicensePlate() const { return license_plate_; }   void SetLicensePlate(const std::string &license_plate) {     license_plate_ = license_plate;   }  private:   // A vehicle identification number (VIN)   int vin_;   std::string model_;   std::string license_plate_; };

main.cc file  #include #include "car.h" int main() {   // =================== YOUR CODE HERE ===================   // 1. Create a Car object called `c1` using the default   //    constructor.   //    Call its Print member function.   // ======================================================   std::cout << "\n";   // =================== YOUR CODE HERE ===================   // 2. Create a `VehicleId` object with the following info:   //    Model: Honda, ID: 3, License plate: 7B319X4   //    Create a `Car` object `c2` using the constructor that   //    accepts a `VehicleId` and  pass in the `VehicleId`   //    object you just made.   //    Call its Print member function.   // ======================================================   std::cout << "\n";   // =================== YOUR CODE HERE ===================   // 3. Create a `Date` object with the following info:   //    Day: 4, Month: 11, Year: 2018   //    Create a `Car` object `c3` using the constructor that   //    accepts a `Date` object and pass in the `Date` object   //    you just made.   //    Call its Print member function.   // ======================================================   std::cout << "\n";   // =================== YOUR CODE HERE ===================   // 4. Create a `Car` object `c4` using the constructor that   //    accepts a `VehicleId` and `Date` object and pass in   //    the `VehicleId` and `Date` objects you created in   //    steps 2 and 3 above.   //    Call its Print member function.   // ======================================================   // 5. Create an instance of `VehicleId` using the default constructor.   // 6. Create an instance of `Date` using the default constructor.   // 7. Call the `SetId` member function on `c4` and pass   //    in the VehicleId you just created.   // 8. Call the `SetReleaseDate` member function on `c4`   //    and pass in the VehicleId you just created.   // 9. Finally, call the print member function for `c4`.   return 0; } date.h file  class Date {  public:   Date() : Date(1, 1, 2022) {}   Date(int day, int month, int year) : day_(day), month_(month), year_(year) {}   int Day() const { return day_; }   void SetDay(int day) { day_ = day; }   int Month() const { return month_; }   void SetMonth(int month) { month_ = month; }   int Year() const { return year_; }   void SeyYear(int year) { year_ = year; }  private:   int day_;   int month_;   int year_; }; car.cc file #include "car.h" #include // ========================= YOUR CODE HERE ========================= // This implementation file (car.cc) is where you should implement // the member functions declared in the header (car.h), only // if you didn't implement them inline within car.h. // // Remember to specify the name of the class with :: in this format: //     MyClassName::MyFunction() { //        ... //     } // to tell the compiler that each function belongs to the Car class. // =================================================================== car.h file #include "date.h" #include "vehicleid.h" // ======================= YOUR CODE HERE ======================= // Write the Car class here, containing two member variables: // id_ to store the vehicle identity info and release_date_ // to store the car's release date. // // Then, define the following constructor overloads: // 1. A default constructor, left empty. The id_ and release_date //    will be initialized to their default values automatically. // 2. A non-default constructor, which accepts a VehicleId object. // 3. A non-default constructor, which accepts a Date object. // 4. A non-default constructor, which accepts a VehicleId and Date //    object (in that order). // // Finally, define the following member functions: // 1. The accessor (getter) function for the id_. // 2. The mutator (setter) function for the id_. // 3. The accessor (getter) function for the release_date_. // 4. The mutator (setter) function for the release_date_. // 5. The Print member function. // // Note: mark functions that do not modify the member variables // as const, by writing `const` after the parameter list. // Pass objects by const reference, e.g. for the Date object // passed in as input to SetReleaseDate. // =============================================================== vehicleid.h file #include class VehicleId {  public:   VehicleId() : VehicleId("Tesla", 121, "TUFFY121L") {}   VehicleId(const std::string &model, int vin, const std::string &license_plate)       : model_(model), vin_(vin), license_plate_(license_plate) {}   int Vin() const { return vin_; }   void SetVin(int vin) { vin_ = vin; }   std::string Model() const { return model_; }   void SetModel(const std::string &model) { model_ = model; }   std::string LicensePlate() const { return license_plate_; }   void SetLicensePlate(const std::string &license_plate) {     license_plate_ = license_plate;   }  private:   // A vehicle identification number (VIN)   int vin_;   std::string model_;   std::string license_plate_; };

EBK JAVA PROGRAMMING
EBK JAVA PROGRAMMING
9th Edition
ISBN:9781337671385
Author:FARRELL
Publisher:FARRELL
Chapter5: Making Decisions
Section: Chapter Questions
Problem 8PE
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Question

main.cc file 

#include <iostream>

#include "car.h"

int main() {
  // =================== YOUR CODE HERE ===================
  // 1. Create a Car object called `c1` using the default
  //    constructor.
  //    Call its Print member function.
  // ======================================================
  std::cout << "\n";

  // =================== YOUR CODE HERE ===================
  // 2. Create a `VehicleId` object with the following info:
  //    Model: Honda, ID: 3, License plate: 7B319X4
  //    Create a `Car` object `c2` using the constructor that
  //    accepts a `VehicleId` and  pass in the `VehicleId`
  //    object you just made.
  //    Call its Print member function.
  // ======================================================
  std::cout << "\n";

  // =================== YOUR CODE HERE ===================
  // 3. Create a `Date` object with the following info:
  //    Day: 4, Month: 11, Year: 2018
  //    Create a `Car` object `c3` using the constructor that
  //    accepts a `Date` object and pass in the `Date` object
  //    you just made.
  //    Call its Print member function.
  // ======================================================
  std::cout << "\n";

  // =================== YOUR CODE HERE ===================
  // 4. Create a `Car` object `c4` using the constructor that
  //    accepts a `VehicleId` and `Date` object and pass in
  //    the `VehicleId` and `Date` objects you created in
  //    steps 2 and 3 above.
  //    Call its Print member function.
  // ======================================================

  // 5. Create an instance of `VehicleId` using the default constructor.

  // 6. Create an instance of `Date` using the default constructor.

  // 7. Call the `SetId` member function on `c4` and pass
  //    in the VehicleId you just created.

  // 8. Call the `SetReleaseDate` member function on `c4`
  //    and pass in the VehicleId you just created.

  // 9. Finally, call the print member function for `c4`.

  return 0;
}

date.h file 

class Date {
 public:
  Date() : Date(1, 1, 2022) {}
  Date(int day, int month, int year) : day_(day), month_(month), year_(year) {}

  int Day() const { return day_; }
  void SetDay(int day) { day_ = day; }
  int Month() const { return month_; }
  void SetMonth(int month) { month_ = month; }
  int Year() const { return year_; }
  void SeyYear(int year) { year_ = year; }

 private:
  int day_;
  int month_;
  int year_;
};

car.cc file

#include "car.h"

#include <iostream>

// ========================= YOUR CODE HERE =========================
// This implementation file (car.cc) is where you should implement
// the member functions declared in the header (car.h), only
// if you didn't implement them inline within car.h.
//
// Remember to specify the name of the class with :: in this format:
//     <return type> MyClassName::MyFunction() {
//        ...
//     }
// to tell the compiler that each function belongs to the Car class.
// ===================================================================

car.h file

#include "date.h"
#include "vehicleid.h"

// ======================= YOUR CODE HERE =======================
// Write the Car class here, containing two member variables:
// id_ to store the vehicle identity info and release_date_
// to store the car's release date.
//
// Then, define the following constructor overloads:
// 1. A default constructor, left empty. The id_ and release_date
//    will be initialized to their default values automatically.
// 2. A non-default constructor, which accepts a VehicleId object.
// 3. A non-default constructor, which accepts a Date object.
// 4. A non-default constructor, which accepts a VehicleId and Date
//    object (in that order).
//
// Finally, define the following member functions:
// 1. The accessor (getter) function for the id_.
// 2. The mutator (setter) function for the id_.
// 3. The accessor (getter) function for the release_date_.
// 4. The mutator (setter) function for the release_date_.
// 5. The Print member function.
//
// Note: mark functions that do not modify the member variables
// as const, by writing `const` after the parameter list.
// Pass objects by const reference, e.g. for the Date object
// passed in as input to SetReleaseDate.
// ===============================================================

vehicleid.h file

#include <string>

class VehicleId {
 public:
  VehicleId() : VehicleId("Tesla", 121, "TUFFY121L") {}
  VehicleId(const std::string &model, int vin, const std::string &license_plate)
      : model_(model), vin_(vin), license_plate_(license_plate) {}

  int Vin() const { return vin_; }
  void SetVin(int vin) { vin_ = vin; }
  std::string Model() const { return model_; }
  void SetModel(const std::string &model) { model_ = model; }
  std::string LicensePlate() const { return license_plate_; }
  void SetLicensePlate(const std::string &license_plate) {
    license_plate_ = license_plate;
  }

 private:
  // A vehicle identification number (VIN)
  int vin_;
  std::string model_;
  std::string license_plate_;
};

Car Class Composition Create a class called Car that will utilize other objects. Car Car member variables Create two data members that are: (1) an instance of the VehicleId class called id and (2) an instance of the Date class called release_date_. NOTE: VehicleId and Date are classes that have been provided to you. You DO NOT need to create them. Default Constructor The default constructor will be EMPTY, so you do not have to initialize anything. VehicleId and Date 's respective constructors will initialize their default values. Non-Default Constructors 1. Create a non-default constructor that takes in a VehicleId object. This will assign the parameter to the id_ member variable. 2. Create a non-default constructor that takes in a Date object. This will assign the parameter to the release_date_ member variable. 3. Create a non-default constructor that takes in a VehicleId and a Date object (in this order). This will assign the parameters to the id_ and release_date_ parameters correspondingly. Accessors and Mutators Create accessors and mutators for id and release_date_, following the naming conventions covered in class. e.g. for id_, name the accessor Id, and the mutator SetId . Other Member Functions Create a void member function called Print that takes in no parameters. Print should print the name, vehicle id, license plate, and release date of the car. The release date should follow the format mm/dd/yyyy. See the output below as a reference.
Transcribed Image Text:Car Class Composition Create a class called Car that will utilize other objects. Car Car member variables Create two data members that are: (1) an instance of the VehicleId class called id and (2) an instance of the Date class called release_date_. NOTE: VehicleId and Date are classes that have been provided to you. You DO NOT need to create them. Default Constructor The default constructor will be EMPTY, so you do not have to initialize anything. VehicleId and Date 's respective constructors will initialize their default values. Non-Default Constructors 1. Create a non-default constructor that takes in a VehicleId object. This will assign the parameter to the id_ member variable. 2. Create a non-default constructor that takes in a Date object. This will assign the parameter to the release_date_ member variable. 3. Create a non-default constructor that takes in a VehicleId and a Date object (in this order). This will assign the parameters to the id_ and release_date_ parameters correspondingly. Accessors and Mutators Create accessors and mutators for id and release_date_, following the naming conventions covered in class. e.g. for id_, name the accessor Id, and the mutator SetId . Other Member Functions Create a void member function called Print that takes in no parameters. Print should print the name, vehicle id, license plate, and release date of the car. The release date should follow the format mm/dd/yyyy. See the output below as a reference.
Other instructions Complete the main function as described. Place your class in car.h. Member functions that take more than ten lines or use complex constructs should have their function prototype in car.h and implementation in car.cc. Your program does not need to account for the correct dates or license plates. For example: 13/41/1 will be acceptable for your program, even though it is not an acceptable date, and "1111111111111111" will be acceptable in your program, even though it is not a valid license plate number. Sample output The model of the car is: Tesla The VIN of the car is: 121 The license plate of the car is: TUFFY121L The release date of the car is: 1/1/2022 The model of the car is: Honda The VIN of the car is: 3 The license plate of the car is: 7B319X4 The release date of the car is: 1/1/2022 The model of the car is: Tesla The VIN of the car is: 121 The license plate of the car is: TUFFY121L The release date of the car is: 11/4/2018 The model of the car is: Honda The VIN of the car is: 3 The license plate of the car is: 7B319X4 The release date of the car is: 11/4/2018 The model of the car is: Tesla The VIN of the car is: 121 The license plate of the car is: TUFFY121L The release date of the car is: 1/1/2022 0
Transcribed Image Text:Other instructions Complete the main function as described. Place your class in car.h. Member functions that take more than ten lines or use complex constructs should have their function prototype in car.h and implementation in car.cc. Your program does not need to account for the correct dates or license plates. For example: 13/41/1 will be acceptable for your program, even though it is not an acceptable date, and "1111111111111111" will be acceptable in your program, even though it is not a valid license plate number. Sample output The model of the car is: Tesla The VIN of the car is: 121 The license plate of the car is: TUFFY121L The release date of the car is: 1/1/2022 The model of the car is: Honda The VIN of the car is: 3 The license plate of the car is: 7B319X4 The release date of the car is: 1/1/2022 The model of the car is: Tesla The VIN of the car is: 121 The license plate of the car is: TUFFY121L The release date of the car is: 11/4/2018 The model of the car is: Honda The VIN of the car is: 3 The license plate of the car is: 7B319X4 The release date of the car is: 11/4/2018 The model of the car is: Tesla The VIN of the car is: 121 The license plate of the car is: TUFFY121L The release date of the car is: 1/1/2022 0
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Program runs but gets the wrong output. Ive attached the following images including my output and the expected output.

Your program's output: The model of the car is: Tesla The VIN of the car is: 121 The license plate of the car is: TUFFY121L The release date of the car is: 1/1/2022 The model of the car is: Honda The VIN of the car is: 3 The license plate of the car is: 7B319X4 The release date of the car is: 1/1/2022 The model of the car is: Honda The VIN of the car is: 3 The license plate of the car is: 7B319X4 The release date of the car is: 1/1/2022 The model of the car is: Honda The VIN of the car is: 3 The license plate of the car is: 7B319X4 The release date of the car is: 11/4/2018 The model of the car is: Tesla The VIN of the car is: 121 The license plate of the car is: TUFFY121L The release date of the car is: 1/1/2022
Transcribed Image Text:Your program's output: The model of the car is: Tesla The VIN of the car is: 121 The license plate of the car is: TUFFY121L The release date of the car is: 1/1/2022 The model of the car is: Honda The VIN of the car is: 3 The license plate of the car is: 7B319X4 The release date of the car is: 1/1/2022 The model of the car is: Honda The VIN of the car is: 3 The license plate of the car is: 7B319X4 The release date of the car is: 1/1/2022 The model of the car is: Honda The VIN of the car is: 3 The license plate of the car is: 7B319X4 The release date of the car is: 11/4/2018 The model of the car is: Tesla The VIN of the car is: 121 The license plate of the car is: TUFFY121L The release date of the car is: 1/1/2022
Your program's output did not match the expected output starting on line 11 character 27. Expected T instead of H Expected output: The model of the car is: Tesla The VIN of the car is: 121 The license plate of the car is: TUFFY121L The release date of the car is: 1/1/2022 The model of the car is: Honda The VIN of the car is: 3 The license plate of the car is: 7B319X4 The release date of the car is: 1/1/2022 The model of the car is: Tesla The VIN of the car is: 121 The license plate of the car is: TUFFY121L The release date of the car is: 11/4/2018 The model of the car is: Honda The VIN of the car is: 3 The license plate of the car is: 7B319X4 The release date of the car is: 11/4/2018 The model of the car is: Tesla The VIN of the car is: 121 The license plate of the car is: TUFFY121L The release date of the car is: 1/1/2022
Transcribed Image Text:Your program's output did not match the expected output starting on line 11 character 27. Expected T instead of H Expected output: The model of the car is: Tesla The VIN of the car is: 121 The license plate of the car is: TUFFY121L The release date of the car is: 1/1/2022 The model of the car is: Honda The VIN of the car is: 3 The license plate of the car is: 7B319X4 The release date of the car is: 1/1/2022 The model of the car is: Tesla The VIN of the car is: 121 The license plate of the car is: TUFFY121L The release date of the car is: 11/4/2018 The model of the car is: Honda The VIN of the car is: 3 The license plate of the car is: 7B319X4 The release date of the car is: 11/4/2018 The model of the car is: Tesla The VIN of the car is: 121 The license plate of the car is: TUFFY121L The release date of the car is: 1/1/2022
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