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Write a class called Game that contains a video game's name, genre, and difficulty Level. Include a default constructor and destructor for the class. The constructor should print out the following message: "Creating a new game". The destructor should print out the following message: "In the Game destructor." Include appropriate get/set functions for the class. In main(), prompt the user to enter the number of games he or she has played in the past year. Dynamically create a built-in array based on this number (not a vector or object of the array class) to hold pointers to Game objects. Construct a loop in main() that executes once for each of the number of games that the user indicated. Within this loop, ask the user to enter the name and genre of each game. Using a random number generator, generate a difficulty Level between 1-10 (inclusive). Seed this random number generator with 100. Next, dynamically create a Game object (remember that this requires the use of the "new" keyword which returns a pointer to the location in memory where this game object was created.) Create each object using the default constructor of the class, and call the set functions to store the name, genre, and difficulty level of each game. Store each Game pointer in the array. After all of the Game objects have been constructed and added to the array, print out the contents of the array. Because the program uses dynamic memory to store the array as well as the objects in the array, be sure to de-allocate all of the memory before exiting.

Write a class called Game that contains a video game's name, genre, and difficulty Level. Include a default constructor and destructor for the class. The constructor should print out the following message: "Creating a new game". The destructor should print out the following message: "In the Game destructor." Include appropriate get/set functions for the class. In main(), prompt the user to enter the number of games he or she has played in the past year. Dynamically create a built-in array based on this number (not a vector or object of the array class) to hold pointers to Game objects. Construct a loop in main() that executes once for each of the number of games that the user indicated. Within this loop, ask the user to enter the name and genre of each game. Using a random number generator, generate a difficulty Level between 1-10 (inclusive). Seed this random number generator with 100. Next, dynamically create a Game object (remember that this requires the use of the "new" keyword which returns a pointer to the location in memory where this game object was created.) Create each object using the default constructor of the class, and call the set functions to store the name, genre, and difficulty level of each game. Store each Game pointer in the array. After all of the Game objects have been constructed and added to the array, print out the contents of the array. Because the program uses dynamic memory to store the array as well as the objects in the array, be sure to de-allocate all of the memory before exiting.

Computer Networking: A Top-Down Approach (7th Edition)
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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Title: Understanding Game Genres and Difficulty Levels --- **Transcript** 1. **Game: Halo** - Genre: First-Person Shooter - Difficulty Level: 6 *Action: Creating a new game* 2. **Game: Splinter Cell** - Genre: Stealth - Difficulty Level: 7 *Action: Creating a new game* 3. **Game: Among Us** - Genre: Survival - Difficulty Level: 6 *Action: Creating a new game* --- These are the games you have played this year: - **Game Name:** Halo - **Genre:** First-Person Shooter - **Difficulty Level:** 6 - **Game Name:** Splinter Cell - **Genre:** Stealth - **Difficulty Level:** 7 - **Game Name:** Among Us - **Genre:** Survival - **Difficulty Level:** 6 *In the Game Destructor* - Repeat three times: "In the Game destructor" *Press any key to continue...* --- This transcript captures the process of selecting and categorizing video games based on their genre and difficulty level. Each game is identified by its name, genre, and difficulty level, showcasing a system for managing and recording gameplay experiences.
Transcribed Image Text:Title: Understanding Game Genres and Difficulty Levels --- **Transcript** 1. **Game: Halo** - Genre: First-Person Shooter - Difficulty Level: 6 *Action: Creating a new game* 2. **Game: Splinter Cell** - Genre: Stealth - Difficulty Level: 7 *Action: Creating a new game* 3. **Game: Among Us** - Genre: Survival - Difficulty Level: 6 *Action: Creating a new game* --- These are the games you have played this year: - **Game Name:** Halo - **Genre:** First-Person Shooter - **Difficulty Level:** 6 - **Game Name:** Splinter Cell - **Genre:** Stealth - **Difficulty Level:** 7 - **Game Name:** Among Us - **Genre:** Survival - **Difficulty Level:** 6 *In the Game Destructor* - Repeat three times: "In the Game destructor" *Press any key to continue...* --- This transcript captures the process of selecting and categorizing video games based on their genre and difficulty level. Each game is identified by its name, genre, and difficulty level, showcasing a system for managing and recording gameplay experiences.
**Programming Task: Creating a Video Game Management Class** Write a class called `Game` that contains the following attributes for a video game: name, genre, and difficulty level. The class should include a default constructor and destructor. The constructor should output the message: “Creating a new game”, and the destructor should output: “In the Game destructor.” The class should also include appropriate get/set functions. In the `main()` function, prompt the user to input the number of games they have played in the past year. Create a built-in array dynamically based on this number to hold pointers to `Game` objects. **Instructions:** 1. **Prompt User for Game Quantity:** - Ask the user for the number of games played in the last year. 2. **Construct Games:** - Create a loop in `main()` to handle the number of games specified by the user. - Within the loop, prompt the user to enter each game's name and genre. - Use a random number generator to assign a difficulty level between 1 and 10. - Seed this random number generator with 100. - Dynamically allocate a `Game` object for each entry using the `new` keyword. - Use the class’s set functions to store the game's name, genre, and difficulty level. - Store each `Game*` in the array. 3. **Display Game Information:** - After constructing and storing all `Game` objects in the array, print the contents. 4. **Memory Deallocation:** - Ensure that all dynamically allocated memory is de-allocated before the program exits. **Sample Output:** ``` How many games have you played in the last year? 3 What is the name of a game? Halo What is the genre of the Halo game? First-Person Shooter Creating a new game What is the name of a game? Splinter Cell What is the genre of the Splinter Cell game? Stealth Creating a new game What is the name of a game? Among Us What is the genre of the Among Us game? Survival Creating a new game ``` This task emphasizes understanding of dynamic memory allocation, object-oriented programming principles, and input/output operations in a console application.
Transcribed Image Text:**Programming Task: Creating a Video Game Management Class** Write a class called `Game` that contains the following attributes for a video game: name, genre, and difficulty level. The class should include a default constructor and destructor. The constructor should output the message: “Creating a new game”, and the destructor should output: “In the Game destructor.” The class should also include appropriate get/set functions. In the `main()` function, prompt the user to input the number of games they have played in the past year. Create a built-in array dynamically based on this number to hold pointers to `Game` objects. **Instructions:** 1. **Prompt User for Game Quantity:** - Ask the user for the number of games played in the last year. 2. **Construct Games:** - Create a loop in `main()` to handle the number of games specified by the user. - Within the loop, prompt the user to enter each game's name and genre. - Use a random number generator to assign a difficulty level between 1 and 10. - Seed this random number generator with 100. - Dynamically allocate a `Game` object for each entry using the `new` keyword. - Use the class’s set functions to store the game's name, genre, and difficulty level. - Store each `Game*` in the array. 3. **Display Game Information:** - After constructing and storing all `Game` objects in the array, print the contents. 4. **Memory Deallocation:** - Ensure that all dynamically allocated memory is de-allocated before the program exits. **Sample Output:** ``` How many games have you played in the last year? 3 What is the name of a game? Halo What is the genre of the Halo game? First-Person Shooter Creating a new game What is the name of a game? Splinter Cell What is the genre of the Splinter Cell game? Stealth Creating a new game What is the name of a game? Among Us What is the genre of the Among Us game? Survival Creating a new game ``` This task emphasizes understanding of dynamic memory allocation, object-oriented programming principles, and input/output operations in a console application.
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