Consider The Following Class Called MyScores That Stores All

Consider the following class called Myscores that stores all the scores for a game

Cleaned assignment instructions: The assignment involves modifying a C++ class called Myscores to enable dynamic memory allocation for storing an arbitrary number of scores, implementing a copy constructor, and creating a template class GenericArray capable of storing and printing arrays of different data types (integer, float, string). Additionally, the task includes providing complete code with header files, namespace usage, and testing the template class with the provided main() function, then capturing console output.

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The primary goal of this assignment is to demonstrate proficiency in C++ object-oriented programming by modifying existing classes and creating generic templates. First, the Myscores class, which currently only supports storing up to ten scores, must be upgraded to accommodate an unlimited number of scores through dynamic memory management. This involves rewriting the class to allocate memory dynamically during construction, and properly deallocating in the destructor to prevent memory leaks. Additionally, implementing a copy constructor is essential to handle correct copying of objects, especially when multiple instances are created or assigned.

The second part involves creating a class template GenericArray that can handle arrays of different data types such as int, float, and string. The GenericArray class should include a constructor that takes a raw array and its size, dynamically allocates memory to store the array internally, and copies elements from the input array. The destructor must properly release allocated memory. A print function will output the stored array elements to the console.

To illustrate functionality, the main() function provided in the assignment creates instances of GenericArray with integer, float, and string arrays, and calls the print function for each. The implementation must correctly support these data types and display the arrays’ contents when run.

In terms of technical requirements, the code should include all necessary header files, follow namespace conventions, and be fully self-contained. Proper use of template syntax, constructors, destructors, and member functions is expected. Upon completion, the code should be compiled and executed to produce the output shown in the sample main() function, with the console output captured as proof of functionality.

This assignment encapsulates key C++ concepts including dynamic memory management, deep copying via copy constructors, and functional templates for generic programming—skills fundamental to writing flexible and memory-safe code in professional software development.

References

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