Soccer Scores

Write a program that stores the following data about a soccer player in a structure:

Player$$s Name

Player$$s Number

Points Scored by Player

The program should keep an array of $12$ of these structures. Each element is for a different

player on a team. When the program runs it should ask the user to enter the data

for each player. It should then show a table that lists each player$$s number, name, and

points scored. The program should also calculate and display the total points earned by

the team. The number and name of the player who has earned the most points should

also be displayed.

Input Validation: Do not accept negative values for players$$ numbers or points scored.

Design a class named PlayerInfo that holds the following attributes:

Declare one attribute called name, the MyString data type that holds the player$$s name.

Declare one attribute called number, the integer data type that holds the player$$s number.

Declare one attribute called pointScore, the integer data type that holds the player$$s point score.

Design a class named PlayerTeam that holds the following attribute:

Declare one attribute called playerTeam, the static list of PlayerInfo data type that holds the player infomation.

Declare one attribute called numOfPlayers, the integer data type that holds the number of players in the team.

Implement overloaded constructors$$ functions. Default constructors, constructors with arguments, and copy constructors$$ functions.

Implement the destructor$$s function.

Implement mutators, accessors, and member functions in your code.

Overload operators in your classes.

Validate players$$ numbers and points scored using a catch$/$ throw instance.

Implement an Options Menu in the main program with the following operations:

Enter the player$$s data.

Search the player$$s data by name.

Show the total point earner by the team.

Show the player data that earn the most point.

Show the list of player teams.

Quit of program.

The solution must contain the following:

C $++$ Code.

Code execution.

Descriptive Table.

Diagram UML.

CRC cards.